Neuroscience Research Associate I: Mouse Behavior & Circuits

Mount Sinai; United States; On-site; USD 55,000 - 75,000; Full time

Job summary

Mount Sinai seeks an Associate Researcher I to independently conduct routine and standardized experiments in a neuroscience laboratory. The role involves interpreting outcomes, running assays, and supporting clerical and supply tasks to keep the lab running smoothly.

The Wu Laboratory studies how social and learned behaviors are flexibly controlled by experience, internal state, and moment-to-moment actions of other animals, using mice and a breadth of modern techniques including imaging,

Qualifications

• Bachelors or Master's degree in science or related field required.
• No experience required; one year of research experience preferred.
• Prior research experience in a neuroscience or biology laboratory preferred.
• Experience working with rodents preferred, including handling, surgery and behavioral training.
• Experience with in vivo electrophysiology, optogenetics or functional imaging preferred.
• Programming experience with MATLAB, Python, LabVIEW or a similar language preferred.

Responsibilities

• Supports research projects investigating neural circuits underlying social and cognitive behaviors in mice.
• Performs stereotaxic surgeries, viral injections, and optical fiber and electrode implantations.
• Trains mice on cognitive and social behavioral tasks and conducts in vivo electrophysiology and functional imaging experiments.
• Performs histology and immunostaining and analyzes behavioral, electrophysiological, and imaging data.
• Builds and programs experimental systems to support laboratory research.
• Maintains mouse colonies and research records; coordinates purchasing, personnel training, and other laboratory logistics.
• Performs other related duties

Education

Bachelors or Master's degree in science or related field

Tools

MATLAB

Python

LabVIEW

Job description

Mount Sinai seeks an Associate Researcher I to independently conduct routine and standardized experiments in a neuroscience laboratory. The role involves interpreting outcomes, running assays, and supporting clerical and supply tasks to keep the lab running smoothly.

The Wu Laboratory studies how social and learned behaviors are flexibly controlled by experience, internal state, and moment-to-moment actions of other animals, using mice and a breadth of modern techniques including imaging,