fix: Show abbr on tap for mobile

This is in prep for a similar feature in BibTex citations

.domains

@@ -1,5 +0,0 @@
-millironx.com
-www.millironx.com
-millironx.millironx.page
-pages.millironx.millironx.page
-pages.pages.millironx.millironx.page

.envrc

@@ -0,0 +1,4 @@
+use flake
+layout node
+mkdir -p "${HOME}/Library/Application Support/SourceGit"
+echo "${PATH}" > "${HOME}/Library/Application Support/SourceGit/PATH"

.gitignore

@@ -0,0 +1,191 @@
+### Jekyll gitignore ###
+_site/
+.sass-cache/
+.jekyll-cache/
+.jekyll-metadata
+
+### Hugo gitignore ###
+# Generated files by hugo
+/public/
+/resources/_gen/
+/assets/jsconfig.json
+hugo_stats.json
+
+# Executable may be added to repository
+hugo.exe
+hugo.darwin
+hugo.linux
+
+# Temporary lock file while building
+/.hugo_build.lock
+
+### Node gitignore ###
+
+# Logs
+logs
+*.log
+npm-debug.log*
+yarn-debug.log*
+yarn-error.log*
+lerna-debug.log*
+.pnpm-debug.log*
+
+# Diagnostic reports (https://nodejs.org/api/report.html)
+report.[0-9]*.[0-9]*.[0-9]*.[0-9]*.json
+
+# Runtime data
+pids
+*.pid
+*.seed
+*.pid.lock
+
+# Directory for instrumented libs generated by jscoverage/JSCover
+lib-cov
+
+# Coverage directory used by tools like istanbul
+coverage
+*.lcov
+
+# nyc test coverage
+.nyc_output
+
+# Grunt intermediate storage (https://gruntjs.com/creating-plugins#storing-task-files)
+.grunt
+
+# Bower dependency directory (https://bower.io/)
+bower_components
+
+# node-waf configuration
+.lock-wscript
+
+# Compiled binary addons (https://nodejs.org/api/addons.html)
+build/Release
+
+# Dependency directories
+node_modules/
+jspm_packages/
+
+# Snowpack dependency directory (https://snowpack.dev/)
+web_modules/
+
+# TypeScript cache
+*.tsbuildinfo
+
+# Optional npm cache directory
+.npm
+
+# Optional eslint cache
+.eslintcache
+
+# Optional stylelint cache
+.stylelintcache
+
+# Microbundle cache
+.rpt2_cache/
+.rts2_cache_cjs/
+.rts2_cache_es/
+.rts2_cache_umd/
+
+# Optional REPL history
+.node_repl_history
+
+# Output of 'npm pack'
+*.tgz
+
+# Yarn Integrity file
+.yarn-integrity
+
+# dotenv environment variable files
+.env
+.env.development.local
+.env.test.local
+.env.production.local
+.env.local
+
+# parcel-bundler cache (https://parceljs.org/)
+.cache
+.parcel-cache
+
+# Next.js build output
+.next
+out
+
+# Nuxt.js build / generate output
+.nuxt
+dist
+
+# Gatsby files
+.cache/
+# Comment in the public line in if your project uses Gatsby and not Next.js
+# https://nextjs.org/blog/next-9-1#public-directory-support
+# public
+
+# vuepress build output
+.vuepress/dist
+
+# vuepress v2.x temp and cache directory
+.temp
+.cache
+
+# Docusaurus cache and generated files
+.docusaurus
+
+# Serverless directories
+.serverless/
+
+# FuseBox cache
+.fusebox/
+
+# DynamoDB Local files
+.dynamodb/
+
+# TernJS port file
+.tern-port
+
+# Stores VSCode versions used for testing VSCode extensions
+.vscode-test
+
+# yarn v2
+.yarn/cache
+.yarn/unplugged
+.yarn/build-state.yml
+.yarn/install-state.gz
+.pnp.*
+
+### FontAwesome gitignore ###
+
+fontawesome-pro-6.3.0-web
+
+### direnv gitignore ###
+.direnv
+
+### Nix Flake gitignore ###
+result
+
+### MacOS gitignore ###
+# General
+.DS_Store
+.AppleDouble
+.LSOverride
+
+# Icon must end with two \r
+Icon
+
+# Thumbnails
+._*
+
+# Files that might appear in the root of a volume
+.DocumentRevisions-V100
+.fseventsd
+.Spotlight-V100
+.TemporaryItems
+.Trashes
+.VolumeIcon.icns
+.com.apple.timemachine.donotpresent
+
+# Directories potentially created on remote AFP share
+.AppleDB
+.AppleDesktop
+Network Trash Folder
+Temporary Items
+.apdisk

.husky/.gitignore

@@ -0,0 +1 @@
+_

.husky/pre-commit

@@ -0,0 +1,4 @@
+#!/bin/sh
+. "$(dirname "$0")/_/husky.sh"
+
+npx lint-staged

.prettierignore

@@ -0,0 +1 @@
+layouts/_default/index.manifest.json

.prettierrc

@@ -0,0 +1,9 @@
+"$schema": "http://json.schemastore.org/prettierrc"
+proseWrap: always
+overrides:
+  - files: "*.html"
+    options:
+      parser: "go-template"
+  - files: "*.gotmpl"
+    options:
+      parser: "go-template"

.vscode/settings.json

@@ -0,0 +1,3 @@
+{
+  "editor.formatOnSave": true
+}

.woodpecker.yml

@@ -0,0 +1,18 @@
+when:
+  branch: master
+  event:
+    - push
+    - cron
+  cron: "weekly-build"
+
+steps:
+  - name: Build site
+    image: hugomods/hugo:std-base-non-root-0.141.0
+    commands:
+      - hugo --minify
+  - name: Deploy to pages
+    image: codeberg.org/xfix/plugin-codeberg-pages-deploy:1
+    settings:
+      folder: public
+      ssh_key:
+        from_secret: ssh_key

.zed/settings.json

@@ -0,0 +1,13 @@
+{
+  "languages": {
+    "HTML": {
+      "formatter": {
+        "external": {
+          "command": "prettier",
+          "arguments": ["--stdin-filepath", "{buffer_path}"]
+        }
+      }
+    }
+  },
+  "file_types": { "HTML": ["gotmpl"] }
+}

LICENSE

@@ -0,0 +1,21 @@
+MIT License
+
+Copyright (c) 2021 Thomas A. Christensen II
+
+Permission is hereby granted, free of charge, to any person obtaining a copy
+of this software and associated documentation files (the "Software"), to deal
+in the Software without restriction, including without limitation the rights
+to use, copy, modify, merge, publish, distribute, sublicense, and/or sell
+copies of the Software, and to permit persons to whom the Software is
+furnished to do so, subject to the following conditions:
+
+The above copyright notice and this permission notice shall be included in all
+copies or substantial portions of the Software.
+
+THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR
+IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY,
+FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE
+AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER
+LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM,
+OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE
+SOFTWARE.

README.md

@@ -0,0 +1,42 @@
+# pages
+
+[![status-badge](https://woodpecker.millironx.com/api/badges/30/status.svg?branch=master)](https://woodpecker.millironx.com/repos/30/branches/master)
+
+My personal website. Hosted over at <https://millironx.com>
+
+## Notes to self
+
+### Nix dev shell
+
+All developer dependencies are now bundled as a Nix Flake. The only trouble with
+this is that npm packages don't play well with Nix (and especially Flakes), so
+npm packages are specified twice: once in `package{-lock}.json` and then again
+in `node*.nix`.
+
+Compounding this, there are formatters and commit hooks that require npm to be
+functional. So, to develop right now requires allowing direnv to setup the Nix
+development shell, then immediately installing npm packages via `npm ci`. VSCode
+(with extensions) and Zed are smart enough to figure out how to use direnv, and
+direnv will pass the PATH to SourceGit for Mac, but other programs aren't that
+smart, so you'll need to launch those programs from inside a direnv shell to
+make sure they have Prettier, Husky, and all that jazz to execute the hooks.
+
+Last compounding factors: if `node_modules` is present in the root directory,
+then node2nix won't create a correct derivation, so `node_modules` will need to
+be temporarily deleted after modifying any npm packages, then as soon as
+node2nix is happy, then immediately run `npm ci` to get the commit hooks working
+again. Oh, and also, I renamed the `default.nix` file generated by node2nix to
+node.nix to avoid giving direnv any wrong impressions about what derivation to
+run.
+
+Yes, hopefully I can get completely away from npm here soon, but this is a minor
+inconvenience considering how (not) often I install new packages into this site,
+and really discourages me from contributing to the website obesity crisis.
+
+### Nix building
+
+Nix building will not work because Hugo reaches out to the internet via content
+adapters, and that (by intention) is not perfectly reproducable. As such,
+_development_ tools are installed in a Nix shell, but building has been removed
+from the Flake. Thankfully, hugomods provides "canonical" Docker images for hugo
+now.

academia/cheme-car/index.html

@@ -1,53 +0,0 @@
-<!doctype html><html class=no-js lang=en><head><meta charset=utf-8><meta http-equiv=x-ua-compatible content="ie=edge"><meta name=viewport content="width=device-width,initial-scale=1"><title>The ChemE Car that Cud: AIChE ChemE Car Engineering Design Proposal
--
-Milliron X
-</title><link rel=icon href=https://millironx.com/favicon.ico sizes=32x32><link rel=icon href=https://millironx.com/graphics/millironx-icon.svg type=image/svg+xml><link rel=apple-touch-icon href=https://millironx.com/apple-touch-icon.png><link rel=manifest href=https://millironx.com/manifest.json><link href=https://millironx.com/styles/millironx.min.css rel=stylesheet><meta property="og:url" content="https://millironx.com/academia/cheme-car/"><meta property="og:site_name" content="Milliron X"><meta property="og:title" content="The ChemE Car that Cud: AIChE ChemE Car Engineering Design Proposal"><meta property="og:description" content="The ChemE Car That Cud showcases Wyoming’s dominant industries of agriculture and mining by utilizing rumen fluid from a cannulated beef cow to generate hydrogen to be used in a hydrogen fuel cell and radioactive cesium, a byproduct of uranium that is often obtained from Wyoming’s mines, to time the car’s stop. The concentration of cesium-137 source is measured using the radioactive decay of cesium shielded by aluminum. The painted aluminum chassis was obtained from a previous team at UW, and modified using plastic k’nex toys to adapt to the current power source and stopping mechanism."><meta property="og:locale" content="en_us"><meta property="og:type" content="article"><meta property="article:section" content="academia"><meta property="article:published_time" content="2019-05-14T00:00:00+00:00"><meta property="article:modified_time" content="2019-05-14T00:00:00+00:00"><meta property="article:tag" content="Chemical Engineering"><meta property="article:tag" content="AIChE"><meta property="article:tag" content="Radiation"><meta property="article:tag" content="Rumen"><meta property="article:tag" content="Microbial Electrolysis Cells"><meta property="og:image" content="https://millironx.com/academia/cheme-car/thumbnail.jpg"><meta itemprop=name content="The ChemE Car that Cud: AIChE ChemE Car Engineering Design Proposal"><meta itemprop=description content="The ChemE Car That Cud showcases Wyoming’s dominant industries of agriculture and mining by utilizing rumen fluid from a cannulated beef cow to generate hydrogen to be used in a hydrogen fuel cell and radioactive cesium, a byproduct of uranium that is often obtained from Wyoming’s mines, to time the car’s stop. The concentration of cesium-137 source is measured using the radioactive decay of cesium shielded by aluminum. The painted aluminum chassis was obtained from a previous team at UW, and modified using plastic k’nex toys to adapt to the current power source and stopping mechanism."><meta itemprop=datePublished content="2019-05-14T00:00:00+00:00"><meta itemprop=dateModified content="2019-05-14T00:00:00+00:00"><meta itemprop=wordCount content="96"><meta itemprop=image content="https://millironx.com/academia/cheme-car/thumbnail.jpg"><meta itemprop=keywords content="Chemical Engineering,AIChE,Radiation,Rumen,Microbial Electrolysis Cells"><meta name=twitter:card content="summary_large_image"><meta name=twitter:image content="https://millironx.com/academia/cheme-car/thumbnail.jpg"><meta name=twitter:title content="The ChemE Car that Cud: AIChE ChemE Car Engineering Design Proposal"><meta name=twitter:description content="The ChemE Car That Cud showcases Wyoming’s dominant industries of agriculture and mining by utilizing rumen fluid from a cannulated beef cow to generate hydrogen to be used in a hydrogen fuel cell and radioactive cesium, a byproduct of uranium that is often obtained from Wyoming’s mines, to time the car’s stop. The concentration of cesium-137 source is measured using the radioactive decay of cesium shielded by aluminum. The painted aluminum chassis was obtained from a previous team at UW, and modified using plastic k’nex toys to adapt to the current power source and stopping mechanism."></head><body><div class=container><header><object data=https://millironx.com/graphics/millironx.svg>
-<img src=https://millironx.com/graphics/millironx.svg alt="Milliron X"></object><h1 class=font-small-caps>Milliron X</h1></header><div class=row id=content><aside><nav><a href=/><span class="fa-container fa-fw"><svg viewBox="0 0 576 512"><path d="M511.8 287.6H576V240L288.4.0.0 240v47.6H64.1V512H224V352H352V512H512.8l-1-224.4z"/></svg></span>
-Home
-</a><a href=/people/thomas-a.-christensen-ii/><span class="fa-container fa-fw"><svg viewBox="0 0 512 512"><path d="M256 512A256 256 0 10256 0a256 256 0 100 512zM216 336h24V272H216 192V224h24 48 24v24 88h8 24v48H296 216 192V336h24zm72-144H224V128h64v64z"/></svg></span>
-About
-</a><a href=/blogroll/><span class="fa-container fa-fw"><svg viewBox="0 0 576 512"><path d="M0 80v80H48 96V80c0-26.5-21.5-48-48-48S0 53.5.0 80zM112 32c10 13.4 16 30 16 48V384c0 35.3 28.7 64 64 64s64-28.7 64-64V336 320h16H480V128c0-53-43-96-96-96H112zM464 480c61.9.0 112-50.1 112-112V352H288v32c0 53-43 96-96 96H368h96z"/></svg></span>
-Blogroll
-</a><a href=/contact/><span class="fa-container fa-fw"><svg viewBox="0 0 576 512"><path d="M224 0H0V512H384V427l-1.7 1.7-120.1 17.2-11.7 1.9-11.6 1.9-5.3-10.5L222.1 416H209.9l-11.6 23.2-4.4 8.8H184h-8-11.9l-3.4-11.4L144 381l-16.7 55.6L123.9 448H112 80 64V416H80h20.1l20.6-68.6 3.4-11.4H136h16 11.9l3.4 11.4 15.4 51.4 3-5.9 4.4-8.8H2e2h32 9.9l4.4 8.8 7.2 14.5 13.5-94 117-117V160H224V0zm32 0V128H384L256 0zM505 119.8l-41.3 41.3 71 71L576 190.8l-71-71zm-63.9 63.9L299.9 325 288 407.9 370.9 396 512.1 254.7l-71-71z"/></svg></span>
-Contact
-</a><a href=/posts/><span class="fa-container fa-fw"><svg viewBox="0 0 448 512"><path d="M448 64H0v64H448V64zm0 160H128v64H448V224zM128 384v64H448V384H128zM64 224H0V448H64V224z"/></svg></span>
-Blog
-</a><a href=/academia/><span class="fa-container fa-fw"><svg viewBox="0 0 512 512"><path d="M0 144 256 0 512 144v48H0V144zM0 512V464l64-48V224h64V416h40V224h64V416h48V224h64V416h40V224h64V416l64 48v48H0zM256 144a32 32 0 100-64 32 32 0 100 64z"/></svg></span>
-Academia
-</a><a href=https://code.millironx.com><span class="fa-container fa-fw"><svg viewBox="0 0 640 512"><path d="M362.8 8l-9.4 30.6-128 416L216 485.2 277.2 504l9.4-30.6 128-416L424 26.8 362.8 8zm71.9 136 22.6 22.6L546.7 256l-89.4 89.4L434.7 368 480 413.3l22.6-22.6 112-112L637.3 256l-22.6-22.6-112-112L480 98.7 434.7 144zM160 98.7l-22.6 22.6-112 112L2.7 256l22.6 22.6 112 112L160 413.3 205.3 368l-22.6-22.6L93.3 256l89.4-89.4L205.3 144 160 98.7z"/></svg></span>
-Code
-</a><a href=https://video.millironx.com><span class="fa-container fa-fw"><svg viewBox="0 0 576 512"><path d="M384 64H0V448H384V64zM576 448V64L416 174.9V337.1L576 448z"/></svg></span>
-Videos
-</a><a href=https://youtu.be/dQw4w9WgXcQ><span class="fa-container fa-fw"><svg viewBox="0 0 512 512"><path d="M192 96 352 256 192 416h-32v-96H0V192h160V96h32zM352 416h96V96h-96-32V32h32 128 32v32 384 32h-32-128-32v-64h32z"/></svg></span>
-Login</a></nav></aside><main><section class=h-entry><h5>University of Wyoming Honors Program: Laramie, Wyoming</h5><h2 class=p-name>The ChemE Car that Cud: AIChE ChemE Car Engineering Design Proposal</h2><h3><small><a href=https://millironx.com/people/thomas-a.-christensen-ii/ class="card-link
-bolder
-p-author
-h-card"><span class="fa-container fa-fw"><svg viewBox="0 0 448 512"><path d="M224 256A128 128 0 10224 0a128 128 0 100 256zM448 512 384 304H64L0 512H448z"/></svg></span>
-<span class=p-name>Thomas A. Christensen II</span></a></small></h3><h4><time class=dt-published datetime=2019-05-14T00:00:00+00:00>14 May 2019
-</time>&emsp;&dot;&emsp;
-<a href=https://millironx.com/tags/chemical-engineering/ class="icon-link p-category"><span class="fa-container fa-fw"><svg viewBox="0 0 448 512"><path d="M0 32V256L224 480 448 256 224 32H0zm112 80a32 32 0 110 64 32 32 0 110-64z"/></svg></span>
-chemical engineering</a>
-<a href=https://millironx.com/tags/aiche/ class="icon-link p-category"><span class="fa-container fa-fw"><svg viewBox="0 0 448 512"><path d="M0 32V256L224 480 448 256 224 32H0zm112 80a32 32 0 110 64 32 32 0 110-64z"/></svg></span>
-aiche</a>
-<a href=https://millironx.com/tags/radiation/ class="icon-link p-category"><span class="fa-container fa-fw"><svg viewBox="0 0 448 512"><path d="M0 32V256L224 480 448 256 224 32H0zm112 80a32 32 0 110 64 32 32 0 110-64z"/></svg></span>
-radiation</a>
-<a href=https://millironx.com/tags/rumen/ class="icon-link p-category"><span class="fa-container fa-fw"><svg viewBox="0 0 448 512"><path d="M0 32V256L224 480 448 256 224 32H0zm112 80a32 32 0 110 64 32 32 0 110-64z"/></svg></span>
-rumen</a>
-<a href=https://millironx.com/tags/microbial-electrolysis-cells/ class="icon-link p-category"><span class="fa-container fa-fw"><svg viewBox="0 0 448 512"><path d="M0 32V256L224 480 448 256 224 32H0zm112 80a32 32 0 110 64 32 32 0 110-64z"/></svg></span>
-microbial electrolysis cells</a>
-&emsp;&dot;&emsp;
-<a class="u-url icon-link" href=https://millironx.com/academia/cheme-car/><span class="fa-container fa-fw"><svg viewBox="0 0 640 512"><path d="M563.2 267.3c56.2-56.2 56.2-147.4.0-203.6S415.8 7.4 359.6 63.7L348.3 75l45.3 45.3 11.3-11.3c31.2-31.2 81.9-31.2 113.1.0s31.2 81.9.0 113.1L404.8 335.2c-31.2 31.2-81.9 31.2-113.1.0-25.6-25.6-30.3-64.3-13.8-94.6 1.8-3.4 3.9-6.7 6.3-9.8L233 192.4c-4.3 5.7-8.1 11.6-11.4 17.8-29.5 54.6-21.3 124.2 24.9 170.3 56.2 56.2 147.4 56.2 203.6.0L563.2 267.3zM42.8 244.7c-56.2 56.2-56.2 147.4.0 203.6s147.4 56.2 203.6.0L257.7 437l-45.3-45.3-11.3 11.3c-31.2 31.2-81.9 31.2-113.1.0s-31.2-81.9.0-113.1L201.2 176.8c31.2-31.2 81.9-31.2 113.1.0 25.6 25.6 30.3 64.3 13.8 94.6-1.8 3.4-3.9 6.7-6.3 9.8l51.2 38.4c4.3-5.7 8.1-11.6 11.4-17.8 29.5-54.6 21.3-124.2-24.9-170.3-56.2-56.2-147.4-56.2-203.6.0L42.8 244.7z"/></svg></span>
-Permalink</a></h4><div class=e-content><p>The ChemE Car That Cud showcases Wyoming&rsquo;s dominant industries of agriculture
-and mining by utilizing rumen fluid from a cannulated beef cow to generate
-hydrogen to be used in a hydrogen fuel cell and radioactive cesium, a byproduct
-of uranium that is often obtained from Wyoming&rsquo;s mines, to time the car&rsquo;s stop.
-The concentration of cesium-137 source is measured using the radioactive decay
-of cesium shielded by aluminum. The painted aluminum chassis was obtained from a
-previous team at UW, and modified using plastic k&rsquo;nex toys to adapt to the
-current power source and stopping mechanism.</p><a href=https://doi.org/10.15786/13700938.v1>https://doi.org/10.15786/13700938.v1</a>
-<iframe src=https://doi.org/10.15786/13700938.v1 style=width:100%;height:75vh></iframe></div></section></main></div></div><footer><div class=container><div class=footer-inner><img src=https://millironx.com/graphics/brandedbull.min.svg height=95rem><p>&copy; 2026 Thomas A. Christensen II<br>Licensed
-<a rel=license href=http://creativecommons.org/licenses/by/4.0/>CC-BY 4.0</a><br>Built with <a href=https://gohugo.io>Hugo</a> v0.141.0</p></div></div></footer><script>window.goatcounter={path:function(e){return location.host+e}}</script><script data-goatcounter=https://millironx.goatcounter.com/count async src=//gc.zgo.at/count.js></script><div style=display:none><h3>Important notice from the lawyers</h3><p>All content on this site is designed for humans only. If you are not
-human, you are in violation of the Billy Crystal Rescue Act of 1991, and
-should leave this site immediately. An alternate version of this site is
-available for ruminants to browse at
-<a href=https://babble.millironx.com/>babble.millironx.com</a>.</p></div></body></html>

