KEGG   Saccoglossus kowalevskii (acorn worm): 102801020
Entry
102801020         CDS       T04123                                 
Name
(RefSeq) titin-like
Organism
sko  Saccoglossus kowalevskii (acorn worm)
SSDB
Motif
Pfam: fn3 Pur_ac_phosph_N I-set fn3_2 Ig_3 Ig_2 ig V-set Receptor_2B4 NDNF
Other DBs
NCBI-GeneID: 102801020
NCBI-ProteinID: XP_006823012
Position
Un
AA seq 2911 aa
MSDPPGSPSKPDISNITARSATLKWKAPKDDGGSPVTEYVIERKEQFSARWTMTDTSTST
TTTVHSLNEGTEYYFRVAAVNKAGVGKPGEPSVNVVAKAPYTVPDAPRKPQLPAVSANKM
NLTWNTPLDDGGAPVIGYIIERREKFDTRWTRINISVVPETSYTADGLKEGTEYEFRVAA
ENKAGVGKFSEPTAPTIAKHPYDVPDSPGRPDIIQINAHDMTITWSPPVSDGGSPIIGYI
VELLETAKHRWIKVTIAPVRETTYTVTELITGAEYKLRVSALNAAGVGKPSPDSVGRIAK
PPYDVPGPPAQPRVTTADSTSMALKWFAPDEDGGSPVTGYTIEKRVKFGRWSRAMIETVE
ETFATVSELVQGQEYEFRVCAENKAGVGEASEPSDPRIAKPPYDVPSQPGTTSVSDVTAN
SMILNWTPPESTGGAAVTGYYVEKKDKFATRWTRVNATPMKATMLKVSDLLENNEYVYRV
LAENKAGLSSPSQPSRSVVAKPPYGLPMPPGKPNIVAADCHEMTVTWTPPVNDGGSPVTG
YYIDRKDCYSSRWMRASRDAVLDTTFTVTGLSEGTAYQFRVAAENKAGVGKPSEASELKT
AKAPYDPPEAPGMPQISNINKTNMTLTWTKPKSDGGAPITNYIIEKKEAFGFYWSRVNFE
EVLDTSYKVTGLTEGTKYQFKIAAENKAGVGPYSNPSEIEVAKSPYQLASPPGKPVVSDV
TETSMTLSWTKPTSDGGADITGFIVERRERFSTRWQAINRMALTDTTFKATGLSEGNQYE
FRVCAENAAGVGTPSEASEAHVAKPPYDVPGQPGSPSVSGVDASFMTITWTPPVSDGGAP
ITGYIIEKKDTSKAKWTLATRKPVKDLTYTVTDLIQGTRYEFRVSAENKAGVGKPSYPSA
AKVAKPPYDAPDSPSTPMISNVDSTEMTLSWTPPTTDGGNPVTGYIIEAKASFATRWHIV
KTAITGTMATVTHLKEGHTYEFRVIAENKAGLGKPSSPSEARLAKPPYDVPAAPGSPEVS
NITNTSVTLNWSPPSSDGGSPVIGYIIEKKDRFATRYSKAEQLTTSATKATIHKLAEGNI
YEFRILAENKAGFGKPSEPSVPITPKPKYVVPSAPGVPSILDVTSSTMAVTWTPPVQDGG
AHVTGYIIEKRDVRTGRWTKAHRDVITDTTFTVKDLIEDSKYEFRVSAENAAGVGKPSEP
SAVRIARPPYDVPDAPGKPEITSYDINKASITWTPPISDGGSRILGYIIERKEKHGTRWM
KANRDVVTGTSFTVTGLIEKSVYEFRVMAENKAGVGKPSQPSDYVIAKLPYDVPSSPGLP
NIDCVTGKTMTLTWSKPSSDGGSPITGYYVEKKDQGTMRWARVNRFSVADLTLSVGDLRE
GHEYEFRVTAENKAGIGKSSEIAGPRVAKPPYDVPGMPGTPDVTEVTARSITISWTRPAS
DGGSPITSYIIEKKEPFTNRWTFVHKVPETTSMVTGLHEYHEYEFRVAAENRAGIGKPSY
PSKSTVAKPPYDIPGAPSKPAVSDITDTSMTLTWRAPAADGGAAIIGYYIEKKERFEYRW
TPVNQIAIPELTYTVSGLISHSEYEFRVMAENKAGLGPPSEATAPMLAKPPYDVPSPPSQ
PSIDNVTKTTMTLSWKPPTSDGGSKVLGYVIEKKDGFSIMWEKAHREDIHNTSYTVTDLK
ESREYMFRVSAFNKAGIGSPSQSSQTRLAKAPYDVPGAPEKPELSNMTNSTMTLTWLPPL
NDGGAPITGYIVEKSERYSTHWVRMNTDVVKTTTYTATSLRENIDYQFRVAAENKAGIGK
SSRPTEPRAVAVAPQLDTSKIKDTVVVKVDNTFHLDVPYRASPKPTVTWLKDGLPLDTSF
RVKSDCTDRSTILTTKNCVRADSGTYTLKLSNEAGDTSTTVRVEVLDRPAPPKNLMVSDI
NSTQVTLSWEPPRDDGGSKVTHYVIEKRDMSRTVWARITNVTDTTHRVTNLMEGYDYGFR
IIAVNKVGESEPVQTIEKVHLKSKYDKPGPPSMPEILSVGSDYIELSWEPPSFNGGTPIT
GYFIEKRDRHMAQWNRVNLASISETSCIVNRLLKGSEYEFCILAENKAGVGQPSQPSQVV
