KEGG   Ciona intestinalis (yellow sea squirt): 100175527
Entry
100175527         CDS       T01056                                 
Name
(RefSeq) protein-methionine sulfoxide oxidase mical3b isoform X1
  KO
K19947  F-actin monooxygenase [EC:1.14.13.225]
Organism
cin  Ciona intestinalis (yellow sea squirt)
Brite
KEGG Orthology (KO) [BR:cin00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:cin04131]
    100175527
Enzymes [BR:cin01000]
 1. Oxidoreductases
  1.14  Acting on paired donors, with incorporation or reduction of molecular oxygen
   1.14.13  With NADH or NADPH as one donor, and incorporation of one atom of oxygen into the other donor
    1.14.13.225  F-actin monooxygenase
     100175527
Membrane trafficking [BR:cin04131]
 Exocytosis
  Small GTPases and associated proteins
   Rab associated proteins
    100175527
 Protein recycling
  Rab GTPases and associated proteins
   Other Rab GTPase associated proteins
    100175527
SSDB
Motif
Pfam: CH LIM FAD_binding_3 CAMSAP_CH Pyr_redox_3 Pyr_redox_2 FAD_binding_2 Pyr_redox HI0933_like DAO FAD_oxidored NAD_binding_8 Thi4 GIDA SLATT_5 Lycopene_cycl
Other DBs
NCBI-GeneID: 100175527
NCBI-ProteinID: XP_018672882
Ensembl: ENSCING00000016621
Position
2:1233396..1265431
AA seq 2120 aa
MVINKEKDTGGIDKNIKMTAEDSTKLFENFVQAQTCIQVISTFQNLCEAVALQYPPSQSS
SSAQCSFYPRLKNSLSSSWRAKSLFGKLDKRYLCKEYFADQRLYKSGSRRAAEDLKVLII
GAGPCGLRTAIEMACLGAKTVVVEKRDTFSRNNVLHLWPYIITDLKTLGAKKFYGKFCAG
AIDHISIRQLQLILLKIALILGVEVVFNVSFEGLCPPTQTEASQTANKGWTARVSPSNHS
LRNYEFDVVVGADGKRNTLQGFKRKEFRGKLAIGLTVNFINRHTTAEAKVEEISGVAYIF
NQQFFKDLQSETGIDLENIVYYKGETHYFVMTAKKHSLVSKGVLKQDYDNTNELLCYNNI
DQEELMKYAKEAADFSTRHQLPHLDFAINQYGQSDIALFDFTCMYAAENAALFRETYRQK
LLCCLVGDSLLEPFWPMGTGCARGFLAAFDLVWMTKQLALKRKCSNYDPNDNKVELAVLA
ERESIYRVLHQTTPQNTMKNHQDYTIAPSTRYANLNLKAVTPSQVKPLYISDQPINDELD
IVDTEATPMVVDLVEPPNVHKSFLTRKVSMVRPSKLLSWCQKMTEGYPGVEVNDLTSSWR
NGLALCAIVHRYRPDLIEWSQLTHTNIQTNNQLAFDAAEQHLGISPVMTGKEMAEKPEVD
HLMMLTYISQFYEVFKNEKPSDLKSNVNAESGEVPTTPTSPSGLSSTSPFGLITRLLSKK
RSLHDNQEKTGKKKKFTGPFHKKKTNSPEPEVVQNKENQSTARKDVITVGGTDVKLRPKT
STSDSKLVSDRASNRISALSNQLISQWQQNGSETRSNPKHNLTPKPSASDKCYFCDRRVY
IVERLSAEGFFFHRQCFVCTHCGVTLRRGGYEFDKESGKFYCRAHYFAHSENFKMAAAKP
QKQAVRKSSESDDKITPLPSDGVKLLKPIQAGSYRTPERIELENIHHFMLNDQQELSEEA
VNKHNLSGTYDKSNVAADSEYMSDSSDEDIDWEAVLKEAMQDHDPSESEIDSDDDRDYDT
SSRGSCLHNITTLSYLEESYLNQSVNSVCDETMADITDESEDECEEKVLKSNLSPVAEDD
EQPFSNDLNDDGPEKMADYQKEQEDEIKSPEEKKSSSAESSSNGENSMATVDFGSEEEEI
EINGEPHSITNGESVKPLQRTLPRSCRDSKLNLVSDNSFEDLFQSVEVESDQPNDPETPE
ECLFLSISEMKLHSQKFNLELTPQKCRVNYIPKKELSVISGNHSDAGHDSDGVSSTYDAV
HVWLSGCLKLDSASDSEQKPATNGLKGLELDTSDFSHVSSDDEKVKKAQSLSTSSSASPL
