Join us for a celebration of the world-class #oceanscience happening in #WoodsHole! 🔗 woodsholesciencestroll.org/
Профиль
Marine Biological Laboratory
Профиль VivelyThe Marine Biological Laboratory (MBL), founded in 1888, is an international center for research & education in biology & ecology in Woods Hole, MA. www.mbl.edu
Shari Eberts—hearing health advocate, author, and speaker—recently visited the Marine Biological Laboratory to speak with students in the 2026 Biology of Hearing and Balance Course. 🔗 Read the full story here: go.mbl.edu/take5-eberts
Join us on July 31 for a lecture by Maria J. Harrison that examines the relationship between plants and fungi at the cellular level. Lectures are free and open to the public for in-person and virtual attendance. 🔗 More info here: go.mbl.edu/fel
Why do some clams live to be over 500 years old, yet humans usually live to be less than 100? Matthew Harris, professor of Genetics at Harvard Medical School and MBL Whitman Fellow, is trying to find out. 🔗 Read the full story here: go.mbl.edu/c1n7bs
We're thrilled to welcome Nicole Theodosiou as the next Burroughs Wellcome Director of Education at the Marine Biological Laboratory! 🔗 go.mbl.edu/2u4alx
The 2026 Embryology Course may have wrapped up last week, but the connections made here will last far beyond the summer. A course participant shares how networking with fellow scientists shaped her summer at the MBL. 🔗 go.mbl.edu/unrvo5
DEADLINE APPROACHING! ⏰ Apply to Comparative Developmental Biology by July 28. This intensive two-week laboratory course is designed for graduate students in their second or later year of Ph.D studies and post-docs. 🔗 More info here: go.mbl.edu/CDB
Join us on July 24 for Liqun Luo’s discussion of how the brain drives hunger and thirst, sponsored by the Grass Foundation. Free and open to the public for in-person and virtual attendance. 🔗 More info here: go.mbl.edu/fel
A two-week introduction to intensive, lab-focused, developmental #biology training was all it took for Varsha Tamilkumar and Juan Pablo Venegas Martínez to know they wanted more. 🔗 Full story here: go.mbl.edu/8nmsqp
On June 10, Woods Hole had a sweet time celebrating the 75th anniversary of Rachel Carson’s book, The Sea Around Us. 🔗 Full story here: go.mbl.edu/carson-75
Shellfish are a summertime staple in coastal areas like Cape Cod. Yet, according to farmer, researcher, and MBL Whitman Fellow Dan Ward, shellfish hatchery production is primarily limited by one thing: chloroplasts. 🔗 Full story here: go.mbl.edu/shellfish
How did humans evolve to speak and to walk upright? 🔗 Full story here: go.mbl.edu/floating-bones
DEADLINE APPROACHING! ⏰ Apply to Comparative Developmental Biology by July 28. This intensive two-week laboratory course is designed for graduate students in their second or later year of Ph.D studies and post-docs. 🔗 More info here: go.mbl.edu/CDB
Join us on July 17 to hear Rachel Meyers lecture on "RNAi Across Scales: From Model Organisms to Clinical Therapies." Open to the public for in-person and virtual attendance. No registration required for in-person attendance. 🔗 More info here: go.mbl.edu/fel
The Marine Biological Laboratory has received a $3.2 million Research Infrastructure award from the Massachusetts Life Sciences Center (MLSC) to enhance its Central Microscopy Facility. 🔗 go.mbl.edu/mlsc2026
A participant in the MBL #Neurobiology course shares his research project that investigates how membrane voltages are generated, controlled, and manipulated. 🔗 Watch the full video here: go.mbl.edu/1qvq4g
Biologists have long puzzled over how organs develop into their final shapes, and the nearly transparent bodies of young sea stars may offer a unique window into the organ development process. 🔗 Read the full story here: go.mbl.edu/sea-star-organs
Tadasu Nozaki of UMass Amherst and an MBL Whitman Fellow is trying to better understand the complex movements that allow chromosomes to pair. 🔗 Read the full story here: go.mbl.edu/nozaki
Unlike other organisms, Clytia medusae can repair damage so rapidly you can actually watch small wounds close within minutes. Larger wounds heal in less than an hour, a rate of recovery humans can only dream of. And no scar tissue is formed. 🔗 go.mbl.edu/jellyfish