academia/feed.xml

@@ -1,248 +0,0 @@
-<?xml version="1.0" encoding="utf-8" standalone="yes"?><feed xmlns="http://www.w3.org/2005/Atom"><generator uri="https://gohugo.io" version="0.141.0">Hugo v0.141.0</generator><id>https://millironx.com/academia/</id><link rel="self" type="application/atom+xml" href="https://millironx.com/academia/feed.xml"/><link rel="alternate" type="text/html" href="https://millironx.com/academia/"/><updated>2026-01-25T15:03:25+00:00</updated><title>Academic Publications and Presentations on Milliron X</title><entry><id>https://millironx.com/academia/bpv-genetics/</id><link rel="alternate" href="https://millironx.com/academia/bpv-genetics/"/><title>Genetic analysis of bovine papillomas</title><published>2024-09-19T00:00:00+00:00</published><updated>2024-09-19T00:00:00+00:00</updated><author><name>Thomas A. Christensen II</name><uri>https://millironx.com/people/thomas-a.-christensen-ii/</uri></author><author><name>Rachel Palinski</name><uri>https://millironx.com/people/rachel-palinski/</uri></author><author><name>Bob Gentry</name><uri>https://millironx.com/people/bob-gentry/</uri></author><category term="poster"/><summary type="text">
-Bovine papillomavirus (BPV) is a major cause of reproductive failure in cattle. In bulls, penile papillomas caused by BPV may cause reluctance to breed, and is always a cause to fail an animal on a breeding soundness exam. Historically, it has been thought that BPV was transmitted via direct contact and could be controlled by managing clinically presenting animals in the herd, but more recent evidence suggests alternative modes of transmission. BPV has been found repeatably in clinically healthy animals, and in non-cutaneous secretions including milk, blood, urine and semen. Currently, no commercially available BPV vaccine uses isolated viral particles and naturally occurring virus does not produce cross-protective immunity. In order to develop a proper vaccine for penile papillomas further studies are required to understand the epidemiology of BPV in herds. While vulvar, cutaneous, and mammary papillomas have been genotyped in recent years, this information is not available for penile papillomas. In this study there were 31 submissions, collected from 7 states, NE, KS, NY, TX, AL, MO and SD (14 different cattle operations) Samples were collected between August of 2022 and April 2024. Twenty-two submissions were penile papillomas and with pooling of samples represented over 50 penile papillomas. Samples were metagenomically sequenced at the Kansas State Veterinary Diagnostic Lab, and the genotype of each sample was determined using the phylogenetic analysis. The clade of each sample was determined by aligning consensus sequences of the L1 gene (used for both for phylogeny and as a vaccine target) using MAFFT and a maximum-likelihood phylogeny generated in Mega X. Analysis found that all penile papilloma submissions were composed of BPV type 2, with one sample showing co-infection with BPV type 1. Conversely, cutaneous and teat papillomas had BPV genotypes that were more variable with genotypes of 1,2,7,12,14,29 and 40. These results indicate that BPV type 2 and type 1 provide a unified target for bovine penile papilloma vaccine development.</summary><content type="html" xml:lang="en" xml:base="https://millironx.com/">
-&lt;p>Bovine papillomavirus (BPV) is a major cause of reproductive failure in cattle.
-In bulls, penile papillomas caused by BPV may cause reluctance to breed, and is
-always a cause to fail an animal on a breeding soundness exam. Historically, it
-has been thought that BPV was transmitted via direct contact and could be
-controlled by managing clinically presenting animals in the herd, but more
-recent evidence suggests alternative modes of transmission. BPV has been found
-repeatably in clinically healthy animals, and in non-cutaneous secretions
-including milk, blood, urine and semen. Currently, no commercially available BPV
-vaccine uses isolated viral particles and naturally occurring virus does not
-produce cross-protective immunity. In order to develop a proper vaccine for
-penile papillomas further studies are required to understand the epidemiology of
-BPV in herds. While vulvar, cutaneous, and mammary papillomas have been
-genotyped in recent years, this information is not available for penile
-papillomas. In this study there were 31 submissions, collected from 7 states,
-NE, KS, NY, TX, AL, MO and SD (14 different cattle operations) Samples were
-collected between August of 2022 and April 2024. Twenty-two submissions were
-penile papillomas and with pooling of samples represented over 50 penile
-papillomas. Samples were metagenomically sequenced at the Kansas State
-Veterinary Diagnostic Lab, and the genotype of each sample was determined using
-the phylogenetic analysis. The clade of each sample was determined by aligning
-consensus sequences of the L1 gene (used for both for phylogeny and as a vaccine
-target) using MAFFT and a maximum-likelihood phylogeny generated in Mega X.
-Analysis found that all penile papilloma submissions were composed of BPV type
-2, with one sample showing co-infection with BPV type 1. Conversely, cutaneous
-and teat papillomas had BPV genotypes that were more variable with genotypes of
-1,2,7,12,14,29 and 40. These results indicate that BPV type 2 and type 1 provide
-a unified target for bovine penile papilloma vaccine development.&lt;/p>
-</content></entry><entry><id>https://millironx.com/academia/got-warts-naab/</id><link rel="alternate" href="https://millironx.com/academia/got-warts-naab/"/><title>Got Warts? Bovine Papillomavirus Pathogenesis, Transmission, and Vaccination</title><published>2024-09-19T00:00:00+00:00</published><updated>2024-09-19T00:00:00+00:00</updated><author><name>Bob Gentry</name><uri>https://millironx.com/people/bob-gentry/</uri></author><author><name>Thomas A. Christensen II</name><uri>https://millironx.com/people/thomas-a.-christensen-ii/</uri></author><category term="presentation"/></entry><entry><id>https://millironx.com/academia/yavsap/</id><link rel="alternate" href="/academia/yavsap/yavsap.pdf"/><title>YAVSAP: versatile viral quasispecies analysis for veterinary samples</title><published>2024-03-05T00:00:00+00:00</published><updated>2024-03-05T00:00:00+00:00</updated><author><name>Thomas A. Christensen II</name><uri>https://millironx.com/people/thomas-a.-christensen-ii/</uri></author><author><name>Steven Stancic</name><uri>https://millironx.com/people/steven-stancic/</uri></author><author><name>Andrea Lu</name><uri>https://millironx.com/people/andrea-lu/</uri></author><author><name>Dana Mitzel</name><uri>https://millironx.com/people/dana-mitzel/</uri></author><author><name>William Wilson</name><uri>https://millironx.com/people/william-wilson/</uri></author><author><name>Rachel Palinski</name><uri>https://millironx.com/people/rachel-palinski/</uri></author><category term="presentation"/><category term="virus"/><category term="quasispecies"/><category term="next-generation sequencing"/><category term="pipeline"/><summary type="text">
-Viral populations within an infected host are composed of viral particles with a spectrum of genetic mutations rather than a unified genome. This phenomenon is referred to as viral “quasispecies,” and has been useful for the understanding of viral transmission and early detection of new viral variants. Next generation sequencing (NGS) has enabled the study of these quasispecies for many viral species, notably Influenza A and B, Human Immunodeficiency Virus (HIV), Foot and Mouth Disease Virus (FMDV), and Severe Acute Respiratory Syndrome Coronavirus 2 (SARS CoV2), and established protocols and computer analysis tools have been developed for these species. Some of the most important viruses, such as emerging and exotic disease agents, however, do not have replicatable protocols or software tools capable of producing valid output from their sequence data. Here, we present Yet Another Viral Subspecies Analysis Pipeline (YAVSAP). YAVSAP is a fully automated bioinformatic pipeline built from the ground up to identify and analyze viral quasispecies of any arbitrary virus in human and veterinary samples. YAVSAP provides reference-based genome mapping of both long- and short-read sequencing reads to any reference genome that the user chooses, identifies subconsensus variants and haplotypes, and assesses the phylogenies of all viral sequences found within a sample. YAVSAP is written in Nextflow and conforms to the nf-core initiative’s standards, which allows it to run on low-end computers, high performance computing (HPC) clusters, or anything in between with zero configuration. YAVSAP has been tested on viruses of interest to veterinary medicine and public health, including Japanese Encephalitis Virus (JEV), Influenza D Virus (IDV), Bovine Coronavirus (BCoV), SARS CoV2, and Rift Valley Fever Virus (RVFV), and can correctly identify consensus genomes and quasispecies within samples containing each of these viruses. This tool provides a means for biologists with little bioinformatic experience to analyze deep sequence data while correcting for many of the pitfalls associated with previous and current analysis platforms. YAVSAP is open source software and is publicly available at https://github.com/ksumngs/yavsap.</summary><content type="html" xml:lang="en" xml:base="https://millironx.com/">
-&lt;p>Viral populations within an infected host are composed of viral particles with a
-spectrum of genetic mutations rather than a unified genome. This phenomenon is
-referred to as viral &amp;ldquo;quasispecies,&amp;rdquo; and has been useful for the understanding
-of viral transmission and early detection of new viral variants. Next generation
-sequencing (NGS) has enabled the study of these quasispecies for many viral
-species, notably Influenza A and B, Human Immunodeficiency Virus (HIV), Foot and
-Mouth Disease Virus (FMDV), and Severe Acute Respiratory Syndrome Coronavirus 2
-(SARS CoV2), and established protocols and computer analysis tools have been
-developed for these species. Some of the most important viruses, such as
-emerging and exotic disease agents, however, do not have replicatable protocols
-or software tools capable of producing valid output from their sequence data.
-Here, we present Yet Another Viral Subspecies Analysis Pipeline (YAVSAP). YAVSAP
-is a fully automated bioinformatic pipeline built from the ground up to identify
-and analyze viral quasispecies of any arbitrary virus in human and veterinary
-samples. YAVSAP provides reference-based genome mapping of both long- and
-short-read sequencing reads to any reference genome that the user chooses,
-identifies subconsensus variants and haplotypes, and assesses the phylogenies of
-all viral sequences found within a sample. YAVSAP is written in Nextflow and
-conforms to the nf-core initiative&amp;rsquo;s standards, which allows it to run on
-low-end computers, high performance computing (HPC) clusters, or anything in
-between with zero configuration. YAVSAP has been tested on viruses of interest
-to veterinary medicine and public health, including Japanese Encephalitis Virus
-(JEV), Influenza D Virus (IDV), Bovine Coronavirus (BCoV), SARS CoV2, and Rift
-Valley Fever Virus (RVFV), and can correctly identify consensus genomes and
-quasispecies within samples containing each of these viruses. This tool provides
-a means for biologists with little bioinformatic experience to analyze deep
-sequence data while correcting for many of the pitfalls associated with previous
-and current analysis platforms. YAVSAP is open source software and is publicly
-available at &lt;a
- href="https://github.com/ksumngs/yavsap">https://github.com/ksumngs/yavsap&lt;/a>.&lt;/p>
-</content></entry><entry><id>https://millironx.com/academia/taxprofiler/</id><link rel="alternate" href="https://doi.org/10.1101/2023.10.20.563221"/><title>nf-core/taxprofiler: highly parallelised and flexible pipeline for metagenomic taxonomic classification and profiling</title><published>2023-10-23T00:00:00+00:00</published><updated>2023-10-23T00:00:00+00:00</updated><author><name>Sofia Stamouli</name><uri>https://millironx.com/people/sofia-stamouli/</uri></author><author><name>Moritz E. Beber</name><uri>https://millironx.com/people/moritz-e.-beber/</uri></author><author><name>Tanja Normark</name><uri>https://millironx.com/people/tanja-normark/</uri></author><author><name>Thomas A. Christensen II</name><uri>https://millironx.com/people/thomas-a.-christensen-ii/</uri></author><author><name>Lili Andersson-Li</name><uri>https://millironx.com/people/lili-andersson-li/</uri></author><author><name>Maxime Borry</name><uri>https://millironx.com/people/maxime-borry/</uri></author><author><name>Mahwash Jamy</name><uri>https://millironx.com/people/mahwash-jamy/</uri></author><author><name>Nf-Core Community</name><uri>https://millironx.com/people/nf-core-community/</uri></author><author><name>James A. Fellows Yates</name><uri>https://millironx.com/people/james-a.-fellows-yates/</uri></author><category term="paper"/><category term="genomics"/><summary type="text">
-Metagenomic classification tackles the problem of characterising the taxonomic source of all DNA sequencing reads in a sample. A common approach to address the differences and biases between the many different taxonomic classification tools is to run metagenomic data through multiple classification tools and databases. This, however, is a very time-consuming task when performed manually - particularly when combined with the appropriate preprocessing of sequencing reads before the classification. Here we present nf-core/taxprofiler, a highly parallelised read-processing and taxonomic classification pipeline. It is designed for the automated and simultaneous classification and/or profiling of both short- and long-read metagenomic sequencing libraries against a 11 taxonomic classifiers and profilers as well as databases within a single pipeline run. Implemented in Nextflow and as part of the nf-core initiative, the pipeline benefits from high levels of scalability and portability, accommodating from small to extremely large projects on a wide range of computing infrastructure. It has been developed following best-practise software development practises and community support to ensure longevity and adaptability of the pipeline, to help keep it up to date with the field of metagenomics.</summary><content type="html" xml:lang="en" xml:base="https://millironx.com/">
-&lt;p>Metagenomic classification tackles the problem of characterising the taxonomic
-source of all DNA sequencing reads in a sample. A common approach to address the
-differences and biases between the many different taxonomic classification tools
-is to run metagenomic data through multiple classification tools and databases.
-This, however, is a very time-consuming task when performed manually -
-particularly when combined with the appropriate preprocessing of sequencing
-reads before the classification. Here we present nf-core/taxprofiler, a highly
-parallelised read-processing and taxonomic classification pipeline. It is
-designed for the automated and simultaneous classification and/or profiling of
-both short- and long-read metagenomic sequencing libraries against a 11
-taxonomic classifiers and profilers as well as databases within a single
-pipeline run. Implemented in Nextflow and as part of the nf-core initiative, the
-pipeline benefits from high levels of scalability and portability, accommodating
-from small to extremely large projects on a wide range of computing
-infrastructure. It has been developed following best-practise software
-development practises and community support to ensure longevity and adaptability
-of the pipeline, to help keep it up to date with the field of metagenomics.&lt;/p>
-</content></entry><entry><id>https://millironx.com/academia/hydronium-pva/</id><link rel="alternate" href="https://doi.org/10.1021/acsestengg.2c00107"/><title>Investigation of Hydronium Diffusion in Poly(vinyl alcohol) Hydrogels: A Critical First Step to Describe Acid Transport for Encapsulated Bioremediation</title><published>2022-09-02T00:00:00+00:00</published><updated>2022-09-02T00:00:00+00:00</updated><author><name>Carson J. Silsby</name><uri>https://millironx.com/people/carson-j.-silsby/</uri></author><author><name>Jonathan R. Counts</name><uri>https://millironx.com/people/jonathan-r.-counts/</uri></author><author><name>Thomas A. Christensen II</name><uri>https://millironx.com/people/thomas-a.-christensen-ii/</uri></author><author><name>Mark F. Roll</name><uri>https://millironx.com/people/mark-f.-roll/</uri></author><author><name>Kristopher v. Waynant</name><uri>https://millironx.com/people/kristopher-v.-waynant/</uri></author><author><name>James G. Moberly</name><uri>https://millironx.com/people/james-g.-moberly/</uri></author><category term="paper"/><category term="diffusion"/><category term="hydrogels"/><category term="ionic strength"/><category term="polymers"/><category term="transport properties"/><summary type="text">
-Bioremediation of chlorinated aliphatic hydrocarbon-contaminated aquifers can be hindered by high contaminant concentrations and acids generated during remediation. Encapsulating microbes in hydrogels may provide a protective, tunable environment from inhibiting compounds; however, current approaches to formulate successful encapsulated systems rely on trial and error rather than engineering approaches because fundamental information on mass-transfer coefficients is lacking. To address this knowledge gap, hydronium ion mass-transfer rates through two commonly used hydrogel materials, poly(vinyl alcohol) and alginic acid, under two solidification methods (chemical and cryogenic) were measured. Variations in hydrogel crosslinking conditions, polymer composition, and solvent ionic strength were investigated to understand how each influenced hydronium ion diffusivity. A three-way ANOVA indicated that the ionic strength, membrane type, and crosslinking method significantly (p &lt; 0.001) contributed to changes in hydronium ion mass transfer. Hydronium ion diffusion increased with ionic strength, counter to what is observed in aqueous-only (no polymer) solutions. Co-occurring mechanisms correlated to increased hydronium ion diffusion with ionic strength included an increased water fraction within hydrogel matrices and hydrogel contraction. Measured diffusion rates determined in this study provide first principal design information to further optimize encapsulating hydrogels for bioremediation.</summary><content type="html" xml:lang="en" xml:base="https://millironx.com/">
-&lt;p>Bioremediation of chlorinated aliphatic hydrocarbon-contaminated aquifers can be
-hindered by high contaminant concentrations and acids generated during
-remediation. Encapsulating microbes in hydrogels may provide a protective,
-tunable environment from inhibiting compounds; however, current approaches to
-formulate successful encapsulated systems rely on trial and error rather than
-engineering approaches because fundamental information on mass-transfer
-coefficients is lacking. To address this knowledge gap, hydronium ion
-mass-transfer rates through two commonly used hydrogel materials, poly(vinyl
-alcohol) and alginic acid, under two solidification methods (chemical and
-cryogenic) were measured. Variations in hydrogel crosslinking conditions,
-polymer composition, and solvent ionic strength were investigated to understand
-how each influenced hydronium ion diffusivity. A three-way ANOVA indicated that
-the ionic strength, membrane type, and crosslinking method significantly (&lt;em>p&lt;/em> &amp;lt;
-0.001) contributed to changes in hydronium ion mass transfer. Hydronium ion
-diffusion increased with ionic strength, counter to what is observed in
-aqueous-only (no polymer) solutions. Co-occurring mechanisms correlated to
-increased hydronium ion diffusion with ionic strength included an increased
-water fraction within hydrogel matrices and hydrogel contraction. Measured
-diffusion rates determined in this study provide first principal design
-information to further optimize encapsulating hydrogels for bioremediation.&lt;/p>
-</content></entry><entry><id>https://millironx.com/academia/rotavirus-virome/</id><link rel="alternate" href="https://doi.org/10.1016/j.vetmic.2022.109447"/><title>Assessment of Porcine Rotavirus-associated virome variations in pigs with enteric disease</title><published>2022-04-27T00:00:00+00:00</published><updated>2022-04-27T00:00:00+00:00</updated><author><name>Tyler Doerksen</name><uri>https://millironx.com/people/tyler-doerksen/</uri></author><author><name>Thomas A. Christensen II</name><uri>https://millironx.com/people/thomas-a.-christensen-ii/</uri></author><author><name>Andrea Lu</name><uri>https://millironx.com/people/andrea-lu/</uri></author><author><name>Lance Noll</name><uri>https://millironx.com/people/lance-noll/</uri></author><author><name>Jianfa Bai</name><uri>https://millironx.com/people/jianfa-bai/</uri></author><author><name>Jamie Henningson</name><uri>https://millironx.com/people/jamie-henningson/</uri></author><author><name>Rachel Palinski</name><uri>https://millironx.com/people/rachel-palinski/</uri></author><category term="paper"/><category term="porcine rotavirus"/><category term="porcine enteric disease"/><category term="virome"/><category term="rotavirus"/><summary type="text">
