Gene HY04AAS1_1264 details

Gene Information

• Locus tag: HY04AAS1_1264
• ID: 6744082
• Type: CDS
• Is gene spliced: No
• Is pseudo gene: No
• Organism name: Hydrogenobaculum sp. Y04AAS1
• Kingdom: Bacteria
• Replicon accession: NC_011126
• Strand: -
• Start bp: 1171639
• End bp: 1175136
• Gene Length: 3498 bp
• Protein Length: 1165 aa
• Translation table: 11
• GC content: 30%
• IMG OID: 642751074
• Product: hypothetical protein
• Protein accession: YP_002121927
• Protein GI: 195953637

Plasmid Coverage information

• Num covering plasmid clones: 32
• Plasmid unclonability p-value: 1
• Plasmid hitchhiking: No
• Plasmid clonability: normal

Fosmid Coverage information

• Num covering fosmid clones: n/a
• Fosmid unclonability p-value: n/a
• Fosmid Hitchhiker: n/a
• Fosmid clonability: n/a

Sequence

Gene sequence

ATGAAGAAAT TTTTAAGGGT TTTAGTGTTT GTTTTAGCGC TTTATTTTCT TGTTTTAAAC 
CCGATTTATT TTATATATAA ACATCATATA AGCTTTGGTT ATAAAAATAG AAGTTTTTAT 
ATTAAAAATT TGGCTTTTAA AATAGATGGA AAAGATATAA AAATAAATAA AATTATATTT 
TACAGGCTGG GCTTAGGTAT AAAAGGGCTT TCTTACAGTT CAAAGCCTTT GTTTTTTTAT 
TTAAAAGATG GAGATTTATA TCTTTATCGT AAGCATGTAT ATGCCGACGC CAACCAGTTA 
AACATCATTC TTGTGGCTCA GAACAATAAA CCTTCTAACG TTCCAAATTT TAATCTAAGG 
CTTTACGAAA GATTTTATAA AATACTCCAT GTAAATGTTA AAAATCTTTA TATAGCTGGA 
GCGGATAGAT TTTACAACAA CGCTTTTGCA CTTTTCATAC CCCGAGTTAG CCTTGAAGAC 
GGCATTCTTC ATACAGAAGA TTATGCTCGT TATGTTTATC TTAGCAAAAG CTCAAGACAT 
GAGCTTTTTG TATATGTGCC AAAAGCATAC TTAAAAGACG GTTATTTTGT GGCAAAGAAT 
GTAAACGCCG TATCTTATTT ATACGATTTT AACATAAACT TTTGGTGGGC TCATAGAATA 
GGTAAAGCAA TAGCTTCTGG TTTTGTAATG CCTATAAAAA CACCTGTTTT TGATACTTCC 
ACTTTAAACG GCATTTTAAA AGCTATTATA AAAAACAAAG ATATATATTT TAACTCACAG 
TTAAAACTTA GCTATATAAA TATACCTTCG TTAAAACCTA TAAAACCAGC TTCTTTTGAT 
ATAAAGGGAT CTGTTTTAGA TCAAGGCGAT GTGTCTTTTG ATGGTATCTT AAAAAGCCCT 
TTGGCAGAGC TTTATATAAA TTATACGGAT ACACGCAACG ATTTTAATAT AAACATAAAA 
AATCTTCATT TAACCAACAA AGATATAGCT TCAAACATAA AATATTCTAT AGATTTATAC 
GCTGGTGGAA AGCTATTTTA CAGCATAGAC AACAAAATCC TAAACTTAGA TTTAAAGCTT 
TCAAACGTAA GACTTTATAA ATATACCTTT GGTATTGGGC TTTTAAAGGG AAAACTTGAT 
TTTAAGAAAA AAGATGCTGG TAGTCTATAC TACTCTTTGT ATGGAAATCA AAGTGTAAAA 
GGTTATATAG CTTTTAATAA CAAAAACATT TTTACAAAAG CAAACTTGGA TAATTTTTAT 
ATCTCTTACA ACAATGTAAA CGCTTCTATA AGTGGCATTT TACAAGCAAA TCTTTATCCT 
AAGTTTTTTG TAGAAGGATA TTTAAACGCA TCTTCTATAA AAGTCCCTTA TGTAAATGTT 
