KEGG   Cricetulus griseus (Chinese hamster): 100754319
Entry
100754319         CDS       T02813                                 
Symbol
Mical3
Name
(RefSeq) F-actin-monooxygenase MICAL3 isoform X1
  KO
K19947  F-actin monooxygenase [EC:1.14.13.225]
Organism
cge  Cricetulus griseus (Chinese hamster)
Brite
KEGG Orthology (KO) [BR:cge00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:cge04131]
    100754319 (Mical3)
Enzymes [BR:cge01000]
 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
     100754319 (Mical3)
Membrane trafficking [BR:cge04131]
 Exocytosis
  Small GTPases and associated proteins
   Rab associated proteins
    100754319 (Mical3)
 Protein recycling
  Rab GTPases and associated proteins
   Other Rab GTPase associated proteins
    100754319 (Mical3)
SSDB
Motif
Pfam: bMERB_dom CH LIM FAD_binding_3 Pyr_redox_3 Pyr_redox_2 DAO CAMSAP_CH NAD_binding_8 FAD_binding_2 HI0933_like Pyr_redox NAD_binding_7 Thi4 Lycopene_cycl AlaDh_PNT_C
Other DBs
NCBI-GeneID: 100754319
NCBI-ProteinID: XP_035304410
UniProt: A0A9J7KAQ0
Position
8:23788617..23970378
AA seq 2035 aa
MEERKQETTNQAHVLFDRFVQATTCKGTLRAFQELCDHLELKPKDYRSFYHKLKSKLNYW
KAKALWAKLDKRGSHKDYKKGKACTNTKCLIIGAGPCGLRTAIDLSLLGAKVVVIEKRDA
FSRNNVLHLWPFTIHDLRGLGAKKFYGKFCAGAIDHISIRQLQLILLKVALILGIEIHVN
VEFQGLVQPPEDQENERIGWRALVHPKTHPVSEYEFEVIIGGDGRRNTLEGFRRKEFRGK
LAIAITANFINRNTTAEAKVEEISGVAFIFNQKFFQELREATGIDLENIVYYKDDTHYFV
MTAKKQSLLDKGVILHDYTDTELLLSRENVDQEALLNYAREAADFSTQQQLPSLDFAINH
YGQPDVAMFDFTCMYASENAALVREQNGHQLLVALVGDSLLEPFWPMGTGIARGFLAAMD
SAWMVRSWSLGTSPLEVLAERESIYRLLPQTTPENVSKNFSQYSIDPVTRYPNININFLR
PSQVRHLYDSGDTKDIHLEMENLVNSRTTPKLTRNESVARSSKLLGWCQRQTDGYAGVNV
TDLTMSWKSGLALCAIIHRYRPDLIDFDSLDEQNVEKNNQLAFDIAEKELGISPIMTGKE
MASVAEPDKLSMVMYLTQFYEMFKDSLSSSDTLDLNAEEKAILIASTKSPISFLSKLGQT
ISRKRSPKDKKEKDSDGAGKRRKTSQSEEEEPPRSYRGERPTLVSTLTDRRMDAAIGNQN
KVKYMATQLLAKFEENAPAQSTGVRRQPTQERGVSQPSCCPPEQGRPAPIPQWKQGSIKK
EFPQNLGGSDTCYFCQKRVYVMERLSAEGKFFHRSCFKCEYCATTLRLSAYAYDIEDGKF
YCKPHYCYRLSGYAQRKRPAVAPLSGKETKGPLQDGSTGDANGLASVATGSAERTPGSSM
NGLEEPSIAKRLRGTPERIELENYRRSVRQVEELEEVPEETQAEHNLSSVLDKGTEEDVA
SSSSESEMEEEEEDDDDEDQLPTSDLGGVPWKEAVRIHALLKGRSEEELEASKNLEPEEE
EEEYEEEEEEEEEEYDEEEEESSEVTGLPSVRRAAVQAWLETVSGAPLDENDLEEDADSE
PAETEGEAAEDGDPGDTGAELDDQHWSDDIPSDAETELRLQCQAKVKAELELRVSESEEE
KPPDTPKQEERGPSQVSSPSQLPQKQDVLLSPAHSPGAEGTQAPLASVATKAKSPEEPLF
PAPLLPREKPKAEAPTDQKTARSPIHSPIRSQPMALPEARTPTSPASLQPESLVAPPTPP
STQLPICSQPQPSSDASIPSPTESPIRFQPVPAKTSTPLTPLPVKSQGDPKDRLSGPLAV
