KEGG T00030: Dmel

Drosophila melanogaster (fruit fly): Dmel_CG1922

Entry

Dmel_CG1922       CDS       T00030

Symbol

onecut

Name

(RefSeq) onecut, isoform B

K08026

one cut domain, family member 1 (hepatocyte nuclear factor 6)

Organism

dme Drosophila melanogaster (fruit fly)

Brite

KEGG Orthology (KO) [BR:dme00001]
09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03000 Transcription factors [BR:dme03000]
    Dmel_CG1922 (onecut)
Transcription factors [BR:dme03000]
Eukaryotic type
  Helix-turn-helix
   Homeo domain CUT
    Dmel_CG1922 (onecut)

SSDB

Motif

Pfam:

CUT Homeodomain Homeobox_KN

Other DBs

NCBI-GeneID:

NCBI-ProteinID:

FlyBase:

UniProt:

Position

4:complement(598555..607649)

AA seq 1081 aa
MDSLNDIIDHQTFSQELVEDASEFITVGHHSERPSQSSQQPNSGQDLTMSMQDIISCPVK
HRTCSASGSGSASGSDSVVMVIDALGQGNRQSAYQIVPQQLQQRNMPLPFGLLERDRQHM
QHGREVNTSPVDFVSSDINLDGLTVDADVSQTDHSQETAVKQEQKLLIVQSKSQDQSHRR
IRMLVDVSSVNSGLGVHVDDMDEISSDGVGCDDEGVTLSHQHLLEQEEQFGLTSHHPHLQ
PHTQIIHGLHQRSTHSEMGLDNGHGEVLSVIVHSQDSDKEDCEENDDGDAEGDLENEDDD
ERDSRSREQLLSHSSYQTLTSVNDRLSSPGFSQTSYATLTPIQPLPPISTMSEKFAYSGH
ISGGDSGDTDVNGDGAGGGVVEVGEVTNQSSEATGTVSISSGNATSSVCSNNDCSSFSAL
SMPIGSGHLGLGVLSGVQSPFSSYEKLSSMISPPPNNYLVSCDLHSSVSGRVINSSHLQL
SHNGNKKESGTHEHTHRPADVNGGKFSYTGHISRGDSVDNDVNGEKFSFSDHISGGDSGD
EDANREKFIYSDHISEGENGPDVNSGTNWLQMHSEREVRLHMPVPAELEARFHISSERRT
RLNVPPARGSLSRHLAPNAPICPADWKADDWKHSNAGVVSLTADMPVVVSLTPTPPPLRD
DSVSGIKQNERSSPGHREQYFLDKSQEPSSVVADQCSPGINGTPQSVCVIHQQSPSALGN
GFQSSSQQAKVSSCASPKGTVSSGGAVSNRIANSSDMEEINTKDLAQRISAELKRYSIPQ
AIFAQRVLCRSQGTLSDLLRNPKPWSKLKSGRETFRRMYKWLQEPEFQRMSALRMAAAQI
PQRAPLSSGMSLGSATGPSGSTGTIPTDLDPHGGPTMIQNPLTNESDSSPASTPVTSVLV
GSVVSCRRKEEPQIEQMPQPKKPRLVFTDLQRRTLQAIFKETKRPSKEMQVTIARQLGLE
PTTVGNFFMNARRRSMDKWRDDDSKSTMHVAHSRQQQDEQQKDNAHTHSQSQIQDQNHSQ
NQAIHNSMSQDPYSNLHTTAMSPLGAFDEDADMDLELESHDFDLVDPDEHGDTNDPNGDM
L

