KEGG   Sinocyclocheilus grahami (golden-line barbel): 107587046
Entry
107587046         CDS       T04918                                 
Name
(RefSeq) protein-methionine sulfoxide oxidase mical3a-like
  KO
K19947  F-actin monooxygenase [EC:1.14.13.225]
Organism
sgh  Sinocyclocheilus grahami (golden-line barbel)
Brite
KEGG Orthology (KO) [BR:sgh00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:sgh04131]
    107587046
Enzymes [BR:sgh01000]
 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
     107587046
Membrane trafficking [BR:sgh04131]
 Exocytosis
  Small GTPases and associated proteins
   Rab associated proteins
    107587046
 Protein recycling
  Rab GTPases and associated proteins
   Other Rab GTPase associated proteins
    107587046
SSDB
Motif
Pfam: bMERB_dom CH LIM FAD_binding_3 CAMSAP_CH Pyr_redox_3 Pyr_redox_2 HI0933_like FAD_binding_2 NAD_binding_8 DAO Thi4 Lycopene_cycl
Other DBs
NCBI-GeneID: 107587046
NCBI-ProteinID: XP_016130137
Position
Unknown
AA seq 2162 aa
HKEYKKGRACANTKCLIIGAGPCGLRTAIELGFLGAKVVLLEKRDAFSRNNVLHLWPFTI
HDLRGLGAKKFYGKFCAGAIDHISIRQLQLMLLKVALLLGIEIHVNVEFKGLIEPQEDQE
NERIGWRAEVHPRTHPVNELEFDVIIGADGRRNTLSGFKRKEFRGKLAIAITANFINRNT
TAEAKVEEISGVAFIFNQKFFQDLREATGIDLENIVYYKDDTHYFVMTAKKQSLLEKGVI
LHDYADTEMLLSRANVDQKALLSYAREAADFSTNHQLPKLDFAINHYGQPDVAMFDFTCM
YASENAALVRQRNAHKLLVALVGDSLLEPFWPMGTGIARGFLAAMDAAWMVRSWAHGSSP
LEVLAERESIYRLLPQTTPENVSKNFSQYSVNPTTRYPNISLHQVRPNQVRHLLDTGEAR
DLRVDMENVVNSSSPKLTRNESIVRSSKLLNWCQRQTERYRGVSVSDLTTCWKSGLALCA
LIHCYRPDLIDFDSLDEKDVEKNNQLAFDVAEKEFGISPIMTGKEMSVVVEPDKLSMVMY
LSQFYEMFKDTVPPGENHNLSPRSDKKEKELDVLGKRRKTSQAGQSEDEELQRVNRDDRP
SIATALAERKNDSAAAVNNNNKVKVMATQLLAKFEENAPTQSTGLKRQGDSMPDLGLILT
PSPAAPSLKESVRLAPVPAWRKRRTQLQEQMSFRYKERLKCQTLPIKQEQASSGTEVLRS
CPKKTILLSSSSPSSSSFSSSFLPHAQGSLRKEFPQNIGGSDVCFFCRKRVYVMERLSAE
GKFFHRSCFKCDYCGTTLRLSSYAFDVEDGKFYCKPHYCYRLSGLAQRKRPAPAAPAPVN
AKEPQMLAVTPNTVDAPGQAITSQAPVERRPSVTEVNGVTEPSVAKRLKGTPERIELENY
RLSMMREEELQEVPEETLAEHNLSSVLDKATDIEEGSSSSESDMEEEDEEPEAAGPSDLG
GVPWKEAVELHAKLKGESDPGAAEDDDGLHDGDGEMDEDEEEEDEEEEEEEESSDAGEYF
PWGRELQSGLWLENLANEEDTGVFKARNLQIQQAIHPVDPLDNNWTSKQAEGLVEGPLLS
PLGSQPSLNNTQLTQPTSSTAPSHKSMRHEAVRAWLDSMSGEHCEEDDDPEAEAGSPDFE
PGTEIDQEDIPSDAEAEARSHCIDEVVMLPVNNGKAESHGHVSNTEKTSANPREFLVDFV
LSPIQKPALPIEEVKDISPVILVKSPGARFFPEPYLFDNVKPNIPPSQSPDAKSPHSSAA
QIVALSPICSQPVPQPQTTSLKSPVQPEPCACSPTSNPLSPICTQSQPCNEPPSPLSTSS
PVRTQPVPAVTSTPLAKPASEKRTNEPLKDSVPEETPVKKTDLIEEFWLKSAEIRKSLGL
SPLDRSKASVETPTPESSSPKSYTPEDFSEEQKPTFTGRSIIRRINITLEGQVISPVEPK
SNGSEKKDLSSSSGLGLNGSVTTSQTVASDSYNNSDSTMLTPPSSPPPPPPNEEPASFQN
