Identifiers and Description

Gene Model Identifier

Contig10033.0.g106

Standard Name

None

Aliases

Contig10033_0_g106

Description

E1-E2 ATPase

Genome Browser

GBrowse

Genome Browser (Micronucleus)

Micronuclear Genome Browser

Gene Ontology Annotations

Molecular Function

Biological Process

Domains

  • ( pfam00122 ) E1-E2 ATPase
  • ( pfam12710 ) haloacid dehalogenase-like hydrolase
  • ( pfam00702 ) haloacid dehalogenase-like hydrolase
  • ( pfam13246 ) Putative hydrolase of sodium-potassium ATPase alpha subunit
  • ( pfam08282 ) haloacid dehalogenase-like hydrolase

Gene Expression Profile

No expression data available at this time.

Homologs

SourceIdentifierScoreDescription
T. thermophilaTTHERM_007156409.997093137033517e-262phospholipid-translocating P-t
ype ATPase, fli...
SGDYAL026C9.997093137033517e-262DRS2 SGDID:S000000024, Chr I f
rom 99697-95630, Genome R...

General Information

No Data fetched for General Information

Associated Literature

No Data fetched for Associated Literature

Sequences

>Contig10033.0.g106(coding)
ATGAACACAAAGAAGTAGCTAGATAATTACGACGAAGAAGAGAAGCAAGGCCTTCTTGAT
CAAGAAAGAGGTTCCCCAGAAGCACACAAGAAGGAGAGCACTCAGAAACCGCAAAATCTC
AATTAAACTGCGGGCTCTGATCTCCTACCCACCCCACTTAGGACCTTTGAGATCAACAAG
ATCAAGCAAAACTCTCTCGCATATTGCAACAATCAGATTACTACGTCAAAGTACACCGTG
ATCACGTTCCTCCCCAAGAACTTGATCGATCAATTCTCCAAGCTCGCAAATATCTATTTC
CTCCTTATGATGGTTCTCCAGACTATCCCCTAGATATCAATTACTGGAGGCCAACCTACT
ATCCTGCTACCTCTTATGTTCGTTATCACAGTTTCAGCCGTCAAAGATATTTTTGAAGAC
ATGAAAAGACATAAATCAGACAACGTTGAAAACACTCGTAAAGTGTTGAGATTAGACAAG
AAAACAAAGACTTTCGTGCTTGACTCATGGAAGAACCTCCGTGTAGGCCAGATTATCCAA
GTCCGCCAAGATCAATACTTCCCAGCTGACTTGGCTTTGCTGAGATCATCCAACAATAAT
GGTATTGCCTACGTAGAGACTAAGAATCTCGATGGAGAGACAAACCTCAAGCACAAGTCA
GCTCTGAAAGAGCTCTAAGCCGCTGTCGTTGACGCTTCAGCTTGCACAACCTTTAGAGGT
ACCTTAACTTGTGAAGCTCCTAATGACTAACTTTACAAGTTTGAAGGTACAGTTAAAACT
GCCGACAATGTAACCTACTCCCTCGACCACAACTCCATTCTATTGCGTGGAACTTCCCTT
AGAAACACCGAATGGGTCTATGGTATTGTCATCTACACTGGTCACGATTCAAAGATCATG
AAGAACTCCAGCAAGTCACGTACCAAGTTCTCAAAGTTAGAAATCTAGACTAACAAACAG
ATCATCTTGATCTTTTTATTCCAAATCTTGATTTGCATTATTGGTGCTTCATTCAATGAA
CTCTGGACTCTCAGAACTGGTTAAACTTACCACCCATACCTCAACCTTGTTAGTGAGGAT
GACGTTGACAAGAATTTCTGGTAAGGTTTATTTGCAGACAGTGTCACTAGATTCGGTACA
TGGCTTTTACTTTTCGCAAACTTCGTTCCTATCTCTTTGATTGTGACTCTTGAAGTTGTG
AAGTTCTTGTAAGCTCAATTCATTTAATGGGATGCTGAGATCTATGATGTAGCAAAGGAC
