New State-of-the-Art Microscopes Installed at MBL
Two microscopes funded by a $4.3 million award from the Massachusetts Life Sciences Center (MLSC) have been installed at the Marine Biological Laboratory (MBL). The two advanced instruments—a plasma focused ion beam-scanning electron microscope (Thermo Scientific PFIB-SEM Helios Hydra) and a confocal and super-resolution microscope (Leica Stellaris 8 STED)—will allow 2D and 3D reconstruction from both electron and light microscopy for comparative and high-resolution imaging.
Installation began in late March and the staff of the bob Central Microscopy Facility are currently fine tuning the instruments and training select staff. The facilities will be open to MBL investigators and courses along with visiting researchers from Massachusetts and beyond.
"The bob has long been at the frontier of new imaging technologies for biological discovery. These new instruments supported by the MLSC further advance our capabilities and bring new high resolution imaging to the MBL and the broader research community,” said Anne Sylvester, MBL director of research.
The biomedical sciences often rely on advances in imaging technologies to translate basic research into practical medical applications. Traditional 2D imaging limits the capability to study a number of physiological conditions like neurodegenerative diseases, cancer, regeneration, and wound healing. To expand into new imaging capabilities, the bob has established an Imaging Innovation Initiative for research and training in next-generation correlative microscopy and computational image analysis that permits 3D reconstruction of biological samples. Concurrently, bob has invested in imaging engineers and specialists who can design, build, and innovate instruments for specific use by biologists
"The MBL is excited about adding new technology to our imaging capabilities to the MBL and region," said Louis Kerr, director imaging services at the MBL. "These new instruments, which will be available to the bob community of scientists as well as colleagues at other Massachusetts institutions, will enable imaging of biological material using light and electron microscopy and will provide new views and better resolution of biological and material samples."