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C. Markert (1968)
THE MOLECULAR BASIS FOR ISOZYMESAnnals of the New York Academy of Sciences, 151
(1969)
Eed cell acid phosphatase . Phosphoglucornutase and rtdenylatc kiriase
(1968)
Erythrocyte and leukocyte phosphoglucomutnso
Dawson Dm (1968)
Isoenzymes of phosphoglucomutase.Neurology, 18
Lie-Injo Eng, C. Lopez, Poey-Oey Giok (1968)
Erythrocyte and leukocyte phosphoglucomutase in Chinese.American journal of human genetics, 20 2
Modiano Modiano, Santolomazza Santolomazza, Gigliani Gigliani, Scozzari Scozzari, Terrenato Terrenato (1968)
Studi quantitative e popolazionistici sulla fosfoglucomutasi e sulla adenilatoohinasi eritrocitarieAtti Ass. Genet., 13
D. Hopkinson, H. Harris (1965)
Evidence for a Second ‘Structural’ Locus determining Human PhosphoglucomutaseNature, 208
J. Parrington, Gillian Cruickshank, D. Hopkinson, E. Robson, H. Harris (1968)
Linkage relationships between the three phosphoglucomutase loci PGM1, PGM2 and PGM3Annals of Human Genetics, 32
(1968)
Aldolase variants: structurc and physiological significance
D. Hopkinson, H. Harris (1966)
Rare phosphoglucomutase phenotypesAnnals of Human Genetics, 30
(1968)
Erythrocyte and leukocyte phosphoglucomutnso in Chinese . A m
E. Monn (2009)
Relation between blood cell phosphoglucomutase isoenzymes and age of cell population.Scandinavian journal of haematology, 6 2
N. Spencer, D. Hopkinson, H. Harris (1964)
Phosphoglucomutase Polymorphism in ManNature, 204
(1970)
Thermostability studies on the isoenzymcs of human phosphoglucomutase
P. McAlpine, D. Hopkinson, H. Harris (1970)
Thermostability studies on the isozymes of human phosphoglucomutaseAnnals of Human Genetics, 34
D. Dawson, A. Mitchell (1969)
The isoenzymes of phosphoglucomutase.Biochemistry, 8 2
(1969)
Eed cell acid phosphatase
(1966)
Methode d ’ electrophorese dans des gels d ’ acrylamide - agarose
L. Lamm (2009)
Detection of the third phosphoglucomutase locus (PGM3) in human leucocytes.Hereditas, 61 1
D. Hopkinson, H. Harris (1968)
A third phosphoǵlucomutase locus in manAnnals of Human Genetics, 31
William Rutter, T. Rajkumar, Edward Penhoet, M. Kochman, R. Valentine (1968)
ALDOLASE VARIANTS: STRUCTURE AND PHYSIOLOGICAL SIGNIFICANCE *Annals of the New York Academy of Sciences, 151
(1969)
Data cited by E
SUMMARY 1. The isozymes attributable to the three phosphoglucomutase loci, PGM1;PGM2 and PGM3, have been separated by agarose‐acrylamide gel electrophoresis and their relative activities have been measured in a range of human tissues. 2. In most tissues except red cells and fibroblasts, 85–95 % of the total PGM activity is determined by the PGM1 locus, 2–15 % is contributed by the PGM2 locus and 1–2 % is determined by the third locus PGM3. 3. In fibroblasts the PGM3 isozymes are relatively much more active and account for nearly 7 % of the total PGM activity. 4. In red cells approximately equal amounts of the PGM1 and PGM2 isozymes occur but no PGM3 isozymes are found. 5. The atypical PGM isozyme pattern observed in red cells is probably a reflexion of in vivo stability differences between the three forms of PGM. In other tissues the PGM isozyme patterns are probably consequent upon differences in rates of synthesis or differences in the specific activities of the gene products.
Annals of Human Genetics – Wiley
Published: Oct 1, 1970
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