RAVEPAVAPKLMLDVKYRDTLILKAGTTFRIDVPYKASPIPTIKWSKDGVPLQSSWRIRL
ESTEDHTAITVKDTDRSDGGHYTLHLTNEAGSDTANINVQVLDKPGTPRGPLEASNIAST
SVTLSWLAPRDDGGSPITNYIIEKRDTTHYMWSTVTSDQIDTSYRVTHLTEDSQCQFRVM
AQNRYGISEPLESERVVPRGHYDVPGSPSAPDVTETTGESMLLTWNEPSHDGGAHIIGYI
IEMRQTTSPRWIKATGLPVVGTTFRVSRLTRGAEYEFRILAENKAGVSLPSGPSRTVRAE
EPAVAPKLKLDARFKKPIIVKAGTTFHLEASYYGVPMPTVKWTKDDHIAASSLRVRVDAS
DSSSELITFNSEPEDSGVYQISVSNKAGSDRAAFTVKVVDRPSPPRGPMELLSVTSTNVT
LAWQPPANDGSSPIINYILERRETASRMWTKVPGVKTDTTMRVGNLIEGMEYQFRVSAEN
MYGVSEPLVSDRVRPKSEYDVPGQPGIPEVSNVHADSMTLTWSAPGYDGGTQITGYYLEK
KERMSTMWSRVSLSVIKEKSYRAIRLIRGAEYEFRVSAENKAGIGKPSAPSVLTKAKEPA
VASKIRLPSQYTDVVIVKAGTMLRLDIPISGVPEPTVIWYKDGQVMKTVLRVRLETTEHG
CSLLIKQAERRDGGEYVVQARNEAGTDTATITVMVLDKPGPPQPPLSFSNITKASVTLEW
QPPLEDGGSEITNYILEKRDHGRTLWSRVSSTVTGTKYTVTSLLDGTAYQFRVMAQNQYG
ISEALEGVEPVLVRSPYDVPLRLSKILLGYS
NT seq 8736 nt   +upstreamnt  +downstreamnt
atgtctgatcctcctggtagtcctagcaaaccagatatctctaacatcacagcaagaagt
gcaactctcaaatggaaagcgcccaaagatgatggcggaagtccagtgactgagtatgtt
attgaaagaaaggaacaattcagcgccagatggactatgacagataccagtacaagcaca
acgacaactgtacacagccttaatgagggcactgaatactacttccgtgttgctgctgtg
aacaaagctggtgttggtaaaccaggagaaccatctgttaatgttgttgccaaagcacct
tacactgttcctgatgcacctagaaaaccacagctcccagcagtaagtgctaacaagatg
aacttgacatggaatacacctctggacgatggcggagcacctgtaattggttacattatt
gaaagacgtgagaagtttgacaccagatggacaagaataaacatctcagttgtgcctgaa
acatcctacacagctgatggtcttaaggaaggtactgaatacgagttcagagttgccgct
gaaaacaaagctggtgttggcaaattcagtgaaccaactgcaccaactattgctaagcat
ccgtatgatgttcctgattcacctggcagacctgacattatccagattaatgcacatgat
atgacaattacatggtctccacctgtttctgatggtggtagtccaatcatcggttacatt
gttgaattgcttgagaccgcaaaacacaggtggatcaaagtaactattgctcctgtgcgt
gaaacaacgtacaccgtgactgaactgatcacaggcgcagaatacaagttgcgcgtcagt
gctctgaatgcagctggagttggcaaacctagtcctgattcagttggaaggatagctaaa
ccaccatatgatgtgcctgggccaccagctcaacctagagtgacaacagctgatagtacg
agcatggcattgaaatggtttgcacctgatgaagatggtggcagcccagttactggttat
acaattgaaaagcgtgtgaagtttggtcgatggagtagagctatgattgagactgttgaa
gaaacctttgctaccgtttctgaacttgtacaagggcaggagtatgaattccgtgtttgt
gctgaaaacaaagctggagttggtgaagctagtgaaccatccgatcccagaattgccaaa
ccaccttatgatgtaccaagccaacctggaacaacctctgtcagtgacgttactgcaaat
tcgatgatcctcaactggacacctccagagtcaactggtggtgctgccgttaccggttac
tatgttgaaaagaaggacaagtttgctaccagatggaccagagtgaatgctacacccatg
aaagccacaatgttaaaagtctcagacttattggagaacaatgagtatgtttaccgtgtg
ttagctgaaaacaaagctggattaagtagtccaagtcaaccatcaagaagtgttgttgct
aaaccaccatatggcttaccaatgccacctggaaaacctaacattgttgctgctgattgt
