1. Home
  2. Gene Locus
  3. 9chir-a0a833zby9

9chir-a0a833zby9

Phyllostomus discolor (pale spear-nosed bat). Fatty acid synthase thioesterase domain

Comment

Relationship

Family : Thioesterase

Block : X

Position in NCBI Life Tree : Phyllostomus discolor

(Below N is a link to NCBI taxonomic web page and E link to ESTHER at designed phylum.)

Molecular evidence

No mutation

No structure

No kinetic

No disease

No substrate

No inhibitor

Database

Sequence

Peptide

DGPARQQAQL NLSSLLVNPE DPTLTRLNSV QSSERPLFLV HPIEGSTAVF HSLAAKLSIP TYGLQCTRAA PLDSIQSLAA YYIDCIRQVQ PEGPYRIAGY SYGACVAFEM CSQLQAQQGP TPTHNSLFLF DGSHSYVLAY TQSYRSKLTP GCEAEAEAEA MCFFVQQFTD AEHGKVLEVL LPLSGLEERV AAAVDLITQS HVGLDRQALT FAVRSFYHKL RAAEKYTPLD TYHGNVTLLR AKTGGANRED LGADYNLSEV CDGKVSVHVI EGDHRTLLEG SGLEAILGII HSSLAEPRVS VREG

References (1)

Title : Six reference-quality genomes reveal evolution of bat adaptations - Jebb_2020_Nature_583_578
Author(s) : Jebb D , Huang Z , Pippel M , Hughes GM , Lavrichenko K , Devanna P , Winkler S , Jermiin LS , Skirmuntt EC , Katzourakis A , Burkitt-Gray L , Ray DA , Sullivan KAM , Roscito JG , Kirilenko BM , Davalos LM , Corthals AP , Power ML , Jones G , Ransome RD , Dechmann DKN , Locatelli AG , Puechmaille SJ , Fedrigo O , Jarvis ED , Hiller M , Vernes SC , Myers EW , Teeling EC
Ref : Nature , 583 :578 , 2020
Abstract :
PubMedSearch : Jebb_2020_Nature_583_578
PubMedID: 32699395
Gene_locus related to this paper: rhife-a0a671g0e9 , myomy-a0a7j7wx40 , pipku-a0a7j7ynj8 , molmo-a0a7j8gsw6 , rouae-a0a7j8kg87 , myomy-a0a7j7qx01 , pipku-a0a7j8b2v7 , rhife-a0a671eag0 , 9chir-a0a6j2m6k7 , pipku-a0a7j7sed4 , myomy-a0a7j7t4i4 , molmo-a0a7j8cxm4 , rouae-a0a7j8g7t4 , 9chir-a0a833zby9 , rhife-a0a671ebj6 , 9chir-a0a6j2lxn5 , myomy-a0a7j7u5c2 , pipku-a0a7j7vul2 , molmo-a0a7j8e2c9 , molmo-a0a7j8e2s1 , rouae-a0a7j8fi88 , 9chir-a0a7e6cln3 , myomy-a0a7j7z245 , pipku-a0a7j7zh45 , rouae-a0a7j8dwi4 , molmo-a0a7j8gjk0 , rhife-a0a671eqt0 , pipku-a0a7j7x9m5 , rouae-a0a7j8bn80 , molmo-a0a7j8i435 , myolu-g1p5z6 , myomy-a0a7j7whc9