KEGG   Centruroides sculpturatus (bark scorpion): 111623901
Entry
111623901         CDS       T06064                                 
Name
(RefSeq) uncharacterized protein LOC111623901
  KO
K19947  F-actin monooxygenase [EC:1.14.13.225]
Organism
cscu  Centruroides sculpturatus (bark scorpion)
Brite
KEGG Orthology (KO) [BR:cscu00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:cscu04131]
    111623901
Enzymes [BR:cscu01000]
 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
     111623901
Membrane trafficking [BR:cscu04131]
 Exocytosis
  Small GTPases and associated proteins
   Rab associated proteins
    111623901
 Protein recycling
  Rab GTPases and associated proteins
   Other Rab GTPase associated proteins
    111623901
SSDB
Motif
Pfam: CH FAD_binding_3 Pyr_redox_3 LIM Pyr_redox_2 FAD_binding_2 DAO CAMSAP_CH HI0933_like Pyr_redox NAD_binding_8 AlaDh_PNT_C FAD_oxidored Lycopene_cycl
Other DBs
NCBI-GeneID: 111623901
NCBI-ProteinID: XP_023222402
Position
Unknown
AA seq 2363 aa
MFAVTLDAVTMNIRGKSSSTTIASSPENVMASEIFDQFVSAGTFKSVLSTYRQLCEVLRL
KPTNFPNFYPKLKAKLHSWKAASLWAKLDKRASHKCYNRGKACTNTRVLIIGAGPCGLRT
AIESQLLGAKVVVVEKRDRFSRNNVLHLWPFVIHDLRNLGAKKFFGKFCAGSIDHISIRQ
LQLILLKVALLLGVEVHENVTFKSLLQPTEDDSPYERVGWHAEISPSDHPVSQYEFDVLI
GADGKRNTLLGFNRKEFRGKLAIAITANFINRHSLEEAQVLEISGVAFIFNQKFFQDMKE
ETGIDLENVVYYKDDTHYFVMTAKKQSLLDRGVILKDYNDTARLLASENIDREALMDYAR
DAANFSTNNQLPSTDFAVNHYGQADVAMFDFTSMYAAENASRIIERKGYKLLQGLVGDSL
LEPFWPTGSGCARGFLSALDAAWMIRSWASGKMTPLQVLAERESIYRLLAQTTPENLNKN
FNQNTLNPSTRYPNLVTHAILPAQLRPLYDTDKEIKDELPDIIQDVPKKRKRRDYAIHPD
ALLVWCQKQVALYDDIKIIDMTSSWKNGMALCAIIHRYRPDLIDLRALNPEDISKNNQLA
FDICEREYGIPPVMTGQEMSECNIPDKLTMVSYISQIYEIFRGEIPYTVRPIKPLVGEDI
SGGNQHQSSLSIFSKLSQKFQVKRGYSLERESKDKEKTDTLKRSKTTNTLSNKRKSKERD
KGIALEIEPQDVALKSFKKLTGTSEKASFNTRVRDLEEKMRKDAGLRSHHGSGDSSSEVS
SAQNKTGKRATNHNIKLLEQQLRKESIKTLKSDVPKVGKLSADDWNIKQLEQTTRQSKIT
PKITNSEAKSISQDIFNNKLKEIDKKLSGEIPNQETALKFKKIDASLQNINHKLKTGYLD
TGDKRVTALTELISNQNNDSPKKLHTQDKTTTDSTPSLQKTNIGTVGGSEICYFCQKRVY
IMERLSAEGLFFHRSCLKCEYCGVSLRLGNYAFDRTALCGGKFYCKPHFRMQKPDSRWQE
MMKRKQAFLSGGPDAKEIFSTIAANALAKTVPSPEKPAKEENADEIDTTENHKPEISIEE
TPSPSLLPPPVVSVSLRDQTPERVEYENSLIELSEEELLTSELEEEELTQKNLGVGHELE
TSDDEFSDLSTDTESEEEAFAEELERSMTADETRRLAETWQQRYSQEGGFLDKSKSSSSS
SSSSPSEGSETEIGSDDTSEDIDSDEEYSFDDSAEDDDREAETPIESKEVVVQVPVIDLK
NWKGQTEDSSTEVDTSDITDTDLSKEGTDTETESDSDSELNKPAPPQQIPTIVIEESPPQ
EESELVWGEVAIEENITTVKDDNYSNIIAKDNINTLSNQTNQESVLISDEDASLIVNIGD
AEQILSSPSSTDRSSHRESPCKDKIIMSDNLVETFETLVKTSVQSSEVANPPDSELYHFE
KEVKEIEKSLSQEDLNLKEIALEIVENIVSEAKDILNTSKYIQTVVPSENKNIISEKMSS
EFVLPLNIPVQTINSDRYKIDENEKPTDTNELKKVPSEKIKTNESDSEQIPLLSPLTLPL
QNENDLNNLTLEIMNTPSDSSTSNRTISSESYSSDLYSHSEQVVKVGTPDFVKLVSSDDS
EISPEEKQMKEVTDIITDNRIPEENSNVDFNYNPSFITLRDKTKRKNDSEDIYSWDSDNS
