Postdoctoral Position – CRISPR Biology: Here’s the heart of the opportunity. The Sheltzer Lab at Stanford is hiring a postdoctoral researcher to investigate how copy-number alterations drive developmental disorders. You’ll work with CRISPR, iPS cells, patient-derived models, and advanced chromosome engineering to uncover gene-level mechanisms behind 8p syndrome. The role blends genetics, stem cell biology, neurodevelopment, and precision medicine.
Postdoctoral Research Position – Developmental Disorders and CRISPR Biology
Summary Table
| Field | Details |
|---|---|
| Designation | Postdoctoral Researcher |
| Research Area | Developmental Disorders, CRISPR, iPS Cells, Stem Cell & Neural Differentiation |
| Location | Sheltzer Lab, Stanford University, Palo Alto, California |
| Eligibility | PhD in relevant biological sciences or related fields |
| Application Mode | Email CV and cover letter |
| Last Date to Apply | Until position is filled (not specified in source text) |
Designation
Postdoctoral Researcher
Research Area
The position focuses on the biology of developmental disorders, particularly 8p syndrome. Your work will span:
- CRISPR activation and interference
- Chromosome engineering
- iPS cell model generation
- Neural differentiation studies
- Bioinformatics and functional genomics
Location
Sheltzer Lab
Stanford University
Palo Alto, California
Eligibility / Qualification
You’ll fit well if you have:
- A PhD in genetics, molecular biology, stem cell biology, developmental biology, bioengineering, or a related field
- Strong interest in genome engineering and disease modeling
- Experience with CRISPR, iPSCs, neural differentiation, or bioinformatics is a plus
- A record of rigorous research and collaborative work
Job Description
Your work will tackle core questions about how chromosomal imbalances lead to developmental disorders. Key responsibilities:
- Apply CRISPR tools to analyze copy-number alterations in iPS cells
- Expand the lab’s patient-derived stem cell models
- Perform multi-lineage differentiation studies
- Use CRISPRa/i to pinpoint genes driving disease phenotypes
- Integrate functional genomics and bioinformatic analysis
- Collaborate within a supportive, interdisciplinary research team
This project builds on recently developed chromosome engineering methods and offers the chance to work at the intersection of genetics, neurodevelopment, and translational science.
How to Apply
Send the following to Dr. Jason Sheltzer:
- Your CV
- A cover letter detailing your research background and interest in the position
Email: sheltzer@stanford.edu
Last Date for Application
Not specified in the source text. Considered open until filled.
