KEGG   Danio rerio (zebrafish): 565032
Entry
565032            CDS       T01004                                 
Symbol
hmcn2
Name
(RefSeq) hemicentin-1
  KO
K17341  hemicentin
Organism
dre  Danio rerio (zebrafish)
Brite
KEGG Orthology (KO) [BR:dre00001]
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   04990 Domain-containing proteins not elsewhere classified [BR:dre04990]
    565032 (hmcn2)
Domain-containing proteins not elsewhere classified [BR:dre04990]
 EGF-like domain-containing proteins
  hEGF / cEGF domain-containing proteins
   565032 (hmcn2)
SSDB
Motif
Pfam: I-set Ig_3 Ig_2 ig V-set C2-set_2 EGF_CA G2F Ig_5 Ig_6 cEGF C1-set Izumo-Ig EGF_3 FXa_inhibition TSP_1 Adeno_E3_CR1 TSP1_spondin hEGF EGF TSP1_CCN PD40
Other DBs
NCBI-GeneID: 565032
NCBI-ProteinID: XP_001920501
ZFIN: ZDB-GENE-030131-9765
Ensembl: ENSDARG00000079327
UniProt: E7F3V2
Position
8:32613484..32785708
AA seq 4212 aa
MKKFVVTLLIWALTLGARCSSVAPVKRHSGADDSASTLAFVFDVTGSMYDDLKQVIEGAS
RILERTLSRRTRPIKNFVLVPFHDPDIGPVSITTDPKKFQKDLQELFVQGGGDCPEMSIG
AIKKALEVSLPGSFIYVFTDARAKDYRLKRDVLQLVQLRQSQVVFVLTGDCGDRSQPGYR
AYEEIAATSSGQIFHLDKQQVNEVLKWVEETIQTMKVHLLSSDHETAQESQWEVPFDPSL
KEVTVSLSGPAPQIELRDPLGRTVGERQGLRELLNIPNSARVVNLKNPRPGPWTLKVGCS
GRHTLRVTGVSNLDFRAGFSSIPVSEFTRTRERPIKGVPAHVMLKCSGLKPPGLVTNMEL
VSLGGRSLRTIPVPLPGDGGSGGIWSIPEFRTPSQSFFLRVSGNDGDGYNFQRLSSVSYT
NIIPEPPVVVMPTVVRGFYMQPAVIDCSVESDLPYKLRFIRGGDTLGEERTYEASGKASW
EIPYASGDDEGAYECVARSTAGMGRALTQLTVREPPPVLRPPVNVTSSPGTVAVLSCQIQ
GSVRHNLTWYRTGSALPSRSGRVRVLANSSLEISWVRSQDAGPYQCRASNAHGESQAVVW
LVVLEAPSVVVSPQTQSFSLGAEVHISCSASGSPPPKVFWSHGNIFLSNHHRMSISESGM
LTIRGAAPEDSGNYTCLATNEVGTASQSVNVNYAEPPSISVVQQMVMVVAGEDASLECQA
SGTPSPIVKWQKGDLDLGTAPFAEQDVHRGTLQIRGVQELDSGDYTCVASNIAGSSSAVV
VLQVGAAPTFSESPVDITASVGDNITLPCIARGFPTPSLIWRRQDGRPIFGKSSGHVGTS
QLPSGALQIQSVWVDDEGVYLCEAKNQFGSIKALARVTVTGLEPPLLVQGAPSITTMIAQ
PLNLPCRLLDGIPLPERIWTHNGKQVRVGGRVFLRSDGSLHVDRAVPEDAGTYVCTAVNV
AGSANITVTVEVHAPPDIKAGPLHYTASEGTPISLSCEARGVPKPTISWSKGRDPLNRPV
SAPFEAADGSLYISSPTEEDAGVYICTATSAVGYTSREMHLIVNSKPRIVGADGSQVTVK
MAAEVGSEVILPCEVQGSPTPLVTWSRNGQTIPPVTAWFTMLPSGSLKISDVRVVDSKLY
TCSAVNPAGNVSLTYNLQVQAKPRIHPAPSTLKALIGQTVVLPCVVQGEPSPQVSWLHNG
LPVASDRMLKIQAVQHSDSGTYRCVARNSAGEDTIQIVLDVLEGPYFETNGETVIESVAN
SKVLIPCPARGSPAPQVRWFKNGLEVHMERSEHGVSLAEDGALVIGSASASHSGDFKCVA
TNEAGSVERKTRLKVNVPPEIQDDGQLLNLTVTLKQPLTLGCDAFGIPTPTISWTKDNRP