DLPLPWYVNSLEEAGSDNLSQIQGVYRADVIQCVDNTSNADDDYNQDYNSSTVINEVQTT
EEKLQNIEPNIAPTNFKETEQSKIIDKEKILSNSTEKFGKFHGYSGSFAEKIRPKSFVGD
SIYLKSLNINLQKLDFPSVTRSLEKLNINQKCNLSETSLEDDKMLKNRNSNENYFSSESK
SSDNLVIENDKSVTPVMVRFASSTPINNLKNDSEDLITVTNSDQQKQDSGKNKQNWRIPN
YTAESVQAVHSRVKDQNKSTLQKRFRKSIHEDIEGVPFADDKENSDIASIRSATPPEFFT
PVDTSKGIREQCTADLEKARKEARERARLKSDEELGLSPYNYRKRYHKHPPSINSFQYEE
LLQDNILDSDDDDGEDDYFEETQHEPTISFHTEGDTLKSLSVVNSKDNGITNLKISPMSS
SEEGTGSNPSQTNSSSIVCDDILSPSVDTVSSDKNTTTASSTSRTDAANYLESSLSIDEI
DIKLSPEYVTKTYEMQKSPPVLQNSSETSPEILDNSLNETKKIKYKQKLFSPGDVDERGK
NGAKKSLFSLLNFTKNGNNKDKSKIKSKDNSKETSSLITDYSKTPPKLRSFPHLKLPRSK
ERNREKQRKKYQALDKVENEAFPNLFVFPSVSISSQHAKSNKLENVRKSLEKLTMKSSPA
INQPINLLKVENGVAPKASGNFC
NT seq 7092 nt   +upstreamnt  +downstreamnt
atgtttgctgtaactttggatgcagtaaccatgaatattaggggcaaaagttcctcaact
acaatagcttccagtcctgaaaatgtgatggcctctgaaatttttgatcagtttgtgtct
gcaggaacatttaaatcggtattatctacttatcgacagttgtgtgaagttcttcgttta
aagccaacaaattttccaaacttttatcctaagttaaaagcaaagcttcattcttggaaa
gctgcatcattgtgggctaaattagataagagagcaagccataaatgttacaatcgtgga
aaagcttgtactaatacacgggtgttaataataggagctggcccttgtggattacggaca
gctattgaatctcagttgttaggtgccaaagtagtagtagtggaaaaacgtgatcgtttc
tctcgtaataatgtccttcatctttggccatttgttatacatgatctccggaatcttggt
gctaagaaattctttggcaaattttgtgctggttctatcgatcatatcagtatacgtcaa
cttcagttaattcttttgaaagtagctttattgttaggagtagaagtacatgaaaatgtt
acttttaagagtctcctacaaccaacggaggatgattcaccatatgaaagagtgggatgg
catgcagaaatttcaccatcagatcatcctgtatctcagtatgagtttgatgtattaata
ggtgctgatggaaaaagaaatacattattaggttttaataggaaagaatttcgtggaaaa
ttagcaattgctattactgcaaattttatcaatagacacagcttagaagaagcccaagtt
ttagaaattagtggtgttgctttcatatttaatcagaaattttttcaagatatgaaagaa
gaaacaggaatagatttggagaatgtggtctattataaagatgatacacactattttgta
atgacagcaaaaaaacaaagtttattagacagaggtgtaatattaaaagattataatgat
actgctagactattagcatcagaaaatattgacagagaagctctgatggattatgctaga
gatgcagctaatttcagtacaaataatcaacttcctagtacagactttgcagtaaatcat
tatggccaggctgatgttgcaatgtttgattttacttcaatgtatgctgcagaaaatgca
agtcgcattattgaaaggaaaggttataaattattgcaaggacttgttggggatagttta
ctagagcctttttggccaacaggatctggttgtgcaagaggtttcttaagtgcattagat
gctgcttggatgatcaggagctgggcttctggtaaaatgacaccattacaagtcttagca
gaaagagagagtatttatagattactagcacaaaccactcctgaaaacttaaataaaaat
ttcaaccaaaatacacttaatccttcaactcgttatcctaacctagtaacacatgcaatt
ttacctgctcaattaagacctctgtatgatacagataaagaaatcaaagatgaattgcca
gatattatacaggacgttccaaagaaacgaaaaaggagagattatgctatccatccagat
gcccttttagtatggtgtcagaaacaagttgcattatatgatgatatcaaaataattgat
atgacttcttcatggaaaaatggaatggcactctgtgctatcattcatagatacagacca
gatcttattgatttgcgtgccttgaatcctgaagatatatcaaagaataatcaattggca
tttgatatatgtgaaagagaatatggaataccacctgtgatgactggtcaagaaatgagt
gaatgtaatattcctgataagttgactatggtttcttatatttctcaaatatatgaaata
tttcgtggggaaataccttatacagtccgtccaattaagccattggttggggaagacatt
