KEGG   Anas platyrhynchos (mallard): 101794484
Entry
101794484         CDS       T02816                                 
Symbol
MICAL2
Name
(RefSeq) F-actin-monooxygenase MICAL2 isoform X1
  KO
K19947  F-actin monooxygenase [EC:1.14.13.225]
Organism
apla  Anas platyrhynchos (mallard)
Brite
KEGG Orthology (KO) [BR:apla00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:apla04131]
    101794484 (MICAL2)
Enzymes [BR:apla01000]
 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
     101794484 (MICAL2)
Membrane trafficking [BR:apla04131]
 Exocytosis
  Small GTPases and associated proteins
   Rab associated proteins
    101794484 (MICAL2)
 Protein recycling
  Rab GTPases and associated proteins
   Other Rab GTPase associated proteins
    101794484 (MICAL2)
SSDB
Motif
Pfam: bMERB_dom CH LIM FAD_binding_3 Pyr_redox_2 Pyr_redox_3 FAD_binding_2 DAO HI0933_like Pyr_redox NAD_binding_8 NAD_binding_7 CAMSAP_CH FAD_oxidored Lycopene_cycl Thi4
Other DBs
NCBI-GeneID: 101794484
NCBI-ProteinID: XP_038036513
Ensembl: ENSAPLG00000015960
EnsemblRapid: ENSAPLG00030004239
Position
5:65927542..66051881
AA seq 1962 aa
MEENNDEKYSHAGQIFENFVQASTCKGTIQAFNILTRQLELDPLDNRNFYTKLKSRVTTW
KAKALWNKLDKRASHKEYKRGKSCMNTKCLIIGGGPCGLRTAIELAFLGAKVVVVEKRDT
FSRNNVLHLWPFTIHDLRGLGAKKFYGKFCAGSIDHISIRQLQLILFKVALILGVEIHVN
LEFVKVLEPPEDQENQKIGWRAEFLPVDHPLSEYEFDVVIGADGRRNTLEGFRRKEFRGK
LAIAITANFINRNTTAEAKVEEISGVAFIFNQKFFQDLKEETGIDLENIVYYKDSTHYFV
MTAKKQSLLDKGVIMNDYIDTELLLCGENVNQSNLLSYAREAADFATNYQLPSLDFAINH
YGQPDVAMFDFTCMYASENAALVRERHRHQLLVALVGDSLLEPFWPMGTGCARGFLAAFD
TAWMVRSWAQGKPPLEILAERESIYRLLPQTTPENINKNFDQYTIDPGTRYPNLNSSCVR
PHQVRQLFVTSELQQCPFERVSSIRRSVNLSRRESDVRPNKLLTWCQKQTEGYRNVNVTD
LTASWKSGLALCAIIHRFRPDLIDFDALNEEDVVKNNQLAFDVAEREFGIPPVTTGKEVG
SAGEPDKLSMVMYLSKFYELFRGTPLRAVETGDKQNGENNDLCSAKSSNFIFNNYINLTL
PRKRVPKVEGKTEENETNKRRRKGLFGAFEEASGFSSQATSAGKEQNDSKEGMNQNKVKS
MATQLLAKFEENAPNTIFRRQEQIDRPALVSSDSPVNPRFAKPKDPSLLSPQPKRQFQVV
ARTAHEVREPKQSLNGSDHMARRPKTVEKTDTQPSLSETSENLASACSAAFVLSGVLERL
QNLEEKMKQKRAQTIASREFHKKNIKEKAAHLASMFGYMEFPKSKLPTKGLSHSQPPTPS
CLSSHDSAAACPPSSVGSTSPALPSRQMTVGKVSCAIGAMAEVLVNLYVNDHRPKPQIPP
LELKQSLDRASDSCPIPYSPSPASTTQRHQGSLRKEFPQSIGGSDICYFCKKRVYVMERL
SAEGYFFHRECFKCEICSTTLRLGIYAFDVEEGKFYCKPHFTHCKISNKHRKRRATLQVQ
GKEATEAWKKEEPKSTETTTESTLTTASNPEDRSPGCCQPVANEPTSPKKAKSILERHNL
ENWSPSPEWTTVRVIPEEEMTEHNLLAVRVMVTSDASSSELESEFNGDSSNSEVGEGETS
LLELPACPSPPRRWASLSRSPVVPEESHKASKVADALQRANSFHSTALTKYQNWRRKIQT
