Regeneration is a remarkable phenomenon in which an animal can regrow parts of its body that are lost or damaged by injury. Humans, for example, can repair some organs, but some animals can rebuild their entire bodies from small pieces of tissue. How do these animals accomplish this feat? And why is it that humans cannot regenerate as well as these animals can? Studies of how regeneration works at the molecular and cellular level are beginning to answer the first question. To answer the second
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Regeneration is a remarkable phenomenon in which an animal can regrow parts of its body that are lost or damaged by injury. Humans, for example, can repair some organs, but some animals can rebuild their entire bodies from small pieces of tissue. How do these animals accomplish this feat? And why is it that humans cannot regenerate as well as these animals can? Studies of how regeneration works at the molecular and cellular level are beginning to answer the first question. To answer the second question, we have to understand how regeneration has evolved. Mansi Srivastava will highlight major insights about regeneration based on her team’s research on the three- banded panther worm, a marine invertebrate species that enables us to study how regeneration works and how the process has evolved.
Mansi Srivastava, John L. Loeb Associate Professor of the Natural Sciences; Curator of Invertebrate Zoology, Organismic and Evolutionary Biology, Museum of Comparative Zoology, Harvard University
Advanced registration required. Visit the event registration page to register for this free virtual event. Registration closes 30 minutes before start time.
Evolution Matters Lecture Series
Series supported by a generous gift from Drs. Herman and Joan Suit
Presented by the Harvard Museum of Natural History and the Harvard Museums of Science & Culture
Mansi Srivastava photo by Tim Bradbury. Other image courtesy Mansi Srivastava.
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