-Enteric disease is the predominant cause of morbidity and mortality in young mammals including pigs. Viral species involved in porcine enteric disease complex (PEDC) include rotaviruses, coronaviruses, picornaviruses, astroviruses and pestiviruses among others. The virome of three groups of swine samples submitted to the Kansas State University Veterinary Diagnostic Laboratory for routine testing were assessed, namely, a Rotavirus A positive (RVA) group, a Rotavirus co-infection (RV) group and a Rotavirus Negative (RV Neg) group. All groups were designated by qRT-PCR results testing for Porcine Rotavirus A, B, C and H such that samples positive for RVA only went in the RVA group, samples positive for >1 rotavirus went in the RV group and samples negative for all were grouped in the RVNeg group. All of the animals had clinical enteric disease resulting in scours and swollen joints/lameness, enlarged heart and/or a cough. All samples were metagenomic sequenced and analyzed for viral species composition that identified 14 viral species and eight bacterial viruses/phages. Sapovirus and Escherichia coli phages were found at a high prevalence in RVA and RV samples but were found at low or no prevalence in the RV Neg samples. Picobirnavirus was identified at a high proportion and prevalence in RV Neg and RV samples but at a low prevalence in the RVA group. A sequence analysis of the possible host of Picobirnaviruses revealed fungi as the most likely host. Non-rotaviral diversity was highest in RVA samples followed by RV then RV Neg samples. Various sequences were extracted from the sample reads and a phylogenetic update was provided showing a high prevalence of G9 and P[23] RVA genotypes. These data are important for pathogen surveillance and control measures</summary><content type="html" xml:lang="en" xml:base="https://millironx.com/">
-&lt;p>Enteric disease is the predominant cause of morbidity and mortality in young
-mammals including pigs. Viral species involved in porcine enteric disease
-complex (PEDC) include rotaviruses, coronaviruses, picornaviruses, astroviruses
-and pestiviruses among others. The virome of three groups of swine samples
-submitted to the Kansas State University Veterinary Diagnostic Laboratory for
-routine testing were assessed, namely, a Rotavirus A positive (RVA) group, a
-Rotavirus co-infection (RV) group and a Rotavirus Negative (RV Neg) group. All
-groups were designated by qRT-PCR results testing for Porcine Rotavirus A, B, C
-and H such that samples positive for RVA only went in the RVA group, samples
-positive for &amp;gt;1 rotavirus went in the RV group and samples negative for all were
-grouped in the RVNeg group. All of the animals had clinical enteric disease
-resulting in scours and swollen joints/lameness, enlarged heart and/or a cough.
-All samples were metagenomic sequenced and analyzed for viral species
-composition that identified 14 viral species and eight bacterial viruses/phages.
-Sapovirus and Escherichia coli phages were found at a high prevalence in RVA and
-RV samples but were found at low or no prevalence in the RV Neg samples.
-Picobirnavirus was identified at a high proportion and prevalence in RV Neg and
-RV samples but at a low prevalence in the RVA group. A sequence analysis of the
-possible host of Picobirnaviruses revealed fungi as the most likely host.
-Non-rotaviral diversity was highest in RVA samples followed by RV then RV Neg
-samples. Various sequences were extracted from the sample reads and a
-phylogenetic update was provided showing a high prevalence of G9 and P[23] RVA
-genotypes. These data are important for pathogen surveillance and control
-measures&lt;/p>
-</content></entry><entry><id>https://millironx.com/academia/thesis/</id><link rel="alternate" href="https://www.proquest.com/dissertations-theses/polyoxometalate-incorporation-effects-on-proton/docview/2502214356/se-2"/><title>Polyoxometalate Incorporation and Effects on Proton Transport in Hydrogel Polymers</title><published>2020-08-07T00:00:00+00:00</published><updated>2020-08-07T00:00:00+00:00</updated><author><name>Thomas A. Christensen II</name><uri>https://millironx.com/people/thomas-a.-christensen-ii/</uri></author><category term="thesis"/><category term="bioremediation"/><category term="polyoxometalate"/><category term="hydrogel polymers"/><category term="proton transport"/><category term="chemical engineering"/><summary type="text">
-Polyoxometalate clusters embedded into hydrogel biobeads may be able to solve the challenges posed by free proton generation during remediation of trichloroethylene by acting as buffers and reducing protons to hydrogen gas. In this thesis, the challenges posed by systems that contain both diffusion and reaction processes for protons are considered mathematically, and a computer simulation to was developed to prove the relationship between diaphragm cell lag period and reactive capabilities of membranes. Two polyoxometalate compounds, sodium decavanadate and alumina sulfate, were successfully incorporated into a poly(vinyl alcohol) hydrogel membrane, and the diffusivity changes associated with each compound was determined. It was found that the diffusivity of protons through an unmodified 10% w/v poly(vinyl alcohol) membrane was 1.76 × 10-5 cm2 s-1 , the diffusivity through a 10%/2% w/w/v poly(vinyl alcohol)/sodium decavanadate membrane was 3.10 × 10-6 cm2 s-1 , and the diffusivity through a 10%/2% w/w/v poly(vinyl alcohol)/alumina sulfate membrane was 3.32 × 10-7 cm2 s-1 . Through analysis of the diaphragm cell lag period, it was found the incorporation of sodium decavanadate did not increase the reactivity of a poly(vinyl alcohol) hydrogel, and incorporation of alumina sulfate lowered the reactivity. These results indicate that polyoxometalate integration into hydrogel membranes is feasible, but does not provide any advantage to a bioremediation scenario.</summary><content type="html" xml:lang="en" xml:base="https://millironx.com/">
-&lt;p>Polyoxometalate clusters embedded into hydrogel biobeads may be able to solve
-the challenges posed by free proton generation during remediation of
-trichloroethylene by acting as buffers and reducing protons to hydrogen gas. In
-this thesis, the challenges posed by systems that contain both diffusion and
-reaction processes for protons are considered mathematically, and a computer
-simulation to was developed to prove the relationship between diaphragm cell lag
-period and reactive capabilities of membranes. Two polyoxometalate compounds,
-sodium decavanadate and alumina sulfate, were successfully incorporated into a
-poly(vinyl alcohol) hydrogel membrane, and the diffusivity changes associated
-with each compound was determined. It was found that the diffusivity of protons
-through an unmodified 10% w/v poly(vinyl alcohol) membrane was 1.76 ×
-10&lt;sup>-5&lt;/sup>
- cm&lt;sup>2&lt;/sup>
- s&lt;sup>-1&lt;/sup>
-, the diffusivity through a
-10%/2% w/w/v poly(vinyl alcohol)/sodium decavanadate membrane was 3.10 ×
-10&lt;sup>-6&lt;/sup>
- cm&lt;sup>2&lt;/sup>
- s&lt;sup>-1&lt;/sup>
-, and the diffusivity through a
-10%/2% w/w/v poly(vinyl alcohol)/alumina sulfate membrane was 3.32 ×
-10&lt;sup>-7&lt;/sup>
- cm&lt;sup>2&lt;/sup>
- s&lt;sup>-1&lt;/sup>
-. Through analysis of the
-diaphragm cell lag period, it was found the incorporation of sodium decavanadate
-did not increase the reactivity of a poly(vinyl alcohol) hydrogel, and
-incorporation of alumina sulfate lowered the reactivity. These results indicate
-that polyoxometalate integration into hydrogel membranes is feasible, but does
-not provide any advantage to a bioremediation scenario.&lt;/p>
-</content></entry><entry><id>https://millironx.com/academia/metagenomics/</id><link rel="alternate" href="/academia/metagenomics/metagenomics_analysis_of_rumen_populations.pdf"/><title>Metagenomic analysis of rumen populations in week-old calves as altered by maternal late gestational nutrition and mode of delivery</title><published>2019-06-12T00:00:00+00:00</published><updated>2019-06-12T00:00:00+00:00</updated><author><name>Thomas A. Christensen II</name><uri>https://millironx.com/people/thomas-a.-christensen-ii/</uri></author><author><name>Kathy J. Austin</name><uri>https://millironx.com/people/kathy-j.-austin/</uri></author><author><name>Kristi M. Cammack</name><uri>https://millironx.com/people/kristi-m.-cammack/</uri></author><author><name>Hannah C. Cunningham-Hollinger</name><uri>https://millironx.com/people/hannah-c.-cunningham-hollinger/</uri></author><category term="poster"/><category term="gestation"/><category term="metagenomics"/><category term="microbiome"/><category term="rumen"/><summary type="text">
-Early colonization of the rumen microbiome is critical to host health and long term performance. Factors that influence early colonization include maternal factors such as gestational nutrition and mode of delivery. Therefore, we hypothesized that late gestational nutrition and mode of delivery would influence the calf rumen microbiome. Our objectives were to determine if nutrient restriction during late gestation alters the calf rumen microbiome and determine if ruminal microbiome composition differs in calves born vaginally versus caesarean. Late gestating Angus cows were randomly allocated to one of three treatment groups: control (CON; n = 6), caesarean section (CS; n = 4), and nutrient restricted (NR; n = 5), where CON were fed DDGS and hay to meet NRC requirements and calved naturally; CS were fed similarly to CON and calves were born via caesarean section; and NR were fed at a level to reduce BCS by 1.5-2.0 points over the last trimester compared to CON and calved naturally. Rumen fluid was collected via oral lavage prior to partition from cows and at d 7 from calves. Microbial DNA was isolated from the rumen fluid and metagenomic shotgun sequencing was performed using the Illumina HiSeq 2500 platform. Sequence data were analyzed using Metaxa2 for taxonomic assignment followed by QIIME1 and QIIME2 to determine differential abundance and alpha- and beta-diversity differences. There were no significant differences in alpha-diversity as measured by shannon index across treatment groups for cows (P = 0.239), but there were significant differences for calves (P = 0.015). Similarly, there were no significant differences in beta-diversity as measured by the bray-curtis dissimilarity matrix for cows (P = 0.059), but there were significant differences for calves (P = 0.007). Alpha-diversity differed (P &lt; 0.001) between cows and calves, with cows having increased species richness compared to calves. Beta-diversity also differed (P = 0.001) between cows and calves. At total of 410 taxa were differentially abundant (P &lt; 0.01) between cows and calves. These results suggest that the mature rumen microbiome of cows is able to withstand changes in feed intake, however the calf microbiome is susceptible to alteration by maternal factors. These data also suggest that there may be opportunities to develop management strategies during late gestation that influence calf health and performance long-term.</summary><content type="html" xml:lang="en" xml:base="https://millironx.com/">
-&lt;p>Early colonization of the rumen microbiome is critical to host health and long
-term performance. Factors that influence early colonization include maternal
-factors such as gestational nutrition and mode of delivery. Therefore, we
-hypothesized that late gestational nutrition and mode of delivery would
-influence the calf rumen microbiome. Our objectives were to determine if
-nutrient restriction during late gestation alters the calf rumen microbiome and
-determine if ruminal microbiome composition differs in calves born vaginally
-versus caesarean. Late gestating Angus cows were randomly allocated to one of
-three treatment groups: control (&lt;strong>CON&lt;/strong>; n = 6), caesarean section (&lt;strong>CS&lt;/strong>; n =
-4), and nutrient restricted (&lt;strong>NR&lt;/strong>; n = 5), where CON were fed DDGS and hay to
-meet NRC requirements and calved naturally; CS were fed similarly to CON and
-calves were born via caesarean section; and NR were fed at a level to reduce BCS
-by 1.5-2.0 points over the last trimester compared to CON and calved naturally.
-Rumen fluid was collected via oral lavage prior to partition from cows and at d
-7 from calves. Microbial DNA was isolated from the rumen fluid and metagenomic
-shotgun sequencing was performed using the Illumina HiSeq 2500 platform.
-Sequence data were analyzed using Metaxa2 for taxonomic assignment followed by
-QIIME1 and QIIME2 to determine differential abundance and alpha- and
-beta-diversity differences. There were no significant differences in
-alpha-diversity as measured by shannon index across treatment groups for cows
-(&lt;em>P&lt;/em> = 0.239), but there were significant differences for calves (&lt;em>P&lt;/em> = 0.015).
-Similarly, there were no significant differences in beta-diversity as measured
-by the bray-curtis dissimilarity matrix for cows (&lt;em>P&lt;/em> = 0.059), but there were
-significant differences for calves (&lt;em>P&lt;/em> = 0.007). Alpha-diversity differed (&lt;em>P&lt;/em>
-&amp;lt; 0.001) between cows and calves, with cows having increased species richness
-compared to calves. Beta-diversity also differed (&lt;em>P&lt;/em> = 0.001) between cows and
-calves. At total of 410 taxa were differentially abundant (&lt;em>P&lt;/em> &amp;lt; 0.01) between
-cows and calves. These results suggest that the mature rumen microbiome of cows
-is able to withstand changes in feed intake, however the calf microbiome is
-susceptible to alteration by maternal factors. These data also suggest that
-there may be opportunities to develop management strategies during late
-gestation that influence calf health and performance long-term.&lt;/p>
-</content></entry><entry><id>https://millironx.com/academia/cheme-car/</id><link rel="alternate" href="https://doi.org/10.15786/13700938.v1"/><title>The ChemE Car that Cud: AIChE ChemE Car Engineering Design Proposal</title><published>2019-05-14T00:00:00+00:00</published><updated>2019-05-14T00:00:00+00:00</updated><author><name>Thomas A. Christensen II</name><uri>https://millironx.com/people/thomas-a.-christensen-ii/</uri></author><category term="thesis"/><category term="chemical engineering"/><category term="aiche"/><category term="radiation"/><category term="rumen"/><category term="microbial electrolysis cells"/><summary type="text">
-The ChemE Car That Cud showcases Wyoming’s dominant industries of agriculture and mining by utilizing rumen fluid from a cannulated beef cow to generate hydrogen to be used in a hydrogen fuel cell and radioactive cesium, a byproduct of uranium that is often obtained from Wyoming’s mines, to time the car’s stop. The concentration of cesium-137 source is measured using the radioactive decay of cesium shielded by aluminum. The painted aluminum chassis was obtained from a previous team at UW, and modified using plastic k’nex toys to adapt to the current power source and stopping mechanism.</summary><content type="html" xml:lang="en" xml:base="https://millironx.com/">
-&lt;p>The ChemE Car That Cud showcases Wyoming&amp;rsquo;s dominant industries of agriculture
-and mining by utilizing rumen fluid from a cannulated beef cow to generate
-hydrogen to be used in a hydrogen fuel cell and radioactive cesium, a byproduct
-of uranium that is often obtained from Wyoming&amp;rsquo;s mines, to time the car&amp;rsquo;s stop.
-The concentration of cesium-137 source is measured using the radioactive decay
-of cesium shielded by aluminum. The painted aluminum chassis was obtained from a
-previous team at UW, and modified using plastic k&amp;rsquo;nex toys to adapt to the
-current power source and stopping mechanism.&lt;/p>
-</content></entry><entry><id>https://millironx.com/academia/pva-aiche/</id><link rel="alternate" href="/academia/pva-aiche/measuring_diffusion_of_trichloroethylene.pdf"/><title>Measuring Diffusion of Trichlorethylene Breakdown Products in Polyvinylalginate</title><published>2018-10-29T00:00:00+00:00</published><updated>2018-10-29T00:00:00+00:00</updated><author><name>Thomas A. Christensen II</name><uri>https://millironx.com/people/thomas-a.-christensen-ii/</uri></author><author><name>Samuel R. Wolfe</name><uri>https://millironx.com/people/samuel-r.-wolfe/</uri></author><author><name>Jonathan Counts</name><uri>https://millironx.com/people/jonathan-counts/</uri></author><author><name>Mark F. Roll</name><uri>https://millironx.com/people/mark-f.-roll/</uri></author><author><name>Kristopher v. Waynant</name><uri>https://millironx.com/people/kristopher-v.-waynant/</uri></author><author><name>James G. Moberly</name><uri>https://millironx.com/people/james-g.-moberly/</uri></author><category term="poster"/><category term="bioremediation"/><category term="polyoxometalate"/><category term="hydrogel polymers"/><category term="proton transport"/><category term="chemical engineering"/><summary type="text">
-Trichloroethylene (TCE), a toxic and carcinogenic contaminant, presents unique challenges for cleanup because of its water solubility, density, and volatility. Bioremediation of TCE is a promising cleanup method; however, metabolism of TCE results in acid generation that inhibits remediating microorganisms. Calcium alginate(CA)-polyvinylalcohol (PVA) hydrogels show promise for protecting remediating microbes, however diffusion of TCE or its byproducts through these polymers is unknown. To measure the effective diffusion coefficient of TCE and byproducts through hydrogel membranes, we used a modified diaphragm cell. Measured effective diffusion coefficient of each species was (cm 2 /s × 106 ): 14.0 ± 1.91 for H+ ions, 12.4 ± 1.64 for TCE, 7.83 ± 0.54 for cis-1,2-dichloroethylene (DCE), and 4.68 ± 4.14 for vinyl chloride. These results aid in engineering biobeads and suggest that CA-PVA hydrogel blends are effective in slowing diffusion of protons, buffering acids produced by trichloroethylene metabolism, and remains suitable for encapsulation of microorganisms involved in bioremediation.</summary><content type="html" xml:lang="en" xml:base="https://millironx.com/">
-&lt;p>Trichloroethylene (TCE), a toxic and carcinogenic contaminant, presents unique
-challenges for cleanup because of its water solubility, density, and volatility.
-Bioremediation of TCE is a promising cleanup method; however, metabolism of TCE
-results in acid generation that inhibits remediating microorganisms. Calcium
-alginate(CA)-polyvinylalcohol (PVA) hydrogels show promise for protecting
-remediating microbes, however diffusion of TCE or its byproducts through these
-polymers is unknown. To measure the effective diffusion coefficient of TCE and
-byproducts through hydrogel membranes, we used a modified diaphragm cell.
-Measured effective diffusion coefficient of each species was (cm &lt;sup>2&lt;/sup>
-/s
-× 10&lt;sup>6&lt;/sup>
-): 14.0 ± 1.91 for H&lt;sup>&amp;#43;&lt;/sup>
- ions, 12.4 ± 1.64 for TCE,
-7.83 ± 0.54 for cis-1,2-dichloroethylene (DCE), and 4.68 ± 4.14 for vinyl
-chloride. These results aid in engineering biobeads and suggest that CA-PVA
-hydrogel blends are effective in slowing diffusion of protons, buffering acids
-produced by trichloroethylene metabolism, and remains suitable for encapsulation
-of microorganisms involved in bioremediation.&lt;/p>
-</content></entry><entry><id>https://millironx.com/academia/how-to-build-a-cow-cud-fuel-cell/</id><link rel="alternate" href="https://millironx.com/academia/how-to-build-a-cow-cud-fuel-cell/"/><title>How to Build a Cow-Cud Fuel Cell</title><published>2018-08-01T00:00:00+00:00</published><updated>2018-08-01T00:00:00+00:00</updated><author><name>Thomas A. Christensen II</name><uri>https://millironx.com/people/thomas-a.-christensen-ii/</uri></author><category term="presentation"/></entry><entry><id>https://millironx.com/academia/pva-inbre/</id><link rel="alternate" href="https://millironx.com/academia/pva-inbre/"/><title>Measuring diffusion of protons in polyvinyalginate</title><published>2018-07-31T00:00:00+00:00</published><updated>2018-07-31T00:00:00+00:00</updated><author><name>Thomas A. Christensen II</name><uri>https://millironx.com/people/thomas-a.-christensen-ii/</uri></author><author><name>Jonathan Counts</name><uri>https://millironx.com/people/jonathan-counts/</uri></author><author><name>James G. Moberly</name><uri>https://millironx.com/people/james-g.-moberly/</uri></author><category term="poster"/><summary type="text">
-Trichloroethylene (TCE) is a toxic and carcinogenic contaminant that presents unique challenges for cleanup because of its density and volatility. Use of microorganisms may be a promising remediation method, however metabolism of TCE results in acid buildup, which consequently impedes the ability of microorganisms to perform this remediation. Polyvinylalginate (PVA) shows promise as a useful shield for microorganisms carrying out bioremediation of TCE by surrounding them in a protective biofilm-like layer, however, key information is missing which relates diffusion of TCE or its metabolic products through PVA. To measure the effective diffusion coefficient of H+ ions through a PVA membrane cross-linked with boric acid and calcium ions, we used a modified diaphragm cell. We found the effective diffusion coefficient to be 1.40 × 10-5 ± 1.91 × 10-6 cm2 s, a nearly seven-fold decrease in diffusivity compared to protons in water, with an unexpected significant but as of yet unquantified adsorption capacity. These results suggest that polyvinylalginate is effective in slowing diffusion of protons and buffering these acids produced by trichloroethylene metabolism, and remains suitable for encapsulation of microorganisms involved in bioremediation.</summary><content type="html" xml:lang="en" xml:base="https://millironx.com/">
-&lt;p>Trichloroethylene (TCE) is a toxic and carcinogenic contaminant that presents
-unique challenges for cleanup because of its density and volatility. Use of
-microorganisms may be a promising remediation method, however metabolism of TCE
-results in acid buildup, which consequently impedes the ability of
-microorganisms to perform this remediation. Polyvinylalginate (PVA) shows
-promise as a useful shield for microorganisms carrying out bioremediation of TCE
-by surrounding them in a protective biofilm-like layer, however, key information
-is missing which relates diffusion of TCE or its metabolic products through PVA.
-To measure the effective diffusion coefficient of H&lt;sup>&amp;#43;&lt;/sup>
- ions through
-a PVA membrane cross-linked with boric acid and calcium ions, we used a modified
-diaphragm cell. We found the effective diffusion coefficient to be 1.40 ×
-10&lt;sup>-5&lt;/sup>
- ± 1.91 × 10&lt;sup>-6&lt;/sup>
- cm&lt;sup>2&lt;/sup>
-s, a nearly
-seven-fold decrease in diffusivity compared to protons in water, with an
-unexpected significant but as of yet unquantified adsorption capacity. These
-results suggest that polyvinylalginate is effective in slowing diffusion of
-protons and buffering these acids produced by trichloroethylene metabolism, and
-remains suitable for encapsulation of microorganisms involved in bioremediation.&lt;/p>
-</content></entry></feed>

