Ontogenesis of pyruvate kinase in the brain and liver tissues of the rat

L'étude ontogénétique de la pyruvate kinase du cerveau et du foie a été effectuée sur différents lots de rats, depuis le fœtus du 13 e jour de la gestation jusqu'au sujet adulte. u — D'après l'étude cinétique, le profil sigmoïde de la courbe d'activité (en fonction de la con...

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Published inBiochimie Vol. 60; no. 11; pp. 1253 - 1260
Main Authors Gali, Paule, Bourdin, Monique
Format Journal Article
LanguageEnglish
Published France Elsevier Masson SAS 01.01.1978
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Online AccessGet full text
ISSN0300-9084
1638-6183
DOI10.1016/S0300-9084(79)80442-3

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Abstract L'étude ontogénétique de la pyruvate kinase du cerveau et du foie a été effectuée sur différents lots de rats, depuis le fœtus du 13 e jour de la gestation jusqu'au sujet adulte. u — D'après l'étude cinétique, le profil sigmoïde de la courbe d'activité (en fonction de la concentration du substrat) se transforme depuis le 13 e jour de la vie fœtale en courbe hyperbolique à l'âge adulte, et cela pour le cerveau. Le coefficient de Hill croît en fonction de l'âge de l'animal pour le tissu hépatique. — D'après l'électrofocalisation en gel de polyacrylamide, une famille de quatre bandes, transitoires ou définitives, est décelée dans le cerveau fœtal, bien définies par leur pHi: M 4, M 3, M 2, M 1; à l'état adulte M 1 prédomine; M 2 est mineure. — dans le foie trois bandes principales sont mises en évidence: deux caractérisent l'état fœtal: Lf et M 2; une est typique de l'état adulte: L. — D'après les tests immunochimiques des déterminants antigéniques communs existent entre M 1, M 2, M 3, M 4. La confrontation des deux premières méthodes permet d'affirmer que la cinétique, sinon la fonction, de l'enzyme varie suivant l'âge de l'animal et est liée à la structure moléculaire. Quant à la troisième méthode, elle permet de souligner la précocité d'apparition de déterminants antigéniques communs, contemporains de formes enzymatiques immatures. La signification des modifications cinétiques comme la succession dans un ordre déterminé des isozymes du type M sont discutées et permettent d'évoquer la création, in vivo, d'hybrides. The ontogenetic study of pyruvate kinase in the brain and liver tissues was performed in different batches of rats, from the fœtus at the 13th day of gestation to the adult subject. u — According to the kinetic study, the shape of the curve is transformed from sigmoid to hyperbolic from the 13th day of fœtal life to adulthood in the brain. Hill cœfficient increases with the age of animal in the liver tissue. — According to polyacrylamide gel isoelectrofocusing, a family of four, transitory or definite bands are detected in the fœtal brain: they are well defined by their pHi: M 4, M 3, M 2, M 1; at the adult stage, M 1 predominates, M 2 is minor. Three principal bands are distinguished in the liver: two are characteristic of fœtal life (Lf and M 2), one of adulthood (L). — According to the immunochemical tests, there are antigenic determinants common to M 1, M 2, M 3 and M 4. The confrontation of the first two methods prompts the conclusion that the kinetic of the enzyme (and perhaps its function) varies with the animals age and is linked to its molecular structure. With the third method, it allows to stress the precociousness of the appearance of the common antigenic determinants, simultaneously with immature enzymatic forms. The signification of the kinetic modifications as well as the succession of the isozymes of the M type in a determined order are discussed and the in vivo formation of hybrids is suggested.
AbstractList The ontogenetic study of pyruvate kinase in the brain and liver tissues was performed in different batches of rats, from the foetus at the 13th day of gestation to the adult subject. -- According to the kinetic study, the shape of the curve is transformed from sigmoid to hyperbolic from the 13th day of foetal life to adulthood in the brain. Hill coefficient increases with the age of animal in the liver tissue. -- According to polyacrylamide gel isoelectrofocusing, a family of four, transitory or definite bands are detected in the foetal brain : they are well defined by their pHi : M4, M3, M2, M1 ; at the adult stage, M1 predominates, M2 is minor. Threee principal bands are distinguished in the liver : two are characteristic of foetal life (Lf and M2), one of adulthood (L). -- According to the immunochemical tests, there are antigenic determinants common to M1, M2, M3 and M4. The confrontation of the first two methods prompts the conclusion that the kinetic of the enzyme (and perhaps its function) varies with the animals age and is linked to its molecular structure. With the third method, it allows to stress the precociousness of the appearance of the common antigenic determinants, simultaneously with immature enzymatic forms. The signification of the kinetic modifications as well as the succession of the isozymes of the M type in a determined order are discussed and the in vivo formation of hydbrids is suggested.The ontogenetic study of pyruvate kinase in the brain and liver tissues was performed in different batches of rats, from the foetus at the 13th day of gestation to the adult subject. -- According to the kinetic study, the shape of the curve is transformed from sigmoid to hyperbolic from the 13th day of foetal life to adulthood in the brain. Hill coefficient increases with the age of animal in the liver tissue. -- According to polyacrylamide gel isoelectrofocusing, a family of four, transitory or definite bands are detected in the foetal brain : they are well defined by their pHi : M4, M3, M2, M1 ; at the adult stage, M1 predominates, M2 is minor. Threee principal bands are distinguished in the liver : two are characteristic of foetal life (Lf and M2), one of adulthood (L). -- According to the immunochemical tests, there are antigenic determinants common to M1, M2, M3 and M4. The confrontation of the first two methods prompts the conclusion that the kinetic of the enzyme (and perhaps its function) varies with the animals age and is linked to its molecular structure. With the third method, it allows to stress the precociousness of the appearance of the common antigenic determinants, simultaneously with immature enzymatic forms. The signification of the kinetic modifications as well as the succession of the isozymes of the M type in a determined order are discussed and the in vivo formation of hydbrids is suggested.
