ggKbase home page
Advanced Search
Search Help

qs_4_scaffold_379_13

Organism: QS_4_UNK

megabin RP 49 / 55 MC: 43 BSCG 47 / 51 MC: 44 ASCG 38 / 38 MC: 38
Location: comp(12117..17096)

Top 3 Functional Annotations

View all annotations
Value Algorithm Source
Voltage dependent calcium channel like 1 n=1 Tax=Chlamydomonas reinhardtii RepID=B9A0U9_CHLRE similarity UNIREF
DB: UNIREF100
  • Identity: 35.1
  • Coverage: 587.0
  • Bit_score: 352
  • Evalue 1.70e-93
Voltage dependent calcium channel like 1 {ECO:0000313|EMBL:BAH15384.1}; TaxID=3055 species="Eukaryota; Viridiplantae; Chlorophyta; Chlorophyceae; Chlamydomonadales; Chlamydomonadaceae; Chlamydomonas.; similarity UNIPROT
DB: UniProtKB
  • Identity: 35.1
  • Coverage: 587.0
  • Bit_score: 352
  • Evalue 2.40e-93
ion transporter similarity KEGG
DB: KEGG
  • Identity: 33.3
  • Coverage: 198.0
  • Bit_score: 99
  • Evalue 1.20e-17

Lists

This feature is not on any list.

Notes

This feature has no notes.

Taxonomy

Chlamydomonas reinhardtii → Chlamydomonas → Chlamydomonadales → Chlorophyceae → Chlorophyta → Viridiplantae