catgagatgactgtgacatggactccacctgtcaatgatggaggcagtcctgtgactgga
tattacattgatcgcaaagattgctactcctctcgatggatgagagcttctagagatgct
gtactagacactacattcactgttactggcttgtctgaaggaactgcctatcaattccga
gttgctgctgagaacaaagctggtgttggcaagcctagtgaagcatctgaactcaaaact
gctaaagcaccatatgatccacctgaagcacctggtatgcctcaaatttcaaacatcaat
aaaacaaatatgacactgacttggacaaaacctaaatcagatggtggagctccaatcact
aattacatcatagaaaagaaagaagcatttggattctactggagtcgtgtaaattttgaa
gaagttctggacacatcttataaggttactggactaacggaaggtacaaagtaccaattc
aagattgctgctgagaataaagctggtgttggaccatacagtaatccatcggaaatagaa
gtggccaagtcaccttatcagcttgcaagtcctcctggtaaaccagttgtatcagatgtc
accgagacatctatgactttgagctggaccaaaccaacctcagatggtggcgctgatatt
actggcttcattgttgaaagacgtgaacgcttcagtacaagatggcaggctatcaacaga
atggctctgacagatacaacatttaaagccactggtttgtctgagggtaaccagtatgaa
ttccgtgtttgtgctgagaatgctgcaggtgttggaacacccagtgaagcatcagaagcc
catgttgctaaaccaccatatgatgtacccggacaacctggatcaccttccgtatctggt
gttgatgcatcattcatgaccatcacctggacaccccctgtatctgatggtggtgcacct
ataactggctacatcattgaaaagaaggacacaagcaaagctaagtggacattagcaacc
agaaaaccggtcaaagatttgacatacactgtgacagatctgatccagggaactagatat
gagtttagagtcagtgctgagaacaaagctggtgttggcaaaccaagttatccctcagct
gctaaagtagccaaaccaccatatgatgcacctgattcaccaagtacaccaatgatatct
aatgtagacagcacagaaatgacattatcatggacccctcccaccactgatggtggcaat
ccagtcactggatatatcatagaagctaaagcctcattcgcaaccagatggcatattgta
aaaacagctatcactggaactatggcaactgtgactcatctcaaagaaggtcatacatat
gaattcagggtgattgcagagaacaaagctggtctgggcaaaccaagcagtccatccgaa
gcaagattagcaaaaccaccatatgatgttccagctgctccaggttcaccagaggtctca
aacatcaccaatacatcagtaactttgaactggtcaccaccttcatctgatggtggaagc
ccagtaatcggttatatcattgaaaagaaagacagatttgccacccgatacagcaaagca
gaacaactaacaacttcagcgacaaaggctactattcataaactagcagaaggcaatatt
tatgagtttagaatacttgctgagaataaggctggctttggtaaaccaagtgaaccgtcc
gtgcctattacaccaaaaccaaaatatgttgttccaagtgctcctggtgtgccttccatc
ctggatgtcaccagcagtacaatggctgtgacctggacaccacctgttcaggatggtgga
gcacatgttactggatacatcattgagaaacgcgatgtaagaaccggacgatggaccaaa
gcacacagggatgttatcactgatactacattcacagtcaaggatttgattgaagatagc
aagtatgagttccgtgtgtctgctgaaaatgctgctggcgttggtaaacctagtgaacca
tcagctgtgagaattgcaagaccaccatatgacgtgcctgatgcacctggtaaacctgag
attacatcttatgatatcaataaagccagcatcacctggactccacccatatcagatgga
ggcagcagaatacttggctacatcattgaaagaaaagaaaaacatggtacacgatggatg
aaagcaaacagagatgtagtaacaggcacatccttcactgtaactggattaattgaaaaa
tcagtgtatgaattcagagtaatggctgaaaacaaagctggtgttggtaaaccaagtcaa
ccatcagattatgtcattgctaagctgccatatgatgtgcccagttcccctggacttcct
aatatcgactgtgtcactggtaaaaccatgacactaacatggtctaaaccttcatctgat
