KEGG   Drosophila melanogaster (fruit fly): Dmel_CG12676
Entry
Dmel_CG12676      CDS       T00030                                 
Symbol
ed
Name
(RefSeq) echinoid, isoform B
  KO
K16680  echinoid
Organism
dme  Drosophila melanogaster (fruit fly)
Pathway
dme04391  Hippo signaling pathway - fly
Brite
KEGG Orthology (KO) [BR:dme00001]
 09130 Environmental Information Processing
  09132 Signal transduction
   04391 Hippo signaling pathway - fly
    Dmel_CG12676 (ed)
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   04812 Cytoskeleton proteins [BR:dme04812]
    Dmel_CG12676 (ed)
Cytoskeleton proteins [BR:dme04812]
 Eukaryotic cytoskeleton proteins
  Actin filaments / Microfilaments
   Actin-binding proteins
    Others
     Dmel_CG12676 (ed)
SSDB
Motif
Pfam: Ig_3 I-set Ig_2 ig V-set C2-set_2 fn3 Ig_4 V-set_CD47 Ig_6 Sporozoite_P67
Other DBs
NCBI-GeneID: 33619
NCBI-ProteinID: NP_001260013
FlyBase: FBgn0000547
UniProt: Q9VQW7
Position
2L
AA seq 1332 aa
MRRKTTTKGTAIVNSRSARRAATTICNFFLIALVALSSTTLADESIDTRENADLTLKCRF
NDKYEANDFSFFWTRWTANPAQFDNVAIGEVQLSSGYRLDFQPERGIYDLQIKNVSYNRD
NGRFECRIKAKGTGADVHQEFHNLTVLTPPHPPVISPGNIAVATEDKPMELTCSSIGGSP
DPTITWYREGSNTPLPATVLKGGTKDQPTNATLSIIPRREDDGAKYKCVVRNRAMNEGKR
LEATATLNVNYYPRVEVGPENPLRVERDRTAKLECNVDAKPKVPNVRWNRNGRFISSSLV
HTIHRVSVQDAGKYTCIADNGLGKTGEQELILDILYPPMVVIESKTREAEEGDTVTIRCN
VTANPAPVTIEWLKENSPDFRYNGDVLTLTSVRADHAGNYICRAVNIMQSQGMERSERVG
NSTVALLVRHRPGQAYITPNKPVVHVGNGVTLTCSANPPGWPVPQYRWFRDMDGEFSSTQ
KILAQGPQYSIPKAHLGNEGKYHCHAVNELGIGMMATIVLEIHQPPQFLAKLQQHMTRRV
ADTDYTVTCSAKGKPAPSVKWLKDAVEILPEENLYEVQTNPDQGLNGMVTVQSQLKFRGK
ARPNGNALVPGDRGLYTCLYQNEVNSANSSMQLRIEHEPIVLHQYNKVAFDIRETAEVVC
KVQAYPKPEFQWQFGNNPSPLTMSSDGHYEISTTTDNNDIYTSVLKINSLTHSDYGEYTC
RVANTLDTIRAPIRLQQKGPPEKPTNLRATEVGHNYVSLSWDPGFDGGLSKTKFFVSYRR
VAMPREEQLIPDCATLANSNSAWVEVDCQRDIPCKVTALEQHQSYAFKVKALNPKSDSPY
SSEIMVTTKVSRIPPPLQVTYEPNTRTLGIDVGATCLNLVAVVESMVNADSPMAAWEVVT
TMDNLQLSGNGPTHKEKIIDRIIGARRVGGGRALGHTISEDEDDNGLNSLALEDENSPTV
RVKLCLRTNPEHCGDYTDAEIGRPYIAEANALATPTLIAIIVSCVVFALFAGLILMFCRC
KRNQSKKSAAAKDYEMDSVRPSIVAAQQNQAPPPYYPASGLDNKALEHSMDLALSMEDQK
TALYATQNGYSYHPGSGVVGVGMGGGVVGVGVGGSVVSGMGGGVGGIGGSGVGVNGIPGL
SAHTMPGNEWVNMGYMENNYSNSNNGGSVNSQDSLWQVKMSAAAVGNQQGMVQAPMNQYV
EQQPAYGYDPLTHGGYGAVDDYAPYPHLTATPSQVGDEYHNLRNSQNPSRQDYCSDPYAS
VQKPKKRVDQHLDSPYHDVSGLPNPYNMEHLEQDEVLPPQQHMSLSYDDSFEGEYSTTPN