KRPQVSWDNLLEATEEPKPETTPPKPKTPISPPQPKPVVAPVPDPGTNPPVVMRVKDPNK
PRREVRKSFVECVDEIPFADDVEDTYDDRTPDTSGLEKFYTPPTSKVNREKPPLHLALAM
ENGKPNIPGGVSRTAKGPQHFSPEAKEIAEERMRAREKSVRSQALKDAMSKQLTKMKESD
AAKGAVAKVAWNVPETTGKNKKQSNTHKDSAVKALESKKQTDTLPDRFFTTSTNKTLDSS
VTSSESSTGGKSKKRSSLFSPRKNKKEKKAKNERLSGTEETPPKHKSLWKAVFSGYKKDK
NKKDNKSCPSTPSSSTTEDSGKKKESPLDRSSDLRLRRNLSFSEDSDLSFDDVLERSSQK
SKGDRHVDLFDLVSDLNKEAFKEEKSKEKDKDRAKEKGKRVTEKGKERSKERENERRVKE
KIVKMKDVEQEKGKEEESVYVPHALAFKRSYATKKTYTEEELNAKLTRRVQKAARRQAKQ
EELKRLHRAQIIQRQLEQVEEKQRQLEERGVAVEKALRGEAVEPYVGTPRRRALYLCPCC
APEGMGKKDDPKLMQEWFKLVQEKNALVRYESELMIFARELELEDRQSRLQQELRERMAV
DDHLKTEEELAEEKQILNEMLEVVEQRDSLVALLEEQRLREKEEDKDLESVMLSKGFNLN
WA
NT seq 6489 nt   +upstreamnt  +downstreamnt
cacaaagaatacaaaaaaggaagggcctgtgccaacaccaagtgtctgatcattggagct
ggaccatgtggtttacgaacagccatagagctgggcttccttggagccaaggtggttttg
ctggagaagagggacgcattctcccgaaataatgtgctccatctttggcctttcaccatt
cacgatctgaggggtcttggagccaagaagttttacggcaagttttgtgctggagccatc
gaccatatcagtattcgccagttgcagctgatgcttttgaaggtagctcttctccttggc
atcgagattcacgtcaatgtggagttcaaaggcctcattgagccacaagaagaccaggag
aatgagagaattgggtggagagccgaggtccaccccagaacacatccagtcaatgagcta
gagtttgatgtcataattggggcagatgggaggagaaatacactgtcaggttttaagagg
aaggagttcaggggcaaactggctatcgctatcacagctaacttcattaaccgcaacacg
actgcagaagcgaaggtggaggagatcagtggagtagccttcatcttcaaccagaagttt
ttccaggaccttagagaagccacaggaattgacctggaaaacattgtctattataaggat
gacacacactactttgtaatgactgccaaaaagcagagcctgctggagaagggcgtcatt
ctacatgactatgctgacacagaaatgctgctctccagggccaatgttgaccagaaggct
ctgctgtcctacgccagagaagcagcagatttctctaccaatcatcagcttcctaagctg
gactttgccatcaaccattacggccaacctgatgtggccatgtttgacttcacctgtatg
tacgcctcagagaacgcagcgctcgtccgccagcgcaacgcccataagctgctagtagcc
ctagtgggggacagtcttctagagccgttctggccgatgggcactggaatagcaagaggt
tttttggcagccatggatgcagcatggatggtgcggagttgggctcatggaagctcccct
ttggaagtgctggctgaacgggaaagtatctatcgactgctgcctcagacaacaccagag
aatgtgagcaagaactttagtcagtacagcgtgaacccgacgacacggtaccccaacatc
agccttcaccaagtgagacccaaccaggtacggcatctgttagacaccggagaagccagg
gatttgcgtgtcgacatggagaatgtggtcaactcttcatctcctaaactcacaagaaat
gaatccattgtgcgctccagtaagctgctgaactggtgtcaaaggcagacggagagatac
agaggtgtcagcgtgtctgatctcaccacgtgctggaagagcggcctggccctgtgtgcg
ctcatccactgttacagaccagacctcattgactttgactcgctggatgagaaagatgtg
gagaagaacaaccagttggcttttgacgtggccgaaaaagagtttgggatttctcccatc
atgaccgggaaggagatgtctgttgtggtggagcctgacaagctctccatggtgatgtac
ctcagccagttctatgagatgttcaaggacactgtgccacctggtgaaaaccacaatctg
agcccacgcagtgataaaaaagaaaaggaactggatgtactgggaaaaagacgaaagacc
