KEGG   Glarea lozoyensis: GLAREA_01266
Entry
GLAREA_01266      CDS       T04883                                 
Name
(RefSeq) HAD-like protein
  KO
K17686  P-type Cu+ transporter [EC:7.2.2.8]
Organism
glz  Glarea lozoyensis
Brite
Enzymes [BR:glz01000]
 7. Translocases
  7.2  Catalysing the translocation of inorganic cations
   7.2.2  Linked to the hydrolysis of a nucleoside triphosphate
    7.2.2.8  P-type Cu+ transporter
     GLAREA_01266
SSDB
Motif
Pfam: E1-E2_ATPase HMA Hydrolase Hydrolase_3 HMA_2 HAD Sigma_reg_N UPF0180
Other DBs
NCBI-GeneID: 19460324
NCBI-ProteinID: XP_008086673
UniProt: S3CJG3
Position
Unknown
AA seq 1212 aa
MSQTHTTTSFLLSNLHCPSCVSYIKDVLSQYDPAPTSVSPNLVTSWVTVYHDESLSISTL
RSALEQVGFEVCDMTTDSKQPETNNQVTSDKDIGYLDRFIPSSSSDAKIPAKSKYPSRHI
LNCEACRLNLTEQHGDILGYKGLEPGVSKHVTKGKENMEKALQPVVVVDSIPSEYFRATL
AIGGMTCASCAGSITEELNKKQWVEKVVVNLISGSAVVDFVEEDHKDDLIEIIESIGFEA
ALDSVTSLKKPQHGSQNLFRASLAVGGMTCASCANNIVKGLETVEWIRKTVVNLIANSAS
IDFVGEEHKDDLVESIEAMGYEATIDSIIRLDDENSTQDMVRTVDIKVDGMFCEHCPARI
SESLATLGDRVKIDRLLSVEKPVMRVSYTPDAPDFTVRNILETISDTEVAFSASINHEPT
LEERSRKMQRREQFRILIRVILTFVIAIPTLIIGIVYMSLVKEHDPGRMFLMHPLRAGIS
RAQWALFIMATPVYFLCADVFHVRAIKEIRSLWRWGSRTPIHQRFLRFGSMNMLMSLGTS
VAYISSTAQLISAGVHPAAKPDDSTFYFDSVVFLTLFLLVGRLIESYSKSKTGDAVTLLG
KLRPTEAILIITGSSYPESINGTSTGEAFLKDDRPQTHKTVSVDLLDFGDVVKVLQGGSP
PCDGVIVQGETKFDESSLTGESKLVKKTAGDQVFSGTVNKDSPVSIRITGVAGSSMLDQI
VAAVRDGQTKRAPMEAIADALTSYFVPGVILISILTWIVWLSLGISGVLPRHWQGPDAGG
WVAWSLQFAIATLIVACPCGLALAAPTALFVGGGLAAQHGILVKGGGEAFEKASKLDCIV
FDKTGTLTHGGEPVVTDFKIFPVDCNSTEAVANSGKTILSMVNGLENNSSHTIAKALKEF
CAEKNIEGGKLLEVAEIAGKGLAGSFNFGRTSSTVHMLVGNELLMLENRVSISESTRSTL
ESWKSQGRSVALAAIQKTTETEISSNQYQLAAIFAISDPIRPEAPAIITSLQKRGTEVWM
LSGDNQITANAIGAQVGIPTSNIIAGVLPSQKAEKIQYLQKSLKAKTFAGGEHAQKRALV
AMVGDGINDSPALTTADVGIAIGSGSDIAISSAEFVLVSSSLKSLITLLDLSKVVFRRIK
FNFAWALVYNMIALPVAAGVLYPIVSQGKHVRLDPVWASLAMAASSISVVCSSLLLRSRV
PWLGFRVRKMEQ
NT seq 3639 nt   +upstreamnt  +downstreamnt
atgtcgcaaactcatacgaccacttcctttcttctatctaatcttcactgtccttcatgc
gtttcctatattaaagatgtactttcccaatatgatccggcaccgacatccgtatcaccc
aacctcgtcacgtcctgggtcactgtttaccacgacgaatcactatctatttccacctta
cgcagcgcactcgagcaggtaggctttgaggtctgtgacatgaccacagattctaaacag
ccggaaacgaacaatcaggtcacgagcgataaagatattggttatctggatcgattcata
ccaagttcctcgtctgatgcgaagatcccggcaaaatcaaaatacccttcccggcacata
ttaaattgtgaagcctgccggctcaacctcacggaacaacatggcgatattcttggatac
aaaggacttgaacctggtgtttcaaaacatgtcaccaaagggaaggaaaatatggaaaag
gcccttcaacctgttgtcgtcgttgactcgataccgagcgagtacttcagagctacattg
gctatcggtggaatgacatgcgcgtcatgcgctggcagcatcaccgaagaactcaataag
aagcaatgggtcgagaaagtcgttgtcaatcttatttcaggcagtgctgtggtcgacttt
gtcgaggaggaccacaaagatgacttgattgagattatcgagagcattggatttgaagcg
gcactcgacagcgttaccagtctgaaaaagcctcagcatgggagccaaaaccttttcaga
gcctcgctggctgttggtggcatgacttgtgcgtcatgtgctaacaatatagtcaaaggc
cttgaaactgtggagtggatcaggaaaaccgtcgtcaacctgatcgcaaacagtgccagc
atcgactttgtgggagaagagcacaaggatgatttggtggagagcatcgaagcgatggga
tatgaggcaactatcgatagcattatccgtcttgacgacgaaaattccactcaagacatg
