KEGG   Hydra vulgaris (swiftwater hydra): 100201325
Entry
100201325         CDS       T01080                                 
Name
(RefSeq) FK506-binding protein 15 isoform X1
  KO
K17478  FK506-binding protein 15
Organism
hmg  Hydra vulgaris (swiftwater hydra)
Brite
KEGG Orthology (KO) [BR:hmg00001]
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01009 Protein phosphatases and associated proteins [BR:hmg01009]
    100201325
  09182 Protein families: genetic information processing
   03110 Chaperones and folding catalysts [BR:hmg03110]
    100201325
  09183 Protein families: signaling and cellular processes
   04812 Cytoskeleton proteins [BR:hmg04812]
    100201325
Protein phosphatases and associated proteins [BR:hmg01009]
 Protein serine/threonine phosphatases
  Phosphoprotein phosphatases (PPPs)
   Protein phosphatase-1
    PP1-interacting proteins (PIPs)
     100201325
Chaperones and folding catalysts [BR:hmg03110]
 Protein folding catalysts
  Peptidyl prolyl isomerase
   FKBP
    100201325
Cytoskeleton proteins [BR:hmg04812]
 Eukaryotic cytoskeleton proteins
  Actin filaments / Microfilaments
   Actin-binding proteins
    Others
     100201325
  Microtubules
   Tubulin-binding proteins
     100201325
SSDB
Motif
Pfam: FKBP_C FKBP15 Csm1_N Filament DUF5060
Other DBs
NCBI-GeneID: 100201325
NCBI-ProteinID: XP_047134282
LinkDB
Position
6:complement(15483534..15535472)
AA seq 1186 aa
MFFDADEDDDGGGFSSGLGSFKSGGSSLSSLFGAEKSSIGNESLKYSAPKQPKPKAADDV
LSDPNEQKPDSPSLLFACAVHAFKLSNGEYVKQGKVGAAILGSLSSKDYKILLYITQKKP
VTSATINATFTFNLQKGNYATFYDDQSQNWSICFEADSQLLDFAKWIGLARYNVSENKLI
TQDLNFLEDQEIRKGDTVEIVYTGWLHAGNSFGKIFDSNKDSGKYFVFKVGKGKVIKGWE
QGVIGMKKLSKRLLVVPPDLGYGLQGVGEQVPKNATLIFQVEVTRVKFATTSIEVTAVSD
LSVNNENKSEPVIILNSNLLGSYEEGSSEADSFRDRAKSINDHINKLKDESTGSTKSKLL
ERMSKMGHSMMPSVIQKNDTKEHEVNTEVAIETHPTSPVTIQPPVKSEFPKPALRAKPEQ
GNQADHTKQSCDSFEKPPVYLPQNVDYNLMPNNSTIQPQYLTSNYQPASQNIHQVYHPHQ
LSVYQSPQVTQSGMFGPPQYPTVQPITPSLSSTEMNLVMTDGRLKHSEIKNDLTRIMDKL
DLISQKVISLDNSGKHAQAYQSQAPEMEANVLLHNITRIVKENEKLRSDVEEKNRKIESL
NERMSDLLTKNQQFLERSNTLIANQSDSLYSTSAQASAKVVALEELNAKLEAELSATKKQ
FFQVKSKQDFSEQQEAELNAELQSLKRQLKIFKETQDKTASSTGEQETIIDELNKKLVAE
KKESKQLQNKLVQLEEEHTEMLQEKNELGKNVVDLKKKMKDAQRKWEEETEILKSSHEEE
LQSLKQNFRKSSGVDKLVALENELKLKYENEVAEKLTKLNEKHNSDIMNLQKEKEDALKQ
LKEQLATERFEFQHSKDSLISMHKLQVDNLEIKNAELLNQLQETKASMKTLSEDLLKETN
EKNRSIEKLQSELVESYEKGVAAGRSTVKVISASSYDRGFSEGKASVENLSNSKEALLEK
IKKIMSGVFFQIKSNFVNDQKYSGEHVIGVVLENIKKVTLQMNEENPSSNEDDSSEEEEE
EEEREIPSEDNNQNNSDLSTKTLSKPEEINAPLDADINNVTKDSSKNSSTSYIDKVETSQ
TSQTPQLSQTSQTSQLLKLPSRKEEIENEKYQITHNKLTQSLTNTLEKQSLEVTKNVEVQ
KPSGQSESLFGDSNDDTMFVNKNIKAAHSRSPPPLFGDDDDDTNWI
NT seq 3561 nt   +upstreamnt  +downstreamnt
atgttttttgatgccgatgaagatgacgatggtggtggtttttcctcaggtcttggaagc
tttaaatcaggaggctcaagtctatcatctttatttggtgctgaaaaaagttcaattgga
aatgaaagtttaaagtatagtgctccaaaacaacccaaacctaaagcagcagatgatgtt
ttaagtgatccaaatgagcagaaacctgattctccatcattgttgtttgcatgtgctgtt
catgcctttaaactttcaaatggagaatatgtaaaacaagggaaggttggtgctgcaata
ctcggaagtttatcatcaaaagattataagattttactctacatcacccagaagaaacct
gtaacaagtgcaaccattaatgcaacatttacttttaatttgcagaagggaaattatgct
acgttttatgatgaccaatcacaaaactggtcaatatgttttgaagcagattctcagttg