DDDTQELVTKYNQVLDEKQNDENVDTDVAKTENFKDKQGVQTLSNGDTAAGLKSVSLSSI
STESLSDNADVPQSPLKPKLDQQINTATATTKPSGELENTDLCNDDENKQTADVSTHQAA
MPDKKPRTVFGILSSPVSEVKDLPSGHKEEPEKIAAKNIENVKPKEAESTEEINGQHHMQ
RFDTLDRVENYLNKTPVGINDSITEEKFMINRSEDGLSLSDASVDEDIELSSNSSSSGSE
LNTAQLDVSDLIKDNSDKKSCPPDASLLKDKLGKQPVSSEQKRTFPRLPSTESIMIRASF
TGKGNNTSVWSNLDNESMTSEKDVTRPTPRPRSTAFCDSSFISNYRPGPDSTLSSDETKV
SAAPTERKSSFDSLELQMKLRLRARKKWFRQESLTSKQNKEHSSPSQPSVADSGISLRDK
DASSPDVAEDEPPTYNSTLSNQVDVIVTEPNTPNNQSHSRSKSFDSDNDQFFTPPSRRNP
QSGVMNPISPTSGRTRPPTSRQRSFLDVTDDFVSAPTTPLNPRVLPSAPSNTRRALPALP
KVAHLEALSPTGSPQSPQTKKSIDEEMRAREIRVNERVAKMKESSLRNRSGSDITKTSCS
SIDEADLLSIMREFRDDDVIDHHSNEPAYSGISPKPKRKSSFRHKFKRLSKKKVDSNSED
SERVRRSLPIPNLSADVVTGSSSAFDSASKSESPGKKKKTKQRKSKTKLVLPDAPGNDNS
GTKKHSPGKRGLFRISPRKKEKKILPDVGDGRSTLERKYETASEREKAIVRGERFRVLPQ
LPTVPVRESEKSWKEIDRLL
NT seq 6363 nt   +upstreamnt  +downstreamnt
atggtaatcaacaaagaaaaggatacagggggaattgataagaacattaaaatgacagca
gaggattcaacgaagctatttgaaaatttcgtacaagcacaaacatgtattcaagtgatt
tcaacattccaaaacctgtgcgaggctgtggcactccagtatcctccaagtcaatcttct
tcttctgcgcaatgttcattttatccaaggttaaaaaactctctctcctcttcatggaga
gcaaagtcactgttcggaaaacttgacaagcgttacttgtgcaaggaatattttgcagat
cagagactgtacaaaagtggaagccggcgtgccgctgaagaccttaaggtccttattatt
ggagctgggccatgtggtctccgaacagcaattgagatggcatgtcttggtgcaaagaca
gtagttgttgagaaacgtgatacattttcaagaaataatgttcttcacctgtggccttat
attattactgatttaaagacattgggagcaaagaagttttacggaaagttttgcgctggt
gctattgaccacatttccattcgtcagcttcagctgatattgctcaagattgcactgatc
cttggcgttgaggtggtgttcaatgtttccttcgaaggcttgtgtccgcccacgcaaact
gaagcaagccagacagccaacaaaggctggactgcgagggtctcaccaagcaaccacagc
ctgaggaactatgagtttgatgttgttgtgggtgcagacgggaagaggaacactttacaa
ggcttcaagcggaaggagtttcgaggcaagctagcaattggattaaccgtaaactttatc
aaccgccacacaactgctgaggcaaaagttgaagaaataagtggagttgcttacatcttc
aaccaacagttttttaaagatctacaaagtgagacgggtattgatcttgaaaacattgtt
tattacaaaggagagactcactacttcgttatgacagcaaagaaacacagtctcgtctct
aaaggtgttttaaagcaggattatgacaacacaaacgaactgctgtgttataacaacatt
gatcaagaagaactgatgaaatatgcaaaagaggcagcagatttctccaccagacatcaa
ctgccccacttagactttgctatcaatcaatacggacaatctgatatcgcactgtttgat
tttacgtgcatgtacgcagctgagaacgcagctttattccgtgaaacatacagacaaaaa
ctactctgctgcctggttggtgacagtctgcttgagccattttggcctatgggtacaggg
tgtgcgcgaggtttccttgcagcatttgatcttgtgtggatgaccaagcagcttgctttg
aagagaaagtgttcaaactatgatccaaatgataataaagttgagttggctgttcttgct
gagcgagagtcaatctacagggtgttgcatcaaactacaccacaaaatacaatgaaaaat
catcaggattacaccatagctccaagcacaagatatgcaaatctcaacttaaaggcggtc
actccttcccaagtcaagccactgtatattagtgaccagcctatcaacgatgagttggat
atagttgatactgaagcaacacccatggttgttgaccttgttgaaccaccaaatgttcac
aaaagttttttaaccagaaaagtatccatggtgcgcccatccaagttgctatcgtggtgc
