Genetic control of the major electrophoretic component of rat plasma esterase

Womack, James E.

doi:10.1093/oxfordjournals.jhered.a108219

Cited by 26 publications

(4 citation statements)

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“…Five markers (ALP-I, CS-l, ES-2, GLO-l, and HBB) were analysed after starch gelelectrophoresis (French et al, 1971;Okamoto et al, 1972;Womack, 1972;Stole et al, 1980;Yamada et al, 1981;Hedrich et al, 1987). Group-specific component, ES-l , and ES-14 were analysed after polyacrylamide gel electrophoresis in a continuous gelgradient (4'6-12070) with a suitable buffer system (Gahne et al, 1977).…”

Section: Sample Preparation and Electrophoresismentioning

confidence: 99%

Genetic variation within and between lines of diabetes-prone and non-diabetes-prone BB rats; allele distribution of 8 protein markers

1991

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SummaryTwenty-four inbred and 2 outbred lines of the BB rat have been genetically characterized by establishing the allele distribution of 8 monogenic protein markers. The marker genes are: , glyoxalase I (010-1), group specific component (Oe), and haemoglobin-,g-chain (Hbb). At least 3 linkage groups are represented by this set of markers. Genetic variation was found both within and between lines. Within-line variation was observed in 4 lines, including the 2 outbred lines. The other 22 lines could be subdivided into 4 groups, each representing a unique allele distribution pattern.

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Section: Sample Preparation and Electrophoresismentioning

confidence: 99%

Genetic variation within and between lines of diabetes-prone and non-diabetes-prone BB rats; allele distribution of 8 protein markers

1991

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“…Genetic analyses: The nomenclature of Serov (1973), Womack (1972aWomack ( , 1972bWomack ( , 1973, Gasser et al (1973), and Yamada et al (1980) is used for the esterase loci, of Mizuno and Suzuki (1978) for amylase, of French et al (1971) for hemoglobin B, of Nikaido and Yamada (1981) for male urinary protein, and of Gunther and Stark (1979) for RTJ haplotypes. Chi-squares for linkage were calculated by the method of Green (1963).…”

Section: Animalsmentioning

confidence: 99%

Genetic studies of RBC catalase in the rat (Rattus norvegicus).

Yamada

Nikaido

Kondo

1981

The Japanese journal of genetics

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A polymorphism of RBC catalases was found by starch gel electrophresis among inbred strains of rats. The slow migrating banding pattern (CS-1B) is dominant over the fast migrating banding pattern (CS-lA) and in progeny made by backcrossing F1 hybrids with CS-lA type parental strain the two types segregated 1:1. The designation Cs-i locus, with two alleles (Cs-ia, Cs-ib), is tentatively proposed. The Cs-1 locus is not linked with the linkage group (LG) I, II, IV, V, VI, VIII and the LG containing Amy-i. The Cs-jb allele is distributed among several common inbred strains of rats derived from the so-called Wistar strain in Japan and its origin is discussed.

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“…The patterns of inheritance of electrophoretic variants of esterases appear to be characteristically complex in rodents. Variation in a single zone may be under the control of several closely linked loci (Schollen et al, 1975;Semeonoff, 1972;Womack, 1972;Gasser et al, 1973), and may be hormone influenced (Womack, 1975;Gasser et al, 1973). As pointed out by Roderick et al, (1971), the genetic study of electrophoretic variants is greatly simplified where inbred strains are available.…”

Section: Esterasementioning

confidence: 99%

Inheritance studies of glucose phosphate isomerase, transferrin and esterases in the Australian hopping mice Notomys alexis, N. cervinus, N. mitchellii and N. fuscus (Rodentia: Muridae)

Baverstock

Watts

Cole

1977

Animal Blood Groups and Biochemical Genetics

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Electrophoretic variation in glucose phosphate isomerase was found in N . alexis, N . cervinus and N . fuscw. Inheritance was apparently Mendelian with two codominant alleles; heterozygotes possessed a triple-banded phenotype. High intraspecific electrophoretic variability was found in all species for transferrin. Most of the variation was attributable to variation in the number of attached moieties, probably sialic acid. In N . alexis however, a second pattern of transferrin variation was found that followed a Mendelian pattern of codominant inheritance. In all four species, considerable variability was found in three zones of esterase activity, but the pattern of inheritance was not elucidated.

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Genetic control of the major electrophoretic component of rat plasma esterase

Cited by 26 publications

References 0 publications

Genetic variation within and between lines of diabetes-prone and non-diabetes-prone BB rats; allele distribution of 8 protein markers

Genetic variation within and between lines of diabetes-prone and non-diabetes-prone BB rats; allele distribution of 8 protein markers

Genetic studies of RBC catalase in the rat (Rattus norvegicus).

Inheritance studies of glucose phosphate isomerase, transferrin and esterases in the Australian hopping mice Notomys alexis, N. cervinus, N. mitchellii and N. fuscus (Rodentia: Muridae)

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