agccaggctggacagtcagaggatgaagagctgcagagggttaatcgagacgacaggccc
tctatagctacagctctggcagaacgtaaaaatgactcggctgctgcagtgaacaacaac
aataaagtgaaggtgatggccacacagctgctagcgaagtttgaggagaacgccccgacg
cagtccaccggactcaagcgacagggggactccatgcccgatctggggctcatactgacc
ccctctccggccgctccctctctgaaagagtcagtgcggctggctccagtccctgcatgg
aggaagaggcgcacacagttacaggagcagatgagttttcgctataaggaaagactgaag
tgtcaaactctccccatcaaacaggagcaggccagcagcgggactgaggttttgaggagc
tgccctaagaaaaccattctcctttcttcttcctcaccctcatcttcctcattctcttca
tcgtttcttccacatgcacagggttccttgcggaaggagttccctcagaatatcggaggc
agtgatgtgtgttttttctgtcggaagcgcgtctacgtgatggagcgtctcagcgcagag
ggaaagtttttccatcgcagctgcttcaagtgcgactactgcggcaccaccctccgcctg
tcctcctacgccttcgatgttgaggacgggaagttttactgtaaaccacactactgctac
cgactttctggtctggcacagagaaagcggcctgcgcctgctgctcccgctccagtaaat
gcaaaggagccccagatgttggcggtaacccccaacacagtggatgccccaggccaagcc
ataacttctcaggcccctgtggaacgccggccctcagtgacagaggtgaacggggtgaca
gagcccagcgtggccaaacgtcttaaagggactcctgaaaggatcgagctggagaactac
cgtctctctatgatgagagaggaggagctgcaggaggtgcccgaggagacgctggccgag
cacaacctcagcagtgtgctggacaaagccaccgacattgaggagggatccagcagctca
gagtctgatatggaggaagaggatgaagaaccggaagcggccggcccgtccgatctgggt
ggggttccctggaaagaggcggtggagctccacgctaaactaaaaggagaaagcgaccct
ggcgcagcagaagacgacgatggccttcatgatggagatggagagatggacgaggatgaa
gaggaggaagatgaggaggaggaggaagaagaggaatcgagtgatgcgggagagtatttc
ccctggggcagggagcttcagtcaggtctttggttggaaaatctcgcaaatgaagaggat
acgggtgtatttaaagctaggaacctgcaaatccagcaagccatacatccagtagaccct
ctggacaacaactggacatctaaacaagctgaagggctggttgagggccccttgctgtca
cccttaggctctcagccctcactgaacaacacccagctcacacagcccacctcctccaca
gccccctcccacaaatccatgcgtcatgaggctgtcagagcctggttggactcgatgtct
ggagagcactgtgaagaggatgatgacccagaagcagaagcaggcagtcctgactttgag
ccaggcactgaaatagatcaagaggacattccctcagacgcagaggctgaagctcgctca
cattgcatagatgaagtggtgatgcttccagtgaataatggcaaagcagagagccatgga
catgtttccaacactgagaaaacatctgcaaatccaagggaatttcttgtggactttgtg
ctgtctccaatccaaaaacctgctttacccattgaagaggtgaaagacatttctcctgta
atactagttaaatctcctggtgcacgttttttccctgagccctatctatttgataatgtc
aaaccgaacattcccccgtctcagagtcctgatgctaaaagtccccattcatcggctgct
caaattgttgcgctatcgcccatctgctcccaacctgttccacaaccacaaacaacatct
cttaaatctcctgtccagcctgagccttgtgcctgctctccaacaagtaatcctttgtct
ccaatatgtacccaatcacaaccctgcaacgagccaccctcacccctctccacaagctcc
cctgtcaggactcagccagtcccagctgtcacttccactcctttggctaaacctgcttct
gagaagagaaccaatgaacccttgaaagattcagtgcctgaggaaacccccgtcaagaaa
acggacctcattgaggagttctggttgaagagtgcagagatccgaaagagtttaggactc
tctcctctggatcgaagcaaagcatcagtggaaactccaacgcctgaatcatcatctcca