caaaagatgaccgaaggttaccccggggtagaggtcaacgacctcacctcatcttggaga
aatgggttagctttatgtgcaattgtgcatcgttatcgaccggatcttatcgaatggagt
caactaacccacaccaatattcaaaccaacaatcaactggcatttgacgcagccgaacaa
catcttggcatttctcctgtgatgaccggcaaagaaatggctgaaaaaccagaagtcgat
catcttatgatgctcacttacatttcacagttttatgaagtttttaagaacgagaaacct
tccgatctcaagtcaaatgtcaacgcagaaagtggggaagtccctaccaccccaacaagc
cccagcgggttaagctccacatcacccttcggactaatcactcgacttctttcgaaaaag
agatctttgcatgacaaccaagaaaagactggaaagaaaaagaagtttaccggtccattc
cacaaaaagaaaaccaattcccctgaacctgaggtggtacagaacaaagagaaccaaagc
actgcgagaaaagatgtgataacagttggaggcactgatgttaaactacgacctaaaaca
tcgacttccgattcaaagttggtgagcgatcgtgccagcaacaggatcagcgcgttgtca
aatcaactcatttcacaatggcaacaaaatggatctgaaacacgaagtaaccccaaacac
aacctgactcccaaaccatctgcaagtgataaatgttatttctgtgaccgacgcgtgtac
atcgttgaaaggttgagtgctgaaggttttttcttccatagacagtgcttcgtatgtact
cactgtggtgtgaccctcagacgtggtggatatgaattcgacaaagaatcaggaaaattc
tattgccgggctcactacttcgctcattctgaaaactttaaaatggccgctgcaaaaccg
caaaagcaagctgtgcgcaaatcaagtgaatctgatgataagataacaccgctaccaagt
gatggtgtgaaactgttgaaaccaattcaagctggttcttaccgaacaccagagcgaatt
gagctcgaaaacattcaccactttatgcttaacgaccaacaagagctttccgaagaagcg
gtaaacaaacacaatctgagtggcacatacgacaaaagcaatgttgctgctgatagtgaa
tacatgagtgactcctctgatgaggacatagattgggaggcggtgttgaaagaagcgatg
caggatcatgatccgagtgagagcgagattgacagcgatgacgatcgagattacgacact
tcatccagaggttcttgtctgcacaatatcactactttatcgtacttggaggagtcttac
ctcaaccaatcagtgaacagtgtttgtgatgaaacaatggcagatataacggacgaatca
gaagatgaatgtgaagaaaaagttcttaaatccaacttatcgccagtggctgaagatgat
gagcaaccattcagcaatgatctaaatgatgacgggccagaaaagatggcagattatcaa
aaggagcaagaggatgaaatcaaatctcctgaagagaaaaagtcgtcaagtgccgaatct
tcatcaaatggtgaaaacagcatggccacagttgactttggttcagaagaggaagagatt
gagataaatggagaacctcatagcattaccaatggagaatctgttaaacctttgcaaaga
actttacctcgttcatgcagggactccaagttaaatctggttagcgataatagttttgag
gatttatttcaaagcgttgaagttgaaagtgatcagccaaacgatccggagacaccagaa
gaatgccttttcctctccatctctgagatgaaactgcatagccaaaagtttaaccttgaa
ctgacaccccaaaagtgcagagtcaactacattcccaagaaggagttgtcagttatatct
ggcaatcacagtgatgccggtcacgattcagatggtgtttcatcaacatacgatgctgtg
cacgtttggttgtccggttgtcttaaacttgactctgcaagtgacagtgaacagaagcca
gcaacaaatggattgaaaggactagaactggacacaagtgatttttcacatgtttcaagt
gacgacgaaaaggtcaagaaagctcagagtttatccacttcctcatctgcatcaccttta
gatgacgacactcaagaacttgtcacaaaatacaaccaagtcctcgatgagaaacaaaat
gatgaaaatgttgatactgatgtggccaagacagagaattttaaagataagcaaggtgtt
caaactctttcaaatggagatacagctgctggtttaaagagtgtaagtttaagttcaatc
agcacagaatcactaagtgacaatgcagacgtacctcaaagtcctttaaaaccaaagtta
gaccaacaaataaacactgccactgctaccactaagccatcaggtgaactagaaaatacg