AGCTCTTTAC CTATAATGCT TTCTTATAAA GATAATATTT TTACACTTTC TAGTAATTCA 
TCTTATATGA GTGCTTTATT TACTTATCAG AAAAATATTA TAAATGGCTA TATAAAACCA 
AAGCACCTTA TGATTTACAA GTATATAAAC GGTGCAATTT ATACTATCGA TTTAACAAAT 
GGTATTATCG TGGTATCAAA TAAGAACATA TATATAAACA ACGTAGGGTT TAGCGCTTCT 
AATTCAAAAA ATCTTTACGC TTTTGGCAAT ATAAACGGTG CTGGAACTCT TAGAAATATC 
TCTGGAAACG TTGAGATATC AAATGCAAAC TATAGATTTT TGAAAAATAT AAAAGGAAAT 
GTATATTTTT CTTATAAAAA CAATATGCTC AATTTAAAAC CTACACTAAA AGAGCAAAAC 
TTTCTACTTA CTTCAGATCT AAATATATCA AAGTCAATAA ACTTCAATGC TAAGCTAATA 
GGTAAAAATA AGATTTTGCA TGTGGATTTG GCTTTTAACG GTAGCATTGA TAGTAAAGAG 
AACATAAACG CCGTTGGTTT TGCGGTTTAT AAAGGCATAA AATTACCAAT AAACTTTTAC 
ATAAAAAACA CCAACGGTGT ATATACTATG TATGGAAACG GTTTTAATAT TAAGTATAAA 
AACCTTTATA TAAATGTGGC AAGCGTAAGT GGAAGTTCTC AAAAAGACGG TAATATAGCA 
TGGAAAACAA AGGGATTTAA GGTCTATCTT TACAACCAAC CTATTTTGGA AACCTCAGCC 
ATAAGTGGTA TACTTGGTTT AAAACCTTTT TATTTAAAAT CAAACCAAGC ACATATAAAT 
GGTCTTCTTA AGGGAAGTTT TTACTTTGGC TACGATAAGA AGTTTTATAC AAGCTCAAAC 
GGTGTTATAG ATATAGATGA TACTTTGGCC TTCATCAAAT CAAAGCTTCC TTTCTTATTA 
GTTGGTAATA TAAACTACGC TCTTAATATA GATGATAAAG ATATAAACTT ATATCTTAAA 
AGCCAAAAAC CTGTTTTACT TCTTTCAAAA TATCTATCTT TACCTTTGTA CAGCGATATA 
AACCTTGATA TAAAAACTTC TAAAGATGGT TATTTTACAC CTGTTAATTT TGTGTTTTCA 
TCTTCTGATG GTAAACATTC TATAGCTTTT AATATAACAA CCTCTAACCA TAACATTTAT 
ATAGGTTCTT CTTTAAAGAG ATTACCAGTT TATTTATACT CAAAAAATGG CTATTATCAA 
GGATTTGTAG ATGGATTTGT GGATACAAGT TATATTTTTA AAAATCTTTC TTCTTTTATA 
AATATAAAAG GACATCTTTA CCCAAATGGA CTTATTTATA TCAAAAGCTT TTCCACTAGC 
CCTTCTTATG GAAGCTCTCC TAAACTTCCT AAAAATCTTT ATATGGATAT GGATATTCAG 
AGTTTGACAC CAATTACTGT AATGTTGCCA GAAGGGAACA TATATTCTAA TATAGAAGGA 
AAAATCTTTG CAAGAAATGG AAATCTTGGT TATAATCTAA ATTTGAAGGC TTCTGGTGGA 
GAGCTTACTT ATTCAGATAA AATATTTTAT GTGATGCATG GTGTGTTAAA ACTAAAAGAT 
ACCAACAAGT ATATAAACGT ACTTTTGATG TCGCCCGGAG ACTCTTACAA CACATACATA 
TCGTTGGTAG GAAATTTAGA AGACCCTGCT TTTGATATAT ACTCAAATCC TCCTATGCCA 
AAAAGCGAGC TTTTATCTTC TTTCATATTA AACAAATCCG GTATAGCAGC ACTTCCTATC 
AATGCTATGG CTAGCAAACT AGCAAAATAT TCACCTTCTG GTTTGGCGAG CAGTATATTT 
GGAACAAACG TAAACTTAAA CGTGTATCCA AGTCAAAGTG CAAACGGTAG TTTAAATACA 
AATGTAGAAG TAAACAAAGA CATATCAAAG AATATAAAGC TAAAAGCTCA TATTAGCACA 
AGTCAAAACC CTCTTGATAC TTATTATGGG GGTTCTATAA AACTAACTCC AAACACCTCA 
ATAGAGTTAC AGATGTATGG AAACGGCTCT TCGGAAAGTA ATATAAGTTT TGAAAAACAT 
TTTGATTTTG GTAGATGA 

