KEGG   Equus przewalskii (Przewalski's horse): 103566075
Entry
103566075         CDS       T04644                                 
Name
(RefSeq) protein-methionine sulfoxide oxidase MICAL2
  KO
K19947  F-actin monooxygenase [EC:1.14.13.225]
Organism
epz  Equus przewalskii (Przewalski's horse)
Brite
KEGG Orthology (KO) [BR:epz00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:epz04131]
    103566075
Enzymes [BR:epz01000]
 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
     103566075
Membrane trafficking [BR:epz04131]
 Exocytosis
  Small GTPases and associated proteins
   Rab associated proteins
    103566075
 Protein recycling
  Rab GTPases and associated proteins
   Other Rab GTPase associated proteins
    103566075
SSDB
Motif
Pfam: bMERB_dom CH LIM FAD_binding_3 Pyr_redox_2 Pyr_redox_3 FAD_binding_2 DAO Pyr_redox CAMSAP_CH HI0933_like NAD_binding_8 NAD_binding_7 FAD_oxidored Lycopene_cycl Thi4 GIDA AlaDh_PNT_C
Other DBs
NCBI-GeneID: 103566075
NCBI-ProteinID: XP_008540543
Position
Un
AA seq 1957 aa
MGENEDEKQTQAGQIFENFVQASTCKGTLQAFNILTRHLDLDPLDHRNFYSKLKSKVTSW
KAKALWYKLDKRGSHKEYKRGKSCMNTKCLIIGGGPCGLRTAIELAYLGAKVVVVEKRDT
FSRNNVLHLWPFTIHDLRSLGAKKFYGKFCAGSIDHISIRQLQLILFKVALILGVEIHVN
VEFVKVLEPPEDQETQKIGWRAEFLPTDHSLSEFEFDVIIGADGRRNTLEGFRRKEFRGK
LAIAITANFINRNSTAEAKVEEISGVAFIFNQKFFQDLKEETGIDLENIVYYKDSTHYFV
MTAKKQSLLDKGVIINDYIDTEMLLRAENVNQDNLLSYAREAADFATNYQLPSLDFAMNH
YGQPDVAMFDFTSMYASENAALVRERQSHQLLVALVGDSLLEPFWPMGTGCARGFLAAFD
TAWMVKSWDQGTPPLELLAERESLYRLLPQTTPENINKNFEQYTLDPGTRYPNLNSNCVR
PHQVKHLYITKELHQYPLERLGSLRRSVNLSRRESDIRPSKLLTWCQQQTEGYQHVNVTD
LTTSWRSGLALCAIIHRFRPELINFDSLNEDDAVENNQLAFDVAEREFGIPPVTTGKEMA
SAQEPDKLSMVMYLSKFYELFRGTPLRPVESWGKNYGENADLSLAKSSLSHNYLNLTFPR
KRTPRVDRQTEENDMNKRRRKGLNNLDEPSAFPSRSLGSNQEGCSSKEGGNENKVKSLAT
QLLAKFEENSRNPSLLKPQHRGSGIGKVLHSSSDPPVNCRRPTPEEPTPSPSPPLKRQFP
PVVVTGHVLRELKQVSAGGEGLSRPWRARAKSDLQLGGLEPPIALPPTCQGAQALSGVLR
RLQQVEDKILQKRAQNLANREFHKKNIKEKAAHLASMFGHGDFPQNKLLSKGLSRPPPPP
SPPSCLPSPDPAATSSPSTVDSVSPARKLTVGRVSSGIGAAAEVLVNLYMNDHRPKTQAT
SPDLESIRKVFPLNLGGSDTCYFCKKRVYVMERLSAEGHFFHRECFRCSVCATTLRLAAY
AFDVDEGKFFCKPHFIHCKTNNQQRKRRADLKQQREEEGIWKEPEAPRRDTPMESSCAAA
AIGTPAGSPPDEPTSPKKPKSILEPEPGHVEGGPTSPLPSEWTSVRISPGENVVGQDMMA
VCVLVNSDESSSDAESDCGGSEASRAEPCEERRWQLEPRPLPKPLTQHSSLKEALTRAVS
PHHPEEPGAVHTLQRASSFQSSTPSKSQSWRRKFQSSLTPVNNKRTTSPPKESPPSLFSS
