KEGG   Apis mellifera (honey bee): 413310
Entry
413310            CDS       T01057                                 
Name
(RefSeq) F-actin-monooxygenase Mical isoform X1
  KO
K19947  F-actin monooxygenase [EC:1.14.13.225]
Organism
ame  Apis mellifera (honey bee)
Brite
KEGG Orthology (KO) [BR:ame00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:ame04131]
    413310
Enzymes [BR:ame01000]
 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
     413310
Membrane trafficking [BR:ame04131]
 Exocytosis
  Small GTPases and associated proteins
   Rab associated proteins
    413310
 Protein recycling
  Rab GTPases and associated proteins
   Other Rab GTPase associated proteins
    413310
SSDB
Motif
Pfam: bMERB_dom CH LIM CH_2 Pyr_redox_3 FAD_binding_2 Pyr_redox_2 FAD_binding_3 CAMSAP_CH DAO HI0933_like FAD_oxidored Pyr_redox AlaDh_PNT_C NAD_binding_8 Lycopene_cycl
Other DBs
NCBI-GeneID: 413310
NCBI-ProteinID: XP_006557505
BEEBASE: GB46614
UniProt: A0A7M7GK42
Position
LG11:complement(463094..512075)
AA seq 2665 aa
MEHRKQTMSSEIAKANEQFDLFCNATTLKSILGHYRHLCDLLRIRPNVINQFYPKLKAKL
RSWKAQALWKKFDQRANYKCYNRGKACPNTRVLIIGGGPCGLRSAIEAQLLGAKVVVVEK
RDRMSRNNVLHLWPFVIHDLRALGAKKFFGKFCAGSIDHISIRQLQCILLKVALILGVEF
HESVSFDALVSPPENQEEGKIGWRAKTTPADHPVSQYEFDVLIGADGKRNTLEGFKRKEF
RGKLAIAITANFINKRTEAEARVEEISGVAFIFNQKFFKELYQETGIDLENIVYYKDDTH
YFVMTAKKHSLIDKGVILQDHADTAKLLAKENVDREALMLYAREAAEFSTEYQMIGMEFA
VNHYGQPDVAMFDFTSMYAAENASRILERRGHKLLMILVGDSLLEPFWPTGSGCARGFLS
SLDACWAIKGWGANVSPLEVIAERESIYRLLGQTTPENLNRDYAAYTLDPHTRYPNLNVS
SVTPIQVRSLLDTDDPDSVKQPPVQSDIDIPKKRRRRDLRGDSQVHPDTLLRWLQKQVAL
YDSVQIRDMGASFKNGLAICAIIHRYRPNLIDFHNLSPDDAVTNNQLAFDILEKELGIPP
IMTGEEMAQCDVPDKLAMFSYLTQIYEVFRGEIPYIKHPKLEPENEERPAHSKQLTPDQK
VQLIDRIVRQDSATRTRHSRSRHNENLNPADKKGDTISRRSRKRRSTEKMGATVEERQKR
LAEIEKNRAERMRRRQYLRNMATQQFYKSVQMLQANAKREKDEPFEDYSIFLYRQTAPDF
KDRVKYLEQKILYPDREPKIHAGHHRNSIDEEFSGRIKSIEDKLKGSTPVEKKPRDLLRA
IGKIEKTDWNVKEIEKKIEENKMGRLVRHDKVERVPKWSREQMCICFIQFLARQIKMEKK
GRDQRETDSKYADIDNTLKNIDRKIKEGNVLGYNKVSAMAEQFSNKSQDLAEPKMQKSNA
KPTITLPAQGGSETCHFCNKRVYLMERLSAEGKFFHRGCFRCEYCSTSLRIGNHTFDRDK
NGGRFYCTQHFGFSGTLKTRVEKKKMTTLNKENIPATSVNLKTPEKGKISLEGVVGLDLL
DRGQTPERIEFENLAGISDAEEAQSQMDEDEWTDRNFGASTAEMGSSDDISDMSDSDDDN
EVYEEAIDQPLTTEGTLELAKNWTLRYSHPHAAMGQSDTGSNEYEDSSDEYTNEDDESTT
ATEDEDDIRARELRKQEVWLKNPTRSSDTDSGSETEVASDEGTSEESEENSATEISTDSE
FEHDGATPTQHEIPQITINDAYVRKTRGNYVEPKRVQVKSKVISSINNGNPRQERDVDTA
RSQLKMDRDINPSRVERESKPNLSGFNNAAPLINPRKGDYLLNRTHSTEGIASKLSLELK
KKYLLGGSAFGGSVMKSGSASNVDTQLRNFTDAISQHQKLLNPAPEPSPTMQAFLQGTSK