CTTAACACCAAAGTTTAAACTTCAAACTTGAATGAACAGTTAGGTCAAGTTGATTACGTT
TTCTCAGATAAAACTGGTACACTCACTTGCAATCTCATGGAATACAAGAAACATTCAGTT
GGCAAATACTCATATGGTGTTGATGGAGCTCAAATCACAGACGGAGTAGAAAAGGACGTC
ACTAACTTTAACTTTTAAGATGAGATATTTGAAGCTCATATGAATGATAAAAACCACCCT
AATTACAAGAACATTCAAAATTTCCTTACTCATTTAGCTATTTGCCACACTGTTGTCGCT
GAAGCTAAGGATGGTAAGATTCTTTACAATGCTTCATCCCCAGATGAATTGGCTCTTGTT
AACTGTGGAAAATACTTCGGATATTTCTTCAAGGGAAGAGATGATGACAACAACATCGAA
GTTGAAGTTAATGGAAAATCAGTTATCTACCAACTTTTGGGAGTTATCGAATTCAGCTCA
GACAGAAAGCGTATGACCATTATTGTAAGAACTCCAGAAAACAAAATCATGGTCCTTTGC
AAGGGTGCTGATTCAATCGTTCAAGCTAGACTCTCAGACAGTAAAGCTAACTAAGAAGTC
CTAGGAGCCACTGTTCAACATTTAGAGTCATATGCTAGTGGTGGTCTTAGAACTCTTCTC
TTAGCTGAAAAAGAACTTTCTGAAGCTGAGTACTAAAACTTCAAGGAAGAATACAGAGTA
GCCGCCTCTTCTATGATCAAAAGAGACGAAAAGATGGAAGAAGTAGCTGACAGACTTGAA
TAAAACTTTGAGATTGTTGGAACTACTGCAATTGAAGATAAACTTCAAGATGATGTCGAC
AAGGCTATTTTCGCCATGAAGAAAGCTGGCATTAAAGTCTGGGTTCTTACTGGTGATAAA
ATTGAAACTGCTATTAACATTGGATTCTCATGCCAATTACTTAATGATAAGATGGAACTT
TACGTTATTGATGGTGCATCAAAGGCTGAGTGTCTTTCTCAAATTGCTGACTCAAGAAAG
ATGCAAATTAACTCAGAAGGTCTAAGAACATCAGGTACTGTTGTCTCTGGAGAATCACTA
TTCAAAATTATGAGTTCATAGAGAATTACCAAGCAATTCTTGAAACTTGCTTGCTCAAGC
TCAGTCTTGATTGCTTGCCGTATGTCACCAAAACAAAAAGCTGATATTGTAAGACTTATC
ATTGCAAACAATCCCAGTCTTATCACTCTTGCTATCGGTGATGGTGCTAATGATGTTAAC
ATGATTAATGCTGCTCATATCGGTGTTGGTATTAGTGGAGTTGAGGGTCAATAAGCCGTT
TCTGCATCAGACTACGCCATTGGTCAATTCAAATTCTTAAAGAACTTACTCTTTGTTCAC
GGTAGAGAATCATACAGAAAGAACTCATACTTGGTTTGCTACACTTTCTACAAGAATGTG
CTCTTTGTTATGCCACAATTCTGGTTCGGATTCTACTCTGCTTTCTCAGGTCAGGTGTTC
TATGAGAAGTGGATCTATCAAATCTTCAACATCATCTTCACTGCCTTCCCAATCATTATT
TTTGCCTTGTTTGATCAACAAAAAAGCAGACATCATTTCATGCAAAACCCCAAGGAATAC
AAAATTGGACTAAGAGGTCAATGTTTCGGAACTATCATTTTCTGGAAATGGATAATATAT
GGCATGGCCCAATCAGCCATTGTTTTCTATATTGCTTTCATTACATTCAACACAAGTTTG
TCAAAGCACAACGGAACAACCGGTGATCTATGGTTAGCTGGTACATTTGCCTATGGAGCC
ATCGTTATTCTTTGCAACATGACAATCCTCTACGGATCTTTCTCTCACACTCTTTGGTCA
ATCCTTGTAATTATTTACTCAGTTGCTGCATTCTTTGTGATATTCTGGCTCTTATCATAC
GTGAAGCTACCTACTTTGGATCACCTCTTCACTGAGATTATTTCCTACCCAGTATTCTAC
TTGAATCTCATCTTTTTCTTCACAATCACTTTCCCAATCGACAGATTCCTATACTTCTTG
AGTGAATGGTCCATTGATAGCAGATAACATGCTGAGAAGGAAAGAAAGATCAAGGAAAAG
AAGAAGTTCACTAAGGGTCTTGACCCAAGCAGACTTGCTCCAATTCAAAGATACACTGGT
TTCGCCTTCTCTGGTGAAGGTGGTCACGTTCCTCAAATTACTGACAAGCTCTTAAGAGCA
ACCACAACTCTTATGACTGCTCAAAGACTGTTGCCAGCCATTAAAAACCCAACTCAAAAA
TGA


