didra-a0a162zv92

Didymella rabiei (Chickpea ascochyta blight fungus) (Mycosphaerella rabiei). Hydrolase Arb2 domain

Comment

Relationship

Family : Arb2_domain

Block : X

Position in NCBI Life Tree : Didymella rabiei

Molecular evidence

No mutation

No structure

No kinetic

No disease

No substrate

No inhibitor

Database

JYNV01000267

A0A162ZV92

Sequence

Peptide

LHNVIREWQS QRLAREHCMT PLPLQINHPD LAPTFEHNVI ATPDFMERRP LLVIFHDPPS FRDHPDPVTG RRELHNTWLT DVSKSYIDWA ITNGFSVIDV NVPHIVTVEQ QEGSSLGFAS ADDAKARSDK TREMANYLWT NYIHPSDATQ VFFMGIGDAY QGLVDLLGRN ETTTDEDSRI EILIGFVAES SIQSVKRPTD DDIGAWYYYH TKIFVKQSHY AFSRNSKKKL RKKLGNLQQS DWDTLDEMLM GHRDEVQELL LEKKSEFAE

References

Title : Draft genome sequencing and secretome analysis of fungal phytopathogen Ascochyta rabiei provides insight into the necrotrophic effector repertoire - Verma_2016_Sci.Rep_6_24638

Author(s) : Verma S , Gazara RK , Nizam S , Parween S , Chattopadhyay D , Verma PK

Ref : Sci Rep , 6 :24638 , 2016

Abstract : Verma_2016_Sci.Rep_6_24638

ESTHER : Verma_2016_Sci.Rep_6_24638

PubMedSearch : Verma_2016_Sci.Rep_6_24638

PubMedID: 27091329

Gene_locus related to this paper: didra-a0a162vf33 , didra-a0a162w3h8 , didra-a0a162wlb9 , didra-a0a162wpi1 , didra-a0a162xw12 , didra-a0a162y9j3 , didra-a0a162yh98 , didra-a0a163a9b7 , didra-a0a163akw2 , didra-a0a163ana9 , didra-a0a163b1b6 , didra-a0a163b4m8 , didra-a0a163bnc3 , didra-a0a163cl26 , didra-a0a163cy94 , didra-a0a163d5r6 , didra-a0a163dil1 , didra-a0a163ekx7 , didra-a0a163f365 , didra-a0a163f846 , didra-a0a163fb98 , didra-a0a163fym5 , didra-a0a163g5c5 , didra-a0a163lvf3 , didra-a0a163met1 , didra-a0a163mhi9 , didra-a0a163mjg9 , didra-a0a163mlk1 , didra-a0a162wpr0 , didra-a0a162zv92 , didra-a0a163di22 , didra-a0a163cx35

didra-a0a162zv92

Comment

Relationship

Molecular evidence

Mutation (0)

Structure (0)

Kinetic (0)

Disease (0)

Substrate (0)

Inhibitor (0)

Database

Genbank (1)

Interpro (1)

Pfam (1)

UniProt (1)

PIRSF (1)

SUPERFAM (1)

Sequence

Peptide

References

Draft genome sequencing and secretome analysis of fungal phytopathogen Ascochyta rabiei provides insight into the necrotrophic effector repertoire