Bio Imaging - Products - Micro Imager

Finally a digital solution to micro autoradiography:

µ imager is 50 times faster than film with tritium labeled samples, allows precise quantitation, and boasts a 15 ìm resolution unsurpassed by any other non film technique.

µ imager is fast , precise and easy to operate

no complex techniques or procedures are required
15 µm spatial resolution opens new fields for digital micro autoradiography
real-time display and list mode data file storage avoid risk of under or over exposure
image registration is available using either direct white light sample illumination or image import from microscope
an exclusive patent allows simultaneous imaging and discrimination of multiple emitters
precise quantitation can be performed even at very short acquisition times

Accurate analysis of labeled molecules in tissue sections and other applications

ex vivo positron and gamma emitter imaging
in situ hybridization
receptor-ligand
binding assays
metabolic tracer experiments
DNA arrays
biochips

high resolution, real-time quantitative autoradiography with multiple label option

Finally a digital solution to micro autoradiography:

µ imager is fast , precise and easy to operate

Accurate analysis of labeled molecules in tissue sections and other applications

Dual Labelling based on Half-life USEFUL WITH NUC MED TRACERS




	Biospace µ imager high resolution, real-time quantitative autoradiography with multiple label option


	Finally a digital solution to micro autoradiography: µ imager is 50 times faster than film with tritium labeled samples, allows precise quantitation, and boasts a 15 ìm resolution unsurpassed by any other non film technique. µ imager is fast , precise and easy to operate no complex techniques or procedures are required 15 µm spatial resolution opens new fields for digital micro autoradiography real-time display and list mode data file storage avoid risk of under or over exposure image registration is available using either direct white light sample illumination or image import from microscope an exclusive patent allows simultaneous imaging and discrimination of multiple emitters precise quantitation can be performed even at very short acquisition times Accurate analysis of labeled molecules in tissue sections and other applications ex vivo positron and gamma emitter imaging in situ hybridization receptor-ligand binding assays metabolic tracer experiments DNA arrays biochips
	Dual Labelling based on Half-life USEFUL WITH NUC MED TRACERS The example here is dual labelling of 99mTc (6h, 2keV, 15 keV and IC) from 201Tl (3d, 20 keV,30 keV and IC) in a rat heart after 201Tl reperfused ischemia (201Tl = green; N-NOET 99mTc = red)