KEGG   Monodelphis domestica (gray short-tailed opossum): 100030142
Entry
100030142         CDS       T01031                                 
Symbol
MICAL2
Name
(RefSeq) microtubule associated monooxygenase, calponin and LIM domain containing 2
  KO
K19947  F-actin monooxygenase [EC:1.14.13.225]
Organism
mdo  Monodelphis domestica (gray short-tailed opossum)
Brite
KEGG Orthology (KO) [BR:mdo00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:mdo04131]
    100030142 (MICAL2)
Enzymes [BR:mdo01000]
 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
     100030142 (MICAL2)
Membrane trafficking [BR:mdo04131]
 Exocytosis
  Small GTPases and associated proteins
   Rab associated proteins
    100030142 (MICAL2)
 Protein recycling
  Rab GTPases and associated proteins
   Other Rab GTPase associated proteins
    100030142 (MICAL2)
SSDB
Motif
Pfam: bMERB_dom CH LIM FAD_binding_3 Pyr_redox_2 FAD_binding_2 Pyr_redox_3 DAO Pyr_redox NAD_binding_8 CAMSAP_CH NAD_binding_7 HI0933_like FAD_oxidored Lycopene_cycl Thi4 zf-RRN7 zf-C5HC2 GIDA
Other DBs
NCBI-GeneID: 100030142
NCBI-ProteinID: XP_016278920
Ensembl: ENSMODG00000008560
Position
5:252158483..252429894
AA seq 1982 aa
MGENEDEKQSQAGQIFENFVQASTCKGTLQAFNILIRHLQLDPSDHRNFYSKLKSKVTTW
KAKALWNKLDKRGTHKEYKRGKSCMNTRCLVVGGGPCGLRTAIELAYLGAKVVVVEKRDT
FSRNNVLHLWPFTIHDLRGLGAKKFYGKFCAGSIDHISIRQLQLILFKVALMLGVEIHVN
IEFVKVLEPPEDQENQKVGWRAEILPADHSLSDFEFDVIIGADGRRNTLEGFRRKEFRGK
LAIAITANFINRNTTAEAKVEEISGVAFIFNQKFFQDLKEETGIDLENIVYYKDSTHYFV
MTAKKQSLLDKGVIVNDYVDTELLLGSENVNQDCLLSYAREAADFATNYQLPSLDFAMNH
YGQPDVAMFDFTSMYASENAALVRERQSHQLLVALVGDSLLEPFWPMGTGCARGFLAAFD
TAWMVKSWEQGIPPLEILAERESLYRLLPQTTPENISKNFEQYTLDPGTRYPNLNSNCVR
PHQVKHLYITTELHHLPLERFGSIRRSVSLSRRESDIRPNKLLTWCQKQTEGYQHVSVTD
LTTSWRSGLALCALIHRFRPELINFDSLNEEDAIENNQLAFDIAEREFGIPPMTTGKEMA
SSQEPDKLSLVMYLSKFYELFRGTPLRAVDSLGKNYGENGDLSLAKSSIFNNYLNLTFPR
KRTPRVENLTEENDMNKRRRKGLDNLEEPSSFSSRSIGSSREYGISREGMNQNKVKSMAN
QLLAKFEENARNPSFLRQEQALSNLGKPVLHSSAGPPVNSHFAKPEDPTPSPSPPLKRQF
QALAKTEQVLREAKQASASDCLTRPSRARAKSDLQHPQAGSMAPLPSAYPGAFALVGALR
RLQNVEEKIHQKRAQNLANREFHKKNIKEKAAHLASMFASEDFPQNKLLTKGLSHPPSLP
SSCLSSRDSTDTSFSSSVDSSSSDRKSFVPGAPGKPNPAPKKAYKQKLFQPDPGQMTVGK
VSRGIGAVAEVLVNLYMNDHRPKTQAASPDRRKAMDQTSLPLNSSISPTGASPGWNHQGS
LRKEFPQNLGGSDICYFCKRRVYVMERLSAEGHFFHRECFRCEVCSTTLRLAAYAFDADE
GKFYCKTHFIHCRTNSKQRKRRAELKRQEEEEAQEKQQEVKWSDPSPEILGPAVNSREAS
PPADFLLSADEPTSPKKPKSIPGPCDADGQRGLFPAEWTSVKIGPKGEGNEDDVLAICVM
VTSDGSSSETESDSGDNSSQMQFSEQKTLKSQQLPCPKPFRRQVSLMVPQNRRPGTGCPE