academia/got-warts-naab/index.html

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-Login</a></nav></aside><main><section class=h-entry><h5>National Association of Animal Breeders Technical Conference Sponsor session: Middleton, Wisconsin</h5><h2 class=p-name>Got Warts? Bovine Papillomavirus Pathogenesis, Transmission, and Vaccination</h2><h3><small><a href=https://millironx.com/people/bob-gentry/ class="card-link
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-<span class=p-name>Thomas A. Christensen II</span></a></small></h3><h4><time class=dt-published datetime=2024-09-19T00:00:00+00:00>19 Sep 2024
-</time>&emsp;&dot;&emsp;
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academia/how-to-build-a-cow-cud-fuel-cell/index.html

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-<!doctype html><html class=no-js lang=en><head><meta charset=utf-8><meta http-equiv=x-ua-compatible content="ie=edge"><meta name=viewport content="width=device-width,initial-scale=1"><title>How to Build a Cow-Cud Fuel Cell
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-Login</a></nav></aside><main><section class=h-entry><h5>Idaho INBRE Summer Research Conference: Moscow, Idaho</h5><h2 class=p-name>How to Build a Cow-Cud Fuel Cell</h2><h3><small><a href=https://millironx.com/people/thomas-a.-christensen-ii/ class="card-link
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-<span class=p-name>Thomas A. Christensen II</span></a></small></h3><h4><time class=dt-published datetime=2018-08-01T00:00:00+00:00>01 Aug 2018
-</time>&emsp;&dot;&emsp;
-&emsp;&dot;&emsp;
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-Login</a></nav></aside><main><style>.motto::before{background-image:url(https://millironx.com/academia/thumbnail_hu1566253053894853505.jpg)}</style><div class=motto-wrapper><div class=motto title="Personally, I preferred the Owen Library in Pullman seven miles west"><div class=motto-inside><h1 id=motto>Publications and Presentations</h1></div></div></div><section><div><p>During my time in academia, I have amassed a few notable accomplishments. Of
-course, as the old saying goes, &ldquo;if it isn&rsquo;t published, then it never happened,&rdquo;
-so here is a list of everything that actually happened.</p><p>Academia is not the be-all and end-all of life (contrary to what your professor
-might have told you). I&rsquo;ve found the side-effects to be similar to this guy&rsquo;s:</p><figure><blockquote><p>I have spent too long in school and not enough time in the middle of nowhere,
-and it has inhibited my ability to learn the simple things.</p></blockquote><figcaption>Baxter Black, DVM</figcaption></figure></div><a rel=alternate type=application/atom+xml href=https://millironx.com/academia/feed.xml><span class="fa-container fa-fw"><svg viewBox="0 0 448 512"><path d="M64 32C28.7 32 0 60.7.0 96V416c0 35.3 28.7 64 64 64H384c35.3.0 64-28.7 64-64V96c0-35.3-28.7-64-64-64H64zm32 80c150.2.0 272 121.8 272 272H320c0-123.7-100.3-224-224-224V112zm0 96c97.2.0 176 78.8 176 176H224c0-70.7-57.3-128-128-128V208zm0 144a32 32 0 1164 0 32 32 0 11-64 0z"/></svg></span>
-Subscribe</a><div class="card h-entry"><div class=card-content><div class=card-header><div class=card-title><a class=u-url href=https://millironx.com/academia/bpv-genetics/><h3 class=p-name>Genetic analysis of bovine papillomas</h3></a><time class=dt-published datetime=2024-09-19T00:00:00+00:00>19 Sep 2024</time></div><a class=category-button href=https://millironx.com/categories/poster/ title=Poster><span class="fa-container fa-fw"><svg viewBox="0 0 576 512"><path d="M32 0H0V64H32V320v32H64 256v34.7l-54.6 54.6L178.7 464 224 509.3l22.6-22.6L288 445.3l41.4 41.4L352 509.3 397.3 464l-22.6-22.6L320 386.7V352H512h32V320 64h32V0H544 480 96 32zM96 64H480V288H320 256 96V64z"/></svg></span></a></div><div class=card-body><a href=https://millironx.com/people/thomas-a.-christensen-ii/ rel=author class="card-link p-author h-card bolder"><span class="fa-container fa-fw"><svg viewBox="0 0 448 512"><path d="M224 256A128 128 0 10224 0a128 128 0 100 256zM448 512 384 304H64L0 512H448z"/></svg></span>
-<span class=p-name>Thomas A. Christensen II</span></a>
-<a href=https://millironx.com/people/rachel-palinski/ rel=author class="card-link p-author h-card"><span class="fa-container fa-fw"><svg viewBox="0 0 448 512"><path d="M224 256A128 128 0 10224 0a128 128 0 100 256zM448 512 384 304H64L0 512H448z"/></svg></span>
-<span class=p-name>Rachel Palinski</span></a>
-<a href=https://millironx.com/people/bob-gentry/ rel=author class="card-link p-author h-card"><span class="fa-container fa-fw"><svg viewBox="0 0 448 512"><path d="M224 256A128 128 0 10224 0a128 128 0 100 256zM448 512 384 304H64L0 512H448z"/></svg></span>
-<span class=p-name>Bob Gentry</span></a><p class=card-text><span class=p-summary><p>Bovine papillomavirus (BPV) is a major cause of reproductive failure in cattle.
-In bulls, penile papillomas caused by BPV may cause reluctance to breed, and is
-always a cause to fail an animal on a breeding soundness exam. Historically, it
-has been thought that BPV was transmitted via direct contact and could be
-controlled by managing clinically presenting animals in the herd, but more
-recent evidence suggests alternative modes of transmission. BPV has been found
-repeatably in clinically healthy …</p></span><strong><small><a href=https://millironx.com/academia/bpv-genetics/>Read&nbsp;more&nbsp;&#187;</a></small></strong></p><div class=card-footer></div></div></div></div><div class="card h-entry"><div class=card-content><div class=card-header><div class=card-title><a class=u-url href=https://millironx.com/academia/got-warts-naab/><h3 class=p-name>Got Warts? Bovine Papillomavirus Pathogenesis, Transmission, and Vaccination</h3></a><time class=dt-published datetime=2024-09-19T00:00:00+00:00>19 Sep 2024</time></div><a class=category-button href=https://millironx.com/categories/presentation/ title=Presentation><span class="fa-container fa-fw"><svg viewBox="0 0 448 512"><path d="M288 0H192V24H168c-48.6.0-88 39.4-88 88v32H24 0v48H24 424h24V144H424 128V112c0-22.1 17.9-40 40-40h24V96h96c26.5.0 48-21.5 48-48S314.5.0 288 0zM48 224 80 512H368l32-288H48z"/></svg></span></a></div><div class=card-body><a href=https://millironx.com/people/bob-gentry/ rel=author class="card-link p-author h-card"><span class="fa-container fa-fw"><svg viewBox="0 0 448 512"><path d="M224 256A128 128 0 10224 0a128 128 0 100 256zM448 512 384 304H64L0 512H448z"/></svg></span>
-<span class=p-name>Bob Gentry</span></a>
-<a href=https://millironx.com/people/thomas-a.-christensen-ii/ rel=author class="card-link p-author h-card bolder"><span class="fa-container fa-fw"><svg viewBox="0 0 448 512"><path d="M224 256A128 128 0 10224 0a128 128 0 100 256zM448 512 384 304H64L0 512H448z"/></svg></span>
-<span class=p-name>Thomas A. Christensen II</span></a><p class=card-text><span class=p-summary></span>
-<strong><small><a href=https://millironx.com/academia/got-warts-naab/>Read&nbsp;more&nbsp;&#187;</a></small></strong></p><div class=card-footer></div></div></div></div><div class="card h-entry"><div class=card-content><div class=card-header><div class=card-title><a class=u-url href=/academia/yavsap/yavsap.pdf><h3 class=p-name>YAVSAP: versatile viral quasispecies analysis for veterinary samples</h3></a><time class=dt-published datetime=2024-03-05T00:00:00+00:00>05 Mar 2024</time></div><a class=category-button href=https://millironx.com/categories/presentation/ title=Presentation><span class="fa-container fa-fw"><svg viewBox="0 0 448 512"><path d="M288 0H192V24H168c-48.6.0-88 39.4-88 88v32H24 0v48H24 424h24V144H424 128V112c0-22.1 17.9-40 40-40h24V96h96c26.5.0 48-21.5 48-48S314.5.0 288 0zM48 224 80 512H368l32-288H48z"/></svg></span></a></div><div class=card-body><a href=https://millironx.com/people/thomas-a.-christensen-ii/ rel=author class="card-link p-author h-card bolder"><span class="fa-container fa-fw"><svg viewBox="0 0 448 512"><path d="M224 256A128 128 0 10224 0a128 128 0 100 256zM448 512 384 304H64L0 512H448z"/></svg></span>
-<span class=p-name>Thomas A. Christensen II</span></a>
-<a href=https://millironx.com/people/steven-stancic/ rel=author class="card-link p-author h-card"><span class="fa-container fa-fw"><svg viewBox="0 0 448 512"><path d="M224 256A128 128 0 10224 0a128 128 0 100 256zM448 512 384 304H64L0 512H448z"/></svg></span>
-<span class=p-name>Steven Stancic</span></a>
-<a href=https://millironx.com/people/andrea-lu/ rel=author class="card-link p-author h-card"><span class="fa-container fa-fw"><svg viewBox="0 0 448 512"><path d="M224 256A128 128 0 10224 0a128 128 0 100 256zM448 512 384 304H64L0 512H448z"/></svg></span>
-<span class=p-name>Andrea Lu</span></a>
-<a href=https://millironx.com/people/dana-mitzel/ rel=author class="card-link p-author h-card"><span class="fa-container fa-fw"><svg viewBox="0 0 448 512"><path d="M224 256A128 128 0 10224 0a128 128 0 100 256zM448 512 384 304H64L0 512H448z"/></svg></span>
-<span class=p-name>Dana Mitzel</span></a>
-<a href=https://millironx.com/people/william-wilson/ rel=author class="card-link p-author h-card"><span class="fa-container fa-fw"><svg viewBox="0 0 448 512"><path d="M224 256A128 128 0 10224 0a128 128 0 100 256zM448 512 384 304H64L0 512H448z"/></svg></span>
-<span class=p-name>William Wilson</span></a>
-<a href=https://millironx.com/people/rachel-palinski/ rel=author class="card-link p-author h-card"><span class="fa-container fa-fw"><svg viewBox="0 0 448 512"><path d="M224 256A128 128 0 10224 0a128 128 0 100 256zM448 512 384 304H64L0 512H448z"/></svg></span>
-<span class=p-name>Rachel Palinski</span></a><p class=card-text><span class=p-summary><p>Viral populations within an infected host are composed of viral particles with a
-spectrum of genetic mutations rather than a unified genome. This phenomenon is
-referred to as viral &ldquo;quasispecies,&rdquo; and has been useful for the understanding
-of viral transmission and early detection of new viral variants. Next generation
-sequencing (NGS) has enabled the study of these quasispecies for many viral
-species, notably Influenza A and B, Human Immunodeficiency Virus (HIV), Foot and
-Mouth …</p></span><strong><small><a href=/academia/yavsap/yavsap.pdf>Read&nbsp;more&nbsp;&#187;</a></small></strong></p><div class=card-footer><a href=https://millironx.com/tags/virus/ class="icon-link card-link p-category"><span class="fa-container fa-fw"><svg viewBox="0 0 448 512"><path d="M0 32V256L224 480 448 256 224 32H0zm112 80a32 32 0 110 64 32 32 0 110-64z"/></svg></span>
-virus</a>
-<a href=https://millironx.com/tags/quasispecies/ class="icon-link card-link p-category"><span class="fa-container fa-fw"><svg viewBox="0 0 448 512"><path d="M0 32V256L224 480 448 256 224 32H0zm112 80a32 32 0 110 64 32 32 0 110-64z"/></svg></span>
-quasispecies</a>
-<a href=https://millironx.com/tags/next-generation-sequencing/ class="icon-link card-link p-category"><span class="fa-container fa-fw"><svg viewBox="0 0 448 512"><path d="M0 32V256L224 480 448 256 224 32H0zm112 80a32 32 0 110 64 32 32 0 110-64z"/></svg></span>
-next-generation sequencing</a>
-<a href=https://millironx.com/tags/pipeline/ class="icon-link card-link p-category"><span class="fa-container fa-fw"><svg viewBox="0 0 448 512"><path d="M0 32V256L224 480 448 256 224 32H0zm112 80a32 32 0 110 64 32 32 0 110-64z"/></svg></span>
-pipeline</a></div></div></div></div><div class="card h-entry"><div class=card-content><div class=card-header><div class=card-title><a class=u-url href=https://doi.org/10.1101/2023.10.20.563221><h3 class=p-name>nf-core/taxprofiler: highly parallelised and flexible pipeline for metagenomic taxonomic classification and profiling</h3></a><time class=dt-published datetime=2023-10-23T00:00:00+00:00>23 Oct 2023</time></div><a class=category-button href=https://millironx.com/categories/paper/ title=Paper><span class="fa-container fa-fw"><svg viewBox="0 0 448 512"><path d="M96 0C43 0 0 43 0 96V416c0 53 43 96 96 96H384h32 32V448H416V384h32V0H416 384 96zm0 384H352v64H96c-17.7.0-32-14.3-32-32s14.3-32 32-32zm32-256H352v32H128V128zm224 64v32H128V192H352z"/></svg></span></a></div><div class=card-body><a href=https://millironx.com/people/sofia-stamouli/ rel=author class="card-link p-author h-card"><span class="fa-container fa-fw"><svg viewBox="0 0 448 512"><path d="M224 256A128 128 0 10224 0a128 128 0 100 256zM448 512 384 304H64L0 512H448z"/></svg></span>
-<span class=p-name>Sofia Stamouli</span></a>
-<a href=https://millironx.com/people/moritz-e.-beber/ rel=author class="card-link p-author h-card"><span class="fa-container fa-fw"><svg viewBox="0 0 448 512"><path d="M224 256A128 128 0 10224 0a128 128 0 100 256zM448 512 384 304H64L0 512H448z"/></svg></span>
-<span class=p-name>Moritz E. Beber</span></a>
-<a href=https://millironx.com/people/tanja-normark/ rel=author class="card-link p-author h-card"><span class="fa-container fa-fw"><svg viewBox="0 0 448 512"><path d="M224 256A128 128 0 10224 0a128 128 0 100 256zM448 512 384 304H64L0 512H448z"/></svg></span>
-<span class=p-name>Tanja Normark</span></a>
-<a href=https://millironx.com/people/thomas-a.-christensen-ii/ rel=author class="card-link p-author h-card bolder"><span class="fa-container fa-fw"><svg viewBox="0 0 448 512"><path d="M224 256A128 128 0 10224 0a128 128 0 100 256zM448 512 384 304H64L0 512H448z"/></svg></span>
-<span class=p-name>Thomas A. Christensen II</span></a>
-<a href=https://millironx.com/people/lili-andersson-li/ rel=author class="card-link p-author h-card"><span class="fa-container fa-fw"><svg viewBox="0 0 448 512"><path d="M224 256A128 128 0 10224 0a128 128 0 100 256zM448 512 384 304H64L0 512H448z"/></svg></span>
-<span class=p-name>Lili Andersson-Li</span></a>
-<a href=https://millironx.com/people/maxime-borry/ rel=author class="card-link p-author h-card"><span class="fa-container fa-fw"><svg viewBox="0 0 448 512"><path d="M224 256A128 128 0 10224 0a128 128 0 100 256zM448 512 384 304H64L0 512H448z"/></svg></span>
-<span class=p-name>Maxime Borry</span></a>
-<a href=https://millironx.com/people/mahwash-jamy/ rel=author class="card-link p-author h-card"><span class="fa-container fa-fw"><svg viewBox="0 0 448 512"><path d="M224 256A128 128 0 10224 0a128 128 0 100 256zM448 512 384 304H64L0 512H448z"/></svg></span>
-<span class=p-name>Mahwash Jamy</span></a>
-<a href=https://millironx.com/people/nf-core-community/ rel=author class="card-link p-author h-card"><span class="fa-container fa-fw"><svg viewBox="0 0 448 512"><path d="M224 256A128 128 0 10224 0a128 128 0 100 256zM448 512 384 304H64L0 512H448z"/></svg></span>
-<span class=p-name>Nf-Core Community</span></a>
-<a href=https://millironx.com/people/james-a.-fellows-yates/ rel=author class="card-link p-author h-card"><span class="fa-container fa-fw"><svg viewBox="0 0 448 512"><path d="M224 256A128 128 0 10224 0a128 128 0 100 256zM448 512 384 304H64L0 512H448z"/></svg></span>
-<span class=p-name>James A. Fellows Yates</span></a><p class=card-text><span class=p-summary><p>Metagenomic classification tackles the problem of characterising the taxonomic
-source of all DNA sequencing reads in a sample. A common approach to address the
-differences and biases between the many different taxonomic classification tools
-is to run metagenomic data through multiple classification tools and databases.
-This, however, is a very time-consuming task when performed manually -
-particularly when combined with the appropriate preprocessing of sequencing
-reads before the classification. …</p></span><strong><small><a href=https://doi.org/10.1101/2023.10.20.563221>Read&nbsp;more&nbsp;&#187;</a></small></strong></p><div class=card-footer><a href=https://millironx.com/tags/genomics/ class="icon-link card-link p-category"><span class="fa-container fa-fw"><svg viewBox="0 0 448 512"><path d="M0 32V256L224 480 448 256 224 32H0zm112 80a32 32 0 110 64 32 32 0 110-64z"/></svg></span>
-genomics</a></div></div></div></div><div class="card h-entry"><div class=card-content><div class=card-header><div class=card-title><a class=u-url href=https://doi.org/10.1021/acsestengg.2c00107><h3 class=p-name>Investigation of Hydronium Diffusion in Poly(vinyl alcohol) Hydrogels: A Critical First Step to Describe Acid Transport for Encapsulated Bioremediation</h3></a><time class=dt-published datetime=2022-09-02T00:00:00+00:00>02 Sep 2022</time></div><a class=category-button href=https://millironx.com/categories/paper/ title=Paper><span class="fa-container fa-fw"><svg viewBox="0 0 448 512"><path d="M96 0C43 0 0 43 0 96V416c0 53 43 96 96 96H384h32 32V448H416V384h32V0H416 384 96zm0 384H352v64H96c-17.7.0-32-14.3-32-32s14.3-32 32-32zm32-256H352v32H128V128zm224 64v32H128V192H352z"/></svg></span></a></div><div class=card-body><a href=https://millironx.com/people/carson-j.-silsby/ rel=author class="card-link p-author h-card"><span class="fa-container fa-fw"><svg viewBox="0 0 448 512"><path d="M224 256A128 128 0 10224 0a128 128 0 100 256zM448 512 384 304H64L0 512H448z"/></svg></span>
-<span class=p-name>Carson J. Silsby</span></a>
-<a href=https://millironx.com/people/jonathan-r.-counts/ rel=author class="card-link p-author h-card"><span class="fa-container fa-fw"><svg viewBox="0 0 448 512"><path d="M224 256A128 128 0 10224 0a128 128 0 100 256zM448 512 384 304H64L0 512H448z"/></svg></span>
-<span class=p-name>Jonathan R. Counts</span></a>
-<a href=https://millironx.com/people/thomas-a.-christensen-ii/ rel=author class="card-link p-author h-card bolder"><span class="fa-container fa-fw"><svg viewBox="0 0 448 512"><path d="M224 256A128 128 0 10224 0a128 128 0 100 256zM448 512 384 304H64L0 512H448z"/></svg></span>
-<span class=p-name>Thomas A. Christensen II</span></a>
-<a href=https://millironx.com/people/mark-f.-roll/ rel=author class="card-link p-author h-card"><span class="fa-container fa-fw"><svg viewBox="0 0 448 512"><path d="M224 256A128 128 0 10224 0a128 128 0 100 256zM448 512 384 304H64L0 512H448z"/></svg></span>
-<span class=p-name>Mark F. Roll</span></a>
-<a href=https://millironx.com/people/kristopher-v.-waynant/ rel=author class="card-link p-author h-card"><span class="fa-container fa-fw"><svg viewBox="0 0 448 512"><path d="M224 256A128 128 0 10224 0a128 128 0 100 256zM448 512 384 304H64L0 512H448z"/></svg></span>
-<span class=p-name>Kristopher v. Waynant</span></a>
-<a href=https://millironx.com/people/james-g.-moberly/ rel=author class="card-link p-author h-card"><span class="fa-container fa-fw"><svg viewBox="0 0 448 512"><path d="M224 256A128 128 0 10224 0a128 128 0 100 256zM448 512 384 304H64L0 512H448z"/></svg></span>
-<span class=p-name>James G. Moberly</span></a><p class=card-text><span class=p-summary><p>Bioremediation of chlorinated aliphatic hydrocarbon-contaminated aquifers can be
-hindered by high contaminant concentrations and acids generated during
-remediation. Encapsulating microbes in hydrogels may provide a protective,
-tunable environment from inhibiting compounds; however, current approaches to
-formulate successful encapsulated systems rely on trial and error rather than
-engineering approaches because fundamental information on mass-transfer
-coefficients is lacking. To address this …</p></span><strong><small><a href=https://doi.org/10.1021/acsestengg.2c00107>Read&nbsp;more&nbsp;&#187;</a></small></strong></p><div class=card-footer><a href=https://millironx.com/tags/diffusion/ class="icon-link card-link p-category"><span class="fa-container fa-fw"><svg viewBox="0 0 448 512"><path d="M0 32V256L224 480 448 256 224 32H0zm112 80a32 32 0 110 64 32 32 0 110-64z"/></svg></span>
-diffusion</a>
-<a href=https://millironx.com/tags/hydrogels/ class="icon-link card-link p-category"><span class="fa-container fa-fw"><svg viewBox="0 0 448 512"><path d="M0 32V256L224 480 448 256 224 32H0zm112 80a32 32 0 110 64 32 32 0 110-64z"/></svg></span>
-hydrogels</a>
-<a href=https://millironx.com/tags/ionic-strength/ class="icon-link card-link p-category"><span class="fa-container fa-fw"><svg viewBox="0 0 448 512"><path d="M0 32V256L224 480 448 256 224 32H0zm112 80a32 32 0 110 64 32 32 0 110-64z"/></svg></span>
-ionic strength</a>
-<a href=https://millironx.com/tags/polymers/ class="icon-link card-link p-category"><span class="fa-container fa-fw"><svg viewBox="0 0 448 512"><path d="M0 32V256L224 480 448 256 224 32H0zm112 80a32 32 0 110 64 32 32 0 110-64z"/></svg></span>
-polymers</a>
-<a href=https://millironx.com/tags/transport-properties/ class="icon-link card-link p-category"><span class="fa-container fa-fw"><svg viewBox="0 0 448 512"><path d="M0 32V256L224 480 448 256 224 32H0zm112 80a32 32 0 110 64 32 32 0 110-64z"/></svg></span>
-transport properties</a></div></div></div></div><ul class="pagination pagination-default"><li class="page-item disabled"><a aria-disabled=true aria-label=First class=page-link role=button tabindex=-1><span aria-hidden=true>&#171;&#171;</span></a></li><li class="page-item disabled"><a aria-disabled=true aria-label=Previous class=page-link role=button tabindex=-1><span aria-hidden=true>&#171;</span></a></li><li class="page-item active"><a aria-current=page aria-label="Page 1" class=page-link role=button>1</a></li><li class=page-item><a href=/academia/page/2/ aria-label="Page 2" class=page-link role=button>2</a></li><li class=page-item><a href=/academia/page/3/ aria-label="Page 3" class=page-link role=button>3</a></li><li class=page-item><a href=/academia/page/2/ aria-label=Next class=page-link role=button><span aria-hidden=true>&#187;</span></a></li><li class=page-item><a href=/academia/page/3/ aria-label=Last class=page-link role=button><span aria-hidden=true>&#187;&#187;</span></a></li></ul></section></main></div></div><footer><div class=container><div class=footer-inner><img src=https://millironx.com/graphics/brandedbull.min.svg height=95rem><p>&copy; 2026 Thomas A. Christensen II<br>Licensed
-<a rel=license href=http://creativecommons.org/licenses/by/4.0/>CC-BY 4.0</a><br>Built with <a href=https://gohugo.io>Hugo</a> v0.141.0</p></div></div></footer><script>window.goatcounter={path:function(e){return location.host+e}}</script><script data-goatcounter=https://millironx.goatcounter.com/count async src=//gc.zgo.at/count.js></script><div style=display:none><h3>Important notice from the lawyers</h3><p>All content on this site is designed for humans only. If you are not
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academia/index.xml

