Neurodegeneration Research Specialist — Lazarov Lab

University of Illinois Chicago; Chicago (IL); On-site; USD 44,000 - 65,000; Full time

Benefits offered by this job

Health, Dental, Vision, Life Insurance

Retirement Plan

Paid time off & Tuition waivers for员工/

Job summary

The Lazarov Lab in the Department of Anatomy and Cell Biology at the University of Illinois Chicago seeks a dedicated Research Specialist to oversee molecular and cellular biology work, cloning, transfection, and histology. The role emphasizes independent operation and collaboration with PI and lab members in a full-time capacity in Chicago.

Responsibilities include maintaining a mouse colony, coordinating protocols, training students, and generating primary neuronal cultures with various

Qualifications

• Bachelor's degree in science or related field is required.
• Master's degree in science is preferred.
• At least 3 years of related research experience.
• Proficient in core lab techniques used in molecular biology and histology.

Responsibilities

• Carry out mouse husbandry and genotyping; update colony records.
• Maintain inventory and order lab supplies.
• Standardize lab protocols and maintain accurate records.
• Supervise and train students; coordinate experimental procedures.
• Prepare primary neuronal cell cultures and perform molecular biology work.

Skills

Molecular biology techniques

Immunochemistry

Histology

Microscopy

Small animal surgeries

Education

Bachelor's degree in science

Master's degree in science

Tools

PCR/genotyping

Transfection

Cloning

Live cell imaging

Job description

The Lazarov Lab in the Department of Anatomy and Cell Biology at the University of Illinois Chicago seeks a dedicated Research Specialist to oversee molecular and cellular biology work, cloning, transfection, and histology. The role emphasizes independent operation and collaboration with PI and lab members in a full-time capacity in Chicago.

Responsibilities include maintaining a mouse colony, coordinating protocols, training students, and generating primary neuronal cultures with various