Our Team
Birey Lab, Fall 2023
Fikri Birey, Ph.D.
Fikri was born in Nicosia, Cyprus. As a Fulbright Scholar, he received his BS in Biology with Honors from University of Kansas in 2008 and his PhD in Genetics from Stony Brook University in 2014 on neuroglial interactions in stress-related disorders. He completed his postdoctoral training at Stanford University in 2021 in the laboratory of Sergiu Pasca, where he developed the forebrain assembloid platform and applied it to understand how neurodevelopmental disorders emerge during human cortical development.
Principal Investigator [CV] [Google Scholar]
Primary appointment: Human Genetics
Secondary appointment: Pediatrics
Carol Eisenberg, Ph.D.
Lab manager & Lead Research Specialist
carol.lee.eisenberg@emory.edu
Carol completed her PhD in Biology at Rutgers University where she studied the role of the cell surface receptor Neuropilin-2 in cortical neuron development, morphogenesis, and mouse behavior. Prior to graduate school, she earned a BA in economics from the University of Wisconsin, Madison and a MBA from George Washington University. She is interested in the molecular and cellular mechanisms involved in autism and epilepsy.
Kaori completed her BS at Washinghton State University and her MS at Tufts University, both in Biomedical Engineering. In 2017, Kaori joined Editas Medicine and served as an Associate Scientist on several CRISPR gene editing projects and hiPSC modeling until she joined our lab in 2023. In our lab, Kaori applies her experience in CRISPR, bioenginering and drug discovery to develop and implement next-generation molecular biology tools to monitor, modulate and probe organoid biology.
Staff Scientist & Molecular Biology Lead
kaori.graybeal@emory.edu
Kaori Graybeal, M.S.
Graduate student, Neuroscience Graduate Program (Woodruff Fellow)
arvin.sarkissian@emory.edu
Arvin Sarkissian
Arvin majored in Cognitive Neuroscience and Biology at Washington University in St. Louis, where he researched inter-individual variability in human brain organization using fMRI. He is interested in combining computational methods with techniques for reading (calcium imaging, electrophysiology) and writing (optogenetics, pharmacology) neural activity to better understand the role of calcium channels in disease.
Graduate student, Neuroscience Graduate Program
roy.simamora@emory.edu
Roy Simamora
Roy completed his Bachelor of Science degree at Haverford College, where he majored in Biology and Psychology. During his undergrad, he studied the roles of genetic perturbations in behaviors associated with ASD, as well as the impact of peripartum hormones on postpartum depression. He is passionate about using molecular techniques to investigate the connections between genetic predispositions and neurodevelopmental disorders.
Graduate student, Neuroscience Graduate Program
gianna.vitelli@emory.edu
Gianna Vitelli
Gianna majored in Cellular and Molecular Neuroscience at Temple University, where she researched the molecular mechanisms behind Axon Initial Segment plasticity. She completed her postbaccalaureate fellowship at Max Planck Florida Institute for Neuroscience, where she studied the neural circuits underlying locomotion in Drosophila using connectomic and optogenetic techniques. She is interested in applying machine learning techniques to investigate cell development and characterization within neurodevelopmental disorders.
Maddie-Heathon Ward
Placement Master’s Student , 2023-2024 (University of Bath, UK)
madalyn.ella.heaton.ward@emory.edu
Maddie is a placement student from University of Bath, UK studying pharmacology. She is interested in studying convergence of disease mechanisms at the molecular and cellular levels.
Tanisha Chanda
Undergraduate Researcher, Georgia Tech
tchanda3@gatech.edu
Tanisha is a pre-med track undergraduate majoring in Neuroscience. She is interested in interdisciplinary research focusing on health disparities, genetic dispositions and pediatric neurodevelopmental disoders.
Simren Kochhar
Undergraduate Researcher, Emory University
simren.kochhar@emory.edu
Simren is a pre-med track undergraduate majoring in Biology with a minor in Quantitative Sciences. She is interested in using biological and statistical tools to model and learn more about diseases.
Junsung Nam
Undergraduate Researcher, Emory University
junsung.nam@emory.edu
Junsung is a pre-med tack undergraduate majoring in Biology. He is interested in developing the next generation of in vitro models through bioengineering and synthetic biological approaches.
William is a pre-med track undergraduate majoring in Neuroscience and Behavioral Biology. His primary focus is on understanding the intricate mechanisms of human brain development, with a particular interest in exploring how neuromodulators can influence the development process.
Undergraduate Researcher, Emory University
william.liu2@emory.edu
William Liu
Suhaas Reddy Bonkur: Undergraduate researcher, Fall 2022
Samme Xie: Undergraduate researcher, Spring 2023
Poppy Willis: Undergraduate researcher, Fall 2023
Former members
Find the members of the Brain Organoid Hub here.
What is the Brain Organoid Hub?
Brain Organoid Hub
Graduate student, Neuroscience Graduate Program
nisan.sele@emory.edu
Nisan Sele
Nisan received her Bachelor of Arts in Neuroscience from Amherst College in 2021. During her postbaccelaurate years, she researched the mechanisms behind dendritic spine maturation and actin cytoskeleton reorganization in hippocampal neurons. She is interested in investigating activity-dependent aspects of human cortical circuit development combining cellular and molecular readouts of neuronal function.
Graduate student, Neuroscience Graduate Program
lauren.gao@emory.edu
Lauren Gao
Lauren received her Bachelor of Science degree in Neuroscience and Behavioral Biology from Emory University. During her undergrad, she studied the role of microglia activation in neuroinflammation post ischemic stroke. She is interested in modeling Alzheimer’s Disease (AD) using human cellular models to better understand the cellular and molecular underpinnings of selective vulnerability in AD pathophysiology.