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A core challenge in biology involves understanding how intricate multicellular structures in mature animals emerge from a single fertilized egg. Breakthroughs at the molecular level, especially in developmental genetics, have accelerated rapidly. These discoveries mark the start of a significant shift in biological sciences toward deciphering the molecular foundations of developmental choices and subsequent morphogenetic events. This renewed focus in developmental biology stems from remarkable methodological progress over the past ten years in molecular genetics, immunology, and biochemistry. It also builds upon foundational work from classical developmental research, rapid strides in cell biology and animal virology, and models adapted from prokaryotic systems. The research increasingly connects to human health, encompassing oncogene activity and hereditary genetic disorders. The Department of Developmental Biology brings together a core group of researchers spearheading this movement while training future leaders to tackle developmental mysteries. Laboratories in the department study diverse organisms, from microorganisms to worms, fruit flies, and mice. The striking evolutionary preservation of developmental regulatory genes enhances the power of comparative research approaches. Department researchers maintain strong collaborative relationships across labs. Developmental biology integrates knowledge from biochemistry, cell biology, genetics, molecular biology, and genomics. Faculty members also prioritize regenerative medicine and stem cell biology studies.
Applicants from colleges and universities of recognized standing who hold a U.S. bachelor's degree or its equivalent are eligible to be considered for admission for graduate study. English Proficiency: TOEFL - Your minimum score must be 100 (internet based) OR 600 (paper based).