1. Home
  2. Gene Locus
  3. actcc-a0a2r6qgs9

actcc-a0a2r6qgs9

Actinidia chinensis var. chinensis (Chinese soft-hair kiwi); Actinidia rufa. Protein EDS1B like

Comment

Other strains: Actinidia chinensis var. chinensis (Chinese soft-hair kiwi)\; Actinidia rufa

Relationship

Family : Plant_lipase_EDS1-like

Block : L

Position in NCBI Life Tree : Actinidia chinensis var. chinensis

Molecular evidence

No mutation

No structure

No kinetic

No disease

No substrate

No inhibitor

Database

Sequence

Peptide

MFGGGLGESI KMREELMKEA CYLSLRAHTS AGKPYLSKKI RGSSETVFSF PGPWTVDGWF SGKPFGQRKI ELNLFPSLRS IGNDEKAAVN EAFYGRFEAI LKTTAFANEV KKAVTEKKQI IFTGHSSGGP TAILATLWFL EEYIRQNQSH ITPLCVTFGS PLVGDHIFPH ALRREKWDIY FIHFVTRYDI VPRLMLAPLS SIERELQPVL HFFNPKSQFF GLESITTAPD ASTFFMNVMR NVSAVTSHAA CHLMGSTNSL LETVTSFIDL SPYRPFGTFV FCTGNGKLVV VKNPDAVLQL LFYSSQLTSE ADIRDVACKC LKEHLGYENE LQESLQMQNV AYLDDHLSET PLSSSGSVQG ELATINTALN DLGLSTRGRL CLRAAGELQK QKQRNQDKID FNKKEIAEKL ESIRKYKTDR DVRKVGYYDA FKLQNDPEDF QANVKRLEVV GLWDEIIEML KRYALPDEFE GREEWIKLGT EFRRLMEPLD IANYYRHQKN DDTGPYLIKA RPKRYRFTQR WREHDKRIAQ GSSSESCFWA TVEELRNSDK PFEELKETIM DLERDIDRWA QHEEIGKDVF LDESTFAKWW KKLPCQHKKG SCLAKYMSN

References

Title : A manually annotated Actinidia chinensis var. chinensis (kiwifruit) genome highlights the challenges associated with draft genomes and gene prediction in plants - Pilkington_2018_BMC.Genomics_19_257
Author(s) : Pilkington SM , Crowhurst R , Hilario E , Nardozza S , Fraser L , Peng Y , Gunaseelan K , Simpson R , Tahir J , Deroles SC , Templeton K , Luo Z , Davy M , Cheng C , McNeilage M , Scaglione D , Liu Y , Zhang Q , Datson P , De Silva N , Gardiner SE , Bassett H , Chagne D , McCallum J , Dzierzon H , Deng C , Wang YY , Barron L , Manako K , Bowen J , Foster TM , Erridge ZA , Tiffin H , Waite CN , Davies KM , Grierson EP , Laing WA , Kirk R , Chen X , Wood M , Montefiori M , Brummell DA , Schwinn KE , Catanach A , Fullerton C , Li D , Meiyalaghan S , Nieuwenhuizen N , Read N , Prakash R , Hunter D , Zhang H , McKenzie M , Knabel M , Harris A , Allan AC , Gleave A , Chen A , Janssen BJ , Plunkett B , Ampomah-Dwamena C , Voogd C , Leif D , Lafferty D , Souleyre EJF , Varkonyi-Gasic E , Gambi F , Hanley J , Yao JL , Cheung J , David KM , Warren B , Marsh K , Snowden KC , Lin-Wang K , Brian L , Martinez-Sanchez M , Wang M , Ileperuma N , Macnee N , Campin R , McAtee P , Drummond RSM , Espley RV , Ireland HS , Wu R , Atkinson RG , Karunairetnam S , Bulley S , Chunkath S , Hanley Z , Storey R , Thrimawithana AH , Thomson S , David C , Testolin R , Huang H , Hellens RP , Schaffer RJ
Ref : BMC Genomics , 19 :257 , 2018
Abstract : Pilkington_2018_BMC.Genomics_19_257
ESTHER : Pilkington_2018_BMC.Genomics_19_257
PubMedSearch : Pilkington_2018_BMC.Genomics_19_257
PubMedID: 29661190
Gene_locus related to this paper: actde-CXE3 , actde-CXE5 , actch-a0a2r6p9v4 , actch-a0a2r6phk8 , actch-a0a2r6pty2 , actch-q0zpu6 , actcc-a0a2r6q553 , actcc-a0a2r6quq2 , actcc-a0a2r6q2m9 , actcc-a0a2r6q2n7 , actcc-a0a2r6ru97 , actcc-a0a2r6r3e8 , actcc-a0a2r6qy24 , actcc-a0a2r6pzy5 , actcc-a0a2r6p5n3 , actcc-a0a2r6qdp0 , actcc-a0a2r6qgs9