EEALKRSDLVEEFWMKSAEIRRSLGLTPVDRNKGSEPSLPSPAFKPISLKSYSVDKSPQE
ESLCLLKPPSVPKRLGLPKSAGDQPPLLTPKSPSDRELRSNQEERRDLSSSSGLGLHGSS
SNMKTLGSQSFNTSDSTMLTPPSSPPPPPPPNEEPATLRRKPHQTLEHREASVVPPPPPT
TFMRPPREPAQPPREEVRKSFVESVDEIPFADDVEDTYDDKTEDSSLQEKFFTPPSCWSR
SEKLLAKENGRLPPLDRNVQPQKRGLPLVSAEAKELAEERMRAREKSVKSQALRDAMAKQ
LSRMQAMEMASSRSRPAPSQNKELGPESTKRTGLRGSQEPTLKHEATSEEILSPPSDSGG
PDGSVTSSEGSSGKSKKRSSLFSPRRNKKEKKSKGEGRIPEKPSLGLPEEVAAKPKSLWK
SVFSGYKKDKKKKSDEKSCSSTPSSGATVDSGQHRASPIVRTELQLRRQLSFSEDSDLSS
DDILERSSQKSKRESIYVPHALAFRRAYSSKPRTYTEEELSAKLTRRVQKAARRQAKQEE
LKRLHRAQIIQRQLEQVEEKQRQLEERGVAVEKALRGEADYWGESYYSGLIDLHLGGMGK
KDDPKLMQEWFKLVQEKNAMVRYESELMIFARELELEDRQSRLQQELRERMAVEDHLKTE
EELSEEKKILNEMLEVVEQRDSLVALLEEQRLREKEEDKDLEAAMLCKGFSLDWS
NT seq 6108 nt   +upstreamnt  +downstreamnt
atggaggagaggaagcaggagacaacgaaccaagctcatgtcctctttgaccggtttgtc
caggccactacctgcaaaggaaccctcagggccttccaagagctctgtgaccacctggaa
ctgaagcctaaggactaccgctccttctaccacaagctcaagtccaagctcaactactgg
aaggccaaagccctctgggccaaattagacaagcggggcagtcacaaagactacaaaaag
ggaaaagcatgtaccaacacgaagtgtctcatcattggagctggcccctgtggtctccgc
acggccattgacttgtccttattgggagccaaggtagtcgtcattgagaagcgagatgcc
ttctcccgaaacaatgtcttgcatctctggcccttcaccatacatgatcttcgaggtctg
ggtgccaagaaattctacggcaagttctgtgctggagccatcgaccacatcagtatccgt
cagctccagctaatcctcttgaaagtggccttgatcttaggaatcgaaatccatgtcaat
gtggaattccaaggacttgttcagcctcctgaggaccaagagaatgaacggataggatgg
cgagcattggtgcaccccaaaactcatcctgtatcagaatatgaatttgaagtgatcatc
ggtggggatgggcgtagaaacaccctggaaggatttcgtcggaaagaatttcgtggcaag
ctagccattgccattacagcaaattttattaaccgaaatacaactgcagaggccaaagta
gaggagatcagtggtgtggcttttatattcaaccagaaatttttccaggagctaagagaa
gccacaggtattgacttagagaacatcgtctactacaaagatgacacacactactttgtg
atgacggccaaaaagcagagcttactggacaaaggggtgatactgcatgactacacagac
acagagctgttactttcccgggagaatgtggaccaagaagccctgctgaactatgcccgg
gaggctgcagacttctctacccagcagcaactgccgtctctggattttgccatcaatcac
tatgggcagcctgatgtggccatgtttgactttacctgtatgtacgcctctgaaaatgct
gctttggtacgggaacagaatggacaccagttactagtagctctggttggggacagcctc
ttggagcctttctggccaatgggaacaggaatagcccggggctttctggctgctatggac
tccgcctggatggtacgaagctggtctctgggcaccagccccttggaagtcctggcagag
agggaaagcatttataggctgctgcctcagactacccctgagaatgtgagcaaaaacttc
agccaatatagcattgaccctgtcactaggtaccccaatattaacatcaacttcctccgg
ccgagccaggtgcgccatttatatgatagcggagacacaaaagatattcatctggaaatg
gagaacctggtgaattcccgaaccactcccaagctgactcgcaatgagtctgtagctcgt
tcaagcaaacttctgggatggtgccaaaggcagacagatggctatgcaggggtaaatgtg
acagatctcactatgtcttggaaaagcggcctggccctgtgtgcaatcatccacagatac