LRSNNAQLSPISPTAAIFSSSKPYIAARSSQNLLNNNNPIYKSAILPEISKTQLPDLVKE
SSILKSKTTPNIVCGESKSAVEEAGKEVLKNSETLENAENNFAASVDETNGFRPRSPLHE
TSIIVPQVDWGKSAEERKEAASTGDSEIDSDSLSSGEEEEEAPPVTNLSPPRLQIHSTDG
DLLLDEEAERCKDFDDGQSFEPDSIECSFLQEQKMLQNNNISAPCSNNETSMELELVKNE
IEQLELQDEGKKSNCSTPTSITSAVSNKHDDSEENDVTTAALTETEFSEWARDGEVLVSD
DLRDVEFNINPEFVTTRRKNVSRMAGHAPITIAKEEDLTDVELDSSRLEKQLDVPVNDTS
KLLANGENIDFMDTDNESLLDDSLQDASNTVMLKNRGYVEFVNVKSGSTQDRLIVADAPI
ARLEVENDDSEGEEVYYDKKNVIEINPITMDDVMNKLNVNKDSENNDAKISDTGIKSSSV
QQKDRSVIVEAVNKELFQSMEEDSLLIVEPAEDTTTSEVVTILASPVNPQVSMIAAQTEK
QTEEKEEETKTSTDLNNPDYLEYVKRLQSRIAEFSNAKDSIDVRKSKRKNSKSSLQSRTA
EMMIAEEIKNQESTINTNSFNSPATSRKLEEITRERFKQKNVIQDLLMDKVEAHKQKSAE
KKARRAARASSFNSTSALSPIRPSSTLVNKFVPTSIATPENSPLHATPIDEIKQPVEIKK
SYDTQQLPWKSETEKVVNEESSKNDVQSSENITLIEIGNETENNFRTPIAPPRLKHEEAK
RTAEKARQDARERARLKSDEDLGLSPEDKIKELRMKVARRQLSMEERKTKEEAQPDDPRV
RLYTYGANKTELKLQTSKSTDNMKAVAEAINFTGLSAGANAKSMDELLHADSPKSNSSII
KRDKKQKSKDPERRKSIIQAVSDFFFKKESSPSPSNQKDKLSMFRLTSKTKGKLCKSYSE
GSDLDKVLSPKMNARPKSVCEGMLTRNFLNENPPPIPPPPLIYTIPTTQISDDSLSDDDT
KTTAVSTSCIHKATITEGSCNSISRKTKTTKRIARQAQLKRLRMAQEIQRKLEETEVKQR
ELESRGVSVEKALRGEGECSDREEADLLREWFDLMKERTELRRYEKELLVRAQEVQLEDR
HERLQQELRERLADDDNKKTSADVKKEGEILTEMLEIVAKRDSLIALLEEERQRYQDEDR
DLEAQMLAKGLRLTPIKKCGPKYSV
NT seq 7998 nt   +upstreamnt  +downstreamnt
atggagcatcggaagcaaacgatgagctcggagatagcgaaagctaacgagcagttcgat
ctgttttgcaacgcgaccacattgaaatcaattctgggccactacaggcatctctgcgac
ttgctcaggatcaggccaaacgtgatcaatcaattttatccaaaattgaaagcgaaattg
cgatcgtggaaggctcaagccctctggaagaaattcgatcagagggccaactacaaatgt
tacaatcgtggcaaagcgtgcccgaacactagggtgttgatcatcggaggcgggccatgc
ggccttcgttcggccatagaggcccaactgttgggagccaaggtcgtggttgtcgagaaa
cgggatcgcatgtcgaggaacaacgtccttcacctgtggcccttcgtcatccacgacctc
cgcgccctgggggcgaaaaaattcttcgggaaattttgcgccggctccatcgatcacatc
agcatccgacaacttcaatgtatattgctcaaagtcgctttgatccttggtgtcgagttc
cacgagagcgtcagtttcgacgccctcgtgtcgccgcctgagaatcaggaggagggcaag
atcggttggagggcgaagaccacgcccgccgatcatcctgtgtctcagtacgagttcgac
gtgctgattggcgccgacgggaagaggaacacgttggaagggttcaagcggaaagagttc
aggggtaaattggctatcgcgataacggcgaacttcatcaacaagcggaccgaggccgaa
gcccgcgtcgaagaaatcagcggggttgcgttcatcttcaatcaaaagttttttaaagaa
ctgtaccaggagacgggtatcgatctagaaaatatcgtttattacaaagacgacactcac
tatttcgtgatgaccgccaagaagcacagtctcatagacaagggagtgattttgcaggat
cacgcggacacggcgaaattactagctaaggaaaacgtggatcgtgaagcgttgatgctt
tacgcccgagaggctgccgaattctccacggaataccaaatgatcggtatggaattcgcg
gtgaaccattacggccagccagacgtcgccatgttcgatttcacgtcgatgtatgcggcg
