Tim Mosca (he/him) (@drosophilosophy) 's Twitter Profile
Tim Mosca (he/him)

@drosophilosophy

Associate of Professors, Aficionado of Synapses, Runner of Miles, Practicer of Kindness, Tracker of Tenure. In the wild blue yonder as Drosophilosophy.

ID: 1597067594

linkhttp://www.moscalab.org calendar_today16-07-2013 00:01:57

51,51K Tweet

9,9K Followers

1,1K Following

FlyBase (@flybasedotorg) 's Twitter Profile Photo

The application deadline for the Cold Spring Harbor Labs "Drosophila Neurobiology: Genes, Circuits & Behavior" course (June 26-July 17 2025) has been extended to April 2 2025. Course and registration information can be found here meetings.cshl.edu/courses.aspx?c… Cold Spring Harbor Laboratory

Tim Mosca (he/him) (@drosophilosophy) 's Twitter Profile Photo

the deadline is extended! submit your app by april 2nd! seriously, apply for the CSHL Drosophila summer course. it is the most wonderful experience, with the most wonderful labs, at the most wonderful institute, and with the most wonderful students! meetings.cshl.edu/courses.aspx...

Tim Mosca (he/him) (@drosophilosophy) 's Twitter Profile Photo

very excited to return to san diego for #DROS25 this week! the mosca lab will be there in full force - kristen davis Dr. Kristen Davis is talking on thursday afternoon in the neural circuits session and ben seitz is giving a poster on saturday afternoon. and i'm around! come say hi!

very excited to return to san diego for #DROS25 this week! the mosca lab will be there in full force - kristen davis <a href="/2LexA4myshirt/">Dr. Kristen Davis</a> is talking on thursday afternoon in the neural circuits session and ben seitz is giving a poster on saturday afternoon. and i'm around! come say hi!
Drosophila Genomics Resource Center (@drosdgrc) 's Twitter Profile Photo

The next cancer breakthrough might start with fruit flies. 🧐 Denise Montell’s seminar highlights how basic science fuels real medical advances. Support research funding! #Dros25 #ScienceMatters

Tim Mosca (he/him) (@drosophilosophy) 's Twitter Profile Photo

an utterly SPEC-FUCKING-TACULAR talk from dr. kristen davis Dr. Kristen Davis at #DROS25 about her wonderful postdoctoral work on sex-specific synapse development and neuroligins!!! proud PI here!!!

an utterly SPEC-FUCKING-TACULAR talk from dr. kristen davis <a href="/2LexA4myshirt/">Dr. Kristen Davis</a> at #DROS25 about her wonderful postdoctoral work on sex-specific synapse development and neuroligins!!! proud PI here!!!
Tim Mosca (he/him) (@drosophilosophy) 's Twitter Profile Photo

what an absolute JOY it was to visit lawrence university and the LU Becker Lab this week! such thought-provoking discussions, truly incredible students, and wonderful hospitality. plus, wisconsin is really quite lovely! thanks dr. becker for such a grand time!

what an absolute JOY it was to visit lawrence university and the <a href="/LUBeckerLab/">LU Becker Lab</a> this week! such thought-provoking discussions, truly incredible students, and wonderful hospitality. plus, wisconsin is really quite lovely! thanks dr. becker for such a grand time!
C. Andrew Frank (@candrewfrank) 's Twitter Profile Photo

Drosophila neuroscience friends! Please help us to identify deserving Ph.D. students or recent Ph.D. graduates for the Elkins Memorial Lecture competition (CSHL, October 2025). Details below – send nominations by email to Troy Littleton ([email protected]).

Drosophila neuroscience friends! Please help us to identify deserving Ph.D. students or recent Ph.D. graduates for the Elkins Memorial Lecture competition (CSHL, October 2025).

Details below – send nominations by email to Troy Littleton (troy@mit.edu).
Lab of Synapse Biology (@joris_dewit_lab) 's Twitter Profile Photo

Glad to see our new paper finally out! We show how the GPR158 receptor controls synapse maturation and function by silencing an intrinsic inhibitory mechanism. authors.elsevier.com/a/1l7HS5Sx5g-Z… Work from Ben Verpoort and colleagues, with special thanks to our collaborators.

Glad to see our new paper finally out! We show how the GPR158 receptor controls synapse maturation and function by silencing an intrinsic inhibitory mechanism.
authors.elsevier.com/a/1l7HS5Sx5g-Z…
Work from Ben Verpoort and colleagues, with special thanks to our collaborators.