cgccctgatctaatagactttgactctttggatgagcagaatgtggagaagaataaccag
ctagcctttgacattgctgagaaggagctgggcatctctcccatcatgacaggcaaggag
atggcatcagtggcggagcccgacaagctgtccatggtgatgtacctcacccagttctac
gagatgttcaaggactcactctcttccagcgacaccttggacctgaatgcagaggagaaa
gccatcctgatagccagcaccaaatcccccatctccttcctgagcaagcttggacagacc
atctctcggaagcgttctcccaaggataaaaaggaaaaggattcagatggggctggaaag
aggagaaaaaccagtcagtcagaggaggaggagcccccccggagctaccgaggagaaaga
cccaccctggtgagcaccctgacagacaggcggatggatgctgccatcgggaatcagaac
aaagtaaagtatatggcaacccagctgctggcaaagtttgaggagaatgcgcctgcacag
tccactggcgtgaggagacagccgacacaagagcgtggggtcagccagccgtcctgctgc
ccgcctgagcagggtcgccctgctcccatcccccagtggaaacagggctcgataaagaaa
gagttcccacagaacttggggggcagcgacacttgctatttctgccaaaagcgggtctac
gtgatggagaggctgagtgccgagggcaagttcttccatcgaagctgcttcaaatgcgag
tactgtgccaccacgctgcgcctctctgcgtacgcctatgacatagaggacggcaaattc
tactgtaagccgcactactgttaccgactatctggctacgcgcaaaggaagaggccagca
gtggctcctctatctggaaaggaaaccaaaggacccctgcaggatggctccactggagat
gcaaacggactggccagcgttgccacaggctcagccgagagaactccaggttccagcatg
aatggcctggaggagcccagcatcgccaagaggctgcggggcacccctgagaggatcgag
ctggagaactaccgccgatctgtgaggcaggtcgaggagctggaggaggtgcctgaggag
acacaggccgagcataacctgagcagcgtgttagacaagggcaccgaagaggatgtggcc
agcagcagttccgagtcggagatggaggaggaagaggaggatgacgacgacgaggatcag
ctccccacctctgacctgggcggggttccctggaaggaggcagtaagaatccatgccctc
ctgaagggaaggagtgaagaggagctagaggcctccaagaacttggagcctgaggaagag
gaggaggaatatgaagaggaagaggaggaggaggaggaagagtatgatgaagaggaagag
gagtccagtgaagtgaccggccttccctccgtacgccgcgcagcagtgcaggcctggctg
gagactgtctccggagcgcctttggacgagaatgacctagaagaggacgcagactcggag
ccagcagagactgaaggagaagcggcagaggatggggaccctggggacactggtgctgag
ctagatgatcagcactggtccgatgacatcccttcggacgccgaaacggaacttcgcttg
cagtgccaggccaaggtgaaagctgagctggagctgagagtgtcagaaagtgaggaagag
aagccgcctgatacaccaaagcaagaggagagaggtccttcccaagtctccagtcccagc
cagctacctcagaaacaagatgttctcttgtctccagcccacagccctggggcagagggg
acccaggccccacttgcctctgttgccaccaaggcaaagtctcctgaggagcccctcttc
cctgcacctctgctgcccagagaaaagcccaaagctgaagcccccacagatcagaaaact
gcacgctcacccatccactcacccatccgatcacagcctatggccctgccagaagccagg
acacctacctcacctgccagcttacagccagagtctctggtggcccctcccacaccgccc
tccacccagctgcccatctgttcccaacctcagccttcctcagatgcttctataccatca
cccaccgagtctcccatacgcttccagccagttccagccaaaacttccacacccctgacc
ccactcccagtgaagagccaaggagaccccaaagacaggctgagtggccctctggctgtg
gaggaggccctgaagcggagtgatctggtggaggagttctggatgaagagcgctgagatc
cgccgtagcctgggcctcacgcctgtggaccggaacaaggggtcagagcccagcctcccc
