9lami-a0a2u8xq49

Comment

Relationship

Family : RsbQ-like

Block : X

Position in NCBI Life Tree : Phelipanche aegyptiaca

Molecular evidence

No mutation

No structure

No kinetic

No disease

No substrate

No inhibitor

Database

MF359000

A0A2U8XQ49

Sequence

Peptide

MNINRDIGAA HNVNVLGSGE TTVVLAHGFG TDQSVWKYLA PHLVDNFRVV LFDNMGAGTT NPDYFDFDRY ATLEGYADDL IAILDGFTAG KCIYVGHSLS AMAGAYASIL RPDLFHKLIM ISTSPRSLNS ADYKGGFEQK DLDQLLDAMV TNFESLVSGM APLAIGGDMD STVVQEFSRT LFNVRPDIAL SVVRTIHTYD MRPFLGHVTV PCHILHSCKD WVVPPAVAEY IHQNLGGKSI VEMMPSEGHL PHLSMPGITV PILLRHIQHD IADAN

References

Title : PLANT EVOLUTION. Convergent evolution of strigolactone perception enabled host detection in parasitic plants - Conn_2015_Science_349_540

Author(s) : Conn CE , Bythell-Douglas R , Neumann D , Yoshida S , Whittington B , Westwood JH , Shirasu K , Bond CS , Dyer KA , Nelson DC

Ref : Science , 349 :540 , 2015

Abstract : Conn_2015_Science_349_540

ESTHER : Conn_2015_Science_349_540

PubMedSearch : Conn_2015_Science_349_540

PubMedID: 26228149

Gene_locus related to this paper: phera-PrKAI2c , phera-PrKAI2d1 , phera-PrKAI2d2 , phera-PrKAI2d3 , phera-PrKAI2d4 , strhe-ShD14 , orocc-OcKAI2d2 , trivs-TvKAI2c , strhe-ShKAI2D2 , 9lami-a0a2u8xq24 , orocc-OcD14 , conam-CaKAI2c , 9lami-a0a2u8xq49 , 9lami-a0a2u8xq53 , oroce-OcKAI2d2 , oroce-OcKAI2d3 , orocc-OcKAI2d4 , orocc-OcKAI2d1 , 9lami-a0a2u8xqa1 , oroce-OcD14 , 9lami-a0a2u8xqb0 , strhe-sHKAI2d1 , conam-CaD14 , 9lami-a0a2u8xqc8 , 9lami-a0a2u8xqd2 , 9lami-a0a2u8xqe1 , 9lami-a0a2u8xqh0 , oroce-OcKAI2d1 , orocc-OcKAI2c , strhe-ShKAI2c , 9lami-a0a2u8xqv8 , orocc-OcKAI2d6 , orocc-OcKAI2d5 , 9lami-a0a2u8xr73 , oroce-OcKAI2c , 9lami-a0a2u8xr89 , orocc-OcKAI2d3 , 9lami-a0a2u8xrl6 , strhe-ShKAI2i , 9lami-a0a2u8xrn7

9lami-a0a2u8xq49

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

PLANT EVOLUTION. Convergent evolution of strigolactone perception enabled host detection in parasitic plants