The β-glucuronidase (GUS) gene has been successfully used as a reporter gene in innumerable number of plant species. The functional GUS gene produces blue coloration in plants upon integration into the plant genome. Because of the ease it provides to analyze the gene expression (as no expensive equipment is needed), GUS gene is surely plant biotechnologist\u27s first choice as a reporter gene. The turfgrass family contains the world\u27s most economically important horticultural crops. There is a world-wide drive for genetic modification of grasses due to its huge economic importance. GUS gene can be transiently or stably expressed in grasses for the purpose of promoter analysis and to study tissue-specific and developmental gene expression...
Knowledge of the expression pattern of genes provides a valuable insight into gene function and role...
Recombinant DNA technology is a rapidly growing field in plant and animal breeding. This technology ...
Despite being important agricultural crops, turfgrasses lack significant molecular genetic resources...
Transient expression profiles for several chimeric β-glucuronidase (GUS) gene constructs were determ...
Embryogenic callus was generated from seeds of turfgrass species (creeping bentgrass, cv. Penn A4 an...
The detailed analysis of the expression pattern of a plant gene can give important clues about its f...
In the last decade, the interest for the presence and role of endogenous GUS in plants increased, be...
A transformant of the fungal endophyte Acremonium lolii, strain Lp19, containing the gusA gene under...
Modern agriculture often employs broad-spectrum herbicides combined with herbicide-resistant crops. ...
We have established a transformation protocol for the warm season grasses, Napiergrass (Pennisetum p...
Doppmeier D, Stracke R, Lutter P, Goesmann A, Niehaus K, Weisshaar B. Using the GUS Reporter Gene fo...
A β-glucuronidase variant, GUS-TR3337, that was obtained by directed evolution exhibited higher ther...
Crop Research Division, DSIR has genetically modified the potato cultivar, Iwa, with increased resis...
A b-glucuronidase variant, GUS-TR3337, that was obtained by directed evolution exhibited higher ther...
Three random translational P-glucuronidase (gus) gene fusions were previously obtained in Arabidopsi...
Knowledge of the expression pattern of genes provides a valuable insight into gene function and role...
Recombinant DNA technology is a rapidly growing field in plant and animal breeding. This technology ...
Despite being important agricultural crops, turfgrasses lack significant molecular genetic resources...
Transient expression profiles for several chimeric β-glucuronidase (GUS) gene constructs were determ...
Embryogenic callus was generated from seeds of turfgrass species (creeping bentgrass, cv. Penn A4 an...
The detailed analysis of the expression pattern of a plant gene can give important clues about its f...
In the last decade, the interest for the presence and role of endogenous GUS in plants increased, be...
A transformant of the fungal endophyte Acremonium lolii, strain Lp19, containing the gusA gene under...
Modern agriculture often employs broad-spectrum herbicides combined with herbicide-resistant crops. ...
We have established a transformation protocol for the warm season grasses, Napiergrass (Pennisetum p...
Doppmeier D, Stracke R, Lutter P, Goesmann A, Niehaus K, Weisshaar B. Using the GUS Reporter Gene fo...
A β-glucuronidase variant, GUS-TR3337, that was obtained by directed evolution exhibited higher ther...
Crop Research Division, DSIR has genetically modified the potato cultivar, Iwa, with increased resis...
A b-glucuronidase variant, GUS-TR3337, that was obtained by directed evolution exhibited higher ther...
Three random translational P-glucuronidase (gus) gene fusions were previously obtained in Arabidopsi...
Knowledge of the expression pattern of genes provides a valuable insight into gene function and role...
Recombinant DNA technology is a rapidly growing field in plant and animal breeding. This technology ...
Despite being important agricultural crops, turfgrasses lack significant molecular genetic resources...