VLETPGVYLQNGKRLLKIYRVQHDHAGRFSCTAQNSAGEAKREYTIEVQAPPVISGTSGV
QEVTIMAGQEVDMQCRVSGRPLPSVEWTHDGEVLSPNGDPHVEFLEKGQVLRVKSVRPRD
RGLYQCVATNNAGTQTRQFRLTIQAAPLIRDSGEDSEVTVVLGFPAVLHCEVEGIPLPTI
TWLKDNQPIVSSPQLTYTQGGQSLRVAAARGEDAGAYTCRATNPAGTAHRHYTLRIMVPP
QIEGDSTILSFGRREEKVRINGTLTLSCLAKGFPEPVTQWFKDGQLLNGNTHSGLSVNSH
MLHVDNAMLSHEGQYTCVVSNSAGEDKRDFHLTIQVPPVFHRVINGAADFTLGEREGDEE
DPDSPDGMVERREVLLGHSISLSCESNAIPPPRLSWYRQGRQLTSSDGVVLAPGGHILQI
PRVQLEDAGKYTCQAVNEAGEDKMHYDLEVLVPPVISGQTDEFMQDVDTVVNSTVSLRCD
VSGHPSPSVSWIKDGLPLYSDSRHNILEDGKLLEIVNVQVSDGASYQCVAENKAGAVERL
YSLSIQVPPRIVGRREEEMSVVEGHMISLLCDVQAYPPADIIWTKDGQMLEFTTGIHILP
GGQMLQIPRAGQQDAGQYVCTATNSAGQDQKSILLTIYALPALVPRLESESEVRTPLVGS
TLILRCEANGIPKPEVTWYRNGLQLAAGNGLRIERQQLEIVGVQVADGGVYTCKVSNIAG
QVDRTFRVTVHVPPVMEGPLHETLTQNLGSHITLICEASGIPVPNIAWLKDGSPIESSLQ
WNWSTRANRLELGPLQLSHAGTYTCIAKNTEGQTQKDYSLTIYAPPSIIDSGHPSEVSAP
VGEELALECRAMGSPAPKVSWLRNGKTLVNGNTEHINISPDGSTLTFLSVKPEDSGTYTC
LAVSSAGQETKIYTLFALVPPSISGETSVPREVHTTQHSVVTLECKAKGTPQPQISWLRD
GHPLLLSPRIRLLSADSTLRISPVHLSDSGIYTCVARSRAGLAELNFDLQVQAPPAVERT
EPTEQVAVVQGSSVTLTCEARGVPPPTLSWLKDGQPLSLHRNLLLDGQETRFLLSDVGPS
DAGLYSCVASNQAGSSTKTFNLTVLEPPKITGSLSPEEQLIAVDSLLELECIATGLPPPT
LSWLKDGRPIQDNMAIIERDGQLLRINKVQVEDAGLYTCLASSPAGEDGRNHWVRVQLPP
TLLGSNDIRTVSVPAKGHLTLECQTDSDPPPEIEWYKDNVKVQLGGRIQSIASGQFLEIQ
DVRMHDSGQYSCVVTNIAGSTSLFFTVEILLPPVIREGSSLIIAHVGQDAVLPCEVEGAP
SSSVMWRKDGGPVPLHNNRFTLLSEGSLRISTVQLSDVGRYYCSVSNQAGSDHRGMDLKV
YVGPSISPGPFNVTVVTGQRAVLSCESTGIPAPQVSWRRNGSPISVDQSSAYRLMSSGSL
VITSPTAEDEGYFECTVTNEVGEERRVIEVILQVPPVIKDDVSSVTAVKMSPVVLPCHAT
GRPEPVISWNKNWMQLGARGGSYRVLPTGALEILAATPSHAGKYTCSARNPVGVAYKHVT
LTVQEPPEIRPMAEEVQVVLHHSVVLPCEVQGFPRPTITWQREGVPVATGHRLAVLSNGA
LKFSRVTLGDAGTYQCLAQNEAGTALAQTQLILQVPPVLSVPRLEYVVVLGQPVSLDCVA
DGQPKPEVTWHRDRRPVVDSSHLRLFSNGSLHITATQRGDAGIYTCSARNSVGRASHDVR
LILHTPPQIFVGQSEISVMQGLRVMLPCAAQGVPEPRMSWEKKGVSVSNMPGKFTLRESG
GLIIERAEAGDAGLFTCVATNTAGSARWDIRLTVNMRPAFKELPGDVTLNKGQSLSLSCH
AEGTPTPTITWTANNRPYTGASVDETGRSSVIFDNVTVSDGGTYACIAENTVGLIRALSF
VRVREPPVLRGEAHTSQTVIQGKSAMLDCAVSGDPVPSLRWHKDGQPLLGSLRFHPLRNG
SLALYSAIIGDSGEYRCVAESEAGAAERTISLKVQVPGGYSNWEEWGPCSVTCGQGIQER
IRFCNNPPPAYGGPLCEGPNVDSRKCQASLCPGESPRRARGSLIGMVNEKEFGVAYLEAN
ITENDLEGTSTLEAHVENIPPSVGPLLRVLVSVFAPVYWTTVYQTQETQNGFSITEGQFR
QESQLEFETGEILKLTHVARGLDGEGVLLVDIVINGFVPPMLLSSNLNLQEFDESYVQTG
SGQLYSWSTQNHIRDGAPLTLRCNHTMVFEGPESRQGPLLQLLRLTGISGTYSLYTLSLD
