Microscopes Search Clinical Trials Find a Researcher Order a Test 3i Spinning Disk Confocal using Slidebook software: This is an inverted microscope platform capable of imaging with speeds up to 2,000 frames/sec. for high speed 3D cell imaging of live or fixed cells. Solid state lasers are coupled through the pinholes of the spinning disk to provide strong excitation light and high signal to noise images. FRAP and TIRF can be done on this system. The software synchronizes with the machine to provide maximum signal with minimum photobleaching. Olympus MultiPhoton using Imaris software: This microscope combines the optical techniques of laser scanning microscopy with long wavelength multiphoton fluorescence excitation to capture 3D images of specimens imaging down into deep regions of a specimen. Its lower energy content reduces phototoxicity and the risk of photo damage thus making long range and time lapse studies possible, It is optimal for in vivo observation. Zeiss LSM 700 Confocal using Zen software: This laser scanning 3D microscope captures defined optical height sections of a sample and combines them in a 3D image stack. An image can be provided that shows topography quality and good edge detection. The software facilitates techniques such as FRAP,FRET, or Flip. The systems sensitivity permits fast, specimen preserving scanning in multiple fluorescence work. Slidebook 3i Marianas Systems: (3) Widefield fluorescence Digital deconvolution DIC fluorescence Live Cell Marianas: (10th floor Goodman Building) This inverted microscope is intended for live cell applications. It allows for rapid filter changes as well as changes that are controlled by filter wheels. It is fitted with a live cell chamber to control temperature, carbon dioxide levels and humidity. It has added filters for doing calcium flux experiments. L W D Marianas: (10th floor Goodman Building) This inverted microscope uses dry objectives. It is especially suitable for cell culture observation plus phase detection. 3i Marianas: (5th floor Smith Building) This microscope is equipped with a filter wheel to control excitation and emission light and a motorized x-y stage. Leica DMRXA using Slidebook software: This is an upright wide field microscope using 4 color digital deconvolution and DIC fluorescence. The system is optimized for quantitative, high resolution, high-resolution, three dimensional analysis of multi-labels in fixed cells and tissue sections. It uses a filter wheel at the light source. Olympus Slidebook: This is an inverted microscope capable of fluorence illumination with a four position filter cube turret and a CCD camera. It performs ditital deconvolution with a z- drive module. This system is intended for acquisition of rapid live cell changes, multicolor imaging with time parameter.