Lung Fibrosis Research Associate: 3D Cultures & Epigenetics

University of Colorado System; Aurora (CO); On-site; USD 68,000 - 92,000; Full time

Benefits offered by this job

Medical plans

Dental plans

Retirement plan

Paid time off

Holidays

Tuition benefit

ECO Pass

Job summary

University of Colorado Anschutz in Aurora, CO, invites applications for a Research Associate to conduct basic and translational research on idiopathic pulmonary fibrosis using 3D cell culture and omics approaches. You will explore MUC5B expression dynamics and epigenetic regulation while combining experimental and computational methods.

The role focuses on mechanistic lung fibrosis determinants, with publications and collaborations across divisions.

Qualifications

• Ph.D. in Cell Biology, Molecular Biology or a related field.
• Extensive experience with laboratory techniques and equipment.
• Proven track record of published research.
• Experience with advanced microscopy (preferred).
• Experience with tissue or organoid culture (preferred).
• Familiarity with bioinformatics tools (preferred).

Responsibilities

• Perform experiments to study lung epithelial cells alterations under pro-fibrotic conditions.
• Analyze and interpret multi-omics biological data.
• Write research papers and reports for publication.
• Collaborate with other scientists and researchers.
• Maintain and operate laboratory equipment.
• Teaching and supervising students or junior staff.
• Present findings at scientific conferences and meetings.
• Ensure compliance with laboratory safety standards.
• Apply for research grants and funding.
• Stay updated with the latest scientific literature and advancements.

Skills

Analytical skills

Problem-solving

Written communication

Verbal communication

Team collaboration

Education

Ph.D. in Cell Biology or Molecular Biology

Job description

University of Colorado Anschutz in Aurora, CO, invites applications for a Research Associate to conduct basic and translational research on idiopathic pulmonary fibrosis using 3D cell culture and omics approaches. You will explore MUC5B expression dynamics and epigenetic regulation while combining experimental and computational methods.

The role focuses on mechanistic lung fibrosis determinants, with publications and collaborations across divisions.