aagtcttacaccccagaggacttctctgaagagcagaagcctactttcacaggccgttct
atcatacgcaggatcaacattaccttggagggtcaggttatatctccggtggaacctaag
agtaatggttctgagaagaaggacttgagcagcagttcagggttgggtcttaatggaagc
gtgactaccagtcagacagtagctagtgacagctacaacaactctgattctaccatgctt
acccctccttccagtcccccaccacctccacctaatgaggagccagcttctttccaaaac
aaaaggcctcaggtgtcctgggacaaccttcttgaagccacagaggagcctaaacctgag
actacaccccctaaacctaagactccaattagtcctcctcaaccaaaaccagttgtggct
ccagttccagaccctggaactaaccctcctgttgttatgagggtaaaggacccaaataaa
ccacgccgtgaagtgagaaagtcttttgtggagtgtgtagacgagataccatttgctgac
gacgttgaagacacatacgatgaccgcactccggacacaagtggtctggaaaaattttac
accccgccaaccagcaaggtcaaccgtgagaagccgcctttacacctggcactggcaatg
gaaaatggcaagcccaacatacctggtggagtttcccggacagcaaagggtccccaacat
ttttctcctgaagccaaggagattgcagaagagcgaatgcgggcaagggaaaagtctgtg
aggagccaagctctgaaagacgccatgtccaagcagcttactaagatgaaagaatcagat
gctgccaagggtgctgtggcaaaagtagcctggaatgttcctgagacaacagggaaaaac
aaaaagcaatcaaacacacacaaggactctgcagtgaaggctttggagtccaaaaagcag
acagacacactacctgaccgtttcttcaccacatcgaccaataagaccttggacagttcc
gtcacatcttcagaaagctcaacagggggcaaaagcaagaagcgcagctcactgttttct
ccacgcaagaacaaaaaagaaaagaaagccaaaaatgaaaggctctctggcacagaagag
actccacccaaacacaagtccctgtggaaggcggtgttctctggctacaagaaggacaaa
aataaaaaagacaacaagtcatgcccaagcacaccctccagctctacaactgaagactca
gggaagaagaaagaatcaccactggacaggtcctcagatttacgtctgaggagaaatctc
agcttttctgaggactctgatctctcttttgatgatgtactggaaagatcctctcagaag
tccaagggtgatcgccatgtggacctgtttgacttggtatcagatttgaataaagaggca
tttaaagaggagaaatccaaagagaaggataaggacagggcaaaggaaaaaggaaaaaga
gtaacagagaagggcaaggaaaggtcaaaagagagggagaatgaaagaagagtcaaagaa
aagattgtgaaaatgaaggatgtggaacaggagaaaggaaaagaggaagagtctgtttat
gtacctcatgcattggcgttcaagagatcgtatgccacaaagaaaacatacacggaggag
gaactcaatgccaagttaacaagaagagtacagaaagctgcacggaggcaggccaagcaa
gaggagctcaagagactccacagagcccagatcatccagaggcagctagagcaggtggaa
gagaaacagaggcagttagaggagagaggtgtcgctgtggaaaaggcgttgcgaggggaa
gcagttgagccctatgtcgggacccctcgccgaagagccctgtacctctgcccctgctgt
gcccctgaaggaatgggtaaaaaggacgatccaaagctgatgcaggaatggtttaaactg
gtgcaggagaagaatgccttggtgcgctatgaatcggagctgatgatatttgctcgtgag
ctggagttggaggacagacagagtcgactgcagcaggaactgcgagaacgcatggcagtg
gatgaccatctgaagaccgaggaggaacttgcagaggagaaacagattctgaatgaaatg
ttagaggtagtcgagcaaagagattctctggtggccctgctggaggagcagagactcagg
gagaaagaagaggataaagacctggagtcggtgatgctctctaagggattcaatctcaac
tgggcttag

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (13)   
   Pfam (13)   
All databases (24)   

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