daucs-a0a164tjh8

Daucus carota subsp. sativus (Carrot). protein bem46-like

Comment

Relationship

Family : ABHD13-BEM46

Block : X

Position in NCBI Life Tree : Daucus carota subsp. sativus

Molecular evidence

No mutation

No structure

No kinetic

No disease

No substrate

No inhibitor

Database

LNRQ01000007

A0A164TJH8

Sequence

Peptide

MEGYWSLILY GIGGILATSV GLLVAFQEKL IYVPVVPGLT KSYPITPARL RLLYEDVWLR SSDGVKLHAW FIKLAPDSRG PTIVFFQENA GNIAHRLEMV RIMLQRLQCN VFMLSYRGYG ASDGFPSQEG IINDSQAALD HLIQRTDIDK SRLVVFGRSL GGAVGAVLCK NNPDKIGALI LENTFTSILD MAGVLLPFLR YFIGGSSSKG PKVLNRFVRS PWSTIDVVGQ IKQPILFLSG LRDEMVPPTH MQMLYAKAAA HNRSCQFVDF PNGMHMDTWI SGGDHYWRTI QSFLEENVPE KDE

References

Title : A high-quality carrot genome assembly provides new insights into carotenoid accumulation and asterid genome evolution - Iorizzo_2016_Nat.Genet_48_657

Author(s) : Iorizzo M , Ellison S , Senalik D , Zeng P , Satapoomin P , Huang J , Bowman M , Iovene M , Sanseverino W , Cavagnaro P , Yildiz M , Macko-Podgorni A , Moranska E , Grzebelus E , Grzebelus D , Ashrafi H , Zheng Z , Cheng S , Spooner D , Van Deynze A , Simon P

Ref : Nat Genet , 48 :657 , 2016

Abstract : Iorizzo_2016_Nat.Genet_48_657

ESTHER : Iorizzo_2016_Nat.Genet_48_657

PubMedSearch : Iorizzo_2016_Nat.Genet_48_657

PubMedID: 27158781

Gene_locus related to this paper: dauca-a0a166ecg9 , dauca-a0a164t4s9 , dauca-a0a166dau6 , dauca-a0a164uvg0 , daucs-a0a162at85 , daucs-a0a166dr70 , daucs-a0a166dr78 , daucs-a0a164tjh8 , daucs-a0a175ykr1 , daucs-a0a162a5i7 , daucs-a0a175yg59 , daucs-a0a161x622 , daucs-a0a161xtm5 , daucs-a0a161wtu8 , daucs-a0a161ya61 , daucs-a0a162aju4 , daucs-a0a166az33 , daucs-a0a166az54 , daucs-a0a166gb36 , daucs-a0a164ul57 , daucs-a0a164ul46 , daucs-a0a164v6h1 , daucs-a0a165a8x0 , daucs-a0a165a8w1

daucs-a0a164tjh8

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

A high-quality carrot genome assembly provides new insights into carotenoid accumulation and asterid genome evolution