KEGG   Hydra vulgaris (swiftwater hydra): 100202776
Entry
100202776         CDS       T01080                                 
Name
(RefSeq) dentin sialophosphoprotein
Organism
hmg  Hydra vulgaris (swiftwater hydra)
SSDB
Motif
Pfam: Popeye
Other DBs
NCBI-GeneID: 100202776
NCBI-ProteinID: XP_012566897
UniProt: A0A8B7E8Q0
Position
6:38199624..38225072
AA seq 1100 aa
MSAVKGKFVSAFQSMQMLGDYCASDIADDSSRKGSELTNNKISITKIKDFKSTTPNNIEE
IHNGDELYNPLEEVDHLNTIQTVDMEIVSDNEKIDFSQDNDNTCLNLNDKKQRSGSEMLQ
NDSIFQEEDRGSLSDINYQSSPENTPKDKKPFLYLKKNTKIESSSKANETIDDNDELLGT
ALAELEEEEREEKEKLAKKMLEDQKRIEKQKKKKKNKEKLQKAKDKKKKKKKKRKYKNKK
VSSDEEKTKKKKEKKKDKVIKEQNVLNPLENSLKVSSVKHGLSLEISTQAKTISKDDIKY
KKKEKESKKNSDIRKDLKYNSQRKNTDFKDRESLEFRSQESHESYKKRNNIDDYIEPNRK
RYTNDFIEQNHKRSTDDYIEPNRKKFTNDFVEPNYKRSTDDYVESVRKRYTEDYGEPNFK
KSADNYVEPNRKRSRKDSDDRQVLHKDSDDRRVPYKDFDNRKVIYKDSDDRRVIYKDSDE
RRGMNKNFESKKDSSQAYFTKSNDKNNDGHRHKRTDYEIVLPEKGYSIPEKNYKNSNLDK
LKVISPLEPTRNKLYNKSSKVYENKQKSESDTSQESDSENTKIIPQRISFLENYSKELSK
YRTQHSTDLNSQREVSGKHNLAVNVSRSNRKSSSSTTEDNRPERSEIQSGKDFSYQDQTN
VSKSSYLDSDNSLSQTSCKDISPTEIVSKALSPILVSPIDKIVSPPSKNVSPLKNVSPLP
KKDESIYSPSSILNTETAIDLPQDNLSMIDSVQSDDSSQDANEPNNSDINTFSFSNNWHN
EHLISETEKYNEENDDKKSGMLKLHDYQRRKLSEKCQELSSSRASSDVSSSSAVPSPEQK
TSSKENISNTKDSKNGTVDSNNVKPIIPLLTDNESDEHKNKKSCPLDEDDGGVATNSDDN
SPYNPEVASPIDISSPPSPSAAAIEDERGVDFAAYKEVIAFQDIMKSKVKHEARKHKKRK
LEEMKGQSENIGSSKPKLVDYLLRQAKVEEQMKCVLKAYFKNREITKEEYKNILKKAVPQ
VTMSDSPIIPEKIQSLMTKFVRKCKGQRLKEDKNRQKQRKEFAEQQRQLELQIQTSNAVI
NSFQQIRVLPNLPMPPVINL
NT seq 3303 nt   +upstreamnt  +downstreamnt
atgtctgcagttaaaggcaagtttgttagtgcttttcaaagcatgcagatgcttggggat
tattgtgcaagtgatatagctgatgattcttctagaaaaggatctgaattaactaataat
aaaatctctattacaaagataaaagactttaaatcaacaacacctaataatattgaagaa
attcataatggtgatgagttatataatcctttagaagaagtggatcatctgaacaccatt
caaactgttgatatggaaatagttagtgataatgaaaaaattgatttttctcaagataat
gataatacttgtttaaatttaaatgataagaagcagaggtctggtagtgaaatgttgcaa
aatgattcaatttttcaggaggaagaccgtggttctctcagtgatataaattatcaatct
tcaccagaaaataccccaaaggacaaaaaaccttttctttatttaaaaaaaaacactaaa
attgaatcatcaagtaaagctaatgaaactattgatgataatgatgagttgcttggaact
gctttagccgaattagaggaagaagaaagagaagaaaaagaaaaacttgcaaaaaaaatg
ttagaagatcaaaaaaggattgagaagcaaaagaaaaaaaagaaaaataaagaaaagctt
caaaaggccaaagataaaaagaaaaagaaaaaaaagaaaagaaaatacaaaaacaaaaaa
gttagcagtgatgaagaaaaaacaaagaaaaaaaaggaaaaaaaaaaagataaagtgatt
aaagaacaaaatgtattaaacccattagaaaattcgttaaaagtaagtagtgtgaagcat
ggtttgtcattagagattagtacacaagcaaaaaccattagtaaagatgacattaaatat
aaaaaaaaggagaaagagtctaaaaaaaattccgatattcgtaaggatcttaagtataat
tctcagaggaaaaacacagactttaaagatcgagaaagtttggaattcaggtctcaagaa
agtcatgaaagttataaaaaacgtaacaatattgatgattatattgaaccaaatcgtaaa