@@ -1,202 +0,0 @@
-<?xml version="1.0" encoding="utf-8" standalone="yes"?><rss version="2.0" xmlns:atom="http://www.w3.org/2005/Atom"><channel><title>Academic Publications and Presentations on MillironX</title><link>https://millironx.com/academia/</link><description>Recent content in Academic Publications and Presentations on MillironX</description><generator>Hugo</generator><language>en-us</language><lastBuildDate>Thu, 19 Sep 2024 00:00:00 +0000</lastBuildDate><atom:link href="https://millironx.com/academia/index.xml" rel="self" type="application/rss+xml"/><item><title>Genetic analysis of bovine papillomas</title><link>https://millironx.com/academia/bpv-genetics/</link><pubDate>Thu, 19 Sep 2024 00:00:00 +0000</pubDate><guid>https://millironx.com/academia/bpv-genetics/</guid><description>&lt;p>Bovine papillomavirus (BPV) is a major cause of reproductive failure in cattle.
-In bulls, penile papillomas caused by BPV may cause reluctance to breed, and is
-always a cause to fail an animal on a breeding soundness exam. Historically, it
-has been thought that BPV was transmitted via direct contact and could be
-controlled by managing clinically presenting animals in the herd, but more
-recent evidence suggests alternative modes of transmission. BPV has been found
-repeatably in clinically healthy animals, and in non-cutaneous secretions
-including milk, blood, urine and semen. Currently, no commercially available BPV
-vaccine uses isolated viral particles and naturally occurring virus does not
-produce cross-protective immunity. In order to develop a proper vaccine for
-penile papillomas further studies are required to understand the epidemiology of
-BPV in herds. While vulvar, cutaneous, and mammary papillomas have been
-genotyped in recent years, this information is not available for penile
-papillomas. In this study there were 31 submissions, collected from 7 states,
-NE, KS, NY, TX, AL, MO and SD (14 different cattle operations) Samples were
-collected between August of 2022 and April 2024. Twenty-two submissions were
-penile papillomas and with pooling of samples represented over 50 penile
-papillomas. Samples were metagenomically sequenced at the Kansas State
-Veterinary Diagnostic Lab, and the genotype of each sample was determined using
-the phylogenetic analysis. The clade of each sample was determined by aligning
-consensus sequences of the L1 gene (used for both for phylogeny and as a vaccine
-target) using MAFFT and a maximum-likelihood phylogeny generated in Mega X.
-Analysis found that all penile papilloma submissions were composed of BPV type
-2, with one sample showing co-infection with BPV type 1. Conversely, cutaneous
-and teat papillomas had BPV genotypes that were more variable with genotypes of
-1,2,7,12,14,29 and 40. These results indicate that BPV type 2 and type 1 provide
-a unified target for bovine penile papilloma vaccine development.&lt;/p></description></item><item><title>Got Warts? Bovine Papillomavirus Pathogenesis, Transmission, and Vaccination</title><link>https://millironx.com/academia/got-warts-naab/</link><pubDate>Thu, 19 Sep 2024 00:00:00 +0000</pubDate><guid>https://millironx.com/academia/got-warts-naab/</guid><description/></item><item><title>YAVSAP: versatile viral quasispecies analysis for veterinary samples</title><link>https://millironx.com/academia/yavsap/</link><pubDate>Tue, 05 Mar 2024 00:00:00 +0000</pubDate><guid>https://millironx.com/academia/yavsap/</guid><description>&lt;p>Viral populations within an infected host are composed of viral particles with a
-spectrum of genetic mutations rather than a unified genome. This phenomenon is
-referred to as viral &amp;ldquo;quasispecies,&amp;rdquo; and has been useful for the understanding
-of viral transmission and early detection of new viral variants. Next generation
-sequencing (NGS) has enabled the study of these quasispecies for many viral
-species, notably Influenza A and B, Human Immunodeficiency Virus (HIV), Foot and
-Mouth Disease Virus (FMDV), and Severe Acute Respiratory Syndrome Coronavirus 2
-(SARS CoV2), and established protocols and computer analysis tools have been
-developed for these species. Some of the most important viruses, such as
-emerging and exotic disease agents, however, do not have replicatable protocols
-or software tools capable of producing valid output from their sequence data.
-Here, we present Yet Another Viral Subspecies Analysis Pipeline (YAVSAP). YAVSAP
-is a fully automated bioinformatic pipeline built from the ground up to identify
-and analyze viral quasispecies of any arbitrary virus in human and veterinary
-samples. YAVSAP provides reference-based genome mapping of both long- and
-short-read sequencing reads to any reference genome that the user chooses,
-identifies subconsensus variants and haplotypes, and assesses the phylogenies of
-all viral sequences found within a sample. YAVSAP is written in Nextflow and
-conforms to the nf-core initiative&amp;rsquo;s standards, which allows it to run on
-low-end computers, high performance computing (HPC) clusters, or anything in
-between with zero configuration. YAVSAP has been tested on viruses of interest
-to veterinary medicine and public health, including Japanese Encephalitis Virus
-(JEV), Influenza D Virus (IDV), Bovine Coronavirus (BCoV), SARS CoV2, and Rift
-Valley Fever Virus (RVFV), and can correctly identify consensus genomes and
-quasispecies within samples containing each of these viruses. This tool provides
-a means for biologists with little bioinformatic experience to analyze deep
-sequence data while correcting for many of the pitfalls associated with previous
-and current analysis platforms. YAVSAP is open source software and is publicly
-available at &lt;a
- href="https://github.com/ksumngs/yavsap">https://github.com/ksumngs/yavsap&lt;/a>.&lt;/p></description></item><item><title>nf-core/taxprofiler: highly parallelised and flexible pipeline for metagenomic taxonomic classification and profiling</title><link>https://millironx.com/academia/taxprofiler/</link><pubDate>Mon, 23 Oct 2023 00:00:00 +0000</pubDate><guid>https://millironx.com/academia/taxprofiler/</guid><description>&lt;p>Metagenomic classification tackles the problem of characterising the taxonomic source of all DNA sequencing reads in a sample. A common approach to address the differences and biases between the many different taxonomic classification tools is to run metagenomic data through multiple classification tools and databases. This, however, is a very time-consuming task when performed manually - particularly when combined with the appropriate preprocessing of sequencing reads before the classification. Here we present nf-core/taxprofiler, a highly parallelised read-processing and taxonomic classification pipeline. It is designed for the automated and simultaneous classification and/or profiling of both short- and long-read metagenomic sequencing libraries against a 11 taxonomic classifiers and profilers as well as databases within a single pipeline run. Implemented in Nextflow and as part of the nf-core initiative, the pipeline benefits from high levels of scalability and portability, accommodating from small to extremely large projects on a wide range of computing infrastructure. It has been developed following best-practise software development practises and community support to ensure longevity and adaptability of the pipeline, to help keep it up to date with the field of metagenomics.&lt;/p></description></item><item><title>Investigation of Hydronium Diffusion in Poly(vinyl alcohol) Hydrogels: A Critical First Step to Describe Acid Transport for Encapsulated Bioremediation</title><link>https://millironx.com/academia/hydronium-pva/</link><pubDate>Fri, 02 Sep 2022 00:00:00 +0000</pubDate><guid>https://millironx.com/academia/hydronium-pva/</guid><description>&lt;p>Bioremediation of chlorinated aliphatic hydrocarbon-contaminated aquifers can be
-hindered by high contaminant concentrations and acids generated during
-remediation. Encapsulating microbes in hydrogels may provide a protective,
-tunable environment from inhibiting compounds; however, current approaches to
-formulate successful encapsulated systems rely on trial and error rather than
-engineering approaches because fundamental information on mass-transfer
-coefficients is lacking. To address this knowledge gap, hydronium ion
-mass-transfer rates through two commonly used hydrogel materials, poly(vinyl
-alcohol) and alginic acid, under two solidification methods (chemical and
-cryogenic) were measured. Variations in hydrogel crosslinking conditions,
-polymer composition, and solvent ionic strength were investigated to understand
-how each influenced hydronium ion diffusivity. A three-way ANOVA indicated that
-the ionic strength, membrane type, and crosslinking method significantly (&lt;em>p&lt;/em> &amp;lt;
-0.001) contributed to changes in hydronium ion mass transfer. Hydronium ion
-diffusion increased with ionic strength, counter to what is observed in
-aqueous-only (no polymer) solutions. Co-occurring mechanisms correlated to
-increased hydronium ion diffusion with ionic strength included an increased
-water fraction within hydrogel matrices and hydrogel contraction. Measured
-diffusion rates determined in this study provide first principal design
-information to further optimize encapsulating hydrogels for bioremediation.&lt;/p></description></item><item><title>Assessment of Porcine Rotavirus-associated virome variations in pigs with enteric disease</title><link>https://millironx.com/academia/rotavirus-virome/</link><pubDate>Wed, 27 Apr 2022 00:00:00 +0000</pubDate><guid>https://millironx.com/academia/rotavirus-virome/</guid><description>&lt;p>Enteric disease is the predominant cause of morbidity and mortality in young
-mammals including pigs. Viral species involved in porcine enteric disease
-complex (PEDC) include rotaviruses, coronaviruses, picornaviruses, astroviruses
-and pestiviruses among others. The virome of three groups of swine samples
-submitted to the Kansas State University Veterinary Diagnostic Laboratory for
-routine testing were assessed, namely, a Rotavirus A positive (RVA) group, a
-Rotavirus co-infection (RV) group and a Rotavirus Negative (RV Neg) group. All
-groups were designated by qRT-PCR results testing for Porcine Rotavirus A, B, C
-and H such that samples positive for RVA only went in the RVA group, samples
-positive for &amp;gt;1 rotavirus went in the RV group and samples negative for all were
-grouped in the RVNeg group. All of the animals had clinical enteric disease
-resulting in scours and swollen joints/lameness, enlarged heart and/or a cough.
-All samples were metagenomic sequenced and analyzed for viral species
-composition that identified 14 viral species and eight bacterial viruses/phages.
-Sapovirus and Escherichia coli phages were found at a high prevalence in RVA and
-RV samples but were found at low or no prevalence in the RV Neg samples.
-Picobirnavirus was identified at a high proportion and prevalence in RV Neg and
-RV samples but at a low prevalence in the RVA group. A sequence analysis of the
-possible host of Picobirnaviruses revealed fungi as the most likely host.
-Non-rotaviral diversity was highest in RVA samples followed by RV then RV Neg
-samples. Various sequences were extracted from the sample reads and a
-phylogenetic update was provided showing a high prevalence of G9 and P[23] RVA
-genotypes. These data are important for pathogen surveillance and control
-measures&lt;/p></description></item><item><title>Polyoxometalate Incorporation and Effects on Proton Transport in Hydrogel Polymers</title><link>https://millironx.com/academia/thesis/</link><pubDate>Fri, 07 Aug 2020 00:00:00 +0000</pubDate><guid>https://millironx.com/academia/thesis/</guid><description>&lt;p>Polyoxometalate clusters embedded into hydrogel biobeads may be able to solve
-the challenges posed by free proton generation during remediation of
-trichloroethylene by acting as buffers and reducing protons to hydrogen gas. In
-this thesis, the challenges posed by systems that contain both diffusion and
-reaction processes for protons are considered mathematically, and a computer
-simulation to was developed to prove the relationship between diaphragm cell lag
-period and reactive capabilities of membranes. Two polyoxometalate compounds,
-sodium decavanadate and alumina sulfate, were successfully incorporated into a
-poly(vinyl alcohol) hydrogel membrane, and the diffusivity changes associated
-with each compound was determined. It was found that the diffusivity of protons
-through an unmodified 10% w/v poly(vinyl alcohol) membrane was 1.76 ×
-10&lt;sup>-5&lt;/sup>
- cm&lt;sup>2&lt;/sup>
- s&lt;sup>-1&lt;/sup>
-, the diffusivity through a
-10%/2% w/w/v poly(vinyl alcohol)/sodium decavanadate membrane was 3.10 ×
-10&lt;sup>-6&lt;/sup>
- cm&lt;sup>2&lt;/sup>
- s&lt;sup>-1&lt;/sup>
-, and the diffusivity through a
-10%/2% w/w/v poly(vinyl alcohol)/alumina sulfate membrane was 3.32 ×
-10&lt;sup>-7&lt;/sup>
- cm&lt;sup>2&lt;/sup>
- s&lt;sup>-1&lt;/sup>
-. Through analysis of the
-diaphragm cell lag period, it was found the incorporation of sodium decavanadate
-did not increase the reactivity of a poly(vinyl alcohol) hydrogel, and
-incorporation of alumina sulfate lowered the reactivity. These results indicate
-that polyoxometalate integration into hydrogel membranes is feasible, but does
-not provide any advantage to a bioremediation scenario.&lt;/p></description></item><item><title>Metagenomic analysis of rumen populations in week-old calves as altered by maternal late gestational nutrition and mode of delivery</title><link>https://millironx.com/academia/metagenomics/</link><pubDate>Wed, 12 Jun 2019 00:00:00 +0000</pubDate><guid>https://millironx.com/academia/metagenomics/</guid><description>&lt;p>Early colonization of the rumen microbiome is critical to host health and long
-term performance. Factors that influence early colonization include maternal
-factors such as gestational nutrition and mode of delivery. Therefore, we
-hypothesized that late gestational nutrition and mode of delivery would
-influence the calf rumen microbiome. Our objectives were to determine if
-nutrient restriction during late gestation alters the calf rumen microbiome and
-determine if ruminal microbiome composition differs in calves born vaginally
-versus caesarean. Late gestating Angus cows were randomly allocated to one of
-three treatment groups: control (&lt;strong>CON&lt;/strong>; n = 6), caesarean section (&lt;strong>CS&lt;/strong>; n =
-4), and nutrient restricted (&lt;strong>NR&lt;/strong>; n = 5), where CON were fed DDGS and hay to
-meet NRC requirements and calved naturally; CS were fed similarly to CON and
-calves were born via caesarean section; and NR were fed at a level to reduce BCS
-by 1.5-2.0 points over the last trimester compared to CON and calved naturally.
-Rumen fluid was collected via oral lavage prior to partition from cows and at d
-7 from calves. Microbial DNA was isolated from the rumen fluid and metagenomic
-shotgun sequencing was performed using the Illumina HiSeq 2500 platform.
-Sequence data were analyzed using Metaxa2 for taxonomic assignment followed by
-QIIME1 and QIIME2 to determine differential abundance and alpha- and
-beta-diversity differences. There were no significant differences in
-alpha-diversity as measured by shannon index across treatment groups for cows
-(&lt;em>P&lt;/em> = 0.239), but there were significant differences for calves (&lt;em>P&lt;/em> = 0.015).
-Similarly, there were no significant differences in beta-diversity as measured
-by the bray-curtis dissimilarity matrix for cows (&lt;em>P&lt;/em> = 0.059), but there were
-significant differences for calves (&lt;em>P&lt;/em> = 0.007). Alpha-diversity differed (&lt;em>P&lt;/em>
-&amp;lt; 0.001) between cows and calves, with cows having increased species richness
-compared to calves. Beta-diversity also differed (&lt;em>P&lt;/em> = 0.001) between cows and
-calves. At total of 410 taxa were differentially abundant (&lt;em>P&lt;/em> &amp;lt; 0.01) between
-cows and calves. These results suggest that the mature rumen microbiome of cows
-is able to withstand changes in feed intake, however the calf microbiome is
-susceptible to alteration by maternal factors. These data also suggest that
-there may be opportunities to develop management strategies during late
-gestation that influence calf health and performance long-term.&lt;/p></description></item><item><title>The ChemE Car that Cud: AIChE ChemE Car Engineering Design Proposal</title><link>https://millironx.com/academia/cheme-car/</link><pubDate>Tue, 14 May 2019 00:00:00 +0000</pubDate><guid>https://millironx.com/academia/cheme-car/</guid><description>&lt;p>The ChemE Car That Cud showcases Wyoming&amp;rsquo;s dominant industries of agriculture
-and mining by utilizing rumen fluid from a cannulated beef cow to generate
-hydrogen to be used in a hydrogen fuel cell and radioactive cesium, a byproduct
-of uranium that is often obtained from Wyoming&amp;rsquo;s mines, to time the car&amp;rsquo;s stop.
-The concentration of cesium-137 source is measured using the radioactive decay
-of cesium shielded by aluminum. The painted aluminum chassis was obtained from a
-previous team at UW, and modified using plastic k&amp;rsquo;nex toys to adapt to the
-current power source and stopping mechanism.&lt;/p></description></item><item><title>Measuring Diffusion of Trichlorethylene Breakdown Products in Polyvinylalginate</title><link>https://millironx.com/academia/pva-aiche/</link><pubDate>Mon, 29 Oct 2018 00:00:00 +0000</pubDate><guid>https://millironx.com/academia/pva-aiche/</guid><description>&lt;p>Trichloroethylene (TCE), a toxic and carcinogenic contaminant, presents unique
-challenges for cleanup because of its water solubility, density, and volatility.
-Bioremediation of TCE is a promising cleanup method; however, metabolism of TCE
-results in acid generation that inhibits remediating microorganisms. Calcium
-alginate(CA)-polyvinylalcohol (PVA) hydrogels show promise for protecting
-remediating microbes, however diffusion of TCE or its byproducts through these
-polymers is unknown. To measure the effective diffusion coefficient of TCE and
-byproducts through hydrogel membranes, we used a modified diaphragm cell.
-Measured effective diffusion coefficient of each species was (cm &lt;sup>2&lt;/sup>
-/s
-× 10&lt;sup>6&lt;/sup>
-): 14.0 ± 1.91 for H&lt;sup>&amp;#43;&lt;/sup>
- ions, 12.4 ± 1.64 for TCE,
-7.83 ± 0.54 for cis-1,2-dichloroethylene (DCE), and 4.68 ± 4.14 for vinyl
-chloride. These results aid in engineering biobeads and suggest that CA-PVA
-hydrogel blends are effective in slowing diffusion of protons, buffering acids
-produced by trichloroethylene metabolism, and remains suitable for encapsulation
-of microorganisms involved in bioremediation.&lt;/p></description></item><item><title>How to Build a Cow-Cud Fuel Cell</title><link>https://millironx.com/academia/how-to-build-a-cow-cud-fuel-cell/</link><pubDate>Wed, 01 Aug 2018 00:00:00 +0000</pubDate><guid>https://millironx.com/academia/how-to-build-a-cow-cud-fuel-cell/</guid><description/></item><item><title>Measuring diffusion of protons in polyvinyalginate</title><link>https://millironx.com/academia/pva-inbre/</link><pubDate>Tue, 31 Jul 2018 00:00:00 +0000</pubDate><guid>https://millironx.com/academia/pva-inbre/</guid><description>&lt;p>Trichloroethylene (TCE) is a toxic and carcinogenic contaminant that presents
-unique challenges for cleanup because of its density and volatility. Use of
-microorganisms may be a promising remediation method, however metabolism of TCE
-results in acid buildup, which consequently impedes the ability of
-microorganisms to perform this remediation. Polyvinylalginate (PVA) shows
-promise as a useful shield for microorganisms carrying out bioremediation of TCE
-by surrounding them in a protective biofilm-like layer, however, key information
-is missing which relates diffusion of TCE or its metabolic products through PVA.
-To measure the effective diffusion coefficient of H&lt;sup>&amp;#43;&lt;/sup>
- ions through
-a PVA membrane cross-linked with boric acid and calcium ions, we used a modified
-diaphragm cell. We found the effective diffusion coefficient to be 1.40 ×
-10&lt;sup>-5&lt;/sup>
- ± 1.91 × 10&lt;sup>-6&lt;/sup>
- cm&lt;sup>2&lt;/sup>
-s, a nearly
-seven-fold decrease in diffusivity compared to protons in water, with an
-unexpected significant but as of yet unquantified adsorption capacity. These
-results suggest that polyvinylalginate is effective in slowing diffusion of
-protons and buffering these acids produced by trichloroethylene metabolism, and
-remains suitable for encapsulation of microorganisms involved in bioremediation.&lt;/p></description></item></channel></rss>

