Postdoctoral Fellow: Glomerular Biology & Gene Editing

Mount Sinai Morningside; New York (NY); On-site; USD 73,000 - 80,000; Full time

Job summary

Mount Sinai Morningside's Laboratory of Nephrology in New York seeks a PhD/MD-PhD scientist to lead a cutting-edge project on glomerular cell signaling and diabetic kidney disease progression. The role emphasizes designing cell biology experiments, protein work, and translating findings with strong data management.

The candidate will explore endothelial-podocyte interactions, employ gene-editing tools, and present results to the scientific community while collaborating across disciplines at the

Qualifications

• Ph.D. or MD/Ph.D. required.
• Cell culture and mice handling.
• First author publication in international peer reviewed journals.
• Self-driven with drive to make a significant impact.
• Experience with gene editing is highly desired.

Responsibilities

• Design, set‑up and run cell biological projects.
• Experience with protein chemistry, purification, and characterization
• Meticulous data documentation and organizational skills
• Experience giving presentations of research findings to other members of the scientific community.
• To be fluent with Microsoft Excel, PowerPoint, Word, R, Matlab
• Experience documenting, organizing, and tracking multiple ongoing projects
• Excellent communication skills (written and oral)
• Organized and diligent with time management and deadlines
• Creative in proposing new methods, techniques or approaches

Skills

Excellent communication skills

Self-driven

Creativity in new methods

Time management

Education

Ph.D. or MD/Ph.D.

Tools

Excel

PowerPoint

Word

R

MATLAB

Job description

Mount Sinai Morningside's Laboratory of Nephrology in New York seeks a PhD/MD-PhD scientist to lead a cutting-edge project on glomerular cell signaling and diabetic kidney disease progression. The role emphasizes designing cell biology experiments, protein work, and translating findings with strong data management.

The candidate will explore endothelial-podocyte interactions, employ gene-editing tools, and present results to the scientific community while collaborating across disciplines at the