KEGG T06132: 108159783

Drosophila miranda: 108159783

Entry

108159783         CDS       T06132

Name

(RefSeq) protein 4.1 homolog isoform X1

K23961

band 4.1-like protein 1/2/3

Organism

dmn Drosophila miranda

Brite

KEGG Orthology (KO) [BR:dmn00001]
09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   04990 Domain-containing proteins not elsewhere classified [BR:dmn04990]
    108159783
Domain-containing proteins not elsewhere classified [BR:dmn04990]
Other domain-containing proteins
  FERM domain-containing proteins
   108159783

SSDB

Motif

Pfam:

FERM_C FERM_M FERM_N 4_1_CTD FA

Other DBs

NCBI-GeneID:

108159783

NCBI-ProteinID:

XP_017148834

Position

3:20606020..20620670

AA seq 1737 aa
MPAEIKPSAPAEPETPTKSKPKSNSSTFSKAALARVTLLDGSILDVTIDRKAKGRDLVNS
ICAGLNIIEKDYFGLTYETPTDLRTWLDLEKPVAKFFRTDPWPLSFAVKFYPPEPSQLQE
DITRYHLCLQVRNDILEGRLPCTFVTHALLGSYLVQSEMGDYDAKDMPTRAYLKDFKIAP
NQTPELEEKVMDLHKTHKGQSPAEAELHYLENAKKLAMYGVDLHPAKDSEGVDIMLGVCA
SGLLVYRDKLRINRFAWPKILKISYKRHHFYIKIRPGEFEQYESTIGFKLANHRAAKKLW
KSCVEHHTFFRLMTPEPDNKSTMFPRFGSKYRYKGRTQYETRATPVDRTAPKFDRTLSGA
RLTSRSMDALAMAEKEKVARKSSTLDHRGDRADRGNDADAHSRSPIKNKKDKLIRQSSTG
TGSASSQSSLEGDYEPRIEAADAGSAEIELSPQVQDEEKEAKLREKKLKEKEEKERKEKE
KRDLDEKKRAEKAAKAAAAAAAAAAAGSGVNGNDELNDSNKSDKSGRRGVGIFSSGRKSK
SGSPSKDGKDKSGKDKDKEVGRLGLVVTSGLGEQEQDEANKNAAKNRGSATPGVTRPYEY
AVGTDGNTSPTRKSYTPGGFRYDQDPNAKNLGADGQEQLSPTSQQKKIGLAFNYAPGNEN
ALKETAEKLKAGQLSPRTQDKLNRGQLSPKSRAKLLQDGNLSPTTRAKLQGSAVDAAAVP
LSDAQKRSYSPTKGPQGYSSGAPGSYKPISDPTSDFLESQRYNKEPGYVGLGDAGATGAA
DVGGAKKPGSPTKTGPGVVAGAGAGAAAAAAKPKKKRVKIMVIISKYDPATKRIDAENGT
IEHSTGILDPATGRIDTKYGVIDPKKGTLEALNTMTGKKELFQGDVDIKTGNLHLVSGVA
DPKTGRLDDTLGQIVCITPQDNPVVELTVITSRIDPATGKIDTVNGEVERSLGVLNLDTG
LLDTKYGEINTRTGELKAIDPKSGKIVVSKNVKVDPGTGQITILGVIDPKTNKIDPSQGR
LIEVGQQIDPIVEVTSLAGKFDSKKNIIDAKTAQVETSGGQFDPKAGKIDTKYGQIDLVK
HTITFNDPKSGKTVTRDIKIEPATGQIVLKNQINPKNNKPDKDYARIISLRIVQQRVDPA
TKAPIAQVSAAKDKDIIVDPKSNQIWVPTGASDPSTKEQQYISSSVDPKTGYVITIYGYL
DPKTNEIKKQTKLDPNTIKIEPTSGKIYTATGEVDKATGEPLYAATQVDPESGEVYTKLA
RVDPKTGKIVIVRILLISKTDERGRPEEIDPETCEIDPVSGRVLKFFNKTVYVYNMIDPV
TGEIVQVDPNDPRFAGARTTVTHTMTLTGEIDPVTGRIKSEYGDIDPNTGDIDPATAVTD
PVTGKLILNYAQIDPSHFGKQAQVQTTTETVPITRQQFFDGVKHIGKGALRRDSEGSSED
DMTQQYGSDTVKDIVLSSPSQAGASSKLGKPVSTPTVVKTTTKQVLTKNNDGVTHNVEEE
VRNLGTGEVTFSTQEHKADATPTDLSGAYVTATAVTTRTATTHEDLGKNAKTEQLEEKTV
ATTRTHDPTKQQQRVVTQEVKTTATVTSGDQYQRRDSVSSTSSGDSGTPIDGPYDGSSVV
RTDNQKSPLYSSAATTSTGPHVESTRVVLGEDTPGYSGHGEIISTQTVSSKTRTVETITY
KTERDGIVETRVEQKITIQSDGDPIDHDKALAEAIQEATAMNPDMTVEKIEIQQQTQ