SLSSPSSSLPSSSTVIPGNAQDCSPPSQGTPHNWLPQVSRGHFSPSTPIFLRRARAQGAL
TEIPLYLPRGQVLERAEYCLVSPSGNGPLSTPPPSPTEMASDGYQEAEAPLEDSRSIHRG
LHPVGRKDWYFPDQELPPPAGEDAGEGHTRPRREDDGGSEPAEGKKLGLKKLVLTQEQKT
SLLDWNVSIPQSLRLEEGARPPQKSAENGRGSCVPKPVCPLLPPRAGRETLPAQRETQKT
GTPAERTPRERSVSPPKSPLRLIANAIRRSLGPLLPNSEGGKKAWAKPESKTLPTSQPYT
STRSFSLRKTSSSKDGDQQSPRRDMASRASAFFSMGSPTARAAQPLDSSPPDPALCTHPL
PNRASTMFPALVSPPCSKIEDVPTLLEKVSLQETFPDPSRVPKRKTSLFSSLRLKDKSFE
SFLQESRQRKDLGNVFISPQSKVLPVDSAQPLEKLVQPYSSAGLGQRGHPPPPGGDASPK
HTPVRAQVTGAASSPSSSTSSSADEEFDPQPSLWSKERKTLRRRRKLEKATKQLAKQEEL
RRLHKAQAIQRQLEEVEERQRASEIQGVRLEKALRGEADSGTQDEAQLLQEWFKLVLEKN
KLMRYESELLIRAQELELEDHQSRLEQKLREKMLKEESQKDEKDLSEEQEIFTEMMQVIE
QRNKLVDSLEEQRIKERAEDQHFESFVFSRGYQLSRT
NT seq 5874 nt   +upstreamnt  +downstreamnt
atgggggaaaacgaagacgagaagcagactcaggccgggcagattttcgagaactttgtc
caggcttccacgtgcaaaggcaccctccaggcctttaacatcctcacacggcacctggac
ctagacccactggaccacagaaacttttattccaagctcaaatccaaggtgaccagctgg
aaggccaaggccctgtggtacaaattggacaagcgtggatcccacaaggagtataagcga
gggaagtcgtgcatgaacaccaagtgtctcatcattgggggaggaccgtgtggtttgcgc
actgccattgaacttgcctatctgggggccaaggtggtcgtggtggagaagagggacacc
ttctcccggaacaatgtgctgcacctctggcctttcaccatccatgacctgcggagcctg
ggagccaagaagttctacgggaagttctgtgctggctccatcgaccacatcagtatccgt
cagttgcagctcatcctattcaaggtggccctgatcttgggagttgaaatccatgtgaat
gtggagtttgtgaaggttctagagcctcctgaagatcaagaaactcaaaaaattggctgg
cgggcagaatttctccccacagaccactctctgtcggagtttgagtttgatgtcatcatc
ggcgccgatggccgcaggaacacgctggaagggttcagaagaaaagaattccgtgggaag
ctggctattgccatcaccgccaacttcataaacagaaacagcacagctgaggccaaggtg
gaagagattagtggcgtggctttcatcttcaatcagaaattctttcaggaccttaaagaa
gaaacagggattgacctcgagaacatcgtttactacaaggactccacccactatttcgtc
atgactgccaagaagcagagcctgctcgacaaaggtgtcatcattaatgactacattgac
acagagatgctgctgcgtgccgagaacgtaaaccaggacaacctgctctcctacgctcgc
gaagctgcagacttcgccaccaattaccagctgccatctttagacttcgccatgaaccat
tacgggcagcccgacgtggccatgttcgacttcacctccatgtacgcctcagagaatgcg
gccctggtgcgcgagcgtcagtcacaccagctgctcgtggccctggtgggcgacagcttg
cttgagccgttttggcccatgggcacaggctgtgcccggggcttcctggcagcctttgac
acagcgtggatggtgaagagctgggaccagggcactcctcccctggagctgctggctgaa
agggaaagtctttaccgcctgttacctcagacgaccccagagaacatcaacaagaacttt
gagcagtacacgctggacccggggacgcggtacccaaacctcaactcgaactgtgtcagg
ccccatcaggtgaagcatttgtacatcactaaggagctgcaccaataccctctcgagagg
ctgggctcgctgaggagatccgtcaacctctccaggcgggagtcagacatccggcccagc