FKMTASLLIPEGDGETCPKGFILDTASYCADEDECAVDSPCSHSCNNNMGGFSCACPSGF
TISTESNSCQDIDECSQGSHLCHPNQQCVNTVGTYRCQAKCGLGFKPSLVGTSCEDVDEC
QESAVSPCQQQCFNTLGSFRCTCHPGYQLVGHRCLDINECLRNVCPAHQQCRNTDGGYQC
FDSCPAGMTAAENGVCVDIDECQDGSHMCRYSQICQNTIGGYGCVCPRGYRSQGVGRPCL
DIDECAQVPSPCAFQCRNVPGSFRCVCPPGTVLLGDGRSCAGLERGHIFTNSTRVQARLR
PQLVSALERPYLTRLSVLPEHLGSSRRPRHECPVGYTSKDGTCIDIDECAFRKPCQHECR
NTIGSYQCTCPPGYQLLSNGRTCKDIDECTVQGVQCGPNQMCFNTRGGYQCLDTPCPNSY
QRGRNPGTCFRPCSSRLDCGSVGSFPLLQYKLLTLPLGIPAHHNVARLSAFSESGVLQDH
TSFTILEQGGDDGERPFGIKDEAGRGIIFTVKPLDWPGLVRLRVQATTLSEQGRVTYQSI
FIIYISISKYPY
NT seq 12639 nt   +upstreamnt  +downstreamnt
atgaaaaagtttgtcgttactctgctcatctgggcgctgactctcggcgcgcgctgctcg
tccgttgcgccggtgaagagacactccggcgcggatgacagcgcttcaacactagccttt
gtgttcgatgtgaccggctccatgtacgacgacctcaaacaggtgatagaaggtgcatct
cggattctggagagaacactgagccgcaggacaagaccaatcaaaaacttcgtcctggtt
cctttccatgacccagacattggtccggtttccatcacaactgacccaaagaagtttcag
aaagatcttcaagagctgtttgttcagggtggaggggattgtccagagatgagcattggg
gcaattaagaaggctttggaggtttctctacctggatccttcatctatgtgttcacagat
gcacgagccaaagactatcggctgaagagagacgttctccagttagtacagctacgacag
tctcaggttgtgtttgtgttgacgggggactgcggggatcgctctcagccgggatacagg
gcctatgaggagattgctgccaccagctccggtcagatttttcacctggacaaacagcaa
gtcaatgaggttcttaagtgggtggaggaaacaatccagaccatgaaggtacatcttctc
tcatctgaccatgaaactgcccaggagtcccagtgggaggtgccctttgaccccagttta
aaagaagtcaccgtgtcgctgagtggtccagcaccacaaattgaactcagagaccctctt
ggccgcacagttggagagaggcagggtctaagagaactgctcaacatcccaaactcagca
cgggtggtcaacctgaagaaccctcgacctggaccatggacattaaaggtgggctgcagt
gggagacacacacttagagtaactggtgtgagcaacctagacttcagggctggtttctct
agtatacctgtatctgagttcaccaggaccagagagagacctattaaaggtgttcctgca
catgtgatgctgaagtgttcaggtctgaagcctcctggtctggttaccaatatggagtta
gtgtctctcggcggccgctcgctgcgcaccatccctgtgcctctgcctggcgatggaggc
tctggaggaatctggagcatcccagagtttcgaacaccttctcagagctttttcctcaga
gtgtctggaaatgatggcgacggatacaactttcagagactgtcaagtgtgtcatatact
aacatcatcccagagcctccagtggtggtgatgcccacagtggtgaggggcttctacatg
cagcctgctgtaattgactgctctgtggagagtgacctgccctataaactgagattcatc
agaggtggagacacattgggagaggaaagaacctatgaggcttcaggtaaagcatcatgg
gaaattccttatgcttcaggcgatgatgagggagcttatgaatgtgtggccaggagcact
gccggcatgggacgagctctcacgcaacttactgtcagagagcctcctcctgtcctgcgt
cctcctgtgaatgtgacctcatccccaggtacagtggcagtgctgtcctgccagattcaa
ggctctgtgcgccacaatctgacctggtaccggacaggcagcgctttaccatcccgctca
