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Genotype genotyping

Location Position Allele Effect Allelic frequency m Genotype Genotype frequency m Reference... [Pg.166]

HCV genotype The response rate to interferon therapy depends on the prevalent genotype. Genotypes 1 and 4 (but also 5, 6) show a poorer response to IFN than genotypes 2 and 3. The genotype reveals no relationship to the RNA litre or to histology. A change of type 1 to type 3 was also noted, (s. tab. 34.10)... [Pg.706]

Prolonged paralysis can result from idiosyncrasy, overdose, or reduced or abnormal plasma cholinesterase activity. There are geographical and racial differences in sensitivity to suxamethonium (SEDA-6, 129) (95,96) some of these differences arise from dietary and other environmental factors and others result from variations in plasma cholinesterase genotypes. Genotypically normal patients may be paralysed by a usual (1 mg/kg) dose of suxamethonium for as short a time as 2 minutes or (rarely) as long as 20 minutes, and the duration in general inversely reflects plasma cholinesterase activity (97). [Pg.3258]

Plant Number of studied genotypes Responded genotypes (%) Genotypes with superior response (%) Regenerated Genotypes (%) Reference... [Pg.303]

Adult Japanese (N=101) without occupational exposure Mean PbB = 3.4 Relationship of PbB and biochemical measures to genotype Genotype 1-2/2-2 individuals had higher PbB levels but no statistically significant differences in other laboratory measures Miyaki et al. (2009)... [Pg.616]

A mutation may be associated with a change in a biological trait(s) called phenotype. [The genetic trait giving rise to the phenotype is called genotype. Genotypes are described using italic type, e.g., lac, whereas the phenotypes, which are described by the same terms, are not italicized but the first letter is capitalized. [Pg.14]

Because adraiaistratioa of GRF is presumed to act through the same mechanisms iavolved ia ST mediatioa of metaboHsm and tissue growth, similar iateractions with gender, genotype, and nutritional status are expected. [Pg.413]

On ornamental plants CCC is appHed to a2aleas, geraniums, and hibiscus (Hibiscus sp] to make compact plants, and to poinsettias to reduce stem height and increase the red color of the bracts. A considerable amount of work has been carried out on cereals with CCC to reduce stem length and inhibit lodging. In Europe, the effect of CCC on shortening the culms of cereals is dependent upon the genotype. It has been demonstrated that the effect is as follows wheat > triticale > durum wheat > rye > oats > barley > corn = millet = rice (37). In barley, culms are initially inhibited but later the plant overcomes the inhibition (37). This has been attributed to poor assimilation, translocation, and rapid breakdown in wheat (38). [Pg.424]

W. Huber, S. Steiger, and co-workers, "A Pilot Study of Genotyping of MSAl and 2 During a Trial of Spf66 Vaccine in Tenzania," in Ref. 92. [Pg.363]

The two major types of genotypic sex determination, the mammalian and the avian types, can be referred to as XX/XY or ZZ/ZW, respectively. In animals expressing the XX/XY system, the male is the heterogametic sex (XY) while the female is homogametic (XX). The avian equivalent to the Y-chromosome of mammals is designated by the letter W, and the X-chromosome denoted by the... [Pg.63]

Genotype, the pattern of genes inherited by an individual. The makeup of a biological target due to coding of the gene for that target. [Pg.279]

Gastrointestinal tract disorders, 7-8 Gaussian distribution, 16, 225-226 Genotypes, 2 Gibbs free energy, 14... [Pg.296]

Allele variant forms oftheDNA sequence at a specified locus. For example, alleles at a single-nucleotide polymorphism (SNP) are characterized by the nucleotide that is changing. The combination of two alleles at a locus constitutes a genotype. [Pg.58]

A co-dominant is a heritable trait in which both alleles of a polymoiphism are expressed and are reflected in the phenotype. The phenotype of heterozygous carriers is in between the phenotypes of the two homozygous genotypes. [Pg.380]


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See also in sourсe #XX -- [ Pg.5 , Pg.45 ]




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ACE DD genotype

ALOX5 genotype

APC Genotyping in Human Subjects

APC Genotyping in Min Mice

Analysis genotype

ApoE, genotype

Apolipoprotein E (ApoE) Genotype

Apolipoprotein genotyping

Applied Biosystems genotyper

Bacteria genotyping

Barley waxy genotypes

Based Genotyping

CCR5)32 genotype

CYP2C19, genotypic differences

CYP2D6 genotype

Carotenoids genotypes

Case Study of F. vesiculosus in the Eutrophic Northern Baltic Sea Genotypically Variable, Plastic Phlorotannins as Chemical Defenses

Clinical genotyping

Clostridium difficile genotypes

Coefficient of genotypic variation

Echinococcus genotype

Encoding the Molecular Genotype

Environment-genotype interaction

Escherichia coli genotyping

Favorable genotypes

GST genotype

GSTM1 genotype

Genetic algorithms genotypes

Genotype

Genotype

Genotype distribution

Genotype odds ratio

Genotype tests

Genotype variation

Genotype x environment interactions

Genotype, and phenotype

Genotype, leukemia cell

Genotype, molecular

Genotype-phenotype correlation

Genotype-phenotype coupling systems

Genotype-phenotype interaction

Genotype-phenotype linkages

Genotype-phenotype mapping

Genotyper analysis

Genotyper analysis data comparison

Genotypes phenotypes

Genotypic

Genotypic

Genotypic analysis

Genotypic cellular markers

Genotypic detection method

Genotypic differences

Genotypic method

Genotypic sex

Genotypic subgroups

Genotypically Unstable Mutants

Genotyping

Genotyping

Genotyping Genetic Pre-Disposition, and Heterogeneity

Genotyping Invader® Method

Genotyping Platforms

Genotyping RFLP)

Genotyping applications

Genotyping approaches

Genotyping assay selection

Genotyping chromatography,

Genotyping costs

Genotyping hybridization-based

Genotyping linking phenotype

Genotyping liquid chromatography

Genotyping microbial

Genotyping microsatellites

Genotyping minisequencing

Genotyping multilocus

Genotyping nucleotide polymorphisms

Genotyping patients

Genotyping polymerase chain reaction amplification

Genotyping polymorphism

Genotyping pyrosequencing

Genotyping repeats

Genotyping simple sequence repeats

Genotyping single base primer extension

Genotyping single nucleotide

Genotyping-by-sequencing

Hepatitis genotypes

Intestinal Transporters and the Influence of Genotypes

Isozyme genotypes

Linking Genotype and Phenotype

Markers genotyped

Meat quality Genotype

Metabolic enzymes, genotype analysis

Microarrays genotyping applications

Mitochondrial genotype

New genotypes

Nutrition environment/genotype

Pharmacogenomics genotyping

Pharmacogenomics polymorphism genotyping

Phenotypic and Genotypic Diagnosis of Malignancies. Muin S.A. Tuffaha

Polymerase chain reaction-restriction fragment length polymorphism genotyping

Resistant genotypes, effect

SNP Genotyping by MALDI

SNP genotyping methods

Selection and Methods to Link Genotype with Phenotype

Single genotyping

Single-nucleotide polymorphisms genotyping

Soybean genotype, fatty acid composition

TPMT genotyping

TS genotyping

Transporters genotype analysis

Tumor genotyping

Viral genotyping

Waxy genotypes

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