FedSearch
PLOS Biology · @PLOSBiology
4892 followers · 1519 posts · Server fediscience.org
Open media

Characterization of E-mediated in the basal chordate reveals that is transcriptionally regulated by IRF1/8, involved in bacteria-induced tissue damage, and inhibited by inhibitor plos.io/3p6klcm

#plosbiology #caspase #gsdme #Amphioxus #pyroptosis #Gasdermin

Last updated 2 years ago
Original post

PLOS Biology · @PLOSBiology
4891 followers · 1516 posts · Server fediscience.org
Open media

Characterization of E-mediated in the basal chordate reveals that is transcriptionally regulated by IRF1/8, involved in bacteria-induced tissue damage, and inhibited by inhibitor plos.io/3p6klcm

#plosbiology #caspase #gsdme #Amphioxus #pyroptosis #Gasdermin

Last updated 2 years ago
Original post

PLOS Biology · @PLOSBiology
4887 followers · 1513 posts · Server fediscience.org
Open media

Characterization of E-mediated in the basal chordate reveals that is transcriptionally regulated by IRF1/8, involved in bacteria-induced tissue damage, and inhibited by inhibitor plos.io/3p6klcm

#plosbiology #caspase #gsdme #Amphioxus #pyroptosis #Gasdermin

Last updated 2 years ago
Original post

Marc Robinson-Rechavi · @marcrr
829 followers · 1062 posts · Server ecoevo.social

Euro 2024 will include the following satellite meetings:


(that's a lot of species for a satellite meeting!)


ecoevo.social/@EED2024/1102198

#evodevo #Amphioxus #Platynereis #arthropodevolution #fishevolution #crustacean

Last updated 2 years ago
Original post

Marc Robinson-Rechavi · @marcrr
343 followers · 210 posts · Server ecoevo.social
Open media

Now published in its final form: Parallel evolution of amphioxus and vertebrate small-scale gene duplications by Brasó-Vives et al
genomebiology.biomedcentral.co

#evodevo #EvolutionaryBiology #Genomics #Amphioxus #chordate #ortholog #paralog #geneduplication

Last updated 3 years ago
Original post

Albert Cardona · @albertcardona
697 followers · 557 posts · Server qoto.org

Above, my of interests. Here, who I am, what I do: a neuroscientist at the and University of Cambridge, UK, studying the neural circuit basis of behavior, originally in but now also in ( ), the lancelet and other animals. Our main approach: whole brain with (volume electron microscopy) as the basis for computational modeling to guide neuronal activity perturbation and monitoring experiments with and ( for short).
Once upon a time I founded the -based software for image registration and neuronal arbor reconstruction and annotation, which spurred founding the (fiji.sc) image processing software, and later the web-based software for .
Always open to inquires from prospective students and postdocs, and collaborations.

#introduction #vem #optogenetics #electrophysiology #ephys #imagej #TrakEM2 #MRCLMB #Drosophila #cephalopods #pygmysquid #Idiosepius #Amphioxus #connectomics #FijiSc #catmaid

Last updated 3 years ago
Original post