ggaagggtcagagtactagccaattcctctctggagatcagctgggttcgcagccaggat
gccgggccgtaccagtgcagagcctcaaacgcccatggagagagtcaggctgtcgtctgg
ctggtggtcctagaggccccatctgtggttgtctccccgcagacacagagcttctctctg
ggtgcagaggtacacatctcctgctcggcatctggatctcctcctccaaaggttttctgg
agccatggcaacatctttttgtccaaccaccatcggatgagcatatctgagtctggcatg
ctgacaataagaggagctgcacctgaggattctgggaactatacgtgtctggccaccaat
gaggttggcactgcctctcagtctgttaacgtcaattatgcagaacctccaagcatctcg
gtggtccagcagatggtaatggttgttgctggcgaagatgccagtctagaatgtcaagcc
tctggcactccttctccaatcgttaaatggcaaaaaggggatctggatctgggaacagct
ccattcgccgagcaggatgtccatcgcgggacactacagatccgtggggttcaggaactg
gattctggcgattatacctgtgtggcctcaaacattgccggctcctcgtctgctgtggtc
gtactacaggtgggagctgctcctacgttttctgagtctcccgtggacataacagctagt
gtgggtgataacatcactctgccatgcatcgctcgtggttttcccacaccatctctgata
tggagacgccaggatggacgtcccatttttggcaagtcgtctggccatgttggcacctct
caactgccttctggtgcccttcagatccagagtgtttgggttgatgatgaaggtgtttat
ctttgcgaggccaaaaaccagttcggatctatcaaggcattagcgagagtcactgttact
ggcttagaaccaccgttgctagttcaaggcgctccatccattactacgatgattgctcag
cctttaaaccttccctgtaggttattagatgggattcctctccctgaaaggatctggaca
cacaatgggaaacaagtgcgtgttggcggaagagtgtttctaaggagtgatggcagtctg
catgtagacagagctgtgcctgaggatgctgggacttatgtgtgcactgctgttaatgtt
gcaggatctgccaatattactgtcactgttgaagttcatgcccctcctgatatcaaggct
ggtcccctgcactacacagctagcgagggcacaccgatctccctgtcctgtgaagcaaga
ggtgtccccaaacccaccatcagctggtccaagggtcgagatcccttaaacaggcctgtg
tcagcaccttttgaggcagccgatgggagtttgtacatctccagtcctacagaggaggat
gcaggggtttatatttgcactgccacaagtgccgtaggctacaccagtcgagagatgcat
ctgattgttaatagcaaaccaaggattgttggtgctgatgggtcacaggtgacggttaaa
atggcagctgaggtcggatctgaggtcatccttccatgtgaagttcagggaagtcctaca
cctttggtgacttggagcagaaatggccagaccatacctcctgtcacagcatggttcacc
atgctgccgtctggttctctgaagattagtgatgtgagggtggtggacagtaaactctac
acctgttctgctgtaaatccagctggaaacgtctcactcacctataatttacaagtacaa
gctaaaccaaggattcatccagctccttcaactctgaaggctcttatcggccagacggtg
gtgttgccgtgtgtggttcaaggagagccgagtccacaggtcagctggcttcataatggg
cttccagtggctagtgatcgaatgctgaagatccaggcagtccagcactcggacagcggc
acgtacagatgtgtagccaggaatagcgctggagaagacaccattcagattgtgttggat
gtattagagggcccctattttgagacaaatggagagactgtcattgagagtgtggctaat
agcaaagtcctcattccttgtcctgctcgagggtctcctgctcctcaggtgcgatggttc
aaaaatggcctggaggtccatatggagcgatcggagcatggcgtgtctctggctgaagat
ggagccctggtgattggctcagcttcagccagtcacagtggagacttcaagtgcgtggcc
