… Though high-efficiency transformation systems have been … has been reported in other
graminaceous crops. In this context, … genetic transformation demonstrated in graminaceous crops …

… in dicotyledenous plants, after transformation into graminaceous plant cells, … such genes
into tissues which can regenerate can be found, the way to genetic engineering of these plants …

… the effects of rol genes on the structure and functioning of plants has been mainly restricted
… of Agrobacterium for transforming monocots, particularly graminaceous plants (cereals and …

… graminaceous crops using conventional and biotechnological approaches is imperative to
address this issue. Identifying the genetic … Genetic engineering has been an indispensable …

… of this approach to the transformation of cereal crops. Recent studies … Genetic transformation
of graminaceous plants has been hampered by the lack of an Agrobacteriummediated gene …

… This review summarizes the recent advances in legume genetic transformation and provides
an insight into the critical factors that play a major role in the process. It also sheds light on …

… species, and plants in which useful foreign genes have been stably integrated by genetic
transformation. These accomplishments have been achieved not in major crop species, but in …

Abstract: Higher plants utilize various mechanisms to maintain iron homeostasis. To acquire
sparingly soluble iron from the rhizosphere, graminaceous plants synthesize natural iron (III) …

… transformation protocols for a range of wheat model cultivars. However, like other cereal crops,
wheat transformation … towards developing robust genetic transformation systems for wheat…

… Genetic engineering of plants for herbicide resistance. Expression of an RuBP carboxylase
small subunit-EPSP synthase chimeric gene, chloroplast transport of the hybrid protein, and …