Mario Bogdanov
Postdoctoral Fellow,
Laboratory for Affective and Translational Neuroscience, Center for Depression, Anxiety and Stress Research, McLean Hospital
Laboratory for Affective and Translational Neuroscience, Center for Depression, Anxiety and Stress Research, McLean Hospital
People affected by psychiatric or neurological conditions, such as Major Depressive Disorder or Parkinson’s Disease, often experience severely reduced motivation to exert physical or mental effort toward a desired goal, which is thought to result from altered cost-benefit decision-making processes. In my work in the lab of Diego A. Pizzagalli, I aim to understand how exposure to acute and chronic stress or the presence of early-life adversity—factors often associated with the development or worsening of symptoms of psychopathology—impact the neural and cognitive mechanisms that guide motivated behavior in humans.
Lina C. Fellah
Research Associate,
Lab of Lakmali M. Silva
Research Associate,
Lab of Lakmali M. Silva
Harvard School of Dental Medicine
I study how the immune system and blood-clotting factors interact in gum disease. I work with genetically modified mice to understand the role of specific genes and analyze their tissues to see how immune cells behave in health versus disease. I try to figure out what’s going wrong so we can find better treatments!
Olubusola O. Olukoya (‘Busola)
Graduate Student
Graduate Student
Lab of Lisa Goodrich,
Harvard Medical School
Harvard Medical School
I study how the ear gets wired to receive sound information from the environment. During development, many different cells need to get to the right place and make stereotyped connections in a precise manner for us to be able to hear. My research examines how two of these cell types, neurons and glia, interact in wiring the cochlea, the organ of hearing. Understanding how cochlea wiring is established during development will provide useful insight for therapies to treat or prevent hearing loss.
Katelyn Comeau Boulanger
Graduate Student and NSF Fellow,
Lab of Lisa Goodrich
Graduate Student and NSF Fellow,
Lab of Lisa Goodrich
Harvard Medical School
In our bodies, the nervous system is the communication network, handling messages and quick decisions, while the immune system is the defense team, protecting us from invaders like bacteria. These two systems are constantly communicating and influencing the functions of each other, a concept termed “neuroimmune interactions”. In my work, I investigate the role of neuroimmune interactions in fighting bacterial infections in the inner ear, where our senses of hearing and balance originate.
Lyric Wall-Kuhn
Administrative Coordinator
Administrative Coordinator
Department of Neurobiology
I work in the admin office for the Neurobiology Department. In my job I wear a couple of hats. I do HR/onboarding, event planning/coordinating, and I assist with other general administrative functions of the department, including managing the communal rooms and department-wide communications.
Gabriel Enrique Romero
Postdoctoral researcher,
HHMI Hanna H. Gray Fellow;
Postdoctoral researcher,
HHMI Hanna H. Gray Fellow;
Lab of Lisa Goodrich,
Harvard Medical School
Harvard Medical School
We’ve evolved to avoid harm in dynamic and often stressful environments by rapidly altering the performance of key bodily functions. One important adaptation is in our hearing, where the auditory system must become more sensitive in times of need while also preventing itself from failure or being damaged. This is because sound, the very signal our ears detect, can be damaging when it is too loud for too long! My work aims to determine how the brain enables our auditory system to dynamically react to stressful signals in the world around us.
Image Credit:
MERFISH image of the human brain, showing RNA molecules expressed from 4,000 genes by various colors in individual cells. Image courtesy of Rongxin Fang (Lab of Xiaowei Zhuang, Harvard).