L'étude ontogénétique de la pyruvate kinase du cerveau et du foie a été effectuée sur différents lots de rats, depuis le fœtus du 13 e jour de la gestation jusqu'au sujet adulte. u — D'après l'étude cinétique, le profil sigmoïde de la courbe d'activité (en fonction de la concentration du substrat) se transforme depuis le 13 e jour de la vie fœtale en courbe hyperbolique à l'âge adulte, et cela pour le cerveau. Le coefficient de Hill croît en fonction de l'âge de l'animal pour le tissu hépatique. — D'après l'électrofocalisation en gel de polyacrylamide, une famille de quatre bandes, transitoires ou définitives, est décelée dans le cerveau fœtal, bien définies par leur pHi: M 4, M 3, M 2, M 1; à l'état adulte M 1 prédomine; M 2 est mineure. — dans le foie trois bandes principales sont mises en évidence: deux caractérisent l'état fœtal: Lf et M 2; une est typique de l'état adulte: L. — D'après les tests immunochimiques des déterminants antigéniques communs existent entre M 1, M 2, M 3, M 4. La confrontation des deux premières méthodes permet d'affirmer que la cinétique, sinon la fonction, de l'enzyme varie suivant l'âge de l'animal et est liée à la structure moléculaire. Quant à la troisième méthode, elle permet de souligner la précocité d'apparition de déterminants antigéniques communs, contemporains de formes enzymatiques immatures. La signification des modifications cinétiques comme la succession dans un ordre déterminé des isozymes du type M sont discutées et permettent d'évoquer la création, in vivo, d'hybrides. The ontogenetic study of pyruvate kinase in the brain and liver tissues was performed in different batches of rats, from the fœtus at the 13th day of gestation to the adult subject. u — According to the kinetic study, the shape of the curve is transformed from sigmoid to hyperbolic from the 13th day of fœtal life to adulthood in the brain. Hill cœfficient increases with the age of animal in the liver tissue. — According to polyacrylamide gel isoelectrofocusing, a family of four, transitory or definite bands are detected in the fœtal brain: they are well defined by their pHi: M 4, M 3, M 2, M 1; at the adult stage, M 1 predominates, M 2 is minor. Three principal bands are distinguished in the liver: two are characteristic of fœtal life (Lf and M 2), one of adulthood (L). — According to the immunochemical tests, there are antigenic determinants common to M 1, M 2, M 3 and M 4. The confrontation of the first two methods prompts the conclusion that the kinetic of the enzyme (and perhaps its function) varies with the animals age and is linked to its molecular structure. With the third method, it allows to stress the precociousness of the appearance of the common antigenic determinants, simultaneously with immature enzymatic forms. The signification of the kinetic modifications as well as the succession of the isozymes of the M type in a determined order are discussed and the in vivo formation of hybrids is suggested.
The ontogenetic study of pyruvate kinase in the brain and liver tissues was performed in different batches of rats, from the foetus at the 13th day of gestation to the adult subject. -- According to the kinetic study, the shape of the curve is transformed from sigmoid to hyperbolic from the 13th day of foetal life to adulthood in the brain. Hill coefficient increases with the age of animal in the liver tissue. -- According to polyacrylamide gel isoelectrofocusing, a family of four, transitory or definite bands are detected in the foetal brain : they are well defined by their pHi : M4, M3, M2, M1 ; at the adult stage, M1 predominates, M2 is minor. Threee principal bands are distinguished in the liver : two are characteristic of foetal life (Lf and M2), one of adulthood (L). -- According to the immunochemical tests, there are antigenic determinants common to M1, M2, M3 and M4. The confrontation of the first two methods prompts the conclusion that the kinetic of the enzyme (and perhaps its function) varies with the animals age and is linked to its molecular structure. With the third method, it allows to stress the precociousness of the appearance of the common antigenic determinants, simultaneously with immature enzymatic forms. The signification of the kinetic modifications as well as the succession of the isozymes of the M type in a determined order are discussed and the in vivo formation of hydbrids is suggested.
Author Gali, Paule
Bourdin, Monique
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Snippet L'étude ontogénétique de la pyruvate kinase du cerveau et du foie a été effectuée sur différents lots de rats, depuis le fœtus du 13 e jour de la gestation...
The ontogenetic study of pyruvate kinase in the brain and liver tissues was performed in different batches of rats, from the foetus at the 13th day of...
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StartPage 1253
SubjectTerms Animals
Brain - enzymology
Epitopes
Fetus - enzymology
Immunologic Techniques
Isoelectric Focusing
Kinetics
Liver - enzymology
Pyruvate Kinase - analysis
Pyruvate Kinase - immunology
Pyruvate Kinase - metabolism
Rats
Title Ontogenesis of pyruvate kinase in the brain and liver tissues of the rat
URI https://dx.doi.org/10.1016/S0300-9084(79)80442-3
https://www.ncbi.nlm.nih.gov/pubmed/88961
https://www.proquest.com/docview/74389622
Volume 60
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