Meet the DNB Team

Member
Developmental Neurobiology
Director, Brain Tumor Research Division
Associate Director, Basic Research, Comprehensive Cancer Center
Co-Leader, Neurobiology & Brain Tumor Program
Endowed Chair in Brain Tumor Research

Research focus:
Deciphering the pathogenesis and therapeutic vulnerabilities of pediatric high-grade glioma

Assistant Member
Developmental Neurobiology Department
Neural Circuits and Behavior Division

Research focus:
Exploring development and functional organization of neural circuits controlling movement

Associate Member
Developmental Neurobiology
Comprehensive Cancer Center

Research focus:
Understanding neural progenitor cell regulation and the mechanisms and biological relevance of hypertranscription

Associate Member
Developmental Neurobiology Department
Comprehensive Cancer Center

Research focus:
Defining mechanisms of skeletal muscle aging, protein homeostasis, and myokines

Member
Chair, Developmental Neurobiology Department
Co-Leader, Developmental Biology & Solid Tumor Program
Investigator, Howard Hughes Medical Institute
Comprehensive Cancer Center

Research focus:
Examining the coordination of proliferation and differentiation during development and disease

Associate Member
Developmental Neurobiology
Brain Tumor Research Division
Comprehensive Cancer Center

Research focus:
Understanding development and dysfunction of the human brain through the lens of the neural progenitor cell

Assistant Member
Developmental Neurobiology

Research focus:
Membrane trafficking during synaptic vesicle recycling and sorting of synaptic vesicle proteins

Associate Member
Developmental Neurobiology
Director, Center for Bioimage Informatics

Research focus:
Using concise morphological representations for computational modeling of the physics and mechanics of biological structures across scales

Associate Member
Developmental Neurobiology
Comprehensive Cancer Center

Research focus:
Interrogating the biology of pediatric brain tumors and developing preclinical models for therapeutic development

Member
Shahdam, Edna and Albert Abdo Basic Science Chair
Comprehensive Cancer Center

Research focus:
Deciphering control of neuronal death and differentiation

Associate Member
Developmental Neurobiology
Brain Tumor Research Division
Comoprehensive Cancer Center

Research focus:
Leveraging multi-omic bulk and single-cell approaches to decipher molecular landscapes and developmental origins of medulloblastoma

Associate Member
Developmental Neurobiology
Comprehensive Cancer Center

Research focus:
Searching for insights into normal and diseased stem cell behaviors

Member
Structural Biology
Developmental Neurobiology
Comprehensive Cancer Center

Research focus:
Using mass spectrometry-based proteomics, metabolomics and systems biology to understand human disease

Associate Member
Developmental Neurobiology
Cell and Molecular Biology
Director, Center for Spatial Omics

Research interests:
Using a multi-omics approach to examine genetic risk as a factor of oncogenesis across cancers

Assistant Member
Developmental Neurobiology
Neural Circuits and Behavior Division

Research focus: 
Exploring mechanisms of neuromodulatory circuit organization

Member
Developmental Neurobiology
Division of Neuronal Cell Biology

Comprehensive Cancer Center

Research focus:
Understanding the link between cell polarity signaling and neuronal differentiation during cerebellar development

Assistant Member
Oncology Department
Developmental Neurobiology Department
Comprehensive Cancer Center

Research focus:
Studying high risk pediatric solid tumors

Assistant Member
Developmental Neurobiology

Research focus: 
Understanding the molecular detail underlying basic mechanisms of organelle quality control and organelle trafficking in neurons.

Member
Developmental Neurobiology
Director, Division of Neural Circuits and Behavior
Comprehensive Cancer Center

Research focus: 
Investigating the neural circuits, synaptic function, and molecular mechanisms controlling learning and memory and their dysfunction in neuropsychiatric disease