FACILITY OVERVIEW
ELECTRON MICROSCOPY
CONFOCAL MICROSCOPY
- LEICA SP1 INVERTED
- LEICA SP1 UPRIGHT
- LEICA SP5 AOBS
- LEICA SP5 MULTIPHOTON
HISTOLOGY
IMAGES
RESOURCES
CALENDAR
STAFF
LEICA TCS SP5 INVERTED CONFOCAL WITH MULTIPHOTON LASER (located in BBSRB)
Multiphoton laser- uv range for thick samples or samples in water
Visable light Lasers –argon with excitation lines 458nm, 476nm, 488 nm, 514nm, and HeNe excitation lines 543nm and 633nm
Tranmitted light detector-Differential Interference Contrast (Nomarski) and brightfield
Objectives- 10x, 20x oil, 40x oil, 63x glycerin, 100x oil
Scan Formats – x, y, z, t, l
Image Formats - 64 x 64 pixels to 8192 x 8192 pixels, in square or rectangular formats
Electronic zoom
Optical Field Rotation- allows rotation of the image 200o
Spectral Imaging detection- includes five confocal channels, and allows freely adjustable positioning and bandwidth of the detection range
FLIM- (Fluorescence lifetime imaging) is used to determine cell parameters such as pH value, ion concentration or oxygen saturation and protein interaction
Mark & Find- Defines the current position of the sample and recalls it later from a list of previously stored positions and can mark multiple cells for recording. It can be combined with time series and z scans so that dynamic processes can be recorded in a large sample at multiple positions over time, each with an independent z-stack.
Tile Scan- automatically assembles an image from multiple smaller images. Large specimens that are bigger than the field of view can be viewed as a whole using tile scan.
Spectral Separation – useful for dyes whose emission ranges are close together or partially overlapping
Image Acquistion – download as TIFF images and save via NeroStartSmart software to CDs, DVDs, USB flash drives, portable external hard drives