phenotyping

The phenotype microarray approach is a technology used for high-throughput phenotyping of cells.

Phenotyping of cytomegalovirus drug resistance mutations by using recombinant viruses incorporating a reporter gene.

And the messenger RNA phenotyping can determine not only which substances are made by the cell, but also how much of each is made.

High-throughput ionomic phenotyping has created the need for data management systems to collect, organize and share the collected data with researchers worldwide.

BSA is dependent on accurate phenotyping and the DH population has particular advantage in that they are true breeding and can be tested repeatedly.

Verifying Concordance and Discordance The goal of Phase II is to confirm that phenotyping of siblings is accurate.

In contrast, the case-control approach allows prospective phenotyping of all subjects at the time of onset of stroke, which may be more reliable than retrospective phenotyping.

The Fat Bank is a strategic platform of the CIBERobn which offers the Scientific Community different kinds of biological material which are associated to thorough metabolic phenotyping.

EUMODIC has developed a selection of these screens, called EMPReSSslim, to enable comprehensive, high throughput, primary phenotyping of large numbers of mice.

The institute plans to use a $14.9 million stimulus grant to create "The Integrative Phenotyping Center for Neuropsychiatry", a new interdisciplinary research center focused on the role of genetic and environmental factors in neuropsychiatric and behavioral disorders.

Since knockout mice are the litmus test for physiological mechanistic theories and since this requires proper pathological phenotyping, Rod Bronson has made major contributions to a wide swaves of biology, including aging, glioblastoma, neuroscience and others.

Extensive phenotyping of the patients with analysis of blood and fluid samples, clinical psychopathology and neuropsychological testing, neurophysiological methods, neuroimaging techniques, and protein and gene analyses form the basis to investigate the causation of complex psychiatric and neurological diseases.

Tetramer assays are used for single-cell phenotyping and cell counting, and offer an important advantage over other methods, such as ELISPOT and single-cell PCR because they enable the recovery and further study of sorted cells.

His research interests include animal learning and memory, brain mechanisms of memory storage, animal models of psychosis, attentional deficits in schizophrenia, Functional Magnetic Resonance Imaging (FMRI) studies of pain in humans and behavioural phenotyping of genetically modified mice.