Dr Andrew Gillis will speak about his research on the unique properties of fish skeletons, and how studying them can inspire new approaches to repairing and regenerating human joints. Dr. Gillis is an Associate Scientist at the Marine Biological Laboratory, where his work focuses on the development, evolution, and regeneration of the vertebrate skeleton. Integrating evolutionary biology, developmental genetics, and regenerative biology, he explores how cartilage forms, grows, and repairs, with particular emphasis on cartilaginous fishes such as sharks and skates.
The Club will meet at The Church of the Messiah Parish and Community Center, 16 Church Street in Woods Hole. Light refreshments will be served, and attendees may bring a brown bag lunch if they wish. Non-members are welcome to attend as space permits.
Please carpool if you can. Directions and parking information can be found here.
New members are welcome at any time during the year. Membership information is available here.
© Woods Hole Oceanographic Institution/Madin Siphonophores, such as the one pictured, are closely related to jellyfish. But instead of one umbrella-shaped bell, they are made of multiple units specialized for feeding, swimming, or reproduction—each “petal” of this animal is one of these repeating parts. Such modular construction allows some deep-sea siphonophores to grow to more than 100 feet long.