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The extracted DNA of Agrobacterium tumefaciens isolates were subjected to PCR for amplifying 16S rRNA and for amplifying T-DNA fragment then subjected to gel electrophoresis. The individual band of the 16S rRNA gene was characterized by 1479bp and of the T-DNA fragment by 1200bp. The products were comparison with the standard molecular DNA ladder (1200 and 1500bp). The purified beta-lactamase gene was cut from PGLO plasmid ligated by use T4DNA ligase enzyme with the Ti plasmid which disarmed T-DNA by using the same restriction enzyme. The result was indicated by using the E.coli K12 for…mehr

Produktbeschreibung
The extracted DNA of Agrobacterium tumefaciens isolates were subjected to PCR for amplifying 16S rRNA and for amplifying T-DNA fragment then subjected to gel electrophoresis. The individual band of the 16S rRNA gene was characterized by 1479bp and of the T-DNA fragment by 1200bp. The products were comparison with the standard molecular DNA ladder (1200 and 1500bp). The purified beta-lactamase gene was cut from PGLO plasmid ligated by use T4DNA ligase enzyme with the Ti plasmid which disarmed T-DNA by using the same restriction enzyme. The result was indicated by using the E.coli K12 for carries the Ti plasmid vector which contain a beta-Lactamase gene when put the antibiotic ampicillin in different consternation into the LB, MHA plate only the colonies which that have picked up exogenous DNA (dTi plasmid DNA ) can grow that is mean it become resistance to ampicillin by using dTi vector.
Autorenporträt
Hisham Faiadh is a PhD student in Sheffield Hallam University. MERI and BMRC, 2015-Now. MSc. in Genetic Engineering, Basrah University, Science College, Biology Dep. 2008-2010. Baghdad University, Genetic Engineering and Biotechnology Institute for post graduate studies. Higher Dploma in Genetic Engineering 2004-2005. Bachelor in Vm & S 1998-2003.