ggaggttctccaattactggctactatgttgagaagaaagatcaaggtactatgcgatgg
gccagagtaaaccgttttagtgtagcagatctaactttaagtgttggtgatctccgggaa
ggacatgaatacgagttccgtgtgactgctgaaaacaaagctggcattggtaaatcaagt
gaaattgctggacccagagtcgctaaaccaccttatgatgtaccaggtatgcctggaaca
cccgatgtgacagaggttacagctagatccattactatctcctggacacgcccagcctct
gatggtggcagtcctatcacaagctatattattgaaaagaaagaaccatttacaaacaga
tggacttttgttcacaaagtaccagaaacaacatccatggtaactggtctgcatgaatat
catgagtatgaattccgagttgctgctgaaaaccgtgctggtatcggcaaaccaagctac
ccatcaaaatcaacagtagctaaaccaccatatgatataccaggtgctccaagcaaacca
gccgtgtctgacatcacagacacatcaatgacgcttacttggagagcgcctgcagcagat
ggaggtgcggcaattattgggtactatattgagaaaaaggaacgatttgaataccgatgg
acaccagtcaatcagattgcaatacctgaacttacctatacagttagtggtctgatatct
catagcgaatatgagttccgtgttatggccgagaacaaggctggattgggtccaccaagt
gaagcaacggctcccatgctagccaaaccaccctatgatgtacctagcccaccaagtcaa
ccatcaatcgacaatgttaccaagacgacaatgacattgtcatggaaaccaccaacctct
gatggtggcagtaaagtattgggatacgtgattgaaaagaaagatggcttcagcattatg
tgggaaaaagcccacagggaggatatacataacacatcatatactgtcacagacttaaaa
gaaagtagggagtatatgttcagagttagtgctttcaataaagcaggtattggctcacca
agtcaatcatcacagacaagacttgcaaaggcaccatatgatgtaccaggtgcaccagaa
aaacctgaattatccaacatgaccaacagcacaatgactctaacatggcttcctccactt
aatgatggaggtgctccaatcactggttacatcgttgaaaaatctgagagatactccaca
cactgggtcagaatgaacacagatgttgtgaaaaccaccacatacacagccacaagtttg
agagaaaatattgactatcagttccgtgttgctgctgagaacaaagcaggtattggtaaa
tccagcagaccaactgaaccaagagcagtagcagttgccccacaacttgacacaagcaag
ataaaagacacagttgttgtgaaagtggacaatactttccatcttgatgtgccatacaga
gcatcacccaaacccacagtcacatggttgaaagatggccttccactggatacaagcttc
cgggtaaaatcagattgtactgacaggagtaccatcttaacaacaaagaattgtgtacgt
gctgactctggtacatacacactcaagttgtctaatgaagctggtgatacgtcaacaacc
gtacgtgtcgaagtgttagatcgaccagcaccacctaagaatttgatggtctcagacatc
aacagtactcaagtcacattgtcatgggaaccacctcgtgatgatggaggtagcaaagtt
acccactacgttattgagaaacgcgacatgtcccgaactgtgtgggcacgtatcactaac
gtcactgatactacgcacagagtaactaatctgatggaaggctatgattatggtttccgt
attattgctgtcaataaagtcggtgagagtgaacctgttcagactattgagaaagtacac
ctcaagagcaaatatgacaagccaggtccaccaagtatgccagagattctatctgttgga
tcagactatatagaactgtcttgggaaccaccgtcatttaatggtggaactcctatcact
ggctacttcattgagaagcgagatcgtcacatggcacagtggaatagagtcaaccttgcc
tcgatatctgaaacatcatgtatagttaacagactactcaagggatcagagtatgaattc
tgtatattggctgaaaacaaagctggggttggtcaaccaagtcaaccatcacaggttgtc
cgagcagtcgaacctgcagttgcacctaaactaatgttggatgtcaaatacagagacact
cttatcctgaaggctggtacaacattccgcatagatgtaccctacaaagcatcgcctatc
ccaaccatcaaatggagcaaagatggcgtaccattgcagtcatcatggagaatcagactt