aagctcttaacctggtgccagcagcagaccgagggctaccagcatgtcaacgtcactgac
ctgaccacatcctggaggagtggcctggccctgtgtgccatcatccaccgcttccggcct
gagctgatcaactttgactctttgaacgaagatgacgccgtggagaacaaccagctggcg
tttgacgtggctgagcgtgagtttggcatccccccggtgaccacgggcaaagagatggcg
tcagcccaggagcctgataagctcagcatggtcatgtacctctccaagttctacgagctc
ttccggggcaccccgctgaggcctgtcgagtcttggggcaaaaactatggagaaaatgct
gacctcagcttggccaaatcctccctttctcataactatctcaacctcacgtttccaagg
aagaggactccacgagtggaccgccaaaccgaagagaacgacatgaacaaacggaggcgg
aaaggcctcaacaacctggacgagccgtctgcctttcccagccggagcctgggctccaat
caagagggctgcagcagcaaagaaggtggaaatgaaaacaaggtgaagtccttggcgact
cagctgctggccaagtttgaggagaactctcggaacccctcgctcctgaagccgcaacac
cgaggctcagggataggtaaggtcctgcactcttcctctgacccgcctgttaactgtcgc
cgccccacgccggaggagcccacacccagcccatcgcctcctctgaaaaggcagttcccc
ccggtggttgtgacggggcatgtgctccgagagctaaagcaagtgtctgctggtggcgag
ggcctgagcaggccctggagagccagagccaagtctgacctgcagctggggggactggaa
ccgcctatcgccctgcctcccacctgccagggagcgcaagccctgtccggggtgctgcgg
cggctacagcaggtggaggacaagattctccagaagagggctcagaacttggccaacagg
gaatttcacaaaaagaacattaaggagaaggcggcgcatctcgcctccatgtttggacac
ggggatttcccacagaataaactcctctctaaaggcctgtctcgtcctcctcctcctcca
tctcctccctcctgccttccgtctcctgatccagctgctacttcctctccatcgactgtt
gactctgtttctcctgccagaaagttgacggtagggagagtgtccagtggaataggggct
gcagctgaagtcctggtcaatctgtacatgaatgatcacagacctaagacccaggccacc
tctccagacctggaatctattcgaaaggtgtttcccctgaacctgggtggcagcgacacc
tgttacttctgcaagaagcgtgtgtacgtgatggagcggctgagcgcagagggccacttc
ttccaccgggagtgtttccgctgcagtgtctgcgccaccaccttgcgcctggccgcctat
gccttcgacgttgatgaaggcaagtttttctgcaagcctcatttcattcactgtaaaacc
aataaccagcaacggaagagacgggcagacttgaagcaacaaagagaggaggaggggata
tggaaagagccagaagcccctcggcgagacactcccatggaaagttcttgcgcagccgcg
gccatcggcacgcccgcaggcagccccccagatgagccaacctcgcccaagaagcccaag
agcatcctggagccagagcccggccatgtggaaggtggacccacctctcccctgccatct
gagtggacctcagtgaggatcagccccggcgagaacgtggttgggcaggacatgatggcc
gtgtgtgtcctggtcaacagtgacgagagcagctccgatgcagagtcggactgtggaggc
agtgaggcctccagagcagagccctgtgaggagagacgctggcagctggaaccccgaccc
ctaccgaagcccctcacccagcacagctccctgaaggaggccctgaccagggcagtctct
ccacaccaccctgaggagcctggagccgtgcacactctacaaagggccagtagcttccag
tcctcaactcccagcaaatcccagagctggagaagaaaattccagtcgagtttgactcca
gtgaacaacaaaagaactacgtcgcctccaaaggaatctcctccttctctgttttcttcc
tcgttgtcttctccttcgtcttccctgccatcttcttcaaccgtcatcccagggaatgct
