In this research isoenzymatic activity of Catechol oxidase (CO), Esterase (EST) and Peroxidase(PER) was studied in young leaves of 29 Turkish grape cultivars. Catechol oxidase, peroxidase and esterase isoenzyme banding patterns of 29 cultivars made it possible to distinguish between 29 Turkish grape cultivars. It was conculuded that all of the three enzyme systems provided the most usefull data as it was possible to distinguish all 29 grape cultivars
A total of 35 grape accessions and 3 reference cultivars were used to investigate the genetic polymo...
The germplasm of grapevines possesses a great degree of variability and can be divided into geograph...
Several studies carried out at Davis and Conegliano showed that isozyme analysis of the GPI and PGM ...
Isoelectric focusing is an effective and well reproducible method to provide information for identif...
The isolation of active cytoplasmatic enzymes has been simplified and improved. Employing this techn...
61 tunisian autochton grapevine varieties have been collected for biochemical identification. Isozym...
The aim or our experiments was to verify the existence of a genetically interpretable molecular poly...
Enzymatically active proteins have been isolated from the phloem of internodes of 71 Vitis species a...
Isozyme analysis is one of the means suitable to characterize clonally propagated cultivars. Isoelec...
Electrophoresis was employed as the method of study for the characterisation of Vitis vinifera varie...
© 2022, The Author(s), under exclusive licence to Springer Nature B.V.Türkiye is considered the int...
Dans le but de compléter la méthode biochimique de détermination de l'affinité entre Vitis vinifera ...
Inheritance and variation of glucosephosphate isomerase (GPI) and phosphoglu - comutase (PGM) isozym...
25 autochthonous grapevine cultivars from Northeast Anatolia in Turkey together with two well-known ...
The gaining of new knowledge about varietal differences in grapevines can be useful for the designin...
A total of 35 grape accessions and 3 reference cultivars were used to investigate the genetic polymo...
The germplasm of grapevines possesses a great degree of variability and can be divided into geograph...
Several studies carried out at Davis and Conegliano showed that isozyme analysis of the GPI and PGM ...
Isoelectric focusing is an effective and well reproducible method to provide information for identif...
The isolation of active cytoplasmatic enzymes has been simplified and improved. Employing this techn...
61 tunisian autochton grapevine varieties have been collected for biochemical identification. Isozym...
The aim or our experiments was to verify the existence of a genetically interpretable molecular poly...
Enzymatically active proteins have been isolated from the phloem of internodes of 71 Vitis species a...
Isozyme analysis is one of the means suitable to characterize clonally propagated cultivars. Isoelec...
Electrophoresis was employed as the method of study for the characterisation of Vitis vinifera varie...
© 2022, The Author(s), under exclusive licence to Springer Nature B.V.Türkiye is considered the int...
Dans le but de compléter la méthode biochimique de détermination de l'affinité entre Vitis vinifera ...
Inheritance and variation of glucosephosphate isomerase (GPI) and phosphoglu - comutase (PGM) isozym...
25 autochthonous grapevine cultivars from Northeast Anatolia in Turkey together with two well-known ...
The gaining of new knowledge about varietal differences in grapevines can be useful for the designin...
A total of 35 grape accessions and 3 reference cultivars were used to investigate the genetic polymo...
The germplasm of grapevines possesses a great degree of variability and can be divided into geograph...
Several studies carried out at Davis and Conegliano showed that isozyme analysis of the GPI and PGM ...