Avirulence protein
From Proteopedia
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[[2kq5]] – AvrPthA residues 629-679 – ''Xanthomonas axonopodis'' – NMR<BR /> | [[2kq5]] – AvrPthA residues 629-679 – ''Xanthomonas axonopodis'' – NMR<BR /> | ||
[[3rmr]] – HpAvrAtr1 – ''Hyaloperonospora parasitica''<br /> | [[3rmr]] – HpAvrAtr1 – ''Hyaloperonospora parasitica''<br /> | ||
| - | [[2lai]] - HpAvrAtr13 residues 54-154 | + | [[2lai]] - HpAvrAtr13 residues 54-154 - NMR<BR /> |
[[Category: Topic Page]] | [[Category: Topic Page]] | ||
Revision as of 10:31, 12 January 2015
Avirulence protein (Avr) are produced by plant pathogens which subvert host cell biology upon infection. Avrs are small proteins which are recognized by the host cell resistance proteins. Avrs are effectors involved in pathogenicity. They are triggering the plant immune system. Avr genes are subject to high-speed diversifying selection allowing the pathogen to diversify its effector repertoire and thus escape recognition by the cell resistance mechanism. For more details see
- Type III effector AvrB complexed with ADP
- Type III effector AvrB complexed with a high-affinity RIN4 peptide
3D structures of avirulence protein
Updated on 12-January-2015
1ukf – PsAvrPphB – Psudomonas syringae
3tjy – PsAvr Hopab3 (mutant)
2lf3 – PsAvr Hopab3 – NMR
4b6x – PsAvr RPS4
1nh1 – PsAvrB III
2nud - PsAvrB III + RIN4 polypeptide
2nun - PsAvrB III + ADP
4fpr – Avr LM4-7 (mutant) – blackleg fungus
2ypf – AvrB III + DNA – Xanthomonas campestris
1r5e – PsAvrPto – NMR
2qkw – PsAvrPto + protein kinase
2fd4 – PsAvrPtoB C terminal
3hgl – PsAvrPtoB residues 121-205
3hgk - PsAvrPtoB + protein kinase
3tl8 - PsAvrPtoB + BAK1
2kq5 – AvrPthA residues 629-679 – Xanthomonas axonopodis – NMR
3rmr – HpAvrAtr1 – Hyaloperonospora parasitica
2lai - HpAvrAtr13 residues 54-154 - NMR
