Also found in: Wikipedia.
TIRFTransmucosal Immediate-Release Fentanyl (medicine)
TIRFTraffic Injury Research Foundation
TIRFThe International Research Foundation for English Language Education (Ann Arbor, MI)
TIRFTotal Internal Reflection Fluorescent (microscopy)
TIRFTotal Internal Reflectance Fluorimetry (biomedical technology)
TIRFTransmittal/Information Request Form (US NASA)
TIRFThe Indian Rafting Foundation
References in periodicals archive ?
Under the experiment for monitoring the nanoparticles-cell membrane interaction process in TIRF, a CO2 incubation system for microscopes (Olympus MIU-IBC) is mounted on the stage of the inverted microscope and the live images are captured by the EMCCD camera (iXon3 885, Andor) with fast speed and high contrast.
The TIRF tracking mechanism costs are recovered as a component of Columbia's Local Distribution Adjustment Clause mechanism.
The TIRF REMS covers Abstral (fentanyl) sublingual tablet, Actiq (fentanyl citrate) oral transmucosal lozenge and its generic equivalents, Fentora (fentanyl citrate) buccal tablet, Lazanda (fentanyl) nasal spray, and Onsolis (fentanyl) buccal soluble film.
This is the first major advancement in TIRF microscopy to come about in several years," said Paul Goodwin, Director of Advanced Applications at Applied Precision.
6, enabling the fluid cell to be mounted on our TIRF microscope.
TIRF Technologies - portable biosensors for detecting bioterrorism agents, Pennsylvania, USA.
For TIRF image recording, the microscope platform comes with the CELL^M/^R imaging system, which includes a high-sensitivity CCD camera.
Anheuser-Busch has made support of TIRF a comerstone of its efforts in reducing drunk driving.
The TIRF machine has a single measuring station centered over a stainless steel belt.
Dual TIRF (myosin regulatory light chain-green fluorescent protein; MRLC-GFP) and widefield (mCherry-[alpha]-tubulin) images were acquired at 1-min intervals.
Suited for use with TIRF and other advanced applications, the system uses a Class 1 785-nm laser diode to locate either the water/glass interface (for oil- or water-immersion objectives) or the air/glass interface (for non-immersion lenses).
PFS was designed to maintain a crisp image even when reagents are used with high numerical aperture objectives and when techniques such as TIRF are employed.