actaatgaagcagggtcagtggagaggaagaccaggctaaaggtcaatgttcctccagag
atccaggatgatgggcagcttctgaatttgacagtgacactgaagcagcccctcacactg
gggtgtgacgcttttggcatcccaacaccaactatcagctggactaaagacaacagaccc
gtactggagaccccaggggtgtatctgcagaatggaaaaaggcttttaaagatttatcgt
gttcagcatgatcacgctggccgcttctcctgcactgcccagaactctgctggggaagcc
aagagggagtacactattgaagtacaagctccaccagtaatatcgggaacttcaggagtg
caggaagtgaccatcatggcgggacaggaagtggatatgcagtgtagagtcagtggtcgt
cctctgccttcagtggaatggactcatgatggagaggttttatcccctaatggagaccct
catgtggagtttctggagaaggggcaggtgttgagggttaagtctgtcaggcctagggat
cgtggcctgtatcagtgtgtggcgacaaacaacgctgggactcagacaagacagttcagg
ctgaccatacaagctgctccattgatccgtgactctggtgaggattcagaagtaactgta
gttctgggcttcccggctgttcttcactgtgaagttgaagggattccacttcccactatc
acctggctgaaggacaaccagcccatagtgtccagccctcagctcacatacacacagggt
ggacagtctttgcgtgtggctgcggctcgtggtgaagatgcaggcgcatacacctgccga
gcaaccaatccggctggaacagcacatagacattacacactaagaattatggttcctcca
cagatagagggggattctaccattctcagttttggcaggagagaagagaaagtgagaatt
aatgggacgttaacactgtcgtgcctggccaaaggctttccagagcctgtcacacagtgg
tttaaagatgggcagctgttgaatggaaatacacacagcggcttgagcgtgaacagtcac
atgctccatgttgataatgccatgttgtcccatgagggccagtacacatgtgtggtctct
aactctgctggagaggacaagagagacttccacctcactatacaggttccaccagtattt
cacagagtaataaatggtgctgctgattttacactgggagagagagagggcgatgaagaa
gatccagactcacctgacgggatggttgagaggcgagaggtgttgctaggccactccatc
agtctttcctgtgagagcaatgccattcctcctcctcgactcagttggtacagacaaggc
agacaacttaccagctcagacggagttgtgcttgcgcctggagggcacatcttgcagatc
ccacgagtacagcttgaggatgctgggaagtacacctgccaggctgtgaatgaagctgga
gaagacaaaatgcattatgacctggaggtgttggttcctccagtgatttctggccagact
gatgagttcatgcaggatgtagatactgtggtgaactccactgtttcactgcgctgtgat
gtctcgggacacccctctccatctgtgtcctggataaaggatggtctgcctctctacagc
gactctcgccataacatactggaggatggaaaactgctggagattgtgaatgtgcaggtg
tcagatggagccagttatcagtgtgtggcagagaataaagctggagctgtcgagagactt
tacagcttgtctattcaagttccaccgaggattgtgggccgccgagaagaagaaatgagt
gtggtggagggccatatgatctctctgctgtgtgatgtccaggcgtacccacccgctgac
atcatctggaccaaagacgggcagatgctggagttcaccactggcatccacatactgcca
ggaggtcagatgctgcagattcctcgggcaggacagcaagatgctggacaatatgtctgt
acagctacaaattcagctggacaagaccaaaagagcattctacttactatctatgctttg
cctgcactggtgcctcgtcttgaatcagagtctgaagtcaggacgcctctggtcgggtcg
acgctcattctgcgctgtgaagccaatggcatccctaaaccagaggtcacatggtatcgt
aatggacttcaactggcagctgggaatggattaaggatagagcggcagcagctggagata
gtaggagtgcaagtggctgatggtggtgtttacacctgtaaggtttccaacattgcaggt
