As of today, my first research paper as a co-author is officially published! Here’s to many more, and congrats to @Zane_hasScience!
https://t.co/OSx9fCzXtG
I'm often asked to recommend neuroscience books for 1st year grad students or those with limited background in neuroscience. Here are a few books I know.
@djdjdjdjduncan I’m just saying, I only ever see the “80-hour-workweek hustler” Duncan on Twitter, but maybe I also wanna see the “reading a book in a public park” Duncan too🥺 it’s called balance
What are we going to do when we record 10k neurons at once? PCA?! I dive deep into the past and future of dimensionality reduction in neuroscience. https://t.co/hN7GfVnESM
Ethanolamine, a component of the lipid membranes that protect biological cells, has been detected in space, in the Sagittarius B2 molecular cloud.
https://t.co/h9dVaDySWR
The first genome-wide #CRISPR interference and CRISPR activation screens in human neurons uncover pathways controlling response to chronic oxidative stress; new from @MartinUCSF and colleagues
https://t.co/S7VZ7trw5E
Just Published: Ultrafast Ring-Opening Reaction of 1,3-Cyclohexadiene: Identification of Nonadiabatic Pathway via Doubly Excited State https://t.co/ycjTXfffeO
What do all those non-coding neuropsych/brain trait GWAS loci do anyway? We studied how common variation in a population of human neural progenitor cells and differentiated neurons affects gene regulation to find out.
Flatworms can regrow their body parts, thanks to a type of stem cell called a neoblast. In a new @CellStemCell study, @AmelieRaz and the Reddien lab lay out a new model for how neoblasts commit to their fates and go on to create fully differentiated cells: https://t.co/5ukX01spLW