tcaggaggaaatcagcatcagtcctcattatctattttcagcaagcttagtcaaaaattt
caggttaaaagaggatattctttggaaagagaatcaaaagataaagaaaaaactgacaca
ctcaagcgaagcaaaactactaatactttaagtaacaagagaaaatcaaaagagagagat
aaaggaattgctttggaaatagaaccacaagatgtagcattaaaatcattcaaaaaatta
acaggaacatcagagaaggcatcatttaatactcgtgtacgtgatttagaagagaaaatg
agaaaagatgcaggattaagatctcaccatggtagtggtgatagcagtagtgaagtttca
agtgcacagaataaaactggaaaaagagccactaatcataacataaagttgctagaacaa
cagttgagaaaagaatctattaaaactttaaaaagtgatgttcctaaagttggtaaactt
agtgcagatgactggaatatcaaacagttagaacaaacaacacgccaaagtaaaattaca
ccaaagataacaaatagtgaagctaaaagtatatctcaagatatttttaataataagctt
aaagaaatagataaaaaacttagcggtgaaattccaaatcaagaaactgctttaaaattt
aagaaaattgatgcaagtttacaaaatatcaaccataaactcaaaacaggttatttagat
actggtgataagagagtaacagcattaactgaactgataagcaatcagaacaatgacagt
cctaagaaactccatacacaagataaaactactactgattctacaccttccctgcagaag
acaaatattggaactgttggtggaagtgaaatatgttacttttgtcagaaacgagtttat
atcatggaacgtcttagtgctgaaggtttattttttcatcgtagttgtttaaaatgcgaa
tattgtggagtaagtttgcggttaggaaattatgcttttgacagaacggcattatgtgga
ggaaaattttattgcaaaccacattttagaatgcaaaaaccagatagcagatggcaagaa
atgatgaaaagaaaacaagcatttttatcaggtggacctgatgcaaaagaaatcttttct
acaattgctgctaatgctcttgcaaaaactgttccatctcctgaaaagcctgccaaagaa
gaaaatgctgatgaaattgatactacagaaaatcataaaccagaaataagtatagaagaa
actccttcaccatctctccttcctccacctgttgtaagtgtatctttaagagatcaaaca
cctgaacgtgttgaatatgaaaatagtttaattgaactatcagaagaggaacttttaaca
agtgaattggaagaagaagaacttacacaaaaaaatcttggagttggtcatgaattagaa
acaagcgatgatgaattttcagatttgagtactgacacagaatctgaagaggaagcattt
gctgaagaactagaacgttccatgactgctgatgagactagacgattagctgaaacttgg
caacaacgctattctcaagaaggtggatttttagacaaaagtaaatcatcatcatcatca
tcatcttcatcaccatccgaaggttcagaaacagaaattggaagtgatgacacaagtgag
gatattgatagtgatgaagaatatagttttgatgacagtgcagaagatgatgacagggaa
gctgagacacctattgaatccaaagaagttgttgttcaagtaccagttattgatttgaaa
aattggaaaggccaaacagaagattcttctacagaagttgatacaagtgacattactgat
acagatttatcaaaagaaggtactgacacagaaactgaatcagattctgattcagaacta
aataaaccagcacctccacaacagattccaacaattgtcattgaagaatctccacctcaa
gaagagagtgaattagtatggggagaggtagctattgaggaaaatattactactgttaaa
gatgataattacagcaatataatagcaaaagataatataaacacattatccaatcaaaca
aatcaagaatctgtattaatatctgatgaagatgcatctcttatagtaaatataggagat
gcggaacaaatactatcatcaccatctagtacagatcgttcttctcacagagaatctcct
tgtaaagataaaataatcatgtctgataatctagtcgaaacattcgaaactctagtcaaa
acatctgtacaatcatctgaagttgcaaatcctccagattcagaactttatcattttgaa
aaagaagttaaagaaatagaaaaatcactatcacaagaagatctaaatttgaaagaaata
gcattagaaatagttgaaaacatagtaagtgaggcaaaagatattttgaatacatccaaa
tatattcaaacagttgtaccaagtgaaaacaaaaatataatttcagaaaaaatgagttca
gaattcgtattacctttaaatattccagttcaaaccataaattctgatagatataaaata
gatgaaaatgaaaagcctacagatacaaatgaattgaaaaaagtgccttctgaaaaaatt