ARNRRVIREIIV
NT seq 3999 nt   +upstreamnt  +downstreamnt
atgaggcgaaaaactaccacgaaagggacggcaatagtcaatagcaggagtgcgaggaga
gcagcaacgactatatgcaacttttttctcatcgcactcgtagctctgagttccacgact
ctggccgatgaatccattgacacacgtgagaatgctgacttaaccctcaagtgccggttt
aacgacaagtatgaggcgaacgatttctctttcttctggacccgctggacagcgaatccc
gcccaattcgataacgtagccatcggtgaagtgcagttgagttccggctatagactcgac
tttcaaccggagcgtggcatttacgatctgcagatcaagaatgtgtcctataaccgtgac
aatggacgcttcgagtgccgcatcaaggccaagggaacgggcgcagacgtccatcaggag
ttccacaatctcacggtgctcacgccacctcatccacccgtgatctcacccggaaacata
gccgtggccaccgaggacaagcccatggagctgacatgcagcagcatcggtggttccccc
gatcccaccataacttggtatcgcgagggttcgaatacgcccctgccagcgacggtgtta
aagggcggtaccaaggatcagcccaccaatgccacgctatccataattcctcgcagagaa
gatgacggtgccaagtacaagtgtgtagtcagaaatcgtgccatgaacgagggaaagcga
ttggaggccactgccacattgaatgttaactattacccccgagtcgaggttggacccgag
aatcctttgcgggtggaacgtgaccggactgccaaactggagtgtaatgtggatgccaag
ccgaaggttcccaatgtccgttggaatcgcaatggtcggttcatcagctcctcattagtt
cacacgatccatcgggtgagtgttcaagatgccggcaagtatacctgcattgcggacaac
ggtcttggaaagaccggagaacaggagctcatcctggatatcctgtatccacccatggtc
gtgatagagtccaagacgcgagaggccgaagagggcgatacagtgaccattcgctgcaat
gtcacagccaatcctgcacccgtgaccattgagtggctcaaggagaacagtcccgacttc
cgctacaatggcgacgtactgaccctaacttccgtgcgagccgatcatgccggaaactac
atctgccgtgccgtgaacataatgcagagccagggaatggagcgcagtgaacgagtgggt
aactccacggtggccctgctagttcgccatcgaccaggacaggcttacattacacccaat
aagcccgtggttcatgtgggtaatggtgtcaccttgacctgctccgctaatccgccaggc
tggccagtgccccagtacagatggttcagggatatggatggagagttctccagcacgcag
aaaatccttgcacaaggccctcagtactcgatacccaaagctcacttgggtaacgagggt
aaataccattgtcatgctgtaaatgaactgggcatcggaatgatggccaccattgtcctg
gagatccaccagcctccgcagttcttggccaagctacagcagcatatgactcgcagagtg
gccgatacggattatacggtcacgtgcagtgccaagggaaagccagcacccagtgttaaa
tggctgaaggacgcagtggaaatcctgcccgaggaaaatctctacgaagtgcagaccaat
cccgatcagggcctcaacggcatggtcacggttcagagtcaacttaagttccgaggaaag
gccagaccgaatggaaacgctttagtgcctggagatcgtggcttgtacacctgcttgtat
cagaacgaggtcaactcggccaactcgtccatgcaactgaggatcgaacatgagcccatt
gtactccatcagtataacaaggtggcctttgatatcagggagacagccgaggtggtttgc
aaggttcaggcctatcccaagcccgagttccaatggcagtttggcaataatccatcgccc
ctgaccatgtcctccgatggtcactacgagattagtaccaccaccgataacaacgacatc
tatacgtccgtgctcaagatcaactcgctgactcattcggattacggagaatacacctgc
cgggtggccaacaccctggatacgattcgagctcccattagactgcagcagaaaggaccc