gaaagtactgaagatcatacagcaatcacagtgaaagatacagacagatcagatggtggt
cattatactttgcatctaaccaatgaagctggtagcgacactgccaacattaatgtccaa
gtattagacaaaccaggaactccacgcggaccattagaagcaagtaacattgcaagtaca
tcagtcacattgtcatggttagcgcctcgtgatgatggaggaagtccaattactaattac
attattgagaagagagacacaacacattatatgtggtctactgtgacatcagatcaaata
gatacatcgtatcgagttacacacctgacagaagactcacagtgtcagttccgtgttatg
gcacagaatagatatggtatcagtgaacccctggaaagtgaaagagttgtaccaagagga
cactatgatgtacctggatccccaagtgcaccagatgtgacagaaactactggagagtct
atgcttttgacatggaatgaaccatctcatgatggaggtgctcatattattggttatatc
attgaaatgagacagactacaagtccacgatggatcaaagcaactggtttgccagttgtc
ggcactacattcagagtatccagactaaccagaggtgcagagtatgagttccgtatttta
gctgagaataaagctggagtgagtttacccagtggaccatcaagaacagtgagagctgaa
gaaccagcagttgcacctaaactgaaacttgacgcccgattcaagaaaccaatcattgta
aaggctggaacaacattccatttggaagcatcttactatggagtaccaatgccaactgtg
aagtggacgaaagatgaccatatagcagcatcttcattgagagttagagttgatgcgtct
gattcatcaagtgagttaataacattcaactcagagccagaagattcaggtgtatatcaa
atctctgtatctaacaaagccggaagcgatcgtgctgcattcacagtcaaggtagtggac
agacccagcccaccacgtggaccaatggaattactcagtgtaacaagcaccaatgtgaca
ttggcatggcaaccacctgctaatgatggttctagtccaatcatcaactacattctagaa
agacgtgagactgcttccagaatgtggactaaagtgcctggtgttaaaacagatacaaca
atgcgagttggaaatctcattgaaggaatggaatatcaattccgtgtcagtgctgagaat
atgtatggtgtgagtgaacctctggttagtgaccgtgtcagaccaaagagtgaatatgat
gtaccagggcaaccaggaattcctgaggtttccaatgtccatgctgattccatgactctc
acctggagtgcaccaggttatgacggtggtacccagattaccggatattacctagaaaag
aaagaaaggatgagcacaatgtggtccagagtgtcactcagtgtgattaaagagaagtcg
tacagagcaatcaggttaatcagaggagcagagtatgaattccgtgtcagtgctgaaaac
aaggctggtattggtaaaccaagtgcaccatcagtgttgactaaagctaaggaacctgca
gttgcctccaagattagacttccatcccagtacactgatgttgtcatcgtcaaagctggc
acaatgttacgattggatataccaatctctggtgttcctgaaccaactgttatctggtac
aaagatggtcaagtcatgaagactgtattgagagtaagacttgagacaacagagcatgga
tgttcattgctgatcaaacaagctgaaagacgagatggtggagagtacgttgtacaagca
cgtaatgaagctggtactgataccgcaaccattactgttatggttcttgacaaaccagga
ccaccacagccaccactgtccttctccaatatcaccaaagcatcagtaactttagaatgg
cagcccccacttgaagatggaggaagtgaaataaccaattatattcttgaaaaacgtgac
catggtcgtacactatggagccgtgtttcatcgactgttactggtacaaaatacacagtt
accagtttacttgatggtacagcatatcagttccgtgttatggcacagaatcaatatggt
atcagtgaagcattagaaggagtagaacctgtactcgtcagaagtccatatgatgtacct
cttagactttcaaaaatattacttggttactcttaa

  All links  
Genome (1)   
   KEGG GENOME (1)   
Gene (96)   
   RefGene (93)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (10)   
   Pfam (10)   
All databases (109)   

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