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-Subscribe</a><div class="card h-entry"><div class=card-content><div class=card-header><div class=card-title><a class=u-url href=https://doi.org/10.1016/j.vetmic.2022.109447><h3 class=p-name>Assessment of Porcine Rotavirus-associated virome variations in pigs with enteric disease</h3></a><time class=dt-published datetime=2022-04-27T00:00:00+00:00>27 Apr 2022</time></div><a class=category-button href=https://millironx.com/categories/paper/ title=Paper><span class="fa-container fa-fw"><svg viewBox="0 0 448 512"><path d="M96 0C43 0 0 43 0 96V416c0 53 43 96 96 96H384h32 32V448H416V384h32V0H416 384 96zm0 384H352v64H96c-17.7.0-32-14.3-32-32s14.3-32 32-32zm32-256H352v32H128V128zm224 64v32H128V192H352z"/></svg></span></a></div><div class=card-body><a href=https://millironx.com/people/tyler-doerksen/ rel=author class="card-link p-author h-card"><span class="fa-container fa-fw"><svg viewBox="0 0 448 512"><path d="M224 256A128 128 0 10224 0a128 128 0 100 256zM448 512 384 304H64L0 512H448z"/></svg></span>
-<span class=p-name>Tyler Doerksen</span></a>
-<a href=https://millironx.com/people/thomas-a.-christensen-ii/ rel=author class="card-link p-author h-card bolder"><span class="fa-container fa-fw"><svg viewBox="0 0 448 512"><path d="M224 256A128 128 0 10224 0a128 128 0 100 256zM448 512 384 304H64L0 512H448z"/></svg></span>
-<span class=p-name>Thomas A. Christensen II</span></a>
-<a href=https://millironx.com/people/andrea-lu/ rel=author class="card-link p-author h-card"><span class="fa-container fa-fw"><svg viewBox="0 0 448 512"><path d="M224 256A128 128 0 10224 0a128 128 0 100 256zM448 512 384 304H64L0 512H448z"/></svg></span>
-<span class=p-name>Andrea Lu</span></a>
-<a href=https://millironx.com/people/lance-noll/ rel=author class="card-link p-author h-card"><span class="fa-container fa-fw"><svg viewBox="0 0 448 512"><path d="M224 256A128 128 0 10224 0a128 128 0 100 256zM448 512 384 304H64L0 512H448z"/></svg></span>
-<span class=p-name>Lance Noll</span></a>
-<a href=https://millironx.com/people/jianfa-bai/ rel=author class="card-link p-author h-card"><span class="fa-container fa-fw"><svg viewBox="0 0 448 512"><path d="M224 256A128 128 0 10224 0a128 128 0 100 256zM448 512 384 304H64L0 512H448z"/></svg></span>
-<span class=p-name>Jianfa Bai</span></a>
-<a href=https://millironx.com/people/jamie-henningson/ rel=author class="card-link p-author h-card"><span class="fa-container fa-fw"><svg viewBox="0 0 448 512"><path d="M224 256A128 128 0 10224 0a128 128 0 100 256zM448 512 384 304H64L0 512H448z"/></svg></span>
-<span class=p-name>Jamie Henningson</span></a>
-<a href=https://millironx.com/people/rachel-palinski/ rel=author class="card-link p-author h-card"><span class="fa-container fa-fw"><svg viewBox="0 0 448 512"><path d="M224 256A128 128 0 10224 0a128 128 0 100 256zM448 512 384 304H64L0 512H448z"/></svg></span>
-<span class=p-name>Rachel Palinski</span></a><p class=card-text><span class=p-summary><p>Enteric disease is the predominant cause of morbidity and mortality in young
-mammals including pigs. Viral species involved in porcine enteric disease
-complex (PEDC) include rotaviruses, coronaviruses, picornaviruses, astroviruses
-and pestiviruses among others. The virome of three groups of swine samples
-submitted to the Kansas State University Veterinary Diagnostic Laboratory for
-routine testing were assessed, namely, a Rotavirus A positive (RVA) group, a
-Rotavirus co-infection (RV) group and a …</p></span><strong><small><a href=https://doi.org/10.1016/j.vetmic.2022.109447>Read&nbsp;more&nbsp;&#187;</a></small></strong></p><div class=card-footer><a href=https://millironx.com/tags/porcine-rotavirus/ class="icon-link card-link p-category"><span class="fa-container fa-fw"><svg viewBox="0 0 448 512"><path d="M0 32V256L224 480 448 256 224 32H0zm112 80a32 32 0 110 64 32 32 0 110-64z"/></svg></span>
-porcine rotavirus</a>
-<a href=https://millironx.com/tags/porcine-enteric-disease/ class="icon-link card-link p-category"><span class="fa-container fa-fw"><svg viewBox="0 0 448 512"><path d="M0 32V256L224 480 448 256 224 32H0zm112 80a32 32 0 110 64 32 32 0 110-64z"/></svg></span>
-porcine enteric disease</a>
-<a href=https://millironx.com/tags/virome/ class="icon-link card-link p-category"><span class="fa-container fa-fw"><svg viewBox="0 0 448 512"><path d="M0 32V256L224 480 448 256 224 32H0zm112 80a32 32 0 110 64 32 32 0 110-64z"/></svg></span>
-virome</a>
-<a href=https://millironx.com/tags/rotavirus/ class="icon-link card-link p-category"><span class="fa-container fa-fw"><svg viewBox="0 0 448 512"><path d="M0 32V256L224 480 448 256 224 32H0zm112 80a32 32 0 110 64 32 32 0 110-64z"/></svg></span>
-rotavirus</a></div></div></div></div><div class="card h-entry"><div class=card-content><div class=card-header><div class=card-title><a class=u-url href=https://www.proquest.com/dissertations-theses/polyoxometalate-incorporation-effects-on-proton/docview/2502214356/se-2><h3 class=p-name>Polyoxometalate Incorporation and Effects on Proton Transport in Hydrogel Polymers</h3></a><time class=dt-published datetime=2020-08-07T00:00:00+00:00>07 Aug 2020</time></div><a class=category-button href=https://millironx.com/categories/thesis/ title=Thesis><span class="fa-container fa-fw"><svg viewBox="0 0 640 512"><path d="M640 176 320 288 127.8 220.7l198.1-77.8 14.9-5.9L329 107.3l-14.9 5.9-224 88-8.7 3.4L80 204V346.8c15.4 25.1 27.8 68.4.0 133.2L0 464s32.5-46.5 48-96.9V192.8L0 176V144L320 32 640 144v32zM143.6 260.2l165.9 58.1 10.6 3.7 10.6-3.7 165.9-58.1L512 408c0 35.3-86 72-192 72s-192-36.7-192-72l15.6-147.8z"/></svg></span></a></div><div class=card-body><a href=https://millironx.com/people/thomas-a.-christensen-ii/ rel=author class="card-link p-author h-card bolder"><span class="fa-container fa-fw"><svg viewBox="0 0 448 512"><path d="M224 256A128 128 0 10224 0a128 128 0 100 256zM448 512 384 304H64L0 512H448z"/></svg></span>
-<span class=p-name>Thomas A. Christensen II</span></a><p class=card-text><span class=p-summary><p>Polyoxometalate clusters embedded into hydrogel biobeads may be able to solve
-the challenges posed by free proton generation during remediation of
-trichloroethylene by acting as buffers and reducing protons to hydrogen gas. In
-this thesis, the challenges posed by systems that contain both diffusion and
-reaction processes for protons are considered mathematically, and a computer
-simulation to was developed to prove the relationship between diaphragm cell lag
-period and reactive capabilities of …</p></span><strong><small><a href=https://www.proquest.com/dissertations-theses/polyoxometalate-incorporation-effects-on-proton/docview/2502214356/se-2>Read&nbsp;more&nbsp;&#187;</a></small></strong></p><div class=card-footer><a href=https://millironx.com/tags/bioremediation/ class="icon-link card-link p-category"><span class="fa-container fa-fw"><svg viewBox="0 0 448 512"><path d="M0 32V256L224 480 448 256 224 32H0zm112 80a32 32 0 110 64 32 32 0 110-64z"/></svg></span>
-bioremediation</a>
-<a href=https://millironx.com/tags/polyoxometalate/ class="icon-link card-link p-category"><span class="fa-container fa-fw"><svg viewBox="0 0 448 512"><path d="M0 32V256L224 480 448 256 224 32H0zm112 80a32 32 0 110 64 32 32 0 110-64z"/></svg></span>
-polyoxometalate</a>
-<a href=https://millironx.com/tags/hydrogel-polymers/ class="icon-link card-link p-category"><span class="fa-container fa-fw"><svg viewBox="0 0 448 512"><path d="M0 32V256L224 480 448 256 224 32H0zm112 80a32 32 0 110 64 32 32 0 110-64z"/></svg></span>
-hydrogel polymers</a>
-<a href=https://millironx.com/tags/proton-transport/ class="icon-link card-link p-category"><span class="fa-container fa-fw"><svg viewBox="0 0 448 512"><path d="M0 32V256L224 480 448 256 224 32H0zm112 80a32 32 0 110 64 32 32 0 110-64z"/></svg></span>
-proton transport</a>
-<a href=https://millironx.com/tags/chemical-engineering/ class="icon-link card-link p-category"><span class="fa-container fa-fw"><svg viewBox="0 0 448 512"><path d="M0 32V256L224 480 448 256 224 32H0zm112 80a32 32 0 110 64 32 32 0 110-64z"/></svg></span>
-chemical engineering</a></div></div></div></div><div class="card h-entry"><div class=card-thumbnail><img class=img-thumbnail src=https://millironx.com/academia/metagenomics/thumbnail_hu4805792212891797319.jpg alt="Thumbnail of thumbnail.jpg"></div><div class=card-content><div class=card-header><div class=card-title><a class=u-url href=/academia/metagenomics/metagenomics_analysis_of_rumen_populations.pdf><h3 class=p-name>Metagenomic analysis of rumen populations in week-old calves as altered by maternal late gestational nutrition and mode of delivery</h3></a><time class=dt-published datetime=2019-06-12T00:00:00+00:00>12 Jun 2019</time></div><a class=category-button href=https://millironx.com/categories/poster/ title=Poster><span class="fa-container fa-fw"><svg viewBox="0 0 576 512"><path d="M32 0H0V64H32V320v32H64 256v34.7l-54.6 54.6L178.7 464 224 509.3l22.6-22.6L288 445.3l41.4 41.4L352 509.3 397.3 464l-22.6-22.6L320 386.7V352H512h32V320 64h32V0H544 480 96 32zM96 64H480V288H320 256 96V64z"/></svg></span></a></div><div class=card-body><a href=https://millironx.com/people/thomas-a.-christensen-ii/ rel=author class="card-link p-author h-card bolder"><span class="fa-container fa-fw"><svg viewBox="0 0 448 512"><path d="M224 256A128 128 0 10224 0a128 128 0 100 256zM448 512 384 304H64L0 512H448z"/></svg></span>
-<span class=p-name>Thomas A. Christensen II</span></a>
-<a href=https://millironx.com/people/kathy-j.-austin/ rel=author class="card-link p-author h-card"><span class="fa-container fa-fw"><svg viewBox="0 0 448 512"><path d="M224 256A128 128 0 10224 0a128 128 0 100 256zM448 512 384 304H64L0 512H448z"/></svg></span>
-<span class=p-name>Kathy J. Austin</span></a>
-<a href=https://millironx.com/people/kristi-m.-cammack/ rel=author class="card-link p-author h-card"><span class="fa-container fa-fw"><svg viewBox="0 0 448 512"><path d="M224 256A128 128 0 10224 0a128 128 0 100 256zM448 512 384 304H64L0 512H448z"/></svg></span>
-<span class=p-name>Kristi M. Cammack</span></a>
-<a href=https://millironx.com/people/hannah-c.-cunningham-hollinger/ rel=author class="card-link p-author h-card"><span class="fa-container fa-fw"><svg viewBox="0 0 448 512"><path d="M224 256A128 128 0 10224 0a128 128 0 100 256zM448 512 384 304H64L0 512H448z"/></svg></span>
-<span class=p-name>Hannah C. Cunningham-Hollinger</span></a><p class=card-text><span class=p-summary><p>Early colonization of the rumen microbiome is critical to host health and long
-term performance. Factors that influence early colonization include maternal
-factors such as gestational nutrition and mode of delivery. Therefore, we
-hypothesized that late gestational nutrition and mode of delivery would
-influence the calf rumen microbiome. Our objectives were to determine if
-nutrient restriction during late gestation alters the calf rumen microbiome and
-determine if ruminal microbiome composition …</p></span><strong><small><a href=/academia/metagenomics/metagenomics_analysis_of_rumen_populations.pdf>Read&nbsp;more&nbsp;&#187;</a></small></strong></p><div class=card-footer><a href=https://millironx.com/tags/gestation/ class="icon-link card-link p-category"><span class="fa-container fa-fw"><svg viewBox="0 0 448 512"><path d="M0 32V256L224 480 448 256 224 32H0zm112 80a32 32 0 110 64 32 32 0 110-64z"/></svg></span>
-gestation</a>
-<a href=https://millironx.com/tags/metagenomics/ class="icon-link card-link p-category"><span class="fa-container fa-fw"><svg viewBox="0 0 448 512"><path d="M0 32V256L224 480 448 256 224 32H0zm112 80a32 32 0 110 64 32 32 0 110-64z"/></svg></span>
-metagenomics</a>
-<a href=https://millironx.com/tags/microbiome/ class="icon-link card-link p-category"><span class="fa-container fa-fw"><svg viewBox="0 0 448 512"><path d="M0 32V256L224 480 448 256 224 32H0zm112 80a32 32 0 110 64 32 32 0 110-64z"/></svg></span>
-microbiome</a>
-<a href=https://millironx.com/tags/rumen/ class="icon-link card-link p-category"><span class="fa-container fa-fw"><svg viewBox="0 0 448 512"><path d="M0 32V256L224 480 448 256 224 32H0zm112 80a32 32 0 110 64 32 32 0 110-64z"/></svg></span>
-rumen</a></div></div></div></div><div class="card h-entry"><div class=card-thumbnail><img class=img-thumbnail src=https://millironx.com/academia/cheme-car/thumbnail_hu15001307044733182753.jpg alt="Thumbnail of thumbnail.jpg"></div><div class=card-content><div class=card-header><div class=card-title><a class=u-url href=https://doi.org/10.15786/13700938.v1><h3 class=p-name>The ChemE Car that Cud: AIChE ChemE Car Engineering Design Proposal</h3></a><time class=dt-published datetime=2019-05-14T00:00:00+00:00>14 May 2019</time></div><a class=category-button href=https://millironx.com/categories/thesis/ title=Thesis><span class="fa-container fa-fw"><svg viewBox="0 0 640 512"><path d="M640 176 320 288 127.8 220.7l198.1-77.8 14.9-5.9L329 107.3l-14.9 5.9-224 88-8.7 3.4L80 204V346.8c15.4 25.1 27.8 68.4.0 133.2L0 464s32.5-46.5 48-96.9V192.8L0 176V144L320 32 640 144v32zM143.6 260.2l165.9 58.1 10.6 3.7 10.6-3.7 165.9-58.1L512 408c0 35.3-86 72-192 72s-192-36.7-192-72l15.6-147.8z"/></svg></span></a></div><div class=card-body><a href=https://millironx.com/people/thomas-a.-christensen-ii/ rel=author class="card-link p-author h-card bolder"><span class="fa-container fa-fw"><svg viewBox="0 0 448 512"><path d="M224 256A128 128 0 10224 0a128 128 0 100 256zM448 512 384 304H64L0 512H448z"/></svg></span>