NFPLLSNKKPGLHWKESSASCQSDLREDQFQTQLTSYKNPPKVTRGHVQRYSPVSQRKEK
VREMHEDVHLYMPHCPFQSRARGSPRIPRGNGTLTDDFLEPEDIDCHTGTCTGQSWNENK
QNYTSESQGFNSNAKVLPCLCLKEKDEKNTRHPGEKFEQELKEAKKRLVLCTEQQRMLYD
SNGVDLGGTRLQNQNKGVLGISEKDKDTDWRKGVFKQSHHLPLLFADDVPLALSVDMKGA
LKNPDTAAKEPTASQPKSPLRLIANAIKRSILEPLTSSTEGLKQDSDSKSKASSEKTYFS
FPSTPGYSLSQRNSNNNRANNSQPQELKIGKQAGEYLGITCNSLSTPSNFSVSSEEISPS
EYTKELFFPVYSPQSRPSKTTGIPQKSPCTRMEDVPGLLEKFTFKETPPVASRGDIFTCN
KKYLLASSREPKNVPRDNLDDSTQKSSLGSLFDRLRSKVHEREGNFLVSSLPFMRDHSAE
DRLHFPSAGCEHPTVRKEAAEYSTSSSEDEFELKPSLTHKAKMSLRRRRKLEKETKQLIK
QEELKRLHKAQAVQRQLEELEERQRALEIFGVKLERELRGESADSGTQDETQMLHEWFEL
VLEKNKLMRYESELLIVAQELELEDHQSRLEQKLREKMAVDDTLKDEMDLNEEDEIFTEM
MKTVEERDKLVSALEEQRVKEKAEDQHFESIIVSRGYQLSGI
NT seq 5889 nt   +upstreamnt  +downstreamnt
atggaggaaaacaatgatgaaaaatacagtcatgctggacagatatttgaaaactttgtc
caagcatcaacatgcaaaggtaccattcaggcttttaatattctcactcgccaacttgaa
ttagatcctttggacaacagaaacttttacaccaaactgaagtcaagagtaaccacatgg
aaggccaaagctttgtggaacaagcttgataaaagagcaagtcacaaagaatacaaacgt
ggaaaatcttgtatgaacactaagtgtttaattattggaggtggcccatgtggcttgcgg
actgccatagaacttgccttccttggagccaaagttgtcgttgtggagaagcgggacact
ttttcaagaaacaatgtgttgcatctctggccatttacaatccatgacctccggggactg
ggagcaaagaaattttatgggaaattctgtgcaggatctattgatcacatcagtattcga
caacttcaacttatcctcttcaaagttgcacttattttaggagttgaaattcatgtgaat
ctagaatttgtgaaagtcctggaacctcctgaagatcaagaaaatcaaaagataggttgg
agggctgaatttctccctgtggatcaccctttgtcagagtatgaatttgatgttgttatt
ggtgcagatggccgcaggaacacattagagggttttaggagaaaggagtttcgtggaaag
ctggctatagctatcactgccaattttataaacagaaatacaactgcagaagccaaggta
gaagaaatcagtggtgttgctttcatcttcaatcagaagttcttccaggaccttaaagag
gaaacaggaattgacctagagaatattgtttactacaaagatagcactcattattttgtg
atgacagcaaaaaaacagagtcttctggacaaaggagtgattatgaacgactatattgat
actgaattgctcctctgtggagaaaatgtgaaccagagcaatttgctgtcctatgcccga
gaagctgctgactttgcaaccaactaccagctgccatccttggattttgcaattaatcac
tatgggcaaccagatgtggcaatgtttgattttacctgtatgtacgcatctgagaatgct
gcactggtgagagagagacacagacatcagctcctggtggcgcttgttggagatagttta
cttgagcccttctggccaatgggtactggctgtgcaagaggcttcttagctgcttttgat
actgcatggatggtgcggagctgggctcaaggaaaacccccgttagaaatccttgccgaa
cgagaaagcatttatcgactcttgcctcagactacacctgaaaatattaacaagaacttt
gaccagtataccattgacccaggaacaagatacccaaacttgaactcaagctgtgttcga
cctcaccaggtgagacagttatttgttaccagtgagttacagcaatgtccttttgaaaga
gtaagctccattagaagatctgtgaatctctcaagacgtgagtcggatgttcggcctaac
