Check out our latest publication in Science describing a novel molecular mechanism involved in emotional experience dependent behavioral adaptation! Thank you to my mentors @MakotoTani1@ChristophWCowan the lab and the authors @ResearchMUSC@neuro_MUSC
https://t.co/5m5mVQJnyL
🚨 The Mallah lab is hiring!
If you're interested in Neuroinflammation and Traumatic Brain Injury, please consider joining my lab by applying using the link below.
📢Feel free to share or tag someone who might be interested.
Apply here:
https://t.co/Fp24pd9Dot
Excited to be applying to the Ophthalmology match this cycle. As a postdoctoral scholar at the Casey Eye Institute, my work merges corneal imaging, OCT, and clinically useful AI. Looking forward to connect with the community! #OphthoMatch#Match2025
Please RT: My lab in the Neuroscience Dept at MUSC is hiring a technician. We study oligodendrocytes — unique non-neuronal brain cells — using cutting-edge imaging. Recent grads especially encouraged to apply. Feel free to reach out! #neurojobs
https://t.co/dPvRGYGiBg
Exciting new paper out today from the Cowan lab describing the novel role of SCN4B (and HDAC5) in relapse-like drug seeking! @ChristophWCowan@MUSC_COM@ResearchMUSC
Epigenetic Control of an Auxiliary Subunit of Voltage-Gated Sodium Cha... https://t.co/YMdMSD49Jm
Novel study in @SOBP 's Biological Psychiatry on the biological basis of #addiction increases understanding of the epigenetic mechanisms in the brain that trigger #druguse relapse, points to new treatments. https://t.co/nujpBcEeZD
@christophwcowan@neuro_MUSC@NIDAnews
New paper out today from Cowan Lab in Biological Psychiatry! @ChristophWCowan@musc_cgs@MUSC_COM@ResearchMUSC
Epigenetic control of an auxiliary subunit of voltage-gated sodium cha... https://t.co/YMdMSD49Jm
I defended my PhD!! Thank you to my mentors @ChristophWCowan@MakotoTani1 for making a better scientist out of me, @neuro_MUSC , the lab, my committee, my friends and family for always supporting me!
PS: not in a liberal arts PhD, still a scientist 👩🏻🔬
Our student @RM2Akiki did an excellent job on her defense!! Thanks to co-mentor, @ChristophWCowan, our lab members, and @neuro_MUSC for the warm support and encouragement. It was a wonderful day to celebrate an important step together.
Our study, led by @RM2Akiki with @ChristophWCowan and supported by our co-authors, reveals how long-non-coding RNAs translate emotional experiences into immediate early gene expression through R-loops and 3D chromatin loops.
https://t.co/Cv634B6KzX