Postdoctoral Fellow: Nuclear Mechanobiology in Cardiovascular

Cincinnati Children's Hospital Medical Center; United States; Sur place; USD 52 000 - 76 000; Plein temps

Résumé du poste

Cincinnati Children’s Hospital Medical Center is recruiting postdoctoral fellows to study nuclear and chromatin organization in development, homeostasis, and disease. The Ikegami lab uses functional genomics, quantitative cell biology, mouse genetics, and bioinformatics to explore nuclear mechanosensing and lamina–chromatin interactions.

Applicants with background in quantitative biology or cardiovascular biology are welcome.

Qualifications

• PhD/MD or equivalent required.
• Experience with quantitative biology or genomics is beneficial.
• Strong ability to plan and execute laboratory experiments.

Responsabilités

• Develop the skills to become an independent scientist through critical thinking and data analysis.
• Design, execute, and record laboratory experiments and analyze data that may influence patient care decisions.
• Research and improve current methods and evaluate innovative techniques.
• Ensure protocol and assay accuracy by regular quality and reproducibility checks.
• Apply knowledge within the Division/Department and contribute to project goals.
• Troubleshoot and correct erroneous results or equipment problems.
• Discuss insights with Faculty and provide analysis and recommendations.
• Present research at meetings, journal clubs, and seminars.
• Draft, write, and edit scientific reports, papers, and grants.
• Progressively assume more responsibilities with mentorship of staff and budgets.

Connaissances

Critical thinking

Data analysis

Experimental design

Scientific writing

Formation

PhD/MD or equivalent

Description du poste

Cincinnati Children’s Hospital Medical Center is recruiting postdoctoral fellows to study nuclear and chromatin organization in development, homeostasis, and disease. The Ikegami lab uses functional genomics, quantitative cell biology, mouse genetics, and bioinformatics to explore nuclear mechanosensing and lamina–chromatin interactions.

Applicants with background in quantitative biology or cardiovascular biology are welcome.