-<span class=p-name>Thomas A. Christensen II</span></a><p class=card-text><span class=p-summary><p>The ChemE Car That Cud showcases Wyoming&rsquo;s dominant industries of agriculture
-and mining by utilizing rumen fluid from a cannulated beef cow to generate
-hydrogen to be used in a hydrogen fuel cell and radioactive cesium, a byproduct
-of uranium that is often obtained from Wyoming&rsquo;s mines, to time the car&rsquo;s stop.
-The concentration of cesium-137 source is measured using the radioactive decay
-of cesium shielded by aluminum. The painted aluminum chassis was obtained from a
-previous …</p></span><strong><small><a href=https://doi.org/10.15786/13700938.v1>Read&nbsp;more&nbsp;&#187;</a></small></strong></p><div class=card-footer><a href=https://millironx.com/tags/chemical-engineering/ class="icon-link card-link p-category"><span class="fa-container fa-fw"><svg viewBox="0 0 448 512"><path d="M0 32V256L224 480 448 256 224 32H0zm112 80a32 32 0 110 64 32 32 0 110-64z"/></svg></span>
-chemical engineering</a>
-<a href=https://millironx.com/tags/aiche/ class="icon-link card-link p-category"><span class="fa-container fa-fw"><svg viewBox="0 0 448 512"><path d="M0 32V256L224 480 448 256 224 32H0zm112 80a32 32 0 110 64 32 32 0 110-64z"/></svg></span>
-aiche</a>
-<a href=https://millironx.com/tags/radiation/ class="icon-link card-link p-category"><span class="fa-container fa-fw"><svg viewBox="0 0 448 512"><path d="M0 32V256L224 480 448 256 224 32H0zm112 80a32 32 0 110 64 32 32 0 110-64z"/></svg></span>
-radiation</a>
-<a href=https://millironx.com/tags/rumen/ class="icon-link card-link p-category"><span class="fa-container fa-fw"><svg viewBox="0 0 448 512"><path d="M0 32V256L224 480 448 256 224 32H0zm112 80a32 32 0 110 64 32 32 0 110-64z"/></svg></span>
-rumen</a>
-<a href=https://millironx.com/tags/microbial-electrolysis-cells/ class="icon-link card-link p-category"><span class="fa-container fa-fw"><svg viewBox="0 0 448 512"><path d="M0 32V256L224 480 448 256 224 32H0zm112 80a32 32 0 110 64 32 32 0 110-64z"/></svg></span>
-microbial electrolysis cells</a></div></div></div></div><div class="card h-entry"><div class=card-thumbnail><img class=img-thumbnail src=https://millironx.com/academia/pva-aiche/thumbnail_hu11553628156911486896.jpg alt="Thumbnail of thumbnail.jpg"></div><div class=card-content><div class=card-header><div class=card-title><a class=u-url href=/academia/pva-aiche/measuring_diffusion_of_trichloroethylene.pdf><h3 class=p-name>Measuring Diffusion of Trichlorethylene Breakdown Products in Polyvinylalginate</h3></a><time class=dt-published datetime=2018-10-29T00:00:00+00:00>29 Oct 2018</time></div><a class=category-button href=https://millironx.com/categories/poster/ title=Poster><span class="fa-container fa-fw"><svg viewBox="0 0 576 512"><path d="M32 0H0V64H32V320v32H64 256v34.7l-54.6 54.6L178.7 464 224 509.3l22.6-22.6L288 445.3l41.4 41.4L352 509.3 397.3 464l-22.6-22.6L320 386.7V352H512h32V320 64h32V0H544 480 96 32zM96 64H480V288H320 256 96V64z"/></svg></span></a></div><div class=card-body><a href=https://millironx.com/people/thomas-a.-christensen-ii/ rel=author class="card-link p-author h-card bolder"><span class="fa-container fa-fw"><svg viewBox="0 0 448 512"><path d="M224 256A128 128 0 10224 0a128 128 0 100 256zM448 512 384 304H64L0 512H448z"/></svg></span>
-<span class=p-name>Thomas A. Christensen II</span></a>
-<a href=https://millironx.com/people/samuel-r.-wolfe/ rel=author class="card-link p-author h-card"><span class="fa-container fa-fw"><svg viewBox="0 0 448 512"><path d="M224 256A128 128 0 10224 0a128 128 0 100 256zM448 512 384 304H64L0 512H448z"/></svg></span>
-<span class=p-name>Samuel R. Wolfe</span></a>
-<a href=https://millironx.com/people/jonathan-counts/ rel=author class="card-link p-author h-card"><span class="fa-container fa-fw"><svg viewBox="0 0 448 512"><path d="M224 256A128 128 0 10224 0a128 128 0 100 256zM448 512 384 304H64L0 512H448z"/></svg></span>
-<span class=p-name>Jonathan Counts</span></a>
-<a href=https://millironx.com/people/mark-f.-roll/ rel=author class="card-link p-author h-card"><span class="fa-container fa-fw"><svg viewBox="0 0 448 512"><path d="M224 256A128 128 0 10224 0a128 128 0 100 256zM448 512 384 304H64L0 512H448z"/></svg></span>
-<span class=p-name>Mark F. Roll</span></a>
-<a href=https://millironx.com/people/kristopher-v.-waynant/ rel=author class="card-link p-author h-card"><span class="fa-container fa-fw"><svg viewBox="0 0 448 512"><path d="M224 256A128 128 0 10224 0a128 128 0 100 256zM448 512 384 304H64L0 512H448z"/></svg></span>
-<span class=p-name>Kristopher v. Waynant</span></a>
-<a href=https://millironx.com/people/james-g.-moberly/ rel=author class="card-link p-author h-card"><span class="fa-container fa-fw"><svg viewBox="0 0 448 512"><path d="M224 256A128 128 0 10224 0a128 128 0 100 256zM448 512 384 304H64L0 512H448z"/></svg></span>
-<span class=p-name>James G. Moberly</span></a><p class=card-text><span class=p-summary><p>Trichloroethylene (TCE), a toxic and carcinogenic contaminant, presents unique
-challenges for cleanup because of its water solubility, density, and volatility.
-Bioremediation of TCE is a promising cleanup method; however, metabolism of TCE
-results in acid generation that inhibits remediating microorganisms. Calcium
-alginate(CA)-polyvinylalcohol (PVA) hydrogels show promise for protecting
-remediating microbes, however diffusion of TCE or its byproducts through these
-polymers is unknown. To …</p></span><strong><small><a href=/academia/pva-aiche/measuring_diffusion_of_trichloroethylene.pdf>Read&nbsp;more&nbsp;&#187;</a></small></strong></p><div class=card-footer><a href=https://millironx.com/tags/bioremediation/ class="icon-link card-link p-category"><span class="fa-container fa-fw"><svg viewBox="0 0 448 512"><path d="M0 32V256L224 480 448 256 224 32H0zm112 80a32 32 0 110 64 32 32 0 110-64z"/></svg></span>
-bioremediation</a>
-<a href=https://millironx.com/tags/polyoxometalate/ class="icon-link card-link p-category"><span class="fa-container fa-fw"><svg viewBox="0 0 448 512"><path d="M0 32V256L224 480 448 256 224 32H0zm112 80a32 32 0 110 64 32 32 0 110-64z"/></svg></span>
-polyoxometalate</a>
-<a href=https://millironx.com/tags/hydrogel-polymers/ class="icon-link card-link p-category"><span class="fa-container fa-fw"><svg viewBox="0 0 448 512"><path d="M0 32V256L224 480 448 256 224 32H0zm112 80a32 32 0 110 64 32 32 0 110-64z"/></svg></span>
-hydrogel polymers</a>
-<a href=https://millironx.com/tags/proton-transport/ class="icon-link card-link p-category"><span class="fa-container fa-fw"><svg viewBox="0 0 448 512"><path d="M0 32V256L224 480 448 256 224 32H0zm112 80a32 32 0 110 64 32 32 0 110-64z"/></svg></span>
-proton transport</a>
-<a href=https://millironx.com/tags/chemical-engineering/ class="icon-link card-link p-category"><span class="fa-container fa-fw"><svg viewBox="0 0 448 512"><path d="M0 32V256L224 480 448 256 224 32H0zm112 80a32 32 0 110 64 32 32 0 110-64z"/></svg></span>
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-<a rel=license href=http://creativecommons.org/licenses/by/4.0/>CC-BY 4.0</a><br>Built with <a href=https://gohugo.io>Hugo</a> v0.141.0</p></div></div></footer><script>window.goatcounter={path:function(e){return location.host+e}}</script><script data-goatcounter=https://millironx.goatcounter.com/count async src=//gc.zgo.at/count.js></script><div style=display:none><h3>Important notice from the lawyers</h3><p>All content on this site is designed for humans only. If you are not
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-Subscribe</a><div class="card h-entry"><div class=card-content><div class=card-header><div class=card-title><a class=u-url href=https://millironx.com/academia/how-to-build-a-cow-cud-fuel-cell/><h3 class=p-name>How to Build a Cow-Cud Fuel Cell</h3></a><time class=dt-published datetime=2018-08-01T00:00:00+00:00>01 Aug 2018</time></div><a class=category-button href=https://millironx.com/categories/presentation/ title=Presentation><span class="fa-container fa-fw"><svg viewBox="0 0 448 512"><path d="M288 0H192V24H168c-48.6.0-88 39.4-88 88v32H24 0v48H24 424h24V144H424 128V112c0-22.1 17.9-40 40-40h24V96h96c26.5.0 48-21.5 48-48S314.5.0 288 0zM48 224 80 512H368l32-288H48z"/></svg></span></a></div><div class=card-body><a href=https://millironx.com/people/thomas-a.-christensen-ii/ rel=author class="card-link p-author h-card bolder"><span class="fa-container fa-fw"><svg viewBox="0 0 448 512"><path d="M224 256A128 128 0 10224 0a128 128 0 100 256zM448 512 384 304H64L0 512H448z"/></svg></span>
-<span class=p-name>Thomas A. Christensen II</span></a><p class=card-text><span class=p-summary></span>
-<strong><small><a href=https://millironx.com/academia/how-to-build-a-cow-cud-fuel-cell/>Read&nbsp;more&nbsp;&#187;</a></small></strong></p><div class=card-footer></div></div></div></div><div class="card h-entry"><div class=card-content><div class=card-header><div class=card-title><a class=u-url href=https://millironx.com/academia/pva-inbre/><h3 class=p-name>Measuring diffusion of protons in polyvinyalginate</h3></a><time class=dt-published datetime=2018-07-31T00:00:00+00:00>31 Jul 2018</time></div><a class=category-button href=https://millironx.com/categories/poster/ title=Poster><span class="fa-container fa-fw"><svg viewBox="0 0 576 512"><path d="M32 0H0V64H32V320v32H64 256v34.7l-54.6 54.6L178.7 464 224 509.3l22.6-22.6L288 445.3l41.4 41.4L352 509.3 397.3 464l-22.6-22.6L320 386.7V352H512h32V320 64h32V0H544 480 96 32zM96 64H480V288H320 256 96V64z"/></svg></span></a></div><div class=card-body><a href=https://millironx.com/people/thomas-a.-christensen-ii/ rel=author class="card-link p-author h-card bolder"><span class="fa-container fa-fw"><svg viewBox="0 0 448 512"><path d="M224 256A128 128 0 10224 0a128 128 0 100 256zM448 512 384 304H64L0 512H448z"/></svg></span>
-<span class=p-name>Thomas A. Christensen II</span></a>
-<a href=https://millironx.com/people/jonathan-counts/ rel=author class="card-link p-author h-card"><span class="fa-container fa-fw"><svg viewBox="0 0 448 512"><path d="M224 256A128 128 0 10224 0a128 128 0 100 256zM448 512 384 304H64L0 512H448z"/></svg></span>
-<span class=p-name>Jonathan Counts</span></a>
-<a href=https://millironx.com/people/james-g.-moberly/ rel=author class="card-link p-author h-card"><span class="fa-container fa-fw"><svg viewBox="0 0 448 512"><path d="M224 256A128 128 0 10224 0a128 128 0 100 256zM448 512 384 304H64L0 512H448z"/></svg></span>
-<span class=p-name>James G. Moberly</span></a><p class=card-text><span class=p-summary><p>Trichloroethylene (TCE) is a toxic and carcinogenic contaminant that presents
-unique challenges for cleanup because of its density and volatility. Use of
-microorganisms may be a promising remediation method, however metabolism of TCE
-results in acid buildup, which consequently impedes the ability of
-microorganisms to perform this remediation. Polyvinylalginate (PVA) shows
-promise as a useful shield for microorganisms carrying out bioremediation of TCE
-by surrounding them in a protective …</p></span><strong><small><a href=https://millironx.com/academia/pva-inbre/>Read&nbsp;more&nbsp;&#187;</a></small></strong></p><div class=card-footer></div></div></div></div><ul class="pagination pagination-default"><li class=page-item><a href=/academia/ aria-label=First class=page-link role=button><span aria-hidden=true>&#171;&#171;</span></a></li><li class=page-item><a href=/academia/page/2/ aria-label=Previous class=page-link role=button><span aria-hidden=true>&#171;</span></a></li><li class=page-item><a href=/academia/ aria-label="Page 1" class=page-link role=button>1</a></li><li class=page-item><a href=/academia/page/2/ aria-label="Page 2" class=page-link role=button>2</a></li><li class="page-item active"><a aria-current=page aria-label="Page 3" class=page-link role=button>3</a></li><li class="page-item disabled"><a aria-disabled=true aria-label=Next class=page-link role=button tabindex=-1><span aria-hidden=true>&#187;</span></a></li><li class="page-item disabled"><a aria-disabled=true aria-label=Last class=page-link role=button tabindex=-1><span aria-hidden=true>&#187;&#187;</span></a></li></ul></section></main></div></div><footer><div class=container><div class=footer-inner><img src=https://millironx.com/graphics/brandedbull.min.svg height=95rem><p>&copy; 2026 Thomas A. Christensen II<br>Licensed
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ai/index.html

