|
 |
|
|
Fluorescence Amplitude Micro Oxygen Monitoring Systems
These systems were designed to determine oxygen consumption
rates (OCR) of cell suspensions or organelles as well as enzyme reactions
that consume or evolve oxygen in samples as low as 250µL. They were
designed by Instech in collaboration with Drs. Klearchos Papas and Clark
Colton of MIT.
Oxygen tension in the sample fluid is sensed fluorometrically using a fiber
optic titanium needle probe coated at the tip with a captured fluorescent
dye. Fluorescence levels are detected using a single- or two-channel monitor
which incorporates the excitation light sources, miniature spectrometers
and a high-speed A/D converter.
Please download the PDF below for complete details on the system and its
components.
U.S. Pricing
| Model |
Name |
Price |
| FO/SYS1-T250 |
Fiber optic oxygen system, single 250uL chamber |
$7202 / each |
| FO/SYS2-T250 |
Fiber optic oxygen system, dual 250uL chambers |
$11797 / each |
| FO/SYS1-T500 |
Fiber optic oxygen system, single 500uL chamber |
$7073 / each |
| FO/SYS2-T500 |
Fiber optic oxygen system, dual 500uL chambers |
$11539 / each |
| FO/SYS1-T1000 |
Fiber optic oxygen system, single 1000uL chamber |
$7073 / each |
| FO/SYS2-T1000 |
Fiber optic oxygen system, dual 1000uL chambers |
$11539 / each |
Download
 titanium micro system information [PDF]
|
