Our article "Wiring between close nodes in molecular networks evolves more quickly than between distant nodes" w/ amazing doctoral student
@Alex_glgz
accepted manuscript @mobioevol
@sbuEcoEvo@SBUArtsSciences@stonybrooku https://t.co/xB7sV7UEaG
New preprint with @Alex_glgz "Wiring between close nodes in biological networks evolves more quickly than between distant nodes" - feedback appreciated! https://t.co/2BCCk0GY4j
I gave a talk today at @stonybrooku in the department of Ecology and Evolution. Great questions and a wonderful chat afterwards. Thank you @JoshuaRest and @Collier_Lab_SBU for a nice virtual visit! #MicrobesRule
I'm excited to share this paper about evolution of pathogen response genes by @Niamh_Oh , along with Steve Franks, @SilasTittes , and @nckane. @sbuEcoEvo https://t.co/johjhkpAmx
Today is giving day @stonybrooku - Support @sbuEcoEvo graduate student research. Donate and learn more here: https://t.co/A7iLQTC1aK Share this link with your friends, families, and associates. Donate if you can! #SBUGivingDay.
However, many researchers hit a roadblock on understanding the basic biology of these diverse protists majorly due to the lack of molecular tools. I work with @Collier_Lab_SBU and @JoshuaRest on developing molecular tools for Aurantiochytrium. @MooreFound