aagctgttgacctggtgtcagaaacagacagaagggtaccgtaatgttaatgtcacagac
ctgactgcctcctggaaaagtggccttgcactgtgtgcaattatccatcgcttcagacct
gacctcatagactttgatgctctgaatgaagaagacgttgtcaaaaacaaccaactggca
tttgatgttgctgagcgggagtttgggatcccccctgtgactacagggaaggaggtggga
tcagccggggagcctgacaagctcagtatggtcatgtacctctccaagttttatgagctg
ttcaggggcacacctctgcgggcagtagaaactggtgacaagcaaaatggagaaaataat
gatctttgttcagcaaaatcatcaaacttcatctttaataattacatcaatttaacttta
ccaagaaaacgagtaccaaaggttgaagggaaaacagaagaaaatgagactaacaaaaga
cgtcgaaaaggtctttttggtgcctttgaggaggcttcaggcttttcaagccaagcaaca
agtgctgggaaagaacagaatgatagtaaagaaggaatgaaccagaataaggttaaatca
atggcaactcagctgttggccaagtttgaagagaatgctccaaatacaatttttaggagg
caggagcaaatagatagaccagccctggtctcttctgattctcctgttaatcctcgcttt
gctaaacctaaggatccaagtcttctttcacctcaaccaaaaaggcagtttcaggtggta
gctagaactgcacacgaggtcagggaacccaaacagtctttaaatggttctgatcatatg
gccaggagaccaaagactgtagaaaaaacagatacccagcccagtctgtcagaaacctct
gaaaatcttgcatctgcctgttccgctgcatttgtactctctggagtgcttgagcgtctt
cagaacctggaggaaaaaatgaaacagaaaagagctcagaccatagcaagtagagaattc
cataaaaagaacattaaagagaaagcggcacatcttgcctcaatgtttggatacatggag
tttccaaagagtaagctacctactaaaggcttatcccattctcagcccccaactccctct
tgcctttcatctcatgattcagctgctgcctgtcctccgtcatctgtaggttcaacttcc
cctgcacttccttctagacagatgactgtaggaaaggtctcatgtgcaattggagctatg
gcagaagttcttgtcaatctatatgtgaatgatcacagacctaagccacaaattcccccc
cttgaactgaagcagtctctggacagagcctcagattcttgccccattccctattctcca
tctcctgcctccactactcagagacatcagggatctctgcgaaaagaattccctcagtct
attggggggagtgacatctgttatttctgcaaaaaaagggtatatgttatggagcgtctg
agcgcagaaggctacttctttcacagggagtgctttaagtgtgaaatatgttctacaaca
ctccgtttaggaatttatgcctttgatgttgaagaaggtaaattttactgtaaacctcat
tttacacactgcaaaatcagtaataaacacagaaagagaagagcaacattacaggttcag
ggaaaggaggcaacagaagcatggaagaaagaagaacccaaatctacagagaccaccaca
gaaagcactttaactactgctagcaatccagaggacaggtccccaggctgctgccagccc
gtggccaatgagcccacctctccgaagaaggcaaagagcatcctggagcgccacaacttg
gagaactggtcaccttctccagagtggaccaccgtgagggtcatccctgaagaggaaatg
acagagcacaacctccttgctgttcgagtcatggttaccagtgatgcaagcagctctgag
ctggagtctgagtttaacggtgattcctccaactctgaggtgggtgaaggagagacctcg
ctgctggagctccctgcctgtccaagccccccccggcggtgggcatcactctccaggagc
cctgtggtgccagaggaaagccacaaagcatccaaagttgctgatgcactacagagagcc
aacagctttcactccactgcgttaactaagtatcagaattggagaagaaaaatccaaaca
aatttccctctgctttctaacaagaaacctgggctacactggaaggagagctcagccagc
tgtcaaagtgatctcagagaggatcagttccaaacacagttgacttcttacaagaatcca
ccaaaagttacaagaggacacgtccaacgctacagcccagtatctcaaagaaaagaaaaa
