The Baltimore Brain Series (BBS) is a multi-institutional talk series coordinated between the National Institute on Drug Abuse/National Institute on Aging, the University of Maryland-Baltimore, and Johns Hopkins University, in which outstanding postdoctoral fellows and graduate students are competitively selected to present their ongoing research in neuroscience at one of the partnering institutions. Awardees will receive a $150 honorarium to give a short research talk at a partner institute, where they will have the opportunity to meet with faculty.
We aim to provide a collegial setting for extraordinary early career researchers to showcase their work and receive constructive feedback, as well as to foster inter-institutional collaborations within the Greater Baltimore Area neuroscience community. Participation not only allows for practice and honing of presentation skills, but it also opens up career opportunities. For example, a post-doctoral fellow who gave a talk with BBS was invited back to the institution for a faculty interview and chalk talk.
Applications for Fall 2026 are closed.
Impact of early life adversity on amygdala recruitment during social learning across development
Shana is a post-doctoral fellow in the Department of Neuroscience at Johns Hopkins School of Medicine and Kennedy Krieger Institute working with Dr. Maya Opendak. Her research focuses on understanding the neural mechanisms associated with early-life adversity on social learning development.
Investigating the effects of environmental enrichment on alcohol-related outcomes in preclinical models and people with alcohol use disorder.
After completing Ph.D. training in behavioral neuroscience models of alcohol use disorder at UNC-Chapel Hill SOM under the mentorship of Dr. Joyce Besheer, Ryan expanded his training to clinical research by joining the joint NIDA/NIAAA Clinical Psychoneuroendocrinology and Neuropsychopharmacology (CPN) Section as a postdoctoral fellow under the mentorship of Dr. Lorenzo Leggio. Ryan has developed an independent line of research that is the first attempt to translate the preclinical literature on the alcohol-related therapeutic benefits of environmental enrichment to people with alcohol use disorder (AUD). Ryan hopes to lead a bidirectional translational research lab focusing on novel interventions for AUD, for which the environmental enrichment clinical trial serves as a primary example.
Identification of a novel family of human catecholamine-gated ion channels
I am a Postdoctoral Research Fellow in the Department of Biophysics and Biophysical Chemistry at the Johns Hopkins University School of Medicine. My research focuses on understanding the molecular mechanisms surrounding synaptic communication via ion channels in the central nervous system. By integrating functional and structural assays, my work characterizes the molecular pathophysiology underlying signaling dysfunction associated with neurological and neuropsychiatric disorders, which can be leveraged for therapeutic design.
Pathway Specific Eligibility Traces: Reinforcement-like Plasticity in the Visual Cortex
Christian is a 6th year Ph.D. Candidate in the Cellular, Molecular, Developmental Biology and Biophysics graduate program at Johns Hopkins University, working under Hey-Kyoung Lee and Alfredo Kirkwood on synaptic plasticity and neumodulation. His work furthers understanding of a form of synaptic plasticity that is 'reinforcement-like' where a delayed neuromodulatory signal is instructive in gating plasticity. Within a single cell, excitatory inputs from different cortical layers are selectively gated by distinct neuromodulatory signals with implications for different 'reinforcement' rules for feed-forward and contextual information in the mouse primary visual cortex.
Nucleus Accumbens BDNF TrkB Signaling Mediates Social and Ethanol Reward
Chloe is a 4th year PhD candidate in Dr. Brian Mathur’s lab at UMB. Her work aims to investigate how BNDF-TrkB signaling in the nucleus accumbens modulates heterosynaptic plasticity involved in social and alcohol reward.
Rewiring Inhibition: A Synaptic Switch for Balancing Stability and Plasticity
Daniel Severin is an Assistant Research Scientist in Alfredo Kirkwood’s lab at Johns Hopkins University. He studies how cortical circuits regulate plasticity by rapidly rewiring the excitatory connections that recruit parvalbumin interneurons, allowing networks to move between stable and plastic states.
Cerebellar circuits mediating social craving
Zhengyi Huang is a fifth-year graduate student at the University of Maryland, Baltimore in the lab of Dr. Marco Venniro. Her research focuses on the role of cerebellar circuits in social and drug-related reward-seeking behaviors, using a combination of behavioral modeling, chemogenetics, and ex vivo electrophysiology.
The Role of NAc MSN Subtypes in Context-Dependent Decision Making During Reward-Punishment Conflict
To obtain the Zoom link for virtual talks, or for any queries regarding the selection process, abstract submission or any other information on the BBS, please email our co-directors or any member of the organizing committee. We are happy to answer any questions!
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