caagtagatcgcaccttcagagtaacagtccatgtgcctcctgtgatggagggtcctctt
catgagactctcactcagaacctgggctcccacatcactcttatctgtgaggcctctggc
atacctgtacccaatattgcctggttgaaagacggcagtcctattgaaagcagtctgcag
tggaactggtcaacgagagctaacagactggagttgggccctctgcagctctctcatgcg
ggcacttacacctgcatagccaaaaacactgaaggacagactcagaaagactactcactt
actatatatgcaccacccagcattatagattctggccacccatcagaagtcagtgcacct
gtcggggaggagctggctcttgaatgtcgggcgatgggttcacctgctcctaaagtgagc
tggctgaggaacggaaagactctggtgaatggaaacacagagcacataaatatctctcca
gatgggagcactctaacatttctgagtgtaaaaccagaggactcaggaacatacacctgt
ctggctgtcagctccgctggccaggaaaccaagatctataccctgtttgcattggttcct
ccctccataagtggggagaccagtgtcccccgtgaggttcacaccacccagcacagtgtg
gtcacactggagtgcaaagccaaggggactccacaacctcaaatcagctggctgagagac
ggtcatcctttgctcctgtctccacgcatccgtctgctctctgcagattcaactctgaga
atttcaccggtgcatctgtctgattctggcatctacacttgtgttgcacgcagtcgagct
ggattagctgaactcaactttgacctccaagtgcaagctccccctgctgtggagcgaaca
gagccgactgagcaggtggcggtggtccagggctcttcagtgactctgacctgtgaagct
cgtggtgtccctcctccaacgctctcctggctgaaagatggtcagccactctcactgcac
cgcaatctgctgctcgacggacaggaaacccgcttcctgctgtctgatgtgggacccagc
gatgcaggtctctacagctgtgtggccagcaaccaggccggaagcagcaccaagaccttc
aacctgactgttttagagccccccaagatcactggttctttgtcccctgaggagcagctg
attgcagttgacagtttgctggagctggagtgtatcgccactggtcttcctcctccaaca
ctcagctggctgaaagatggacgtccaatacaggacaacatggcaataatagaaagggat
gggcagctgctcaggattaacaaagttcaggtggaggacgcaggtctgtatacttgtctt
gctagtagcccagctggagaggatggcagaaatcactgggtgcgcgttcaacttccaccc
actctccttggctccaatgacatcagaactgtctcagttccagccaaaggtcacttgact
cttgagtgtcaaaccgacagtgaccctccaccagagattgagtggtacaaggataacgtc
aaagtacagttgggaggtcgaattcagtccattgccagtggacagtttttggaaattcaa
gatgtccggatgcatgacagtggacagtacagctgtgtggttaccaacattgctggcagc
actagtctgttctttactgtagagattctcttgccaccggtcatcagagagggcagctca
ttgatcatagcacatgtcggtcaggatgcagtgctgccatgtgaggtggaaggagcaccg
tcctcttctgtcatgtggaggaaagatggaggcccagttcctcttcacaataacagattc
accttgctgtcagagggatctttgcgtatttctacagtgcagctgtctgatgttggtcgt
tattactgcagtgtgtctaatcaggctggatcagaccatcgtggcatggaccttaaagtc
tacgtcgggccctcgattagccctggtccctttaatgtgacagtggtcacaggtcaaagg
gcagtgttaagttgtgagagcactggtattcctgctcctcaggtcagctggaggaggaat
ggctcacctatcagtgtggatcagtcaagcgcttataggttaatgtcttctggttctctg
gtcattacatcaccgactgctgaggatgagggttatttcgagtgcacagtgaccaatgag
gttggagaagagcgaagagtcatagaggtcattctgcaagttccccctgtgattaaagat