>Contig10033.0.g106(protein)
MNTKKQLDNYDEEEKQGLLDQERGSPEAHKKESTQKPQNLNQTAGSDLLPTPLRTFEINK
IKQNSLAYCNNQITTSKYTVITFLPKNLIDQFSKLANIYFLLMMVLQTIPQISITGGQPT
ILLPLMFVITVSAVKDIFEDMKRHKSDNVENTRKVLRLDKKTKTFVLDSWKNLRVGQIIQ
VRQDQYFPADLALLRSSNNNGIAYVETKNLDGETNLKHKSALKELQAAVVDASACTTFRG
TLTCEAPNDQLYKFEGTVKTADNVTYSLDHNSILLRGTSLRNTEWVYGIVIYTGHDSKIM
KNSSKSRTKFSKLEIQTNKQIILIFLFQILICIIGASFNELWTLRTGQTYHPYLNLVSED
DVDKNFWQGLFADSVTRFGTWLLLFANFVPISLIVTLEVVKFLQAQFIQWDAEIYDVAKD
LNTKVQTSNLNEQLGQVDYVFSDKTGTLTCNLMEYKKHSVGKYSYGVDGAQITDGVEKDV
TNFNFQDEIFEAHMNDKNHPNYKNIQNFLTHLAICHTVVAEAKDGKILYNASSPDELALV
NCGKYFGYFFKGRDDDNNIEVEVNGKSVIYQLLGVIEFSSDRKRMTIIVRTPENKIMVLC
KGADSIVQARLSDSKANQEVLGATVQHLESYASGGLRTLLLAEKELSEAEYQNFKEEYRV
AASSMIKRDEKMEEVADRLEQNFEIVGTTAIEDKLQDDVDKAIFAMKKAGIKVWVLTGDK
IETAINIGFSCQLLNDKMELYVIDGASKAECLSQIADSRKMQINSEGLRTSGTVVSGESL
FKIMSSQRITKQFLKLACSSSVLIACRMSPKQKADIVRLIIANNPSLITLAIGDGANDVN
MINAAHIGVGISGVEGQQAVSASDYAIGQFKFLKNLLFVHGRESYRKNSYLVCYTFYKNV
LFVMPQFWFGFYSAFSGQVFYEKWIYQIFNIIFTAFPIIIFALFDQQKSRHHFMQNPKEY
KIGLRGQCFGTIIFWKWIIYGMAQSAIVFYIAFITFNTSLSKHNGTTGDLWLAGTFAYGA
IVILCNMTILYGSFSHTLWSILVIIYSVAAFFVIFWLLSYVKLPTLDHLFTEIISYPVFY
LNLIFFFTITFPIDRFLYFLSEWSIDSRQHAEKERKIKEKKKFTKGLDPSRLAPIQRYTG
FAFSGEGGHVPQITDKLLRATTTLMTAQRLLPAIKNPTQK