gagaatgccagccgaattttggaacgccgtggccataagttgcttatgatccttgtcggt
gatagccttctcgagccgttctggccaaccggatctggttgcgcgagaggatttttaagc
tccttagacgcttgctgggcgatcaaagggtggggcgcgaacgtgtcaccgttggaagta
atcgctgaacgggagtcgatttacaggctgcttggacagaccacgcctgaaaacttgaac
agagattacgctgcgtatacgctagatcctcataccagataccccaatttgaacgtgtcc
tcggtgacaccgatacaagtgcgaagtttactcgacacggatgatcccgacagcgtgaaa
cagccccctgtccagtctgacatcgatatccctaaaaaacgacgtcgtcgagatttgcgt
ggagattcgcaagtgcatcctgacacgctgcttcgctggctgcagaaacaagttgccctg
tacgactcggttcagataagagacatgggcgcctcgttcaagaatggtctggctatttgt
gcgataattcacagatatcgtccaaacctgattgatttccacaatttgagcccggacgac
gctgtcacgaacaaccaattggcatttgacatattggaaaaagagttgggcatacctcct
ataatgacaggggaggaaatggcccagtgcgacgttcccgacaaacttgccatgttttct
tacctcacacagatatacgaagttttccgcggtgaaatcccgtacattaaacatccaaaa
ttagaacctgaaaacgaagaaaggcccgcacatagtaaacaattgacacctgatcaaaaa
gttcagttaattgaccgtatcgtcaggcaagatagcgcaacgagaaccagacactcacga
tcgcgtcataacgaaaatttaaaccccgcggataagaagggggacacgattagccgacgt
tctcgaaagagacgaagcacggagaagatgggcgcgacagtggaggaaaggcagaagaga
ctcgcagagatagagaaaaatcgcgcggaacgtatgagaaggcggcaatatttacgaaat
atggcgacgcagcaattctacaaaagtgtgcagatgctgcaagcgaacgcaaaacgcgag
aaagacgagccgttcgaagattattcgatattcttgtatcgtcaaacagcaccggatttc
aaggatagggtgaaatacctagagcagaaaatattatatccagatagagaacctaagatt
cacgctggtcatcacagaaacagcatagacgaagagttctccggcagaataaaaagcatc
gaagacaagttgaaaggatctacaccggttgagaaaaaacccagagatcttctacgtgcg
attggtaaaattgagaagaccgattggaacgtgaaggaaatcgagaagaaaatcgaggag
aataagatgggccgtttggttcgacacgacaaggtagaacgggtgccgaaatggagtcga
gaacagatgtgtatatgcttcattcagtttttagctcgacaaatcaagatggagaagaag
gggcgtgatcaaagggagacagatagtaagtacgctgatattgacaataccctgaagaat
attgacaggaagatcaaagagggtaatgtgctcgggtacaataaagtctcggcaatggcc
gaacaattttcgaataaaagtcaggacttggcggagcccaagatgcagaaatcgaatgcc
aagcccacgataacgttacctgctcaaggaggttcagaaacttgtcatttttgtaacaaa
agggtttatctaatggagagacttagcgccgaaggaaaatttttccatcgaggatgtttt
cgttgcgaatattgctccacctcgttgagaataggaaaccatacgttcgatcgggataaa
aatggaggacgattttattgtacgcaacattttggtttctcgggaacgttgaaaactcgg
gtggaaaagaagaaaatgacgacgttgaacaaggaaaatatacctgcgacctccgtaaat
ctgaaaactcccgagaaaggaaagatatctttggagggcgtggttggcctcgatttactt
gatcgcgggcaaacgcccgagagaatagaattcgaaaatttggcgggaatatcggacgcg
gaagaagcccaaagtcaaatggacgaagacgaatggacggataggaatttcggagcttcc
actgcagaaatgggatccagtgatgacatttctgatatgagcgattcggatgatgataac
gaagtgtacgaagaggcgatagatcaacccttgacaaccgaagggactcttgaacttgcg
aaaaattggacgctacgatattcccatccccatgccgcaatgggacaatctgacacggga
agcaacgaatacgaagattccagcgacgagtatacgaacgaagacgatgagagtacaact