 

Protein sequence

MKKFLRVLVF VLALYFLVLN PIYFIYKHHI SFGYKNRSFY IKNLAFKIDG KDIKINKIIF 
YRLGLGIKGL SYSSKPLFFY LKDGDLYLYR KHVYADANQL NIILVAQNNK PSNVPNFNLR 
LYERFYKILH VNVKNLYIAG ADRFYNNAFA LFIPRVSLED GILHTEDYAR YVYLSKSSRH 
ELFVYVPKAY LKDGYFVAKN VNAVSYLYDF NINFWWAHRI GKAIASGFVM PIKTPVFDTS 
TLNGILKAII KNKDIYFNSQ LKLSYINIPS LKPIKPASFD IKGSVLDQGD VSFDGILKSP 
LAELYINYTD TRNDFNINIK NLHLTNKDIA SNIKYSIDLY AGGKLFYSID NKILNLDLKL 
SNVRLYKYTF GIGLLKGKLD FKKKDAGSLY YSLYGNQSVK GYIAFNNKNI FTKANLDNFY 
ISYNNVNASI SGILQANLYP KFFVEGYLNA SSIKVPYVNV SSLPIMLSYK DNIFTLSSNS 
SYMSALFTYQ KNIINGYIKP KHLMIYKYIN GAIYTIDLTN GIIVVSNKNI YINNVGFSAS 
NSKNLYAFGN INGAGTLRNI SGNVEISNAN YRFLKNIKGN VYFSYKNNML NLKPTLKEQN 
FLLTSDLNIS KSINFNAKLI GKNKILHVDL AFNGSIDSKE NINAVGFAVY KGIKLPINFY 
IKNTNGVYTM YGNGFNIKYK NLYINVASVS GSSQKDGNIA WKTKGFKVYL YNQPILETSA 
ISGILGLKPF YLKSNQAHIN GLLKGSFYFG YDKKFYTSSN GVIDIDDTLA FIKSKLPFLL 
VGNINYALNI DDKDINLYLK SQKPVLLLSK YLSLPLYSDI NLDIKTSKDG YFTPVNFVFS 
SSDGKHSIAF NITTSNHNIY IGSSLKRLPV YLYSKNGYYQ GFVDGFVDTS YIFKNLSSFI 
NIKGHLYPNG LIYIKSFSTS PSYGSSPKLP KNLYMDMDIQ SLTPITVMLP EGNIYSNIEG 
KIFARNGNLG YNLNLKASGG ELTYSDKIFY VMHGVLKLKD TNKYINVLLM SPGDSYNTYI 
SLVGNLEDPA FDIYSNPPMP KSELLSSFIL NKSGIAALPI NAMASKLAKY SPSGLASSIF 
GTNVNLNVYP SQSANGSLNT NVEVNKDISK NIKLKAHIST SQNPLDTYYG GSIKLTPNTS 
IELQMYGNGS SESNISFEKH FDFGR