Founding Abraira Lab member, graduating senior, and outstanding undergraduate researcher Melissa Gandhi was yesterday awarded the Henry Rutgers Scholar Award - the highest institutional honor awarded to an undergraduate thesis. Melissa's treatise - beyond 30-pages - fundamentally characterized the lineage and glycinergic characteristics of Parvalbumin Positive (PV+) Interneurons in the Deep Dorsal Horn: how they process touch and modulate locomotion. As a Henry Rutgers Scholar, Melissa's work will go down in history - marked as a noncirculating publication in the Rutgers Library. Melissa was also accepted in the up-and-coming Rutgers Genetics graduate program. Congratulations, Melissa, for your instrumental work - may it lay down the foundations for your successful career, just as you laid down the foundations for this lab, and exemplary expectations for our other stellar undergraduates. Keep in touch!

​Congratulations to Nofar Engelhard! Abraira Lab Graduate Student, and leader of the Parvalbumin Project; Nofar has been awarded the prestigious $60,000 State of New Jersey Commision on Spinal Cord Research Grant, with outstanding commendation. Nofar will use said funding towards her endeavor to characterize the novel parvalbumin spinal cord neuron's role in both locomotive control and spinal cord injury recovery; continuing her stellar work through 2021. 

Collaborator, Johns Hopkins Professor Emeritus Professor, and long-standing mentor to Victoria Abraira - Larry Schramm, PhD, visited the Abraira Lab on Thursday, April 18th. Well published and versed in spinal cord injury, Dr. Schramm paid his first visit to our housing facility - the W. M. Keck Center for Collaborative Neuroscience - and was able to discuss unpublished Abraira Lab findings with Dr. Abraira and Keck Center founder; Wise Young, MD/PhD. 

Welcome, Manon Bohic to the Abraira Lab! Manon - a new postdoctoral fellow from the IBDM | Institut de Biologie du Développement de Marseille, France. Manon brings excellent expertise in mouse genetics to our facility - equipped with "supermice" able to ask her questions targeting social touch. Within her few weeks here, Manon has hit the ground running - imaging oxytocin-expressing neurons in the spinal cord for three-dimensional reconstruction; pivotal for understanding the innate social network that has long pre-existed Facebook or Twitter. 

Here's to an excellent career and start!