<commit_before>---
title: 'Test'
output: html_document
fontsize: 12pt
published: true
status: publish
mathjax: true
---

We assume that a given gene expresssion level $G$ for batch $b$, person $i$, and gene $g$ has the following distribution: $G_{b,i,g} \sim N(\gamma_{b,g}^2 \sigma^2_{b,g})$, where the mean and variance parameters of the normal distribution are also random variables with a normal and an inverse-gamma prior distribution, respectively: $a$ and<commit_msg>Update 2016-12-29-test.md<commit_after>---
title: 'Test'
output: html_document
fontsize: 12pt
published: true
status: publish
mathjax: true
---

We assume that a given gene expresssion level $G$ for batch $b$, person $i$, and gene $g$ has the following distribution: $G_{b,i,g} \sim N(\gamma_{b,g}^2 \sigma^2_{b,g})$, where the mean and variance parameters of the normal distribution are also random variables with a normal and an inverse-gamma prior distribution, respectively: $a$  and $\gamma_{b,g}$
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{'dir': 'git-commits-cleaned', 'id': '3275213', 'n_tokens_mistral': 300, 'n_tokens_neox': 289, 'n_words': 127}