tcacctgcctttaagccaatatccctaaagtcctactcagttgacaagtcccctcaggaa
gagagcctctgccttctgaaacctccatctgttcctaaaaggttgggcctgccaaagtca
gctggtgaccagccccccctgcttaccccaaagtcgccctctgacagggaactgaggagc
aaccaggaagagcgtagggacctctccagcagctcaggcctgggcctccatggcagctcc
tccaacatgaagaccttgggcagccagagcttcaacacctccgactccaccatgctcact
ccaccttctagccctcccccacccccacctcccaatgaggagcctgccaccctgcgaagg
aagccccatcagactttggagcacagggaggcttcagttgtcccacctccccctcctacc
acattcatgcggcccccacgggagcccgcccagccccccagggaggaggttcggaagtcc
ttcgtggagagtgtggatgagatcccctttgctgacgatgtggaggacacgtacgatgac
aagaccgaggactcaagtctgcaggagaagttcttcacacccccctcctgctggtcccgc
tcagagaagctcctggccaaggagaatgggcggctccctcccctggatcgcaacgtgcaa
ccacagaaaagagggctgcctctggtctctgcagaagccaaggagctggctgaagagcgc
atgcgagcccgggagaagtctgtgaagagccaggcacttcgagatgccatggccaaacag
ctgagcaggatgcaggccatggagatggcctcctccaggtcccgcccagcgccatcccag
aacaaggaactaggtcccgagtccaccaagcgcacaggcctccgaggctcccaggagccc
actctgaagcatgaagctactagcgaggagatcctttcccctccatcagactcaggaggc
cctgatggctctgtcacctcatctgagggctccagtgggaagagcaaaaagaggtcgtcc
ctcttctccccccgtaggaacaagaaagagaagaaatccaaaggggaaggccgaatccca
gagaaacccagcctgggcctgccagaggaagtagctgctaagcccaagtccctgtggaag
tcagtgttctctggatacaagaaggacaaaaagaaaaagagtgatgagaagtcctgctcc
agtaccccgtccagtggtgccacagtggactcgggccagcacagggcatctccgatcgtg
agaacagagctgcagctccggcgccagctgagtttctcagaggactcagacctgtccagt
gatgacatccttgaaaggtcttcccagaagtctaagcgagagtcgatttatgtaccacac
gccttggcattcaggagagcctattcatcaaagcccagaacctacacagaagaggagctg
agcgccaagctgacacggagagtgcagaaggcagctcgaagacaggccaagcaggaggaa
ctgaagcggctgcaccgagcccagatcatccagcgtcaactagagcaagtggaggagaag
cagaggcagctggaggagaggggcgtcgcggtggagaaggctctgcgaggcgaagcagac
tattggggagagtcttattacagtggcctcatcgacttgcacctgggcggcatgggcaaa
aaggatgaccccaagctgatgcaggagtggttcaagctggtgcaggagaaaaatgccatg
gtgcgctacgagtcagagctgatgatttttgcccgggagctggagctggaagaccgccag
agccggctgcagcaggagctgcgggaacgcatggccgtggaagaccacctgaagactgag
gaggagctgtcagaggaaaagaagatcctgaatgagatgctggaggtggtagagcagagg
gactcgctggtggccctgctggaagagcagcgactccgggagaaagaggaggacaaggac
ctggaggctgctatgctgtgtaagggcttcagcctagactggtcctga

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (40)   
   KEGG ORTHOLOGY (1)   
   RefGene (36)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (14)   
   UniProt (1)   
   RefSeq(pep) (13)   
DNA sequence (27)   
   RefSeq(nuc) (13)   
   GenBank (7)   
   EMBL (7)   
Protein domain (16)   
   Pfam (16)   
All databases (102)   

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