One of the significant developments in agriculture biotechnology is the successful transformation of plants by Agrobacterium as a vector. This has formed a basis for the better performance of plants. Existence of close proximity between plant and Agrobacterium leads to the exploitation of these bacteria for the production of transgenic plants. In addition, accumulation of substantial amount of information regarding [...]
In this article we will discuss about the plant responses to drought stress. With the exception of flooding, the major drought stresses result in water-deficit stress. The stressed plants exhibit striking responses by producing plant hormone abscisic acid (ABA), which plays an important role in tolerance against drought. Abscisic acid can induce the expression of stress relieving genes. More than [...]
In this article we will discuss about the gene expression profiles in response to stress. Microarray technology has been the useful tool for analyzing gene expression pattern in stressed plants. Full-length cDNA microarray analysis identified 44 drought-inducible genes. Fourteen of these genes were reported to be drought-inducible genes, such as rd 29A/cor 78, cor 15a, kin 1, kin 2, rd [...]