ESKVANALHRAHSFQHPTSNKYQNGRRKCQSNLTSPNSKKSVLSSKDPPYSSSAPGPGKP
SGDVPLPQATYTTSPEIKRRHSQPQSPIIQGRVRMREVCKEIPLYIPHRFQKEDSSSTHG
PGDVGMKLANGHWKTKTIPWKTGNTRDGPDHVGVEPRSRPSLSLTSEKSQGNTTIGSKTE
ENELKSNEGRKQCLKKLALTQEQKSQLLDWNDANAENLSLDTGELMHAGNERGETSKLSN
LSSFPGPAKEALSHQRETPQESCGPTPRATREVAVNRPKSPLRLIANAIRKSLEPLLSNP
EGGKKNSDSRPKTLMENLSLNGPQPCDQSPNLKKTSYSKDCDVQKPTLSSLLVPGNERGT
SDSAISLHVAPEAQPVTRGLSDRVARARSLPSRQKRSMTLPSAIVEDSSTLLDKVNLKEV
LLGKSLDQYKALTKKGSLFSSFRLKEKTYESLGSMKTRKDLGSIFSNPGAKDICYTPKKP
SEPWNKSSSGQMDILLPGENLSSMHLPVRAQMTECYSSFSSSDTTSSSDGEFEPQPSLPP
KERRTLKRIKKMEKASKQLAKQEEFKRLYKAQAIQRQLEEVEERQRASEIQGVELEKALR
GESDSGAQDEARLLHEWFKLVLEKNKLMRYESELLIMAQELELEDHQSRLEQKLREKMCM
EESEKDDSIRNEEQEIFTKMMRVIEQRDRLVDSLEEQRVKEKAEDQHFENFMLSRAYQLS
RS
NT seq 5949 nt   +upstreamnt  +downstreamnt
atgggggagaatgaagatgagaaacagagccaggctggccagatttttgagaactttgtc
caagcgtccacatgtaaaggcaccctgcaggctttcaacatcctcattcggcacctgcag
ctggacccttcggaccacagaaacttctattccaagctgaagtctaaggtgacgacctgg
aaggccaaggccctttggaataaactagataaacgaggaacccacaaagagtacaagcga
ggcaagtcctgcatgaacaccaggtgtctggtggttggaggaggaccctgcggcttgcgg
actgccatagaacttgcctacctgggagccaaagtagtcgtggtggagaagagagatact
ttctccagaaacaatgtgctgcacctgtggccattcaccattcatgacctgcggggtctg
ggtgccaaaaagttctacgggaagttctgcgcgggctctatcgaccacatcagtattcga
cagcttcagctcatcttgttcaaggtggcactgatgttgggagtggaaatccatgtgaac
atagagttcgtcaaggtcctcgagcctcctgaagatcaggaaaaccaaaaagtaggctgg
cgagcagaaattctacctgcagatcactcactatctgattttgaattcgatgtcatcatt
ggtgctgatggccgcaggaacactctagaaggtttcagaaggaaagaattccgtgggaag
ctggctattgcgatcactgccaacttcataaacagaaacaccacggccgaggccaaggtg
gaagaaatcagtggggtggctttcatcttcaatcagaaattctttcaggatcttaaagaa
gaaacaggaatcgacctggagaacatcgtctactacaaggacagcactcactactttgtc
atgacagcaaagaaacagagcctcctggacaagggggtcattgtgaacgattatgttgac
acggagctcctgcttggctcagagaatgtaaaccaagactgtctgctgtcctatgcgagg
gaagcagctgactttgctaccaattaccagctgccttccctggactttgccatgaatcac
tatggccagcctgacgtggccatgtttgactttacttccatgtatgcttctgagaatgcg
gccctagtccgggagaggcagtcccatcaactcctcgtggcattggtgggagacagctta
ttagagcctttttggcctatgggcacaggttgtgctcggggtttcttggccgcctttgat
acagcctggatggtgaagagttgggagcagggaatcccacccctcgagatcttggctgag
cgggagagtctttacagactgttgcctcagacaacaccagaaaacatcagtaagaacttt
gaacagtatacccttgatcctggcactcggtacccaaacttgaattcgaactgtgtccgg
ccccatcaggtaaagcatttatacattactacggagctgcatcatttgcctcttgagaga
tttggttccattagaagatcagtcagtctttctcggcgggaatctgacatccggcccaac
aagcttttaacctggtgtcagaagcagactgaaggctaccagcatgtcagcgtcactgat
