Erick Rojas Pacheco
@erickrojas-agct.bsky.social
Master's student in Biochemical Sciences - UNAMexico | Passionate about the intricate and often unnoticed processes of life | Heart and Peripheral Nervous System Development | Outdoors and Chess enthusiast | The Global South in Science!
Reposted by Erick Rojas Pacheco
As one of the subjects in this study, I can tell you that the closest natural color to 'olo' is achieved by mixing two parts #Midori and one part #BlueCuracau. Not sure what those are? Just reach to the back of your parent's liquor cabinet, it'll be beside the Galliano.
April 20, 2025 at 7:42 PM
As one of the subjects in this study, I can tell you that the closest natural color to 'olo' is achieved by mixing two parts #Midori and one part #BlueCuracau. Not sure what those are? Just reach to the back of your parent's liquor cabinet, it'll be beside the Galliano.
Reposted by Erick Rojas Pacheco
5⃣ New approach for cell clustering in single-cell data
Detecting reliable cell types from single-cell omics is a challenge. CHOIR, a new random forest-based method, outperforms existing tools and robustly predicts cell types from single-cell omics data.
🔗 nature.com/articles/s41...
Detecting reliable cell types from single-cell omics is a challenge. CHOIR, a new random forest-based method, outperforms existing tools and robustly predicts cell types from single-cell omics data.
🔗 nature.com/articles/s41...
April 13, 2025 at 7:43 PM
5⃣ New approach for cell clustering in single-cell data
Detecting reliable cell types from single-cell omics is a challenge. CHOIR, a new random forest-based method, outperforms existing tools and robustly predicts cell types from single-cell omics data.
🔗 nature.com/articles/s41...
Detecting reliable cell types from single-cell omics is a challenge. CHOIR, a new random forest-based method, outperforms existing tools and robustly predicts cell types from single-cell omics data.
🔗 nature.com/articles/s41...