Uelker B, Li Y, Rosso MG, Logemann E, Somssich IE, Weisshaar B. T-DNA-mediated transfer of Agrobacterium tumefaciens chromosomal DNA into plants. Nature Biotechnology. 2008;26(9):1015-1017.Besides the well-documented integration of DNA flanked by the transfer DNA borders, occasional insertion of fragments from the tumor-inducing plasmid into plant genomes has also been reported during Agrobacterium tumefaciens-mediated transformation. We demonstrate that large (up to approximately 18 kb) gene-bearing fragments of Agrobacterium chromosomal DNA (AchrDNA) can be integrated into Arabidopsis thaliana genomic DNA during transformation. One in every 250 transgenic plants may carry AchrDNA fragments. This has implications for horizontal gene transf...
Plant genetic transformation is a way to insert foreign DNA into the plant genome. It is now a power...
For years, isolation of foreign genes from one plant and transferring them to another and then obser...
Abstract Almost all the nuclear genes of four Gramineae (maize, wheat, barley, rice) and pea are loc...
Agrobacterium tumefaciens is a unique plant pathogenic bacterium renowned for its ability to transfo...
In both applied and basic research, _Agrobacterium_-mediated transformation is commonly used to intr...
Arabidopsis can be stably transformed using Agrobacterium tumefaciens-mediated transfer of T-DNA. A....
Agrobacterium species are soilborne gram-negative bacteria exhibiting predominantly a saprophytic li...
International audienceAgrobacterium evolved the capability to transfer a DNA fragment (T-DNA) of the...
Abstract: Genomic integration of transferred T-DNA is traditionally analyzed by South-ern hybridizat...
Transgenic loci obtained after Agrobacterium tumefaciens-mediated transformation can be simple, but ...
Current status of the molecular approaches for integrative genetic transformation of plants is revie...
notes.cc.sunysb.edu Agrobacterium is the only known organism capable of trans-kingdom DNA transfer, ...
International audienceThe likelihood of gene transfer from transgenic plants to bacteria is dependen...
The likelihood of gene transfer from transgenic plants to bacteria is dependent on gene number and t...
Agrobacterium species transfer DNA (T−DNA) to plant cells where it may integrate into plant chromoso...
Plant genetic transformation is a way to insert foreign DNA into the plant genome. It is now a power...
For years, isolation of foreign genes from one plant and transferring them to another and then obser...
Abstract Almost all the nuclear genes of four Gramineae (maize, wheat, barley, rice) and pea are loc...
Agrobacterium tumefaciens is a unique plant pathogenic bacterium renowned for its ability to transfo...
In both applied and basic research, _Agrobacterium_-mediated transformation is commonly used to intr...
Arabidopsis can be stably transformed using Agrobacterium tumefaciens-mediated transfer of T-DNA. A....
Agrobacterium species are soilborne gram-negative bacteria exhibiting predominantly a saprophytic li...
International audienceAgrobacterium evolved the capability to transfer a DNA fragment (T-DNA) of the...
Abstract: Genomic integration of transferred T-DNA is traditionally analyzed by South-ern hybridizat...
Transgenic loci obtained after Agrobacterium tumefaciens-mediated transformation can be simple, but ...
Current status of the molecular approaches for integrative genetic transformation of plants is revie...
notes.cc.sunysb.edu Agrobacterium is the only known organism capable of trans-kingdom DNA transfer, ...
International audienceThe likelihood of gene transfer from transgenic plants to bacteria is dependen...
The likelihood of gene transfer from transgenic plants to bacteria is dependent on gene number and t...
Agrobacterium species transfer DNA (T−DNA) to plant cells where it may integrate into plant chromoso...
Plant genetic transformation is a way to insert foreign DNA into the plant genome. It is now a power...
For years, isolation of foreign genes from one plant and transferring them to another and then obser...
Abstract Almost all the nuclear genes of four Gramineae (maize, wheat, barley, rice) and pea are loc...