gatttgtgcaatgatgatgaaaacaaacagactgctgatgtaagcacccaccaagctgcc
atgcctgataagaagccaaggacagtatttggtatattaagtagtcctgtgtctgaagta
aaagacctaccatctggtcataaagaagagccagaaaaaatagctgccaaaaatattgaa
aatgttaagccaaaagaagcagaaagtacagaagaaatcaatggacaacatcatatgcaa
cgttttgacacattagaccgtgtggaaaattacttgaacaaaactcctgttggaattaat
gattcgatcacggaggagaaatttatgataaacagatcagaagatggtcttagtttatcc
gatgcatctgtggatgaggacatcgaactatcttctaacagttcctcatctggttcagaa
ttaaacacggcacaacttgatgtgagtgatctcatcaaggataactcggataagaaatcg
tgtcctccagatgcttctcttcttaaagataaacttgggaagcagccagtaagctccgaa
cagaagaggacctttcctcgcctcccatccacagaaagcatcatgatcagagcttcattc
acagggaagggaaacaacacaagcgtttggagcaatcttgataatgagagcatgacatca
gaaaaagatgtcactcgaccaacacctcgtccacgaagcactgccttctgtgattcttcg
tttatttcaaactacagacctggtcctgacagcactttatcatctgatgaaaccaaagtt
tccgctgctccaactgaacgcaaatcctcattcgatagtttggagctccaaatgaaactt
cgccttcgagcgaggaaaaaatggtttcgccaagaatccctaacgagcaaacagaacaaa
gagcactcctctccatcgcaaccatcggtcgctgactctgggatttctcttcgtgataaa
gatgcctcatcaccggatgtcgccgaagatgaaccaccaacttataattccactttgagc
aatcaagtggatgttatagttactgaacccaacacaccaaacaaccaatctcattcaaga
tcgaaatcattcgattccgacaacgatcagttctttacccctccttcccgtcgtaacccc
caaagtggggtcatgaaccccatatcacccacatcaggacgaaccagaccccctaccagt
agacagagatcattcttagacgtcacggacgacttcgtttctgccccaacgaccccactc
aacccccgggtattaccctcggcaccctcgaacacgaggagagcgctgccagctcttcca
aaggtcgcccatttggaggcgctctcacctacaggttcccctcaatccccgcagacgaaa
aaatcaatcgatgaagaaatgcgagcacgagagattcgagtgaacgaaagagttgcgaaa
atgaaagagtcatcgttacgtaacagaagtggttctgacatcacaaagacttcgtgttcg
tcaatagatgaagctgacctcttgagcataatgcgcgagttccgcgatgatgacgtcatc
gaccatcactcgaacgaacccgcttattcggggatttccccaaaaccaaaacggaagtcg
tctttccgtcataagttcaaaagattgagtaaaaagaaagttgattccaactcagaagat
tctgaacgagtccggaggtctttaccaatccccaatctctctgctgatgtagtgaccgga
tcatcatctgcatttgattccgcttccaaaagtgagagccctggtaagaagaagaagaca
aagcaaaggaagagcaaaaccaaacttgtattgcccgatgcgcccggcaacgataacagt
ggtacaaagaagcattcacctggcaagagaggtttgttccgcatctcaccgaggaaaaag
gagaagaagatcttacctgatgttggtgatggacggagcactttggagaggaaatacgag
acagcgtcagaacgtgagaaagccatagttcgaggcgaaagatttcgtgtgctgccacaa
ttaccgacagttccagttcgagaaagtgaaaaatcttggaaagaaatcgatcgtctcttg
tga

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Ontology (3)   
   KEGG BRITE (3)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (90)   
   KEGG ORTHOLOGY (1)   
   RefGene (85)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   OC (1)   
Protein sequence (7)   
   RefSeq(pep) (7)   
DNA sequence (9)   
   RefSeq(nuc) (7)   
   GenBank (1)   
   EMBL (1)   
Protein domain (16)   
   Pfam (16)   
All databases (127)   

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