Neural cells, both neurons and glia, exhibit calcium and other ion fluctuations which can be measured with fluorescent indicators. While much calcium imaging can be done at 10Hz or less, the proliferation of genetically encoded calcium indicators has revolutionized the cell specific targeting, speed and brightness of calcium imaging allowing for measurements of neural network activity in powerful new paradigms. Whether your work uses Fura, Fluo4 or GCaMP6, Olympus has imaging solutions for the most demanding measurements and speeds. With so many applications let us partner with you to find the right solution.
Image acquired on Olympus FV1000
Data courtesy of Brendan Brinkman, Olympus America
Calcium imaging in head-fixed live awake behaving GCaMP6 injection mouse at 750um depth. Mice courtesy of Dr. Clay Lacefield, Bruno Lab, Columbia University.
3D rendering of 800um Z stack acquisition of calcium imaging in head-fixed live, awake, behaving GCaMP6 injection mouse. Mice courtesy of Dr. Clay Lacefield, Bruno Lab, Columbia University.
Multipoint Mapping Software for high speed targeted path scanning/random access scanning measurements and stimulation.
FVMPE-RS functional brain mapping multiphoton system