ctgaccacctcctggagaagtgggcttgccttatgtgcccttatccatcgcttcagacca
gaactcatcaactttgactctttgaatgaagaagatgccatcgagaacaaccagctggca
tttgacattgcagagagggagtttggaatcccccctatgaccacaggcaaagaaatggca
tcctcccaggagccagataagctcagtctggtcatgtacctttctaaattctatgaattg
tttcgagggacacctctcagagctgttgattctttgggtaaaaactatggagaaaatggt
gaccttagcttagccaagtcatctatttttaataattatctcaacctcacattccccagg
aagagaacaccccgggtggagaacctcacagaagaaaacgatatgaataagcgaagaagg
aaaggcttagacaatttggaagagccatcaagtttttctagccgcagcattggctcatct
cgggagtatggcatcagcagggaaggcatgaatcaaaataaagttaaatccatggccaac
cagctgctggccaaatttgaagagaatgcacggaatccgtcttttctgaggcaggagcaa
gctctttccaacctaggtaagccggtcctccactcttctgctggccctcctgtaaactct
cactttgctaagccagaggaccccacacccagcccatctcctcctctcaaaaggcagttt
caggcattagctaagactgagcaggtgctcagggaggcaaagcaagcttctgctagcgac
tgcctgaccaggccttcgagagcacgagccaagtcggaccttcagcacccccaggcagga
agcatggctcctcttccatccgcctaccccggggcattcgctctcgttggggcactgagg
cgcctgcagaacgtggaggaaaagattcaccagaagagggctcaaaacttagccaacagg
gagtttcacaaaaagaatattaaagagaaagctgctcaccttgcctccatgtttgcaagt
gaggattttccccagaacaaactactcaccaaaggcctttcccaccctccttctcttcct
tcctcttgcctttcatctcgtgactcaactgatacttccttttcctcatctgttgactct
tcttcctctgaccgaaagtcctttgtgccaggcgctcctggaaagcctaaccctgctcca
aagaaggcatataagcaaaagttatttcagccagacccaggccagatgacagtagggaaa
gtgtctcgaggaataggggcagtggctgaagttctggtcaatctgtatatgaatgatcac
agacccaagacccaggccgcttctccagaccggaggaaggcaatggaccaaacatccctc
ccactcaattcatctatttctccaactggggcctctcctggctggaatcaccagggatct
ttaagaaaagaattcccccagaaccttggaggcagtgacatctgctatttctgtaagagg
cgtgtatacgtgatggagcgcctgagcgccgagggccacttctttcacagggaatgcttc
agatgtgaggtctgctccaccacacttcgcctggctgcctatgcctttgatgcagatgaa
gggaaattttactgcaaaactcatttcattcactgcagaaccaatagtaagcaaaggaag
agacgagcagaactgaagagacaggaagaggaggaagcacaggagaaacagcaagaagtc
aagtggtcagacccttcccctgaaattctcggtcctgctgtcaacagccgagaagccagc
cctccagcagattttctcctctcagcagatgagccaacttcccctaaaaagccaaagagc
atccctggaccctgtgatgcggatggccagaggggtctgttccctgcagaatggacctct
gtgaaaatcggccccaagggagaagggaatgaagatgacgtcctggccatttgtgtcatg
gtcaccagtgatggcagcagctctgagacagaatcggattctggggataattcctcccaa
atgcagtttagtgaacagaagacattaaagtctcaacagctgccctgcccaaagcccttc
cgaaggcaagtttccctgatggttccccagaataggaggccaggcactgggtgccctgaa
gagtcaaaggtggcaaatgctctgcatcgggcccatagcttccaacatccgacttcaaac
aaataccaaaacgggaggagaaaatgccaatctaatttgacatcaccgaatagtaagaaa
tctgtgctgtcttccaaggatcctccttattcttcctcagcccctggtcctgggaaacct
tctggtgatgttcccctgcctcaggcgacatacaccacttctcctgaaatcaaaagaaga
