'Agrobacterium tumefaciens' presentation slideshows

Enolase Bridging Project John A. Gerlt Enzyme Function Initiative (EFI) Advisory Committee Meeting

Enolase Bridging Project John A. Gerlt Enzyme Function Initiative (EFI) Advisory Committee Meeting November 30, 2011. Enolase superfamily: partition of specificity and chemistry. Capping Domain: Specificity. Barrel Domain: Acid/base chemistry.

468 views • 32 slides

Stress and Plants - biotic stress -

1.31k views • 25 slides

Control of Growth and Development

Control of Growth and Development. Chapter 15. Developmental Processes. Present knowledge of plant hormone and light regulation (especially at the molecular level) is to a large extent the result of: 1) research on Arabidopsis thaliana and

249 views • 24 slides

Mutations of the alternate start signal for the Galls protein in Agrobacterium rhizogenes

337 views • 20 slides

Unit II Lecture 4 B. Tech. (Biotechnology) III Year V th Semester EBT-501, Genetic Engineering

Unit II Lecture 4 B. Tech. (Biotechnology) III Year V th Semester EBT-501, Genetic Engineering. Unit II. Restriction modification Enzymes used in recombinant DNA technology endonucleases, ligases and other enzymes useful in gene cloning PCR technology for gene/DNA detection, cDNA,

370 views • 18 slides

Plant Transformation and Regeneration

Plant Transformation and Regeneration. Gene Delivery Methods: Agrobacterium tumefaciens -mediated T-DNA transfer Biolistic (gene gun)-mediated gene transfer Expression Cassette Assembly: Critical components for transgene expression Vector Choices Tissue Culture-Based Gene Transfer

444 views • 11 slides

Where do bacteria come from?

Where do bacteria come from?. Bacteria that serve as primary inoculum survive within the soil , or saprophytically on residual plant parts, or epiphytically on plant surfaces, within buds, flowers, fruits, roots and other tissues,

326 views • 11 slides

Gene transfer by agrobacterium tumefaciens

Gene transfer by agrobacterium tumefaciens. Wei-Ying Chien 12 May 2003. Gene transfer by agrobacterium. http://www.ppws.vt.edu/~sforza/prokaryote.html , 5/12/2003.

393 views • 6 slides

251 views • 4 slides

Bacterial chromosome

VirA. VirA. VirA. VirA. Wounded sites. Bacterial chromosome. chvA chvB chvF. VirG. VirG. Ti-plasmid. VirD2. VirE. VirE. virB, virC, virD, virE1, virE2, virF, virH. Vir region. VirE. VirE. VirE. LB. RB. VirE. RB. VirD1. LB. Binary vector. VirE. VirE. VirE. VirE. VirD2.

139 views • 1 slides