gatgtcagcagtgttacggcagttaaaatgtctcccgtggtgttgccatgtcatgctacg
ggacgtcctgagcctgtcattagctggaacaagaactggatgcagctgggtgctcgaggt
ggtagttatcgtgtactgcccacaggagcgctggagatcttggctgcaactcctagtcat
gctggcaaatatacctgttctgctcgtaatcctgttggtgtggcttataaacatgttact
cttactgtacaggaaccgccagagatcaggcctatggcagaagaggttcaggtggtgtta
catcattcagtggttttgccctgtgaagtgcagggattccccagacccaccatcacatgg
cagcgagaaggagttcctgtggccacaggtcacagactggcggttctctccaatggagct
ctgaagttttcacgtgttactcttggagatgcaggaacatatcagtgtttagcacagaat
gaagcaggaacagctttggcacaaacccagcttatattacaagtccctccagtgttgtct
gttcctcgtctggagtacgtagtggttctcggtcagccagtcagtctggattgtgtggca
gacggtcagccgaaaccagaggtgacgtggcacagagatcggcgaccagtggttgacagt
tcacacctgagactgttctccaatggcagccttcacatcactgctactcaacgtggtgat
gcaggaatatacacctgctcagctcgaaacagcgtcggcagagcaagccatgatgtcaga
ctcattttgcataccccaccgcagatttttgttggtcagtcagagatatctgtcatgcag
ggcttgcgagtgatgctgccgtgtgcagcacagggtgttcctgagcccaggatgagctgg
gagaaaaagggggtctcggtgtcaaacatgcccggcaaatttactctcagagagtcagga
ggcctgattatcgaaagggcagaggctggtgatgcaggtctgtttacatgtgtagcaact
aacaccgcaggatcggctcgatgggacattcgcctgactgtcaacatgagaccagcattt
aaagagttacctggtgatgtgacgttgaataaaggtcagagtctcagcttgtcctgccat
gctgagggtactccaacacccaccataacctggactgccaacaacaggccctatactggt
gcaagtgttgatgaaacaggcagaagttcagtgatctttgacaatgtcaccgtcagcgat
gggggaacctatgcctgcattgcagagaacactgttggactcatacgggctctctcattt
gtgcgtgttagagagcctcctgtgctgagaggggaagcccacacttcacagactgtaatt
caaggaaaatcagccatgctggactgtgcagtcagcggcgatcctgtcccttcccttcgc
tggcacaaagacggacagcccttactcggatctttgcggtttcatcccctccgtaatggc
tctctggctctttacagtgccataattggagattcaggagagtatagatgtgttgctgaa
agtgaggcaggtgctgcagaaagaacaatatcactgaaagtacaagtccctggtggttac
tcaaactgggaggagtggggcccgtgcagcgtcacctgtggtcaaggcatccaggaacga
atcagattttgcaacaatccaccaccagcctacggcggcccattgtgtgagggtccaaat
gtagattccaggaaatgtcaggcctcactctgtccaggagagtctccacggcgtgcacgg
ggcagtctgataggcatggtcaatgagaaggagtttggggtggcatatctagaagccaat
atcacagaaaatgatttggagggcaccagcaccctggaggcccatgttgaaaacattcct
ccaagtgttggtcctttgttgcgagtgcttgtgtctgtatttgccccggtatactggaca
acagtgtatcaaacacaggaaacccagaatggcttctccatcactgaagggcagttcaga
caggaatctcagctagagtttgaaacaggagagattttaaagctgacacacgtggcaaga
ggtctggatggagagggagttctgttggtagatattgttatcaatggatttgttcctcct
atgcttttgtcctctaatctcaatctacaggagtttgacgagtcgtatgtgcagacaggc
tctgggcagctttattcctggtccacacagaatcacattcgggacggggctcctcttacc
