Postdoc: m6A RNA Regulation in Development

BRIC; Northern (KY); Hybrid; USD 52,000 - 68,000; Full time

Job summary

BRIC in the United States invites applications for a Postdoctoral Researcher position in Developmental Biology and RNA Regulation. The candidate will explore molecular and post-transcriptional mechanisms controlling development and cell fate using mouse models, single-cell analyses, and molecular approaches.

The lab emphasizes RNA modifications (m6A) and epitranscriptomic regulation in development and disease, offering opportunities to publish high-impact work and develop an independent research

Qualifications

• PhD or equivalent in a relevant field such as developmental biology, molecular biology, genetics, cell biology, cardiovascular biology, or RNA biology.
• Strong experience in molecular and/or cellular biology.
• Experience with mouse genetics, developmental biology, RNA biology, or single-cell genomics is highly desirable.
• Strong motivation to pursue mechanistic and hypothesis-driven research.
• Good communication skills and the ability to work both independently and collaboratively.

Responsibilities

• Investigate molecular and post-transcriptional mechanisms regulating development and cell fate using genetic mouse models and cellular approaches.
• Apply single-cell transcriptomics and other molecular techniques to study RNA regulation in development.
• Develop and test hypotheses related to RNA modifications (e.g., m6A) and epitranscriptomic regulation in developmental contexts.

Skills

Molecular biology

Cell biology

RNA biology

Single-cell genomics

Mouse genetics

Communication skills

Education

PhD in developmental biology, molecular biology, genetics, cell biology, cardiovascular biology, RNA biology, or related field

Job description

BRIC in the United States invites applications for a Postdoctoral Researcher position in Developmental Biology and RNA Regulation. The candidate will explore molecular and post-transcriptional mechanisms controlling development and cell fate using mouse models, single-cell analyses, and molecular approaches.

The lab emphasizes RNA modifications (m6A) and epitranscriptomic regulation in development and disease, offering opportunities to publish high-impact work and develop an independent research