I’m super excited to share with you my personal blog. Here I’ll be posting about the math and statistics behind frequently used bioinformatic tools to analyze omics data, hopefully contributing to increasing our understanding around them. Go check 👉🏼

RT @JanBroderEngler: This is how you can highlight a subset of the dataset in #tidyplots 🔥 #rstats #dataviz #phd…

RT @rafalab: This UMAP plot was generated from data simulated without inherent clusters, meaning the observed clusters are artifacts. It…

RT @RosanaFerrero: 🎯 ¡Alerta de gráficos de barras defectuosos! 🚨 📚 Investigación revela que el 88% de los artículos científicos de biolog…

RT @JEFworks: In this student-requested video, I demo the process of making a high quality publication-ready figure (from making a mockup t…

Shoutout to @lcolladotor one of the greatest contributors to teaching data science in Latin America 👏🏼

RT @JoachimSchork: ggplot2 is the gold standard when it comes to data visualization. Here's why: ✔️ Consistent, intuitive syntax that make…

RT @hapyresearchers:

RT @lcolladotor: 🆕 Blog: Genomics scientists from and in Mexico community building I want our voices 🇲🇽 to be hea…

RT @lcolladotor: 🆕 Blog: Construyendo la comunidad de Genómicxs de/en México Quiero que nuestras voces🇲🇽 sean escu…

RT @miniapeur:

@martinowk @lcolladotor @andrewejaffe @kr_maynard @LieberInstitute Thank you for your kind words and good wishes 😃 it was a pleasure to work with you all!

Thank you @lcolladotor, @martinowk, @andrewejaffe, and @kr_maynard for your amazing collaboration in this project full of learnings! And @LieberInstitute for this incredible opportunity to do research!

In both the adult brain and blood, no genes resulted significantly affected in their expression and nicotine and smoking effects were uncorrelated between these two tissues and when comparing adult vs. prenatal brain.