ctgcgctgcaatcatactatggtttttgagggtccagagagccgccaggggcccctgctt
cagcttctcagactgacaggaataagtggcacctacagcctttacactctcagcctagac
ttcaagatgacagcttccttactcataccagagggtgatggggagacctgtccaaaaggt
ttcatcttggatacagcatcttactgtgccgatgaagatgaatgtgctgtagactctccc
tgctcacactcatgtaataataatatgggtggtttctcctgtgcgtgtccgtctgggttc
accatctctacagagtcaaacagctgccaagatattgacgagtgctcccaaggctcccac
ttgtgtcaccccaaccagcagtgtgtgaacaccgttgggacatatcgctgtcaagccaag
tgtggactgggctttaaacccagtttagttggcaccagctgtgaagatgtggatgagtgt
caagaatcagcagtgtccccatgccagcagcagtgtttcaatactctgggctcattccgc
tgcacctgccatccaggatatcagctagtggggcatcgctgtctagatataaatgagtgt
ttgaggaatgtgtgtccagcacaccagcagtgccgaaacacagatggaggatatcagtgt
tttgacagctgtccggctggcatgactgcagcagaaaatggagtgtgtgtggacatagat
gaatgccaagacggtagtcacatgtgtcggtacagtcagatatgccaaaacacgattggt
gggtatggatgtgtttgtcctcgaggataccgctcccaaggcgtgggtcgaccttgctta
gatattgatgaatgtgcacaggtgccaagtccttgtgcttttcagtgccgcaacgtacca
ggcagtttccgctgcgtatgcccaccagggacagtccttctgggggatggtcgctcttgc
gctgggcttgagagaggccacatcttcaccaacagtacccgggtgcaagccagactgcgg
ccacagctggtatctgctttggagagaccttacctcactcgcctctcagtcctaccagag
caccttggttcctcacgtcgcccccggcatgaatgccccgtaggatatactagcaaggat
ggaacttgtatagatatcgatgaatgcgcatttagaaagccttgtcaacatgagtgcaga
aacactataggaagctaccagtgcacctgcccaccaggataccaattattatccaatgga
cggacatgcaaagatatcgatgagtgcacagtacagggtgtccagtgtggaccaaaccaa
atgtgttttaacactcgagggggttaccagtgtctggacacaccctgccccaacagctac
caaagaggacgtaatccaggcacctgcttcagaccttgctcttccaggctggactgtggc
tctgtgggctcttttcctctgctccagtacaagctccttactcttcctctgggcatccca
gcccaccacaatgtggcccgtttatctgctttctccgaatcaggagtcctccaagaccac
acgtccttcaccatcctggagcaaggaggagatgacggagagaggccatttggcatcaag
gatgaagcaggaagaggcatcattttcacagtgaagcctttagactggccaggcctggtg
cgacttcgggtacaagccacaactctgtcagagcagggccgcgttacctaccagagtatc
tttattatctacatctccatatccaaatacccctactaa

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Ontology (2)   
   KEGG BRITE (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (124)   
   KEGG ORTHOLOGY (1)   
   RefGene (118)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   OC (1)   
   ZFIN (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (23)   
   RefSeq(nuc) (1)   
   GenBank (11)   
   EMBL (11)   
Protein domain (22)   
   Pfam (22)   
All databases (174)   

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