The recent success of techniques for the direct transfer of individual genes to cereal species suggests that specific modifications to grain end-use properties will be achievable in the near future. The suitability of direct gene transfer to the problem, the choice of the promoter and transformation strategy need to be considered before attempting such modifications. This review discusses these questions with reference to current knowledge of seed-specific and, in particular, endosperm-specific and abscisic acid-responsive gene promoters. This perspective is of special importance in attempts to engineer cereal proteins
Due to the inherent difficulties associated with gene delivery into regenerable explants and recover...
Reports of the use of rice storage protein gene promoters to express transgenes in rice grain have d...
Transformation allows the production of wheat plants with specific differences in their gluten struc...
Genomes of cereals are one of the many that humans have remodelled through careful selection and bre...
The last three years have seen rapid progress in developing procedures for routine production of tra...
Improving the cereal grain using a transgenic approach would require the use of specific gene/s but ...
As methods for the genetic transformation and regeneration of cereals become increasingly facile and...
Advances in the genetic transformation of cereals have improved the prospects of using biotechnology...
Wheat and barley are the major temperate cereals, being used for food, feed and industrial raw mater...
To examine the genetic controls of endosperm (ES) specificity, several cereal seed storage protein (...
Progress in cereals transformation which can be observed for last two decades has great importance i...
The genomes of cereals are one of the many that humans have remodelled through careful selection and...
DNA-based markers such as SNP and SSR, rely on the variations in DNA sequence, which in coding seque...
Transgenesis is a powerful research tool that can be adapted to investigate many aspects of gene fun...
Cereals are the most important group of plants for human nutrition and animal feed. Partially due to...
Due to the inherent difficulties associated with gene delivery into regenerable explants and recover...
Reports of the use of rice storage protein gene promoters to express transgenes in rice grain have d...
Transformation allows the production of wheat plants with specific differences in their gluten struc...
Genomes of cereals are one of the many that humans have remodelled through careful selection and bre...
The last three years have seen rapid progress in developing procedures for routine production of tra...
Improving the cereal grain using a transgenic approach would require the use of specific gene/s but ...
As methods for the genetic transformation and regeneration of cereals become increasingly facile and...
Advances in the genetic transformation of cereals have improved the prospects of using biotechnology...
Wheat and barley are the major temperate cereals, being used for food, feed and industrial raw mater...
To examine the genetic controls of endosperm (ES) specificity, several cereal seed storage protein (...
Progress in cereals transformation which can be observed for last two decades has great importance i...
The genomes of cereals are one of the many that humans have remodelled through careful selection and...
DNA-based markers such as SNP and SSR, rely on the variations in DNA sequence, which in coding seque...
Transgenesis is a powerful research tool that can be adapted to investigate many aspects of gene fun...
Cereals are the most important group of plants for human nutrition and animal feed. Partially due to...
Due to the inherent difficulties associated with gene delivery into regenerable explants and recover...
Reports of the use of rice storage protein gene promoters to express transgenes in rice grain have d...
Transformation allows the production of wheat plants with specific differences in their gluten struc...