Postdoctoral Associate - Cellular Neuroscience

A Postdoctoral Associate position supported by a recently awarded NIH R01 grant is available in the Gao Lab at BCM Department of Neuroscience. The Gao Lab studies the cellular mechanisms of neurodevelopmental disorders using cutting-edge proteomics, protein/genome engineering, and electrophysiological approaches. The postdoc will engage in frontier, discovery-driven research in protein phosphorylation and dynamic regulation, with a focus on an important subcellular microdomain of the neuron- the axon initial segment (AIS). The postdoc will have excellent collaboration opportunities at BCM / Texas Medical Center.

Baylor College of Medicine typically follows similar to the NIH stipulated stipend guidelines for Postdoctoral Associates.

• Plans, directs, and conducts advanced cellular neuroscience research with a focus on the mechanisms of AIS protein phosphorylation and dynamic regulation.
• Designs, analyzes, and interprets experiments using molecular biology, genome engineering, proteomics, microscopic imaging, and electrophysiology. 
• Establishes new research protocols and procedures.
• Provides intellectual contribution to other ongoing projects in the lab, and assists PI in shaping the long-term research strategies and directions. 
• Demonstrates commitment to fostering a collaborative lab environment and promoting positive group dynamics. 
• Contributes to everyday tasks in the lab and training of students and other trainees. 
• Applies for grant opportunities when appropriate. 
• Attends departmental seminar series and other departmental events.
• Performs other job-related duties as assigned.

• MD or Ph.D. in Basic Science, Health Science, or a related field.
• No experience required.

• Ph.D. degree in Neuroscience, Cell and molecular biology, or related fields. 
• Standard molecular and cellular neurobiology techniques such as vector design and cloning, cell/neuron culture, immunocytochemistry, Western blot, laboratory animal procedures, and scientific writing. 
• Demonstrates ability and strong motivation to lead research projects with minimal supervision. 
• Experience in any of the following areas is especially valued:  synaptic plasticity, programming, structural biology, calcium imaging, and electrophysiology is desired.
• Be a self-starter, with excellent interpersonal skills and time management ability.
• Records first-author publications in the field of Cellular Neuroscience is desired. Exceptions may be given for outstanding candidates with a clear justification.