The Sections of Developmental Biology and Pulmonary Medicine in the Department of Pediatrics at the University of Colorado Anschutz Medical Campus invite applications for a tenure track faculty position (Assistant/Associate/Full) in the areas of developmental, stem cell, and regenerative biology of the lung. Areas of particular research interest include but are not limited to 1) molecular, genetic, and epigenetic mechanisms of lung development and regeneration, 2) gene regulatory networks and systems biology, 3) animal, iPSC and organoid models of lung development, lung and cardiopulmonary developmental disorders and syndromes, and lung regeneration, and 4) tissue reprogramming and remodeling.
For more information and to apply, click here
The Developmental Biology Post-Doctoral Program intends to attract research-driven scientists from across the world and encourages those who want to pursue an academic scientific research to apply. This position reports directly to the Faculty in the Department of Pediatrics, Section of Developmental Biology. The research focus of the Section is to discover knowledge related to embryonic development, with a particular emphasis on development of the body axis, limbs, craniofacial structures, the cardiovascular system, the digestive system, the central nervous system and the meninges. This full-time position for a junior level PhD post-doctoral researcher will provide a mechanism for the hired individual to develop into a successful independent researcher in the field of developmental biology. Postdoc trainees are provided with a salary support in accordance with the NIH pay scale and a full benefits package from the University of Colorado. Successful applicants will be appointed as Gates Fellows with initial appointments made for one year and continued support contingent on satisfactory progress. The proposed training will be conducted at University of Colorado Anschutz Medical Campus.
We are looking for candidates with experience in developmental biology, neuroscience, or immunology, to join our team as we work to understand how dysregulated interferon signaling contributes to the pathophysiology of Down syndrome. We employ an integrated approach including functional genomics, mechanistic studies, and animal research, to make biological discoveries with clear translational potential. This is an NIH-funded position.