NT seq 5214 nt +upstreamnt +downstreamnt
atgccagcggaaattaaaccgtccgcgcccgctgagccggaaactccgaccaagagcaag
cccaagagcaactcgtcgacgttctcaaaggccgctctagcccgcgttaccctcctcgat
gggtccattctggacgtgaccattgatcggaaggccaagggtcgcgacttggtgaactcc
atctgtgccggcctgaacatcattgagaaggattacttcggtctgacctatgagacgccc
acagacctgcgcacttggctggacttggagaagcccgtggcgaagttctttcgcacagac
ccgtggcccctgtcgtttgccgtgaagttctatcccccggagccgtcgcagctgcaggaa
gacatcacgcgctaccacctgtgcctgcaggtgcgcaacgacatcctggagggcaggctg
ccatgcacctttgtcacccacgctctgctcggctcgtatctggtccagtcggagatgggc
gactacgatgccaaggatatgcccactcgcgcctatctgaaagacttcaaaattgctccc
aatcaaacgccggagctcgaggaaaaagtcatggacttgcacaagacccacaagggccaa
tcgcctgccgaggctgagctgcattacctggaaaacgccaagaagctggccatgtacggc
gtggacctgcacccggccaaggactccgagggagtggacattatgctgggcgtctgtgcc
tccggtttgctggtctaccgcgacaaactgcgcatcaaccgctttgcttggcccaagatc
ttgaagatctcgtacaagcgtcaccacttctacatcaagatacgaccgggcgaattcgag
cagtacgaatcgaccattggttttaagcttgccaaccatcgggccgccaaaaagctgtgg
aagtcctgtgtggagcatcacaccttcttccgcctgatgacgccagagccggacaataag
tccaccatgttccccaggttcgggtcgaagtaccgctacaagggacgcacccaatacgag
accagggccacgcccgtggaccgtacggcgcccaagtttgaccgaaccctatcgggggcg
cgcctcacgtcgcgcagcatggacgcgctcgccatggccgagaaggaaaaggtggctcgg
aagagcagcaccctggaccatagaggagaccgggcagaccgaggaaatgatgcggacgcg
cacagccgcagtccaataaagaacaagaaggacaagttaatacgccaatcgagcaccggc
acaggttcggcctcctcgcagagctccctcgagggtgactacgagccccgcatcgaggcg
gccgacgcaggctccgccgagatcgaactgtcgccccaagttcaggacgaggagaaggag
gccaagctccgagagaagaagctcaaggagaaggaagagaaggaacgcaaggagaaggag
aagagagatctggatgagaagaagagggcagagaaggctgccaaggcagccgctgctgct
gctgctgctgccgctgcagggtcgggggtcaatggcaatgacgagctgaacgactccaac
aagtccgacaagtccggcagacgtggcgttggcatattctcctcgggtcgcaagagcaag
agcggttcaccatcgaaggatggcaaggacaagtccggaaaggacaaggacaaagaagtg
ggtcgacttggtctggtagttacttcgggtctcggcgagcaggaacaggatgaggccaac
aaaaatgccgccaagaatcgcggttcggcgactcccggcgtcacacgtccctatgagtac
gctgtgggtaccgacggcaacactagccccacacgcaaatcctacacaccgggcggcttc
cgctacgaccaggatcccaatgccaagaaccttggtgccgatggtcaagagcagctgtcg
ccaacgtcacagcagaagaagattggcttggccttcaactatgctccgggcaacgagaat
gccctgaaggagacggccgagaagctcaaagctggacagctgtcaccccgcacccaggac
aagctgaaccgcggccaactgtcgcccaagtccagggccaagctcctgcaagacggcaat
ctttcgcccaccaccagggcaaagctccagggcagtgctgtggatgccgccgctgtaccc
ttgagcgatgcccagaagcgctcctattccccaaccaagggtcctcagggctattcgtcc
ggggcaccgggcagctataagcccatatctgatccgacatcagatttccttgagtctcag
cgctacaacaaggagcctggctacgtgggcttgggtgatgctggtgcgactggtgctgct
gatgttggaggtgctaagaagcctggctcgcccacaaaaactggtcctggtgtggttgcc
ggagcaggagcaggtgcagcagcagccgctgctaagcctaagaagaagcgcgtgaagata
atggtcattatctcgaagtatgatccagctacaaaacgcattgatgccgaaaacggaacg
attgaacactcgacagggatcctggatccagctactggacgtatcgataccaagtatggt
gtgattgacccaaagaagggcaccttggaggccctcaacactatgacgggaaagaaggag
ctgttccagggcgatgtggacattaaaacgggcaacctgcacttggtttccggtgtagca
gatccaaagacgggacgcctggatgacacgcttggccagattgtgtgcataaccccgcaa