ttagactttgcaaaatggattggattagctcgctataatgtgtcagaaaataaactaatc
actcaagatttaaattttttggaggatcaagagatacgaaaaggtgacacagttgaaatt
gtttatactggttggttgcatgcaggaaatagttttggaaagatatttgatagcaataaa
gactctgggaagtattttgtatttaaagttggtaaaggaaaagttataaagggttgggaa
caaggtgtgattgggatgaagaaactttcaaaaagattgttagttgttcccccagatctt
ggttacggtcttcagggggttggtgaacaagttccaaaaaatgcaacattaatatttcaa
gtagaagttactagagttaaatttgcaactacttcaatagaagtaactgcagtatcagat
ttgtcggtgaataatgaaaataaatctgaacctgtaattatactaaatagtaatttgctt
ggaagttatgaagaaggatcttctgaggcggatagttttagagatagagctaagtcaatt
aatgatcacataaataaactaaaagacgagagtacaggatcaacgaagtcaaaactttta
gagcgaatgtctaagatggggcattctatgatgccttcagtaattcaaaaaaatgataca
aaggagcatgaggttaacacagaggttgctatagagactcatcctacttctcctgtaaca
attcaacctcctgtaaaatctgaatttccaaaacctgcattgagagcaaagccagagcaa
ggtaatcaagcagatcatacaaagcaatcatgtgactcttttgaaaagccaccagtttat
ctaccacaaaatgtagactacaatctaatgcctaataactcaactattcaaccacaatat
ctgacttcaaactatcagccagcatcacaaaatattcaccaagtttatcatccacaccag
ttatctgtgtaccagtctcctcaagttactcagtctggaatgtttggaccacctcaatat
ccaactgtacaaccaataaccccttcattatcttctactgaaatgaacttggtgatgact
gatggaaggttgaaacattctgaaatcaaaaatgatttaactcgtataatggataagcta
gatttaatctctcagaaagttatcagcttagataatagcggtaaacatgcacaagcgtac
caatctcaagctccagaaatggaagctaatgttttattgcataatattacacgcattgtc
aaggaaaatgagaagttacgttcagatgttgaagagaaaaatagaaagattgagtcccta
aatgaaagaatgagtgatcttttgactaaaaaccaacaatttcttgagcgtagtaatact
ttaatagccaaccaatcagattctttatacagcacaagtgcacaggcaagtgcaaaagtt
gtagctttagaagagctgaatgcaaaactggaagcagagctcagtgcaacaaaaaaacag
ttttttcaagtaaagtctaaacaagattttagtgagcaacaagaagctgagctaaatgca
gaattgcagtccttaaaacgacagttaaaaatctttaaagaaacacaggataaaacagct
agttctactggagagcaagaaactataatcgatgaactaaataaaaaacttgttgctgaa
aaaaaagagtcaaaacaactccaaaacaaactggttcagttagaggaggagcatacagaa
atgttacaagagaaaaatgagttaggaaaaaatgtagttgatttaaagaaaaaaatgaaa
gatgcacaaagaaagtgggaagaggaaacggaaatattaaaatctagtcacgaggaagaa
cttcaatctttaaagcaaaactttcgaaaaagttcaggtgttgataagctggttgcactt
gaaaatgaattgaagttaaaatatgaaaatgaagttgctgaaaaattaacaaaactaaat
gaaaaacacaatagtgatataatgaacctccaaaaagagaaagaagatgcattaaagcaa
ctgaaagaacagctagcaacagaaagatttgagttccaacattcaaaggattctttgata
tcaatgcataaactgcaagttgacaatttagaaattaaaaatgcagagcttctcaatcag
ttgcaagaaacaaaagcctctatgaaaactttaagtgaagatttactcaaagaaacaaat
gaaaaaaatcgaagtatagaaaagttgcagtctgaactcgtagaatcttatgaaaaaggt
gttgcagctggtcgtagtacagttaaagttatttcggcttcttcttatgacagaggattt
tctgaaggaaaagcaagcgtggaaaatttaagtaatagtaaagaagctttacttgaaaag
ataaagaagattatgagtggagtattctttcaaattaaatcaaatttcgttaatgatcaa
aaatacagtggtgaacatgtgataggagttgtattagaaaatataaagaaagtgacttta
caaatgaacgaagaaaatccaagcagcaacgaagatgacagttctgaagaagaggaagaa
gaggaagaaagagaaattccaagtgaagataataaccaaaataatagtgatctttcaact
aaaacgttatctaaacctgaagaaattaacgcacctttagatgcagatatcaacaatgta
acaaaagactcgtcaaaaaattcatcaacttcttatatagataaagttgaaacttctcaa
acttctcaaactcctcaactttctcaaacttctcaaacttctcaactcctcaaacttcct
tcacgtaaagaagagattgaaaatgagaaatatcaaatcacacataataagcttacacaa
tcactcacaaatactttggaaaaacaaagtttggaggtgactaaaaatgtggaagttcaa
aaaccttcgggtcaatcggagtctctttttggtgattctaatgacgacactatgtttgtt
aacaagaatattaaagcagcacatagtcgcagccctccgccattatttggtgatgatgat
gacgatactaactggatatag

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