aggtatacaaatgattttattgaacaaaaccataaaagatctactgatgattatattgaa
ccaaatcgtaaaaaatttactaatgattttgttgaaccaaattataaaagatctacagat
gattatgttgaatcagttcgtaaaagatatacagaagattatggggaaccaaattttaaa
aaatctgcagataattatgtcgaacctaatcgcaaaagatctagaaaagattctgatgat
agacaagttttacacaaagattctgatgatagaagagtgccatataaggattttgataat
cgaaaagtcatatataaagattcagatgatagaagagtaatatataaggattctgatgaa
agaagaggtatgaataaaaactttgaaagcaagaaagacagttcgcaagcttattttaca
aagagtaatgataagaataatgatggtcatagacataaacgtactgattatgaaattgtc
ttgcctgagaaaggttattcgataccagaaaaaaattataagaactcaaatttagataaa
ttgaaagtaatttcacctttggagccaactcgaaacaagttatataataaatctagtaaa
gtttatgaaaataaacaaaaatcagaaagtgatacttcacaagaatcagatagtgaaaat
acaaaaattattcctcaaagaatttcattcttagaaaactactctaaagagttgagtaaa
tacaggactcaacacagtacagatttaaatagtcaaagagaggtatcaggaaaacataat
ttagcagttaatgtttctcgtagtaaccgtaaatctagttctagtactacagaagataat
cgaccagaaagatctgaaatccaaagtggtaaggatttttcttaccaagaccaaacaaat
gtttcaaaatcttcttatcttgactcggacaattctttatcacaaacaagttgtaaagac
atttcgcctacagaaatagtttctaaagctctatcgcctatacttgtttcgcctattgat
aaaattgtttcacctccctctaaaaatgtctcgcctttgaaaaatgtttcacctctacct
aaaaaagatgagagtatttattcaccatcttcaattttaaacacagaaacagctatcgat
ttacctcaggacaatttatcaatgattgatagtgtacaaagcgatgactcatctcaggat
gcaaatgaacccaataactcagatataaatacattttcattttcaaacaattggcataat
gagcacttaatatctgaaactgaaaaatataatgaagaaaatgatgataaaaaaagtggt
atgttgaaattacatgattatcagagacgcaaactatctgaaaagtgtcaagaactttcc
tcatctcgtgcttcaagcgatgtgagctcatcaagtgctgttccaagtccagaacaaaaa
acttcaagtaaagaaaacataagtaatactaaagacagcaaaaatggcactgttgattca
aataacgtcaagccaattattccacttttaacagataatgagagtgatgagcataaaaac
aaaaaatcttgtccattagacgaagatgatggtggcgttgccacaaactcagatgacaat
tctccttataatccagaggttgcgagtcccattgacatttcttcacctccttcaccaagt
gcagctgctatcgaagatgaaagaggcgttgattttgccgcatacaaggaagttatagct
tttcaagatataatgaagtcaaaagttaaacatgaagcaagaaaacataaaaagcgtaag
ctggaagaaatgaaaggacaatcagaaaatataggaagttccaagccaaaattagtagat
tatttgttacgccaagcaaaggttgaagagcaaatgaaatgtgttttaaaagcctacttt
aaaaatagagaaatcacaaaggaggaatacaagaatattttaaagaaagctgttcctcag
gttaccatgtcggacagtcccattatccctgaaaagattcaatcactgatgacaaagttt
gttcgtaaatgcaaaggtcaacgtttgaaagaggataaaaatcgacaaaagcagcgtaaa
gagtttgctgaacagcaaagacaactagaacttcaaattcaaaccagtaatgctgtcatt
aatagtttccaacaaattcgagtgcttccgaaccttcctatgccgcctgttatcaatttg
tga

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Genome (1)   
   KEGG GENOME (1)   
Gene (50)   
   RefGene (47)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (3)   
   RefSeq(nuc) (1)   
   GenBank (1)   
   EMBL (1)   
Protein domain (1)   
   Pfam (1)   
All databases (57)   

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