cactcccagccccaaagtccaatcattcagggaagagttcgcatgcgagaggtgtgtaaa
gaaattcctctctatatacctcatcgtttccaaaaagaagactcttcttccactcatggg
cctggggatgttggtatgaagcttgccaatggccattggaaaactaaaacaattccttgg
aaaactggaaatacccgggatggtccagatcatgttggagtagagcctaggagcaggcca
tctctatccttaacttctgagaagagccaagggaatacgactataggaagtaagacagaa
gagaacgagctgaaatccaatgaggggagaaaacaatgcttaaagaaattggccctcact
caagaacaaaagtctcagttgctggactggaatgatgccaatgcagagaatctaagcttg
gacactggagaattgatgcatgcgggcaatgaaagaggtgaaacatcaaagttgtctaac
ctttcatcatttcctggaccagccaaggaggccttatcacaccagagagagactccacag
gaatcctgtggcccaacaccgagggctacaagggaggtagcagtaaatagacccaagtcc
cctcttcgactgatagcaaatgcaattaggaagtccttggagcccctcctctctaatcca
gaaggtgggaagaagaacagtgactccagaccaaagacactgatggagaatttatccttg
aatggtccccaaccttgtgatcaatctccaaacttaaagaaaaccagttatagtaaagac
tgtgatgtgcagaagcccaccctcagctccttattggtacctggaaatgagagagggacc
tcagactcagccatttcattacatgttgcccccgaggcacaaccagtgacacggggcctt
tcagatagagttgcccgagctcgcagtttgcccagtaggcaaaagaggtccatgacccta
ccctctgccattgtagaagacagctccacgctcctggacaaagttaatctgaaagaggta
ctactgggcaagtctttggaccagtacaaagccctgacaaagaagggcagtctcttttct
tcttttagactcaaagaaaaaacttatgagagtctggggtcaatgaaaacaaggaaggat
cttggcagtatttttagtaacccaggagcaaaagacatctgttacactccaaagaaaccc
tcagagccctggaataagtcttcctcaggccaaatggacattcttctccctggagaaaac
ttaagctccatgcacctacctgtcagagcccagatgactgagtgttattcctccttctcc
tcttctgataccacctcctcttcagatggtgaatttgaaccccaaccttccctaccacca
aaggagagacgaacacttaaaagaataaagaagatggagaaggcttccaaacagttggct
aagcaagaagaattcaaaaggctttacaaggcccaggctatccaacgccagttggaagaa
gtggaagaacgtcaaagagcctcagagatccaaggagttgagctggaaaaggctctgaga
ggagagtcagattcaggcgcacaggatgaggcacggctcctgcatgaatggtttaagctg
gtcctggagaagaataaattaatgcgatatgaatctgagctcttgatcatggcccaagaa
ttagaattagaagaccaccaaagcagattagagcagaaactaagagaaaaaatgtgtatg
gaagagagcgaaaaagacgacagcattcggaatgaggaacaggagattttcaccaaaatg
atgagagtgattgagcagagagacagactggtagattccttagaggagcagagagtgaaa
gaaaaagctgaagatcaacactttgaaaattttatgttatctcgagcttatcaactcagc
agatcttga

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Ontology (3)   
   KEGG BRITE (3)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (61)   
   KEGG ORTHOLOGY (1)   
   RefGene (56)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   OC (1)   
Protein sequence (23)   
   RefSeq(pep) (23)   
DNA sequence (23)   
   RefSeq(nuc) (23)   
Protein domain (19)   
   Pfam (19)   
All databases (131)   

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