gccacggaagatgaggacgacatacgagcccgggagcttagaaagcaagaagtttggttg
aagaatcccacacgtagctccgatacggacagcggttcagaaacggaggtcgcctctgat
gaaggcacgtctgaggaaagcgaggagaactcggccacggaaatatcgacagactcggaa
ttcgagcacgatggcgcaacgcccacccagcacgagattccacagatcacgatcaacgac
gcgtacgtgcgcaagaccagaggaaattacgttgaaccgaaaagagttcaagtgaagagt
aaagtgatatcgtcgatcaacaacggtaatccgaggcaggagagagatgtagacactgcg
aggtcgcagttaaaaatggatcgcgacataaatccttctcgtgttgagagagagagcaag
ccgaatttatcaggattcaacaacgcagctccgttgataaaccctcgcaaaggggattac
ctgttgaaccgtacccactccaccgagggtatcgcgtccaagctgtccttggagttgaag
aagaagtatttgctgggcggttcagctttcggcggttccgtcatgaaatctggctcggcc
tcgaacgtggacacccaactgagaaatttcaccgacgccatatctcaacaccaaaaactg
ttgaaccccgccccggagccaagccctaccatgcaagcgttccttcaaggaaccagcaaa
ttgcgctcgaataacgcccaactttcccccatatcgcccaccgccgccatattctcctcc
tcgaaaccgtacatcgccgctcgatcctcccagaatttgctgaacaacaacaatccgatt
tacaagtcggcaatcctgcccgaaatatcgaagacccagctgccggacctggtgaaggag
tccagcatattgaaatccaaaaccactcccaatatcgtgtgcggcgagtcgaagagcgcg
gtggaggaggctgggaaggaggttctgaaaaactctgaaacgttggagaatgcggaaaat
aatttcgccgcgagcgtggatgagacgaacggctttcgaccgaggagcccgttgcacgaa
acctccatcatcgtgccccaggtcgactggggtaaaagcgcggaggagaggaaggaggct
gcaagcacgggagactcggagatagacagcgattctctgtcgtcaggggaagaggaggaa
gaagcgccgcctgttacgaatctgtcccctcctcgtttacaaattcacagcacggacgga
gatctgttgttggacgaagaagcagaaaggtgtaaggatttcgacgacggccagtcgttc
gagcccgactccatagagtgttcgttccttcaggagcagaaaatgttgcaaaataacaac
atctctgctccttgctcgaacaacgaaacctcgatggagttggagctggtgaagaacgaa
atcgagcagttggagctgcaggacgaggggaagaagagcaattgcagcaccccaacgtcg
ataacgtcagccgtctcgaacaagcacgacgattccgaggagaacgacgtgacgacggcg
gctctcaccgagaccgagttctcggagtgggcccgtgacggtgaggttttggtctcggac
gatctacgagacgttgaattcaacattaacccggaattcgtaaccacgagaagaaagaac
gtatcgaggatggcaggccatgctccgatcacgatagccaaagaagaagatctgacggac
gtggagctggactcgtccaggttggagaaacagttggacgttcctgttaacgatacctcg
aaactcttggcgaatggtgaaaatatagatttcatggacacggataacgagtcgttgttg
gacgacagtttgcaggatgcttctaacacggtgatgctgaaaaataggggatacgtagag
tttgttaacgttaaaagcggctcgacgcaagatagattaatcgtggctgacgctcctatc
gcgagattggaggtggaaaatgatgattcggagggagaagaggtttactacgacaagaag
aacgtgatagagataaatccaatcaccatggacgatgttatgaacaagttaaatgtgaac
aaggacagtgagaacaacgacgccaagatttcggatacggggataaagtcaagttccgtt
caacaaaaagatcgatccgtcatcgtcgaggcggtgaacaaagaattatttcaatcgatg
gaggaggatagtttgctgatcgttgagcctgccgaggacacgaccaccagcgaggtagtc
actattctcgccagccccgtgaatccacaagtatctatgatcgcagcccagaccgagaaa
caaacggaagaaaaagaggaagaaacgaaaacgtcgaccgatttgaacaatcccgattat