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-<!doctype html><html class=no-js lang=en><head><meta charset=utf-8><meta http-equiv=x-ua-compatible content="ie=edge"><meta name=viewport content="width=device-width,initial-scale=1"><meta name=description content="Advertising page to try and sell my artificial insemination services"><title>Artificial Insemination - MillironX</title><link href="/styles/mix-twbs.min.css" rel=stylesheet></head><body><div class=container-fluid><div class="row wrapper min-vh-100 flex-column flex-sm-row"><aside class="col-12 col-md-3 p-0 bg-dark flex-shrink-1"><nav class="navbar navbar-expand-md navbar-dark bg-dark align-items-start flex-md-column flex-row"><div class=container-fluid><a class="navbar-brand d-block d-md-none" href=#><object class="d-inline-block align-text-top" width=80 height=24 style=filter:invert(100%) data=/graphics/millironx.svg>
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-&emsp; Milliron X</h1></header></div><div class=blurred-container><div class=motto><h1 id=motto>Artificial Insemination</h1></div><div class=img-src style=background-image:url(/images/Ai-calf.jpg)></div><div class="img-src blur" style=background-image:url(/images/Ai-calf_hu1143faa57f5b1acd11a97eda612b56ee_469394_filter_6742909828560968691.jpg)></div></div><br><section class="container-fluid list-main"><div class="container px-5"><section itemscope itemtype=http://schema.org/Product><h2 itemprop=name>Cattle artificial insemination services</h2><p>I am licensed in the Great State of Wyoming as a food animal artificial
-insemination technician. I only offer AI services for cows, even though
-legally I <em>could</em> AI cows, goats, and sheep. My services are most
-readily available in the southeast Wyoming area or the Flint Hills of Kansas
-depending on the time of year.</p><h3>Rate schedule</h3><div itemprop=offers itemscope itemtype=http://schema.org/Offer><table itemprop=priceSpecification itemscope itemtype=http://schema.org/CompoundPriceSpecification class="table table-responsive table-striped"><meta itemprop=price content="25.00"><meta itemprop=priceCurrency content="USD"><tr itemprop=priceComponent itemscope itemtype=http://schema.org/UnitPriceSpecification><th>Insemination</th><td><small>(per cow)</small></td><td><span itemprop=priceCurrency content="USD">$</span><span itemprop=price>25.00</span></td><td><small>5 cow minimum charge</small></td></tr><tr itemprop=priceComponent itemscope itemtype=http://schema.org/UnitPriceSpecification><th>Milage</th><td><small>(per mile, one-way)</small></td><td><span itemprop=priceCurrency content="USD">$</span><span itemprop=price>1.05</span></td><td><small>2.5 mile minimum charge</small></td></tr></table></div><p>I will provide all equipment <strong>except</strong> semen storage (liquid
-nitrogen tank) and cattle handling (i.e., squeeze chute).</p><p>To get started, <a href=/contact>contact me</a>, and select the "I'm
-hiring for artificial insemination" option.</p></section></div><div class=row data-masonry='{"percentPosition": true}'></div></section><footer class=fixed-bottom><div class="container-fluid footer-contents"><div class="row justify-content-between"><div class="col-3 align-self-center"><img src=/graphics/brandedbull.min.svg height=95rem></div><div class="col-3 align-self-center"><div class="btn-group float-end" role=group aria-label="Other Milliron X sites"><a class="btn btn-outline-primary btn-sm" href=https://video.millironx.com/ data-bs-toggle=tooltip title="Video (Peertube)"><i class="fax fa-peertube fa-fw"></i></a>
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assets/graphics/fa/w.svg

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assets/graphics/fa/zcash.svg

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assets/graphics/fa/zotero.svg

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+</svg>