ccagagaaaccaacaaatctgcgagccaccgaggtgggtcacaattacgtatcactgagc
tgggatcccggattcgatggaggtctgagcaagaccaagttctttgttagctatcgccgt
gtggccatgccaagggaagaacaattgataccggattgcgccactttggccaactcgaat
tcggcttgggtggaagtcgattgccagcgggatattccctgcaaggtgacagccctggag
caacaccagagttatgcctttaaggtcaaggctctgaatcccaagagcgattcaccgtac
tcgagtgaaatcatggtgacgacaaaggtcagcaggattccgccaccattgcaggtgacc
tatgagccgaatactcgaactctcggcatcgatgtgggggccacgtgcttgaacctggtg
gccgttgtggagtccatggtgaatgcagattctccgatggccgcctgggaggtggtgacc
accatggataacctgcagctgtccggaaatggacccacccacaaggagaagatcatcgac
agaataattggagcgcggcgagttggcggaggacgtgctctggggcacaccatcagcgag
gacgaggatgacaatggtttgaactcgctggccctcgaggacgaaaacagtcccactgtg
cgggtcaaattgtgtctgaggaccaatccagagcactgcggcgattacacggacgcagaa
attggcaggccgtatatagcggaggctaatgccctggccacgcccactctcattgcgata
atcgtgtcctgcgtggtctttgccctcttcgctggcctaatcctgatgttctgccgctgc
aagcgcaatcaatcgaagaagagcgccgccgccaaagattacgagatggactcggtgcgt
ccttcgattgtggccgctcagcaaaaccaggcgccaccaccctactaccccgcctctggg
ctggacaacaaggcattggaacactcaatggatctcgccctcagcatggaggatcagaaa
acggcactatacgccacccagaatggatatagctatcatccgggaagtggggtggtgggc
gttggcatgggcggcggcgttgtgggagtgggtgttggcggcagcgtggtcagcggaatg
ggcggcggagtgggcggaatcggaggcagtggcgtcggcgtcaatggaatacctggactc
agcgcacacacgatgcccggaaatgaatgggtcaacatgggctacatggagaacaactat
tcgaattcgaacaacggcggcagtgtcaactcgcaggactcactgtggcaggtgaagatg
tcagccgcggcggtgggcaaccagcagggcatggtgcaggccccaatgaatcagtatgtg
gaacagcagcccgcctacggatacgatccgttgacccatggtggctatggggcggtggac
gactacgctccctatccgcacctcacggccacgcccagccaggtgggcgatgagtaccac
aacttgcgcaacagccagaatccgtcccggcaggactactgcagcgatccctatgcatcc
gtgcaaaagcccaaaaagcgagtcgatcagcatttagattcaccatatcacgacgtaagc
ggtctgcccaatccctacaacatggagcatttggaacaggacgaggtccttcccccgcag
cagcacatgtccttgagctacgacgacagcttcgagggcgaatattcgacaacgccgaat
gccagaaaccgtcgcgtcatacgcgagattattgtctag

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Ontology (2)   
   KEGG BRITE (2)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (72)   
   KEGG ORTHOLOGY (1)   
   RefGene (67)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   FLYBASE (1)   
   OC (1)   
Protein sequence (4)   
   UniProt (1)   
   RefSeq(pep) (3)   
DNA sequence (3)   
   RefSeq(nuc) (3)   
Protein domain (11)   
   Pfam (11)   
All databases (94)   

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