aaaactaatgaatctgattcagaacaaattccactattatccccattaacattaccatta
cagaatgaaaatgatctcaataatttaactcttgagattatgaatactccatcagatagc
agtaccagtaatagaacaatcagtagtgaaagttatagttctgatttatattcacatagt
gagcaagttgtaaaagtaggaacacctgattttgtaaaacttgtgtcatcagatgatagt
gaaataagtccagaagaaaaacaaatgaaagaagtcacagatattataacagataataga
attccagaagaaaattcaaatgttgattttaattataatccatcttttataactcttaga
gataagacaaaaagaaaaaatgatagtgaagatatttactcttgggatagtgataacagt
gatttacctttaccatggtatgttaatagtttagaagaagctggctcagataatttatct
cagattcagggtgtttatagagcagatgtaatacaatgtgttgataacacaagcaatgca
gatgatgattacaatcaagattataattcatctacagtaataaatgaagtacaaactacg
gaagaaaagttacaaaatattgaacccaacattgcaccaacaaactttaaagaaactgaa
cagagtaaaataattgataaagaaaaaatattatcaaattctacagaaaagtttggaaaa
tttcatgggtatagtggaagctttgcagaaaaaattcgtcctaaaagttttgttggagat
tctatatatttaaaatctttaaatattaatttacaaaaattagactttccatctgttaca
agaagtttggaaaaactgaatattaatcaaaaatgtaatttatctgaaacttctttagaa
gatgataaaatgttgaaaaatagaaattctaatgaaaattatttttcatctgaaagtaaa
tctagtgataatttagttattgaaaatgataaatctgtaacacctgttatggtaagattt
gcaagttccacaccaattaacaatttaaaaaatgattctgaagatttgattacagtaact
aattcagaccaacaaaaacaagatagtgggaaaaataaacagaattggaggataccaaat
tatacagctgaatctgtacaggctgtacattccagagtaaaggaccaaaataaatcaaca
cttcaaaagagatttaggaaaagtattcatgaagatattgaaggggtaccatttgctgat
gataaggagaattctgatatagcttcaattagatctgctacaccacctgaattttttacg
ccagttgatacatctaaaggtattcgtgaacaatgcacagcagatttagagaaagcaagg
aaggaagcaagagaacgtgccagattaaaaagtgatgaagaacttggtttaagtccatat
aattatagaaaacgatatcataagcaccctccttcaattaattcttttcaatatgaagaa
ttattacaggataatattcttgatagtgatgatgatgatggagaagatgattattttgaa
gaaactcaacatgaaccaactatatcattccatactgaaggtgatactcttaaatctttg
tctgttgttaattcaaaggacaatggaatcactaacttaaaaattagtccaatgtcttca
tcagaagaaggaactggcagcaatccttcacaaactaacagtagttcaatagtatgtgat
gatattttaagtccatcagttgatacagtatcatcagataaaaatacaaccactgcatca
tcgacatcaagaacagatgcagctaattacttagagtcttccctttctattgatgaaatt
gatattaaactttcaccagaatatgttactaaaacgtatgaaatgcaaaagtctcctcca
gttttgcaaaattcttcagaaactagtccagaaatactagataattctctgaatgaaaca
aaaaaaattaaatataagcagaaattattcagtcctggagatgtagatgaaagaggcaaa
aatggtgcaaaaaaatcattattttccttacttaattttactaaaaatggaaataacaaa
gacaaaagcaaaattaagtccaaagataattccaaagaaacgtcatcactcattacagac
tactccaagacaccacccaaattaagatcatttccacatttgaaactaccacgttccaaa
gaaagaaatagggaaaaacaaagaaaaaaatatcaggcattggataaagttgaaaatgaa
gcatttcccaacctatttgtctttccttcagtttcaataagcagtcaacatgccaaatct
aacaaattggaaaatgtgagaaagtctttggagaagctgactatgaaatcatcaccagcc
ataaatcagcccattaatctgttaaaagtagaaaatggagtagcaccaaaggcatctggt
aatttctgttaa

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (3)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (14)   
   Pfam (14)   
All databases (24)   

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