Matthew Dalva

Neuroscientist, synaptic biologist, photographer, former oarsman

[Matthew Dalva @DalvaLab]

Lots are happening at the Dalva lab - this paper is in a new area for us - looking at the role of EphBs in the RMS - Wei Zhou and his team have done a great job, and I am very proud of their effort, and this work. Learn more here - https://t.co/RvXaKlpisJ

[Matthew Dalva @DalvaLab]

The Dalvalab is moving to Bluesky - Find us here - @dalvalab.bsky.social

[Matthew Dalva @DalvaLab]

Please share some work from our lab, which is looking at the function of nanoscale puncta at synapses. Great job to Haani and the rest of our team! https://t.co/xcoH973tZo

[Matthew Dalva @DalvaLab]

🔬 Postdoc Opportunity! The Dalva Lab @Tulane seeks postdocs for live-cell super-res imaging or in vivo/in vitro models of NMDA receptor function in health and disease!
🌐 Apply: https://t.co/5rg3TYSNgx 📧 [email protected] #Postdoc #Neuroscience #Hiring #Synapse

[Matthew Dalva @DalvaLab]

Congratulations! Great story from Jonathan Fadok and his team! @TulaneBrain
https://t.co/jJeg6lyGm1

[Matthew Dalva @DalvaLab]

Congratulations! Great story from Jonathan Fadok and his team! Excited to see this story published! @TulaneBrain https://t.co/qydJVrgaxk

[Jonathan Fadok @The_Fadoktor]

Excited to share my latest #research on #neuroscience, published with @SpringerNature in @Nature. Read here: https://t.co/zsVyc0nLxq

[Matthew Dalva @DalvaLab]

Excited to see our eLife paper with Angelo Lepore. We highlight the role of astrocytes in the progression of ALS and find a role for ephrinB2 in motor neuron survival and diaphragm function in SOD models of ALS. Congratulations to all the authors!
https://t.co/i1z3MxFEJc

[Matthew Dalva @DalvaLab]

@michelle_monje Thank you Michelle!

[Matthew Dalva @DalvaLab]

Excited to have written a News and Views article on Michelle Monje's labs work Nature which reveals that gliomas can hijacking synaptic mechanisms to thrive offering a new potential therapeutic avenue🧠💥 #BrainCancer #SynapticPlasticity #NatureJournal https://t.co/orz7LxxjC4

[Matthew Dalva @DalvaLab]

@kft70 Thanks Kim!!

[Matthew Dalva @DalvaLab]

Excited to be joining the faculty at Tulane and the Brain Institute. Looking forward to building on their strong history of neuroscience and recent successes!

[Tulane Brain Institute @TulaneBrain]

Exciting times at the Tulane Brain Institute! Welcome @DalvaLab!!
https://t.co/UMpPF9hKNm

[Matthew Dalva @DalvaLab]

@Meng2Fu Thank you!! I am excited about the opportunity

[Matthew Dalva @DalvaLab]

@MattRasband Thanks Matt!

[Matthew Dalva @DalvaLab]

@KayserLab Thank you Matt!

[Director, National Institute of Mental Health @NIMHDirector]

The #NIH Outstanding Scholars in Neuroscience Award Program (OSNAP) is open and seeking nominations of graduate students and postdoctoral fellows engaged in #neuroscience research. Nominations are due 1/30/23. Don’t miss this opportunity! Learn more at https://t.co/G59mqr0znS

[Dr. Marla Feller @FellerMarla]

The Feller lab https://t.co/mn1gUBQUqb is looking for new technician to support our quest to understand how the retina is wired up during development and in training the next generation of scientists. Check out https://t.co/WsPTI8rtmV search for Job #43957. Pls RT

[Matthew Dalva @DalvaLab]

Thinking about graduate school? Looking for some experience working in a neuroscience lab? We are hiring a research associate to help with our work in mouse models of synaptic development and super-resolution imaging https://t.co/yLDtJizAJW. Please contact me with any questions.

[KayserLab @KayserLab]

All you amazing postdocs out there please apply and come visit us in Philly!!

[Matthew Dalva @DalvaLab]

Congratulations Le, Steve, and Bridget on elegant and interesting story!

[Le Ma @BranchingLab]

Is axonal transport at branch junctions RANDOM or DIRECTED? See answer in the exciting work by @SteveTym and Bridget Curran.

Selective axonal transport through branch junctions is directed by growth cone signaling and mediated by KIF1/kinesin-3 motors https://t.co/Yml7uIocQt

[Le Ma @BranchingLab]

Is axonal transport at branch junctions RANDOM or DIRECTED? See answer in the exciting work by @SteveTym and Bridget Curran.

Selective axonal transport through branch junctions is directed by growth cone signaling and mediated by KIF1/kinesin-3 motors https://t.co/Yml7uIocQt