With reference to Agrobacterium tumefaciens mediated plant transformation, match the virulence factors in Group 1 with their protein types in Group 2. Group 1 Group 2 (P) VirG (i) Kinase (Q) VirA (ii) Helicase (R) VirE (iii) Transcriptional activator (S) VirC (iv) Single strand binding protein (A) P−i, Q−ii, R−iv, S−iii (B) P−iii, Q−i, R−ii, S−iv (C) P−ii, Q−iv, R−i, S−iii (D) P−iii, Q−i, R−iv, S−ii

Answer: (D) P−iii, Q−i, R−iv, S−ii Explanation: VirG acts as a transcriptional activator, VirA as a kinase, VirE as a single strand binding protein, and VirC as a helicase in the Agrobacterium transformation process.

With Reference To Agrobacterium Tumefaciens Mediated Plant Transformation, Match The Virulence Factors In Group 1 With Their Protein Types In Group 2.

Group 1	Group 2
(P) VirG	(i) Kinase
(Q) VirA	(ii) Helicase
(R) VirE	(iii) Transcriptional activator
(S) VirC	(iv) Single strand binding protein

With reference to Agrobacterium tumefaciens mediated plant transformation, match the virulence factors in Group 1 with their protein types in Group 2.

What is Phycology?

Biosafety levels (BSL-1, BSL-2, BSL-3 and BSL-4) – Primary and Secondary Barriers, Agents

Three-domain system – Carl Woese’s Classification

Biodiversity Hotspots – Definition, Criteria, Importance, Examples

Chlamydomonas – Life Cycle, Habitat, Structure, Examples