Übersetzung für "Genetic mapping" in Deutsch

Her first research work was in a medical research laboratory for the implementation of genetic mapping.

That's what we discovered through this kind of genetic mapping.

Scientists' success in deciphering the human genome, the three billion letters of the DNA code that describe a person's unique genetic mapping, has led to a marked increase in demand for genetic testing as a medical diagnostic aid.

They can therefore be used for DNA fingerprinting, species identification, relationship or similarity studies, characterization of cytological lines, such as deletion lines, substitution lines, addition lines, etc. and all forms of genetic mapping, including mapping of individual genes and quantitative trait analysis features (QTLs).

They can therefore be used for DNA fingerprinting, species identification, relationship or similarity studies, characterization of cytological lines, such as deletion lines, substitution lines, addition lines, etc. and all forms of genetic mappings, including mapping of individual genes and quantitative distinguishing features (QTLs).

Advances in gene cloning and mapping, genetic screening technology, reproductive biology, seed physiology, transgene expression, disease resistance strategies, altogether put to the service of plant breeding, or genetic diversity surveys:

Genetic and physical mapping will be very useful in selecting animals for the traits under multiple gene control (quantitative trait loci or QTL).

According to a recent study mapping genetic mutations in 2,000 tumors, breast cancer can actually be divided into ten subgroups.

Genetic mapping is now revolutionizing taxonomy and we are able to show with greater accuracy the family tree of each species.

Experts in genomics strive to determine complete DNA sequences and perform genetic mapping to help understand the disease.

Using the genetic mapping function that fits best to the bovine genome, the genetic distance will be determined.

So far, the genetic mapping has shown that, on average, each person is host to more than 500 different microbial species, with each person having a unique combination of microbes.

The UCLA researchers are also applying this new genetic brain mapping approach to relatives of schizophrenic patients and individuals at genetic risk for Alzheimer's disease to screen them for early brain changes and help understand familial risk for inherited brain disorders where specific risk genes are unknown.

The identification of the RZ-3 resistance gene took place over the course of a map-based cloning process, which required intensive genetic mapping and fine-mapping of the target region in which the RZ-3 resistance gene was initially suspected.

The project has involved more than 200 scientists teaming up to perform genetic mapping of the microbiome across almost 300 young, healthy people.

The UCLA researchers are also applying this new genetic brain mapping approach to relatives of schizophrenic patients and individuals at genetic risk for Alzheimer’s disease to screen them for early brain changes and help understand familial risk for inherited brain disorders where specific risk genes are unknown.

The first steps of building a genetic map are the development of genetic markers and a mapping population.

Deciphering the Genetic Map of Love:

Genetic maps can be created by linking them to traits of interest.

The researchers infiltrate genetic maps for variants of a natural enzyme into the single-celled organisms.

Detailed genetic maps and methods for genetic analysis in C. elegans are available.

With the recovery of the Apple, we are now in possession of the complete genetic road map to humanity's instincts.

Topics will include: Molecular genetic maps, Development and morphogenesis, Resistance to stress and pathogens, Metabolisms, Gene expression.

Projects on farm animal diversity will have to use clear and well defined methodologies, using for example an already established genetic map and corresponding markers.

Molecular genetic maps are required in order to locate and select for genes of agricultural importance, as well as QTLs (quantitative trait loci) supporting useful phenotypes.

The straightforward completion of species-specific genetic maps, the actual use of biotechnological kits in crop production and protection, the modification of metabolic pathways towards overproduction, the design of crops incorporating specific genetic constructs altogether correspond to deliberate applications of biotechnology in a plant breeding or in a plant production scheme.

Coordinated provision of specialised databases (tRNA, rRNA, ALU sequences, promoters, restriction enzymes libraries, taxonomie sequence databases, genetic maps, etc.) ensuring cross reference with main sequence databases (nucleotide and protein) and common access methods;