Huge congratulations for another successful semester of research and poster presentations by our lab's undergraduates. Desi Ukmar and Veronica Sanchez (Sr), Rodrigo Garcia (Jr), Briella Lucadamo (Soph), and their mentors @ZoeHaleyJ@PottorfTana Elizabeth Lane. @emorycollege
We are thrilled to (re)introduce our recent graduate, Dr. Olivia Mistretta! 🥳 Although she will be missed, she is destined for a great career as a scientific writer and aspiring MSL. Congratulations Dr. Mistretta!! @neurophd_emory@EmoryMedicine@EmoryUniversity
Congratulations to current @neurophd_emory student @willieneuro and former postdocs Ryan and Paula on their recent publication showing that GABA/glycine neurotransmission on regenerating motoneurons facilitates axon growth and muscle reinnervation post PNI
https://t.co/chXgAWUv2M
Brand new (10 years running…) work from the @emoryalvarezlab out today - it’s a neuroanatomy feast. Joining the lab and seeing this take its final form I knew I was in the right place. The whole team is legendary!! (and V1s are the coolest)
https://t.co/FEVmpH0Zyu
Former Postdocs Ryan & Paula and current @neurophd_emory student @willieneuro share their work on how GABA/glycine neurotransmission on regenerating motoneurons facilitates axon growth and muscle reinnervation.
@laneygradschool@EmoryUniversity
Latest paper from the @emoryalvarezlab , which I'm grateful to have been able to contribute to, and got me started on my current love affair with motoneurons
https://t.co/CqCQvW5XWr
Beautiful weather to visit Bethesda, talk science, and be a recipient of the 2024 Outstanding Scholar in Neuroscience Award Program #OSNAP#osnap2024@NIH_NINDS@NIH@ncats_nih_gov
Are you an Emory User with a gorgeous microscopy image? Please consider entering the ICI-Core Day Image Competition. Grand prize is $200. Images are due by 11/8 https://t.co/BI8aLlpVkL
Come be my colleague!
The Dept of Cell Biology @EmoryUniversity is recruiting a developmental cell biologist.
🔬Do you study mechanisms of development using cell biological (and other) approaches? Join us!🔬
TY for RT!
https://t.co/2szhalywtG
We may be at the PNS meeting but there are lots of implications from PNI in the CNS! Interested? Come check out my work for a flash talk today at 10:45am or a poster Monday at 2:15 (poster # P350) #PNS2024
Big congratulations to our senior graduate student @PottorfTana recently being awarded the 2024 @NIH#OSNAP. We look forward to sending her to Bethesda in November to share our neuroimmune work and meet with NIH program officials🥳 @EmoryMedicine@neurophd_emory@laneygradschool
Absolutely thrilled to share I have been selected as an award recipient for the @NIH#OSNAP 2024 cohort. Looking forward to meeting all my fellow recipients and sharing some of my data on microglia-motoneuron dynamics in November! 🎉 Big thanks to the A lab for continued support.
Inhibitory interneurons, such as Foxp2-V1, are crucial for motor development and are affected at early stages of pathology in motor neurodegenerative diseases like ALS. Here, graduate student @aeworthy presents a comprehensive examination of V1 subtypes.
https://t.co/WKAqfgnsle
Native state cell type specific proteomics reveals mechanisms of early dysfunction in PV INs in AD pathology ! @rangarajulab@MJMRowan Congrats to co-firsts Prateek and Annie and all co-authors on this publication in @NatureComms. Go team
https://t.co/BBtD4ZJ9Cw
One of our senior undergrads, Celia Bianco, defended and received Highest Honors for her thesis on the age-dependent involvement of C1Q after peripheral nerve injury in mice. We wish Celia the best with her future endeavors @emorycollege@Emory_NBB#opentowork
The Alvarez lab is very proud of our graduate student @willieneuro for his presentation on tools for high res EMG's at the Sensorimotor Circuits for Limb Control meeting @OISTedu this past March, and additional presentation @EmoryUniversity@emoryDSAC GDBBS Research Symposium.
We are very proud to share one of our senior graduate students' work in developing a novel way to study locomotor development in mice. It is Olivia's hope that "this technique will bring new insights to neurodevelopmental disorders, movement disorders, and so much more."
We are excited to share the following publication which was a joint effort with the Cope lab @GeorgiaTech Herein, we elucidate the differing effects on spinal cord plasticity and inflammation between crush and cut peripheral nerve injuries.
🧵
https://t.co/wQnLytytTB
Figure 6-7: If ccl2 is ablated from microglia, the sensory afferent -> motoneuron synapses (quantified via VGlut1) are preserved, muscles are still reinnervated, however, the stretch reflex remains lost. Further, ccl2 ablation does not alter amount of peripheral infiltration.
Figures 4-5: We see increased peripheral immune cell infiltration into the spinal cord in the cut compared to the crush. This corresponds to differing microglia CCL2 (a pro-inflammatory chemokine) expression.
6/n 🧵