NT seq 3246 nt +upstreamnt +downstreamnt
atggattccttaaatgatataattgaccaccaaacatttagccaggagttagttgaagat
gcatcggagttcatcactgtgggtcatcattcggagcgcccttcgcagtccagtcagcag
cctaattctggacaggatctgacaatgtctatgcaagacataatttcctgtccggtgaaa
caccggacctgctctgcatctgggtcgggatcggcatcgggatccgattccgttgtcatg
gttatagacgcactgggacaaggtaacaggcagtcagcatatcaaattgtgcctcagcag
ttgcagcaaagaaacatgccattgcctttcgggctacttgaacgagataggcagcatatg
cagcatgggcgtgaggtcaataccagtccagtggactttgtatcatcagatataaatttg
gatggtctgactgtagacgcagacgtctcccagacggatcactctcaagaaacggcggta
aagcaggagcaaaaactacttattgtgcaatccaagagtcaggatcaaagccataggcgc
attcgaatgcttgtagacgtttcgagcgtaaattctggccttggcgtgcacgtggatgat
atggatgagatttcctctgatggcgttggctgcgacgacgaaggagttacgctgagccac
cagcatcttttggagcaagaggaacaattcggcctaacaagccaccatccgcatctccaa
cctcatacacagatcatccatggcttgcaccagagatcaacacattcggaaatgggactg
gacaatgggcatggggaggttctatcggttatcgtccattcccaggacagcgacaaggag
gactgtgaggaaaatgatgatggggatgcagaaggagatttagaaaatgaagacgatgat
gaacgcgactcgcggagtcgtgaacagctgcttagtcacagctcgtatcagacgctgacc
tcggtgaatgatcgcctatcttcgcctgggtttagtcaaacatcgtatgctacactcacc
cctatacaaccacttccgcctatatcaacgatgtccgagaagttcgcctactctggccac
atctcgggaggagacagtggagacacggatgtcaatggagatggtgcaggtggaggagtc
gttgaggttggtgaagtcaccaaccaatccagcgaggctacagggactgtttcaatatct
agtggcaatgctacatcctctgtgtgctccaacaacgattgcagttctttttctgccctt
tccatgcccataggaagtggccatttgggtctaggtgttttaagcggcgtccagtcacca
ttttcttcatacgaaaagctatcttcgatgatttcccctccgcctaataactatttggtc
tcgtgcgatctacattcctccgtttcgggacgcgttataaattcatcgcacttgcagcta
agtcacaacggcaataaaaaggagtctggaacacacgaacacacacataggcctgctgat
gtcaatggtgggaagttttcctatactggccacatctcccgaggtgatagtgtagataat
gacgtcaacggtgaaaagttctctttctctgaccatatctccggtggggatagcggagat
gaagatgccaacagagaaaaattcatatactcagatcacatctccgaaggagaaaacgga
ccggacgtcaatagcggaacgaattggctccagatgcactctgagagggaagtgcggctc
catatgcccgtgccggctgagctggaagcgaggtttcacatttcgtcagagcgaaggact
cgactcaatgtgccacctgctcgtggttctctaagccgacatcttgctccaaacgctccg
atctgccccgcagattggaaagcggatgattggaaacacagcaatgctggcgttgttagt
ttgaccgcagatatgcccgtggttgtgtctcttactcctacaccgcctccgctaagagac
gactcggtgagcggcattaaacaaaacgagcgatcatcaccagggcacagagaacagtac
ttcctggacaaaagccaagaacccagttccgttgtagcagatcagtgcagtccgggcatc
aatggcaccccgcagtcggtgtgtgtcattcaccagcagtctccatcagctctcggaaac
gggtttcaatcaagcagccagcaggccaaggtttcctcgtgcgcatcaccaaaagggaca
gtgtcctctggaggtgcagtttccaaccgcattgcaaattccagtgacatggaggagatc
aatactaaggatctggcacagcgcatctcagccgaactcaagcgatacagcattccgcag
gctatattcgcacaacgggtactatgccgatcgcaaggcaccttgtccgatctgctgcga
aacccaaagccgtggtcaaagctgaaatccggccgagagacgtttcgcagaatgtataaa
tggctccaggagcccgagtttcagcgcatgtctgctctgcgaatggccgctgcccaaatt
cctcagcgagctcctttgagctctggaatgtctcttgggtcagcaacaggtccaagtggc
tccaccggcacaataccgacggacttggacccacatggcggccctacgatgatccaaaat
cctctgacaaacgaatcggactcttcgcctgcatcaacacctgtcacaagcgttttggtt
gggagcgtcgttagctgtcgtcgaaaggaagagccccagatcgaacaaatgccccagcct
aaaaagccgcgattggtcttcaccgatctccagcgacgaacattacaagctattttcaaa
gaaactaaaagaccttcgaaggagatgcaagtgaccatcgcgagacagctgggactggag
cctactacagtgggaaatttttttatgaacgccagaagaaggtcgatggataagtggcga
gatgatgactccaaaagcactatgcatgtggcacatagccgacaacaacaagacgaacag
cagaaagataatgcccacactcatagtcaatctcaaattcaagatcaaaatcactctcaa
aatcaagctatccataatagcatgtcgcaagatccctactcaaatcttcacacaacagct
atgtcgcctcttggagcttttgatgaagacgctgatatggacttggaactagaaagtcac
gactttgatttagtggaccccgatgaacatggggataccaatgatccaaacggcgacatg
ttgtga

All links

Gene (34)   
   RefGene (30)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   FLYBASE (1)   
   OC (1)   
Protein sequence (5)   
   UniProt (2)   
   SWISS-PROT (1)   
   RefSeq(pep) (2)   
DNA sequence (2)   
   RefSeq(nuc) (2)   
Protein domain (3)   
   Pfam (3)   
All databases (44)   

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