... workers of the German Cancer Research Center, jointly with colleagues from the University of Heidelberg.
The biosensor specifically measures the oxidation state of glutathione. This is an important ...
... stenosis observed in the two patient groups, but there was a non-significant trend favoring the Biosensors stent.
"The results from LEADERS are very significant as they demonstrate for the first ...
... out of approximately 1,000 compounds screened."
While the photonic crystal biosensor was demonstrated only for protein-DNA interactions, analogous experiments with protein-RNA interactions, and ...
... the University of Illinois have developed a new class of disposable, microplate-based optical biosensors capable of detecting protein-DNA interactions. Based on the properties of photonic crystals, ...
Chalmers researcher Andreas Dahlin has developed a biosensor with an artificial membrane, which means that membrane-bound proteins can retain their natural structure and function. The method ...
Justin Gooding, Till Böcking and Kris Kilian of the University of New South Wales discuss how surface chemistry lets porous silicon biosensors fulfil their promise
... the presence of glucose and oxygen, generating an electrical signal.
The same system could be used in biosensors to detect other types of molecules for medicine and scientific research.
"If we can ...
... to approximately the size of a shoebox).
Ultimately, the success of the NRL's magnetoelectronic biosensor depends on the performance of the microbead label assays whose continued development is ...
... in research, medical diagnosis and treatment, aptamers are also interesting as a basis for biosensors for use in environmental analysis because their characteristics enable them to identify and bind ...
Engineering researchers at the University of Arkansas have fabricated and tested a unique biosensor that measures concentrations of potassium and hydrogen ions in the human heart with high specificity ...
(PhysOrg.com) -- Scientists in Indiana are reporting development of a new biosensor for use in a faster, more sensitive test for detecting the deadliest strain of Listeria food poisoning bacteria. ...
Scientists in Indiana are reporting development of a new biosensor for use in a faster, more sensitive test for detecting the deadliest strain of Listeria food poisoning bacteria. That microbe causes ...
Scientists in Indiana are reporting development of a new biosensor for use in a faster, more sensitive test for detecting the deadliest strain of Listeria food poisoning bacteria. That microbe causes ...
... to detect extremely low concentrations of the typhus-inducing Salmonella typhi by using a biosensor, which is based on electrochemical measurements by means of carbon nanotubes equipped with aptamers ...
... nanotubes generate an electric signal that is picked up by a simple potentiometer connected to the biosensor.
"The presence of the bacteria sparks a change in the interaction between the aptamers and ...