Sequences

DNA sequence
Length: 4980
ATGTGCCCTGACTGTAACCGATCCGCCTGCGACCTTGACTCTCTCCTCCGTAACGGCGCGTACTGGGACGTTGTTTCAGACGACGCCTTCTGCAGTGGCCCACTCGAGCAATCATTCCCTGCTGGTAAGGAACCTGCAACTGGCTATGTCTGCCCGGAGCACCAGTGGTGTGTTGGATTCGGAAATCCAAACTATGGCTTCAGCAACTTCGATGACATCGCCTCCGCATGGCTGTATATCTTTCATGTTATGTCTACTGAGGGCTGGGCCGATGGTACCTACAGAGTTATGAGCGCCGTTGGTCGCTCGACCTGGACGTACTTCGTCACCCTTGTCATCTTCGGTGCATACCTTTTCATGCCGCTCTATCTCGCCATCCTCTTCTCGTACTACGAGAGAGAGAGAGAAAAGCAGGAGGAAACTATTGGAAAAGGCCGTGTCTTGACCGTTGATAGGGCCGAGAGCCAGGAAGAGCACCAGGTCGCTGCGACGGAGGCATATCACCCCCATTCAACCACTCGATCGGAAAATGGTGTGTACGTCAAAGATACGAACGCACTTTCCGTGGAGCTGTCCAACAATCCATCCCTCGACTCTGAACCAGACCAAATTAAGCAGGAAAGCACGGATAGAGGCGATACCAAGCTGGAAGAGGTCAAGGAAAGGGGAGAGGACACAAGGAGTGCTGATGAATCACGTAAGGGCACGAAGGAGCGCTTCCGATGCATGGTGAGAAGTCACACGTTTGAGAACGTCGGGCATTCGCTCATTGTGCTCAACATCATTGTGCTTGCAAGTCAATATGACGGGATGCCAGAACGTGTGCGTGAAGCCTGTGGCTGGGTTAATAGCGGCATCACATTTTACTTTGTGTTTGAGGTCAGCTCAAAGATTGCCGTTTATGGACCAACGCGCTTCTTGCAAGATCCGATGAATTGCTTCGATGCTGTCGTTGTTGGAGCTGCACTTATCGAGATCATCTACGCTTATGCAACGCCCGCACAAGGGCAGGGCTTCTTGTCAGCTCTGAGAGCATTTCGCCTTCTCCATCTGCTTCGTTTGATGCGCGGGTGGAAGGAGTTGAACAGCGTCATTACAACACTCCTGCGAAGCCTTGCGTCATTGAACCACCTGACTTTGCTTTTTCTTTTGTTTATCTACATTGCGTCGCTGCTTGCGAAGCAGATGTTTGGATACCGAATTGCTTTTTGTGACCAGTACGTCAGTGGCGCTGAGCAAGAGTGTCCAATCCGCACAAAGCGAATGAATGAAACCTTGAGGTTCCACGCACCTCTTCCTGAGGCTGTTTTGCCGGGGAAGGGCAATGTTTTGGACGAATGCCCGTCACACAGAGACTGCTATGTTGGTTGTGACCCTCAGCAAGAAGACTTTTTCGTTCTGCTGAACAATGGCTTAACCACGAGCTCGGGTGTGTGTCGCTTCTACCCGTTTCGCGATCCGATGCCGGCCCACTTGGTGCGCGTCGGTCCGGCAGAGGTGACGAGCGAGTCTTTTGATACCTTCTGGGAATCTTTCCTGCACATATTCAGCATTGTGACGCTAGAGAATTGGGACGATATGATGTACGAAGTCGCTGCCGCAACAACTCCGTGGTCAATGATCTTCTTCATTGCGTGTGTTGGCCTTGGCACATACATTGTGCTCAACCTGTTCGTTGCTGTCATTCTCAGCAACTTCAGAAGCACAGCGTCGAGATCTGAGACGTTCAAAGAGAACGGAAGCGCTGAAGAGAGACGGCAAGCACAATTGCGTAAGCGAAAGATGCCAATAAGCAGAAACAACGCGTCAATCAAGCGCAAGCTATTGGGACTTTCGCAGGCGCTTGCATCTGGCTCTATTGTAAGGCGTGATCCAGATGGTAAGGAAAAGATGGACAGCTCTCTGCCGCAAACAAGCAAATCCCCAATTGAAGAAGTCAATGAAGACAAGCATGATGACGTACATAGTGCTGAAGATGAAGAGGAAAATTACAAAGCAAAGCGGTATGACCAGGACCAGATTGAAAACTTTGAACGGCAGGCCGGTAGTGAAGCAGATGCTGCCAATGGAAGCAACCACAAAGCTGCTGATGGACAGAAGAGGTGGCCTCAAAGTGAGAATGTGAATGGGATGGAGCTCCATGGATATGCGCTCCTAATGCTTTCTCCACAAAATTGGTTGCGAGAAAGAGCGGCACAAATCGTGACAAGCAAATGGTTTGAGAACGTTGTCCTTGCACTCGTGATCATCAATGCGATTATCCTCGCAGCTGATAGCCCAACACAGGATCCAGACACGGCGGCAAGACTAATGCATATCAACAACGTGCTCGCGATTGTTTTTGCCGTCGAAATCAGCATACGCATCATGGTTCAAGGCTTTGTGATGCACCGTAACTCCTATTTGCGCAACGTCTGGAATGTGATTGATTTCATTGTCGTTGCAGCCGGCATCGCGGGTTTTATGCTGACCTATGCTCCCACTGCGAGACAGCCGTCGCAGCTCAGCTCCATCCGAGCTCTGCGTGCGTTGCGTACACTTCGGCCATTGCGAGTTGCCCACCGTGCTCCTGGGCTCAGGCTCGTGACAAATGCATTTTTTAAAGCATTCCCTGCAATCGGAAACTTTTTGATGGTCATCCTCTTCGTATACCTCATCTTCGGAGTCATTGGAATGCAGCTTTTCCAGGGCAAATACTACGCGTGCTACGAGTCACCTGATGGACAGCTGCCACTCAGTCCGCGTGAATATAGCGTTTCTGAGATGGATCGTTCGTGGTGTAAGGAAGACTTCCACACTGTCTTTACCCCCAATCTCACGGATGCTGTGCTTGAAGGCTTCAACTTCAATGGCGTCACGCCATGGATTGAAGGTGACAAAGTGGCACTCAGCGGACGTTGGAACTGTAGCATGATTGATACCGCTCCAAATATGACCATCTATGACCCAGAAAGCAAGATGCTGACCACATGGTTTTCGCTTCAATGGGAGTGTATGGCCGAAGCGGAAGATGTTGTTGACAAGTACAATGCCTCTATCGTACGATCCTTCCTACGACCTTTCGAGCTGGAGCATTCTTGGCGAAAACCATTGTTTCCAGGAGTCCATAACTTCGACAACATTGGGCAGACAATGCTAACGCTCTTCGAGCTCAGTACTTTTGAATTGTGGTTGTGGTACATGCACTTCGCAGTATCTGTCCGGGGGGAAGGCAAGCAGCCGGTAGAGGGCGCGAATCCGCAGTACGCCCTGTACTTCCTTGTCTTTGAGATCATCGTGGGATTGTATATCACCAATCTTTTCGTTGGTGTGGTGATAGACAAATTCAACGAAATAAGGGAAAAGGAGCAACGCAACCTGATTCTTACAGAGGCGCAGAGACGTTGGGTTGAAGTGAGGAAGCTTATGCACGTGATGCAACCGCCGAAGTCTTTCCAGGAGCCGCAGCAAAGCAAGCTGAGGCGCAACATATTTCATCTTGTGCTGTCGCCACATTTTGAGTACGGCGTCTTTGCTATAATCTTTGTTAATATTGTATTTATGTGCAGCTATCACAACGACCAGCCGTCTTATTGGGACACGGTACTCTTCGTGCACTCATGCGTGTTCACCGGCGCATTCGTGGTTGAGGTGGTGCTGAAATGCATCGCTTTCGGGGTATGTGAGTACTGGCGCGATGAATGGAACAAATTTGACTTCATTGTCACCGTTGCCTCTCTGCTTGGCATCATTATCCGGGCGGTGGCAAGTATAAAGGCTGACTTCCTTTCGTTTCTTCGTATCTTCAGGGTATTCAGAGTGTTCCGGCTCATCCCACACTCAAAAGGGCTTCGCAAGGTCTCACACACTCTTCTGTGCAGTTTGCCGGCACTTTGGAACGTTGGTCTTCTGATGTTGATCCTCCTGTGGGTGTATGCGTTGTTGGGCATGAACCTATTCGGCGTGCTTAATCAAGGCCCATTTGTGACGCGATATGCAAACTTTGACACTTTCGGGAATGCGATGCTCACGCTTTTCCGGATGACCATTGGCGAGGATTGGAACGGTATCATGTGGGATGTGATGAACCGTGACAACTGTGTCAAGGTGGTGCACGACGATGGCAGTGTTGATTACGTCGCGCATGACACGGATGTCAGCGATTCAGCTGAAACAAGGGACCGGTGTGGCCCCTTCCAGCTCTTCACTCTCCTGTATTTTTTGTCGTACATTGTGATTGTCGCGTATGTCATGGCGAGTCTTGTAACTGCTGTTGTTGTGGACAATTTCCAAGAGATCGCGAAAGAGGACTTTGAGGGCACACTACGACCTGTGACTCGTGACAAACTTATCAGCTTCACAGACGCATGGGCACGCATGGACCCGGGTGGAGAACATGTGATCGATGCCTCGCAACTCGCATACCTGATGACAGCTGTTGATCAGCCGCTTGGCACTCGAGGAAGCTTAACGCCACTGAAAGATGCACAGTATGTCGTGCTCGAGCTGAACATCCCAATTGACAACAATTTGCAAGTGACGTTCAGTGACACTCTGCTTGCGCTTGCCAATCGCGCTGCTGGCACTGAGCTACCGGCTCAGCTGGAATCTGAGCTCTCAACGCCGCGAAAGCAGAACAATCTTAGCAGGATTCAGTCTGCAAAAAGCAACAACTCAAGCATGAAAGGCCTTACGAGCGCCCTGGATTCGATGAACAAACAGCATTTCTCGCCCGCTGGATCCCACGAACCATCGCTAGCGCGGGATGAAGAGCGGGCTGGTCCGTACACGGTATCACACTTTCAAGCCGTACTTTTTGTCCAAGCTGCAATGCGAGGGTTATTGTACAGACGTCGAGCTACTATTGATCGCTCAGAGAGGACATATCAATGGATTGAGCAGCGAGATGCGGACGGAGGTGAAGAGCATCGGGGAAGAACAGATGGTGATCATGTTTCCCGCTCGACTATTCATGGTGCAAGCAATGACACGAGCAAATAG
PROTEIN sequence
Length: 1660
MCPDCNRSACDLDSLLRNGAYWDVVSDDAFCSGPLEQSFPAGKEPATGYVCPEHQWCVGFGNPNYGFSNFDDIASAWLYIFHVMSTEGWADGTYRVMSAVGRSTWTYFVTLVIFGAYLFMPLYLAILFSYYEREREKQEETIGKGRVLTVDRAESQEEHQVAATEAYHPHSTTRSENGVYVKDTNALSVELSNNPSLDSEPDQIKQESTDRGDTKLEEVKERGEDTRSADESRKGTKERFRCMVRSHTFENVGHSLIVLNIIVLASQYDGMPERVREACGWVNSGITFYFVFEVSSKIAVYGPTRFLQDPMNCFDAVVVGAALIEIIYAYATPAQGQGFLSALRAFRLLHLLRLMRGWKELNSVITTLLRSLASLNHLTLLFLLFIYIASLLAKQMFGYRIAFCDQYVSGAEQECPIRTKRMNETLRFHAPLPEAVLPGKGNVLDECPSHRDCYVGCDPQQEDFFVLLNNGLTTSSGVCRFYPFRDPMPAHLVRVGPAEVTSESFDTFWESFLHIFSIVTLENWDDMMYEVAAATTPWSMIFFIACVGLGTYIVLNLFVAVILSNFRSTASRSETFKENGSAEERRQAQLRKRKMPISRNNASIKRKLLGLSQALASGSIVRRDPDGKEKMDSSLPQTSKSPIEEVNEDKHDDVHSAEDEEENYKAKRYDQDQIENFERQAGSEADAANGSNHKAADGQKRWPQSENVNGMELHGYALLMLSPQNWLRERAAQIVTSKWFENVVLALVIINAIILAADSPTQDPDTAARLMHINNVLAIVFAVEISIRIMVQGFVMHRNSYLRNVWNVIDFIVVAAGIAGFMLTYAPTARQPSQLSSIRALRALRTLRPLRVAHRAPGLRLVTNAFFKAFPAIGNFLMVILFVYLIFGVIGMQLFQGKYYACYESPDGQLPLSPREYSVSEMDRSWCKEDFHTVFTPNLTDAVLEGFNFNGVTPWIEGDKVALSGRWNCSMIDTAPNMTIYDPESKMLTTWFSLQWECMAEAEDVVDKYNASIVRSFLRPFELEHSWRKPLFPGVHNFDNIGQTMLTLFELSTFELWLWYMHFAVSVRGEGKQPVEGANPQYALYFLVFEIIVGLYITNLFVGVVIDKFNEIREKEQRNLILTEAQRRWVEVRKLMHVMQPPKSFQEPQQSKLRRNIFHLVLSPHFEYGVFAIIFVNIVFMCSYHNDQPSYWDTVLFVHSCVFTGAFVVEVVLKCIAFGVCEYWRDEWNKFDFIVTVASLLGIIIRAVASIKADFLSFLRIFRVFRVFRLIPHSKGLRKVSHTLLCSLPALWNVGLLMLILLWVYALLGMNLFGVLNQGPFVTRYANFDTFGNAMLTLFRMTIGEDWNGIMWDVMNRDNCVKVVHDDGSVDYVAHDTDVSDSAETRDRCGPFQLFTLLYFLSYIVIVAYVMASLVTAVVVDNFQEIAKEDFEGTLRPVTRDKLISFTDAWARMDPGGEHVIDASQLAYLMTAVDQPLGTRGSLTPLKDAQYVVLELNIPIDNNLQVTFSDTLLALANRAAGTELPAQLESELSTPRKQNNLSRIQSAKSNNSSMKGLTSALDSMNKQHFSPAGSHEPSLARDEERAGPYTVSHFQAVLFVQAAMRGLLYRRRATIDRSERTYQWIEQRDADGGEEHRGRTDGDHVSRSTIHGASNDTSK*