gtcagagagatgcatgaagatgtccatctctacatgcctcattgtccatttcagagcagg
gccagaggttctccacggatccctcgtggaaatgggacgctgactgatgattttttggag
cctgaagatatagattgtcacactggaacatgtacgggccagagctggaatgaaaacaaa
cagaattacacctctgaatcacaaggttttaacagcaatgccaaagtgctgccatgtctg
tgtttgaaagaaaaagatgagaaaaatacaaggcacccaggagaaaagtttgagcaagaa
ttaaaggaggcaaaaaagaggctggtgctttgcacagaacagcaacgtatgttgtatgat
tcaaatggggtagacttaggtggaaccaggctgcagaatcaaaacaaaggagtgctgggg
atttcagagaaggataaggatactgactggagaaaaggtgtgttcaaacaatctcatcat
ttgcctctcttatttgcagatgatgtaccactggctttgtcagttgacatgaaaggtgct
ctgaagaatccagatacagctgccaaggagcctacagccagccagccaaaatcaccactg
aggctcattgccaatgcaatcaagaggtccattttggagcctctaacctcatctacagaa
ggactaaagcaggactcagacagcaaatccaaagcctcttcagaaaaaacttacttcagc
ttccccagtactcctggctattccctaagccaaaggaacagtaataacaacagagcaaat
aacagtcagccacaggagcttaaaattgggaagcaggctggagaatatttaggaataact
tgcaattctctctcaactccatctaatttttctgtcagctctgaagagatatctccaagt
gaatacaccaaggagctattcttcccagtctacagtccacaaagcaggccttccaagacc
actggtatacctcagaaatcaccttgcactaggatggaggatgtcccaggactcctagaa
aagtttacgtttaaagaaactcctccagtggcttccaggggtgatatatttacctgtaac
aagaagtacctccttgcttcatctcgggaacccaagaacgttcccagggacaatctagat
gattccacacagaagagtagtcttgggtcactttttgatagactgagaagtaaggttcat
gaaagagaagggaatttccttgtgtcatctctgcctttcatgagggaccattctgcagaa
gacaggctacattttccttctgcaggatgtgaacatccaactgtcagaaaagaggctgct
gagtattctacttcttcctccgaggatgaatttgaattgaaaccgtcattaacacataag
gcaaaaatgtctcttagaaggagaaggaagctggagaaggagacaaagcaattgattaaa
caagaggagctgaagaggcttcacaaagcacaggcagtccagcggcaactagaagaactg
gaggaaagacagagagcactggagatttttggtgttaaactggagagagaactcagagga
gaatcagcagattcaggtacacaagatgaaactcagatgctacatgagtggtttgagctg
gtcctggagaagaataaattaatgcgttacgagtctgagcttttgattgtagcccaagaa
ctagaactggaagaccaccaaagcaggttggaacagaagctgagagagaagatggctgtt
gatgacacccttaaagatgagatggatctaaatgaggaggatgaaatttttactgagatg
atgaaaacggttgaagaaagggacaaacttgtgtctgccttagaggagcagagagtgaaa
gaaaaagcagaagatcagcactttgaaagtattatcgtatctagaggctatcagctgagt
gggatttaa

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (44)   
   KEGG ORTHOLOGY (1)   
   RefGene (38)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   ENSEMBLRAPID (1)   
   OC (1)   
Protein sequence (30)   
   RefSeq(pep) (30)   
DNA sequence (31)   
   RefSeq(nuc) (31)   
Protein domain (16)   
   Pfam (16)   
All databases (126)   

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