Lisa comes to Duke from Boston where she built and ran the Dana-Farber Cancer Institute Confocal and Light Microscopy Core from 2008-2016. Prior to that she was a postdoc in Ted Salmon’s lab at UNC-Chapel Hill where she studied microtubule dynamics in mitosis using high-resolution live-cell imaging. She received her PhD from Stanford University in the laboratory of Julie Theriot studying actin cytoskeletal dynamics. She has always been fascinated by watching things move using light microscopy.
- General inquiries
- Class-based teaching
- Grant application assistance
- Acquisition of new capabilities
- First contact for FFSC systems
- Office: 4215 FFSC
- (919) 613-8216
Gao began working in LMCF in October 2008. He has a PhD in Cell Biology obtained from the University of Alabama at Birmingham. His research mainly focused on intracellular membrane trafficking, the cytoskeleton, endocytosis/phagocytosis and cell signaling. He has been a regular user of different microscopes in the LMCF for several years as a post-doc in the Yao lab at Duke. He is particularly experienced in immunofluorescence.
Gao supports most of the microscopes but mainly the systems in LSRC, where he is based, and MSRB3.
- First contact for LSRC systems
- Office: C136 LSRC
- (919) 613-8168
Ben began working in LMCF in January of 2012. He has a PhD in Cell Biology obtained here at Duke University. His research focused on membrane protrusion development in neurons and how dysregulation of the formation of these protrusions alter synapse formation and contribute to mental retardation. He has been a regular user of the microscopes in Nanaline Duke for several years as a graduate student in the Soderling Lab performing a wide range of imaging and analysis. Previous to his work and study in biological fields, Ben trained and worked as an Engineer, including some time at NASA, and is keen to develop the image analysis capabilities of LMCF.
Ben provides most of the support for the Nanaline Duke systems and works with many other systems across LMCF.
- First contact for Nan Duke systems
- Office: 337 Nanaline Duke
- (919) 681-4076