caagactgttcccccccatctcaggggacacctcacaactggctcccacaggtctcgaga
ggtcatttcagtccttccaccccaatctttctgaggcgagccagagcccaaggagcgctc
acagaaattcccctctatctgcctcgtggccaagtgctggagcgggcagaatactgcttg
gtgagccctagtggaaacggccccctgagtaccccgccacccagccctacagagatggct
tctgatggatatcaggaagcagaggcccctcttgaggactccagaagcatccacagaggc
ttacaccccgttggacggaaagactggtactttccagaccaagagctgcctcccccagct
ggagaggacgcaggagaagggcataccagacccaggagggaagatgatggtgggtcggag
cctgcagaggggaagaaattgggcttaaagaagttggtgctcactcaggagcagaagacc
agcttgctggattggaatgtctccatccctcagagcttgcgcctggaagagggggcacga
cctccccagaaaagtgctgagaatggtagaggaagctgtgtgccgaaaccagtctgcccc
ttgctgccccctcgggcagggagagagaccctgccagcccagagagagactcagaagacg
ggaaccccagctgaacggactccaagggagcgaagtgtgtccccacccaagtccccactg
cggctcatagcaaatgccatccgaaggtccctggggcccctcctccccaactctgaaggt
gggaagaaggcgtgggccaagccagaatcaaagactttgcccaccagccagccgtacacc
tccactcgctcgttcagccttcggaaaaccagctccagtaaagacggggaccagcagtcc
cccaggagagacatggcgagcagggcctcagccttcttctccatgggcagcccgactgcc
agggctgcccagcccttggactctagccctcctgaccctgccctctgcacccatcctttg
cccaaccgggcatccacgatgtttcctgcactcgtgtccccaccctgcagcaagattgaa
gacgtccccacactccttgagaaagtgagtttgcaagagaccttcccagatccttctagg
gttccaaagagaaaaacctcactcttttcctccctcagactcaaagacaaatcttttgag
agtttcctccaggaatccagacaaagaaaggaccttgggaatgtctttatcagcccccag
agcaaggtgctgcccgtggacagtgcccagcccctggagaagctggtgcagccttacagt
agcgccgggctgggccagaggggccatcctcctcctccaggtggagacgcaagtcccaag
cacaccccggtgagagcgcaggtgacaggggctgcctcttccccctcctccagtacctcc
tcctctgcagatgaagaatttgatccccagccttccttgtggtcaaaggagaggaagaca
cttagaagaaggaggaagctggaaaaagcaacaaaacaattggctaagcaagaagaattg
agaaggcttcataaagctcaggccatccagaggcagctggaggaggtggaggagcggcag
agggcttccgagatccagggcgtgaggctggagaaggcgctgagaggagaagcagattca
ggcacacaggatgaagcgcagcttttgcaggagtggtttaagctggttctggagaagaat
aaattaatgcgatatgagtcggagctcctgatcagggcccaagaactggaattagaagac
catcagagcagactggagcagaaattaagagagaagatgctcaaggaggagagccagaaa
gatgagaaggatctcagtgaggagcaagaaatattcaccgagatgatgcaagtgattgag
caaaggaacaaactcgtggattccttagaggaacaacgcatcaaagaaagggctgaagac
cagcactttgaaagcttcgtattctccaggggctatcagctgagcaggacgtga

  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 (5)   
   RefSeq(pep) (5)   
DNA sequence (6)   
   RefSeq(nuc) (6)   
Protein domain (18)   
   Pfam (18)   
All databases (38)   

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