ctggagtacgtgaagcgtctgcaatctaggattgccgaatttagcaacgccaaggactcc
atagacgtgaggaaatcgaaaaggaagaactcgaaaagttcgctgcagtcccgcacggcc
gagatgatgatagcggaagaaattaagaatcaagaaagcacgattaatacgaacagtttc
aactcgccggcaacctcgagaaaattggaagaaattacgagagaaaggttcaagcagaaa
aacgtgatacaagatttattgatggataaggtagaggctcataaacagaaatcggcagag
aaaaaggcgaggagagctgccagagcttcgtcgttcaattcaacttctgccttatccccg
ataagacccagtagtacgttagttaataaatttgtacctacgtctatagcaacgcctgaa
aacagccctttgcacgctaccccaattgatgaaattaagcagcccgtggaaattaagaaa
tcttacgacacccagcaattgccttggaaatcagagactgagaaagtcgtgaacgaggaa
agtagtaaaaatgatgttcaatcttctgaaaatatcacattgatcgagataggtaatgag
acggagaacaactttagaacgccaattgcgcctccgagattgaaacatgaagaggcgaag
aggacagcggaaaaggcaaggcaagatgcgagagaaagggctagattgaagagcgacgag
gatctgggtctaagcccggaagataaaatcaaagagttgagaatgaaagtggcgcgaagg
caactttccatggaagagaggaaaactaaagaagaagcgcagcctgatgatcctcgcgta
agactatatacttatggagcaaacaagactgaattaaaattgcaaacgagcaaaagtacg
gacaatatgaaagctgtagccgaggcgatcaatttcaccggtttatctgctggagcaaat
gcaaaatcgatggatgaattgttgcatgctgattccccaaaatcaaatagctcgataata
aaaagagataagaaacaaaaaagtaaagatccagaaagaagaaaaagtatcattcaagca
gtctcagatttcttctttaaaaaggaatcttccccttcgccgtccaatcaaaaagacaaa
ttatctatgttccgtctgacgtcaaagacgaaaggcaaattatgtaaatcgtattcggaa
gggtcagatcttgataaagtcttatcaccgaaaatgaacgctagaccaaaaagtgtttgc
gaaggtatgctcacaagaaactttttaaatgaaaatccgccgccaattccaccgccaccc
cttatttataccattcctactacacaaatctcagatgatagtttatcagatgatgacaca
aaaacaacagcagtatcgacatcatgcatacataaagccacaataacagaaggttcatgt
aatagtatttcacgtaaaacgaaaactacgaaacgaatagctagacaagcacaattgaaa
agattgcgtatggctcaagaaatacaaagaaaattagaagaaacagaagttaaacaaaga
gaattggaaagtagaggtgttagcgttgaaaaagctcttcgtggagaaggtgaatgctcc
gatcgagaagaagcagatttactcagagagtggtttgaccttatgaaagaacgtacagaa
ttgcgtcgatatgaaaaagagcttttagtacgtgctcaagaggttcaacttgaagatcgc
catgaaagattgcaacaagaattacgtgaacgcttagctgatgatgataataaaaagacc
agtgccgatgtgaaaaaggaaggagaaattttaacagaaatgttggaaatagtcgcaaaa
cgggattcgcttattgcacttttagaagaagagcgacaaaggtatcaagacgaagatcgt
gaccttgaagctcaaatgttggccaaaggcctcagattaacgccaataaaaaaatgtggt
cctaagtattcagtttaa

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (160)   
   KEGG ORTHOLOGY (1)   
   RefGene (155)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   BEEBASE (1)   
   OC (1)   
Protein sequence (6)   
   UniProt (1)   
   RefSeq(pep) (5)   
DNA sequence (11)   
   RefSeq(nuc) (7)   
   GenBank (2)   
   EMBL (2)   
Protein domain (16)   
   Pfam (16)   
All databases (198)   

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