gttcgaacagtggatatcaaggttgacggtatgttttgtgaacattgcccagccaggata
tccgaatctctcgcaaccttgggtgatcgtgtcaaaatagacaggttactaagtgtagag
aaacctgtcatgagagtatcttacaccccggacgcgccagattttactgtcagaaatatc
ctcgaaacaatttcagacaccgaggtcgccttttcagcgtcgataaaccacgaaccaacc
ctcgaagaacggtcccgaaaaatgcaaagacgcgaacaatttcgaatacttattcgagtc
atcctcacgttcgtcatcgccatccctacactcatcatcggcatcgtttatatgagtctc
gttaaagagcacgaccccggaaggatgtttctcatgcatcctctacgcgctggaatcagc
agagcgcaatgggcacttttcattatggcaacacctgtctacttcttgtgtgcagatgtc
ttccacgttcgtgccatcaaggagatcagatcgttgtggaggtggggaagcagaacgcca
atacatcaacggtttcttcgatttggtagcatgaatatgcttatgtcgctaggaacctcg
gttgcatacatatcctccactgcacaacttatttctgcgggtgtccatcctgctgcaaag
cctgatgatagcacattctatttcgattcggttgtcttcctcaccttgtttcttctggtt
ggtcgactcattgaaagttacagcaaatcaaagactggcgacgcagttacactgctagga
aaattacgaccgactgaagcgattttgattatcacgggctctagctacccagagtctatc
aatggcacatctactggcgaagcatttctgaaagacgacaggccacagacacataagacg
gtcagcgttgacttgttggattttggggatgttgttaaggttttacaaggaggatcgccg
ccatgtgacggtgtcattgtacaaggcgaaactaagttcgatgaatcaagcttgacagga
gaatctaagttggtaaaaaagacagccggtgatcaagtgttctctggtactgtcaataag
gactcgcctgtttccataaggataactggcgttgcgggatcgtcaatgctggatcaaatc
gtagccgctgttcgtgatggtcaaactaagcgagctcccatggaggccatcgcggacgca
ctgacaagttactttgtgccaggagtaatcttgatatcaattctaacatggattgtctgg
ttgtcattaggtatttctggtgttctaccgcgacattggcaaggcccagatgcaggtggc
tgggtagcttggtcacttcaattcgcaattgcaaccctcattgtcgcgtgtccttgcgga
ttggccctcgcggcgccaaccgccttgttcgtgggcggcggacttgcagctcagcatggc
atccttgtcaaaggaggtggtgaggcattcgagaaagcaagcaaactagattgtattgta
ttcgacaagaccggaactcttacacatggtggcgagccagttgtcactgattttaagatt
ttcccagtcgattgcaactcaactgaagcggttgcgaacagtggcaaaacgatattgagc
atggtcaacggcctcgaaaacaacagtagccacacaattgccaaagcactcaaggaattt
tgcgccgaaaagaacattgaaggtggtaaattacttgaagttgctgagattgccggcaaa
ggcctcgcaggctctttcaattttggcagaacgtccagtacagtacatatgctagtcgga
aacgagcttctgatgttagaaaacagagtttctatctcagaatccacccgatctactctt
gagtcatggaaatctcaaggacgttccgtcgctctcgcggccattcaaaagacaactgaa
accgaaatcagctcaaatcaataccagctcgcggccattttcgcaatctctgaccccatc
cgcccagaagccccagcaatcatcacaagcctccaaaagcgcggcacggaagtctggatg
ctatccggcgacaatcaaattaccgctaacgccattggtgcccaagtcggaatcccaaca
tccaatatcatcgccggtgtcctgcccagtcaaaaggcggaaaagatccaatacttgcaa
aagtcgttgaaggcgaaaacatttgcgggtggagagcatgcccaaaaaagagcactcgtc
gccatggtgggtgatggaattaatgattctcccgctctcaccaccgcagatgtaggcata
gctatcggctccggctcagacatcgcgatatcctctgcagaatttgtgctcgtgtcctcg
agtcttaaatcgttaatcacgcttctcgatctcagtaaagttgttttccgacgcatcaaa
ttcaattttgcatgggcgctggtgtacaacatgattgcgctcccagtggcggcaggtgtg
ttgtatccgatcgtgagtcagggaaagcatgttagacttgaccctgtgtgggccagtttg
gcaatggcagcgagtagtatcagtgttgtttgtagcagtttgttgttgaggagtcgggtt
ccttggttgggatttcgagtgagaaagatggagcagtag

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Ontology (1)   
   KEGG BRITE (1)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (28)   
   KEGG ORTHOLOGY (1)   
   RefGene (24)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (8)   
   Pfam (8)   
All databases (42)   

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