Neural Memory Systems Postdoc – In Vivo & Computation

Louisiana State University; Baton Rouge, Northern (LA, KY); Hybrid; USD 52,000 - 68,000; Full time

Benefits offered by this job

Health insurance

Life insurance

Dental insurance

Vision insurance

Flexible spending

Retirement options

Paid holidays

Wellness benefits

Tuition exemption

Training and development

Employee discounts

Job summary

Louisiana State University (LSU) seeks a Postdoctoral Scholar in Biological Sciences to join the Neurobiology of Memory lab led by Dr. Haam.

The project focuses on neural circuit mechanisms of memory formation using cutting-edge techniques, including photometry, electrophysiology, and computational analyses. The role involves in vivo/in vitro experiments, data analysis, mentoring students, grant writing support, and presenting findings at meetings and conferences.

Qualifications

• PhD in Biological Sciences or related field.
• Solid background in neuroscience and biology, including electrophysiology, molecular biology, rodent behavioral testing, and computational approaches.

Responsibilities

• 60% Conduct in vivo or in vitro experiments to elucidate neural circuits responsible for memory formation.
• 20% Perform in-depth analysis of data and conduct literature search to keep abreast of the new findings in the field.
• 10% Train undergraduate and graduate students in the lab.
• 5% Assist in grant writing.
• 5% Present findings during lab meetings, departmental seminars, and scientific conferences.

Skills

Neuroscience

Biology

Electrophysiology

Molecular biology

Rodent behavior

Computational analysis

Education

PhD in Biological Sciences

Related field

Tools

In vivo electrophysiology

In vitro electrophysiology

Calcium imaging

Transcriptomics

Computational neuroscience

Job description

Louisiana State University (LSU) seeks a Postdoctoral Scholar in Biological Sciences to join the Neurobiology of Memory lab led by Dr. Haam.

The project focuses on neural circuit mechanisms of memory formation using cutting-edge techniques, including photometry, electrophysiology, and computational analyses. The role involves in vivo/in vitro experiments, data analysis, mentoring students, grant writing support, and presenting findings at meetings and conferences.