gacaatccggtagtggagctaacggtgatcaccagccgcattgatcccgccaccggcaag
atcgataccgtcaacggggaggttgagcgttctctgggagtcctgaatttggatactggc
ctgctggataccaagtacggagagattaatacccgcacgggagaactgaaggccatcgat
cccaagtccggaaagatcgtggtgagcaagaacgtcaaggtcgatccaggcactggccag
atcaccattctgggtgtcatcgatcctaagaccaacaagattgatcccagccaaggccgc
ttgatcgaagtgggccagcaaatcgacccgatagtggaagtcacctcgctggctggcaag
ttcgactcgaagaagaacatcatcgatgcaaagaccgctcaggtggagacttccggcggt
cagttcgacccgaaggctggcaagatcgatacgaagtacggccagatcgatctggtcaag
cacacgatcaccttcaacgacccgaagtcgggtaagacagtgacgcgtgacattaagatc
gagcctgccaccggccagattgtgctgaagaaccagatcaaccccaagaacaacaagccg
gacaaggactatgccaggataatctcgctgaggatcgtgcagcagcgcgttgaccccgca
accaaggcacccattgcccaggtcagcgccgccaaggacaaagacatcattgtggatccc
aagtcgaaccagatctgggtgcccacgggtgccagcgatcccagcaccaaggagcagcaa
tacatttccagcagcgtcgacccgaagacgggctacgtcatcaccatctacggctacctg
gaccccaagaccaacgagatcaagaaacagaccaagctagaccccaacacgatcaagatc
gagcccacttctggaaagatttacactgccaccggcgaggtggacaaggccacgggtgaa
ccgctgtacgccgccactcaggtggatccagagtccggcgaggtgtacacgaagctggct
cgcgtagaccccaagaccggaaagatcgtcatcgttcgcatcctgctcatttccaagacc
gatgagcgcggccgcccagaggagatcgacccagagacctgcgagatcgatcccgtctcc
gggcgtgttcttaagttcttcaacaaaaccgtttacgtttataatatgattgacccggtt
actggtgaaattgtgcaggtcgaccccaacgatccccgattcgccggagcccgcaccact
gtgacacatacgatgacccttaccggcgaaattgaccccgtgacgggtcgcataaagagc
gagtacggcgacatagaccccaacacgggagacatcgacccggccacagccgtaacagac
ccggtcacgggaaaactgatccttaactacgctcagatcgatccgtcccactttggcaag
caggcgcaagtgcagaccaccacagagacggtgcccatcacccggcagcagttcttcgat
ggcgtcaaacacattggcaagggggcactgcgccgtgactccgagggcagctcggaggac
gacatgacccagcaatatggcagcgatacagtcaaggacattgtgctaagcagtccaagc
caggcgggcgccagctccaagctggggaagccagtgagcacgcccaccgtagtaaagacg
acaacgaaacaggtgctgaccaagaacaacgacggcgtcacacacaatgtggaggaggag
gtccgaaacctgggcacgggcgaagtgaccttctcgacacaggaacacaaggctgatgca
acaccaaccgatctgagcggcgcttatgtcacggccaccgctgtcaccacccgcacagcc
accacgcacgaggatctgggcaagaacgccaagaccgagcagctggaggagaagaccgtc
gccaccacacgcacgcacgaccccaccaagcagcaacagcgcgtcgtcacccaggaggtg
aagacgacggcgacggtaactagcggcgaccagtatcagagacgggacagcgtttcctcg
accagctcgggcgattcgggcacgcccatcgatggaccatatgatggttctagtgtggtg
cgcacagacaaccagaaatctccgctttactcgagcgccgcgaccacatccactggcccc
catgtggagagcacccgggtggtgcttggcgaggacacacccggatactcgggacacggc
gaaatcatctctacccagaccgtgagcagtaaaacccgcactgtggaaaccattacctac
aaaaccgaacgcgatgggattgttgagacccgtgtggaacagaagatcaccattcaatcc
gacggagatccaatcgatcatgacaaagctttggcagaggcaatacaagaagcgacggcc
atgaatccggacatgacagtcgagaagattgaaattcaacaacaaacacagtag

All links

Ontology (2)   
   KEGG BRITE (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (3)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
Protein sequence (6)   
   RefSeq(pep) (6)   
DNA sequence (6)   
   RefSeq(nuc) (6)   
Protein domain (5)   
   Pfam (5)   
All databases (23)   

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