Examples of using Biosensor in English and their translations into Russian
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Official
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Colloquial
Biosensors and Bioelectronics.
Spin electronics, sensors, biosensors, quantum generators.
Optical biosensors are particularly useful in the clinical laboratory.
We are also working at the projects relating to worn biosensors development, etc.
Fire up the biosensor, let's see if we can tap into it.
However, here the focus is on one special type of sensor, the biosensor.
Assay Method: Electrochemical biosensor 3 Sample Size: 1 uL 4 Operating Temp.
His lab largely focuses on fluorescent proteins and biosensors.
X-ray equipment, police biosensors and manual inspections shall be used.
Biosensor analysis of interaction of potential dimerization inhibitors with HIV-1 protease.
Reasonable prospects of application of biosensors for modern diagnostic devices.
Biosensors are used to detect what the user wants to do or their intentions and motions.
A canary in a cage, as used by miners to warn of gas,could be considered a biosensor.
Keywords: optical biosensor; surface plasmon resonance; intermolecular interactions.
A widely used research tool, the micro-array,can also be considered a biosensor.
Many optical biosensors are based on the phenomenon of surface plasmon resonance(SPR) techniques.
Such checks shall be carried out with metal detectors, x-rays and,depending on the degree of the threat, biosensors.
There are three sets of such techniques: biosensors, nucleic acid analysis and mass spectrometry analysis.
BioSensor company develops and sells a fingerprint scanner based on flexible electronics technology.
Currently available glucometers based on their technologies are divided into two large groups: biosensor technologies and photometric glucometers.
Fluorescent proteins and biosensors based on them will be the key investigative tools in this project.
The laboratory develops microscopic containers;multilayer thin films; biosensors and artificial multicellular systems.
Furthermore, comparison of results of biosensor determination and control methods was performed, and high degree of correlation between them was achieved.
The approaches to nanomedicine range from the medical use of nanomaterials, to nanoelectronic biosensors, and even possible future applications of molecular nanotechnology.
The major advantage of biosensors over conventional sensors is that they yield results more quickly, can be more sensitive and are more selective.
The IoT Hub booth presented 13 different projects: a smart dumbbell,a smart home design, a biosensor, a smart decoration, a posture control gadget, a simulator for video games and others.
This biosensor actually is a biomolecular assembly involved in physiological functions, such as smell and taste, and in metabolic and neural biochemical pathways.
Present knowledge of the technology of optical biosensors based on the effect of surface plasmon resonance(SPR) is presented.
The method arose from attempts to use DNA hairpins as"fuel" for DNA machines, but Dirks and Pierce realized that they could instead beused for signal amplification, and when used in conjunction with an aptamer, as a biosensor.
The same approach is applied for drug delivery carriers and biosensors imaging by MRI, OCT and photoacoustics using magnetite and gold nanoparticles as contrast agents, respectively.