| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | SAG1618 |
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| Symbol | |
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| ID | 1014427 |
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| Type | CDS |
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| Is gene spliced | No |
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| Is pseudo gene | No |
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| Organism name | Streptococcus agalactiae 2603V/R |
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| Kingdom | Bacteria |
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| Replicon accession | NC_004116 |
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| Strand | - |
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| Start bp | 1617632 |
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| End bp | 1620730 |
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| Gene Length | 3099 bp |
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| Protein Length | 1032 aa |
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| Translation table | 11 |
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| GC content | 34% |
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| IMG OID | 637316787 |
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| Product | Snf2 family protein |
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| Protein accession | NP_688609 |
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| Protein GI | 22537758 |
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| COG category | [K] Transcription
[L] Replication, recombination and repair |
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| COG ID | [COG0553] Superfamily II DNA/RNA helicases, SNF2 family |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 12 |
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| Plasmid unclonability p-value | 1 |
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| Plasmid hitchhiking | No |
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| Plasmid clonability | normal |
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Fosmid Coverage information |
| Num covering fosmid clones | n/a |
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| Fosmid unclonability p-value | n/a |
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| Fosmid Hitchhiker | n/a |
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| Fosmid clonability | n/a |
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Sequence |
| Gene sequence | ATGAGTAGAA TGATTCCAGG ACGTATTCGA AATCAAGGTA TAGAACTCTA CGAACAAGGT
TTGGTGTCCT TGATTTCTCA AGAAGGTAAT CTATTAAAAG CTAAAGTTGG GGATTGTCAG
ATTGAATATT CATTAGTAAC AGAAGAAACA AAATGTTCTT GTGATTTTTT TGCAAGAAAA
GGCTATTGTC AACATTTAGC TGCTCTGGAG CATTTCTTGA AAAACGATCC AGAAGGTAAA
GCAATCTTAT CTAAAGTTCA AGTTCAACAA GAAAGTCAAC AAGAAACTAA GAAGAAAACC
TCTTTTGGTA GTGTTTTTTT AGATAGTCTA ATTATTAATG AAGATGATAC TATAAAATAT
CAATTATCGG CTCAAGGAGA ACAAAATCCT TATGCTAATG ATATCTGGTG GACTTTAAAA
ATTAGACGAC TGCCTGATGA TAGAAGTTAT GTTATTCGTG ACATCAAAGC CTTTTTAAAT
ACTGTTCGAA AAGAAGCTTA TTATCAGATT GGAAAACAAT ACTTTGAAAC TTTGTCTTTA
ATACAGTTTG ATGAGACCAG TCAAGAATTG ATAGAATTTT TATGGAGGCT CATTCCAAGT
CATTCAAGCA AAATTGATCT AGAGTTTATT TTACCAAATC AAGGTCGTCA CCTTAGTCTC
ACTCGTGGTT TTTTTGAAGA GGGTGTTACT TTGATGAATG CTTTAGAAAA TTTTTCATTT
GAAAGTGATT TTCATCAATT TAATCACCTC TACTTTAAGG AATTAGAAGG TGAGGATCAT
CTTTATCAAT TTAAGGTTAT TGTCCATAGG CAATCAATTG AATTAGAAAT CAAAGAGAAA
GACTTAAAAC CACTATTTGC GAATTCTTAT TTGTTTTATC GCGATACTTT CTACCATCTT
AATTTGAAGC AAGAAAAGAT GGTAACGGCT ATTCGTAGTC TTCCCATTGA GGGAGATTTA
GCAAAACATA TCCATTTTGA TTTAGATGAT CAAGATAAGT TAGCAGCTCA TTTACTGGAT
TTTAAGGAGA TTGGACTAGT GGATGCTCCA CGGAGCTTCT CTATTCATGA TTTTAAGGTA
AATTTTGAGT TCGATATTAA TAGTCAAAAT GAAATTTTAT TGCAAATGGT ATTTGATTAT
GGTAATGATT TAACTGTTCA TAATCGTCAA GAACTAGAAC AGTTAACATT TGCTAGTCAC
TTCAAACATG AAGAAAAAGT ATTTAAACTC TTAGAAAAAT ATGGCTTTGC ACCCCACTTT
TCAACCAGCC ATCCAGCATA CAGTGCACAA GAATTATACG ATTTTTATAC CTATATGCTT
CCACAATTTA AAAAAATGGG AACAGTGAGC TTATCCGCAA AATTGGAAAG TTATCGTCTC
ATAGAACGAC CGCAAATTGA TATTGAAGCT AAGGGAAGCC TGCTAGATAT TTCTTTTGAT
TTCTCTGATT TACTGGAAAA CGATGTTGAT CAAGCTCTGG TAGCTTTGTT TGACAATAAT
CCTTATTTTG TGAATAAATC AGGGCAATTA GTTATTTTTG ATGAAGAAAC TAAGAAAGTA
AGTGCAACTT TGCAAGGGTT GAGAGCTAGA CGAGCAAAGA ATGGGCATAT TGAATTAGAT
AATATTGCAG CATTTCAATT ATCAGAACTG TTTGCAAATC AAGATAATGT TAGCTTTTCA
CAACATTTTT ACCAATTGAT TGAAGATTTG AGACACCCAG AAAAGTTTAA AATACCTGGT
CTATCTGTTT CAGCTTCCTT GCGCGATTAT CAGCTTACAG GTGTCCGTTG GTTAAGTATG
TTAGATCATT ATGGCTTTGC AGGGATTTTA GCTGATGATA TGGGGCTTGG AAAAACACTT
CAAACGATTT CATTTTTAAG TACAAAACTA ACTAGAGATT CTCGTGTGCT TATTTTATCA
CCATCAAGTT TAATTTATAA TTGGCAAGAT GAATTCCACA AATTTGCGCC AGACGTAGAT
GTAGCAGTTG CCTATGGTTC TAAGATTCGT AGAGATGAAA TTATTGCTGA ACGTCATCAA
GTAATCATTA CAAGTTATTC ATCATTTAGG CAGGATTTTG AGACTTATTC TGAAGGAAAT
TATGATTATT TAATTTTGGA TGAAGCACAG GTTATGAAAA ATGCTCAAAC TAAAATAGCC
CATAGCTTGA GATCTTTTGA GGTCAAAAAC TGTTTTGCAT TATCGGGAAC ACCTATTGAG
AATAAACTGT TAGAAATTTG GTCCATTTTC CAGATCATTT TACCTGGTTT ATTACCTGGT
AAGAAAGAGT TTTTGAAGTT GAACCCTAAA CAAGTTGCTC GTTATATCAA ACCATTTGTG
ATGAGACGTC GAAAAGAAGA AGTTCTCCCA GAATTACCGG ATTTGATTGA AATGAACTAT
CCAAATGAAA TGACAGACAG TCAAAAAGTT ATCTATTTGG CGCAATTACG CCAAATTCAA
GAAAGTATCC AACATTCTAG TGACGCTGAC TTAAATCGTC GTAAAATTGA AATTTTATCT
GGCATCACAC GATTACGTCA AATTTGTGAC ACTCCACGTC TTTTTATGGA TTATGATGGT
GAAAGCGGTA AGTTAGAAAG CCTACGTCAA CTTTTAACAC AAATTAAGGA AAATGGACAT
CGTGCTCTGA TTTTTTCTCA GTTCAGGGGT ATGTTAGATA TCGCAGAACG TGAGATGGTA
GCTATGGGGC TTACAACTTA TAAAATTACT GGTTCTACAC CAGCAAATGA ACGTCATGAA
ATGACCAGAG CATTTAATGC AGGATCAAAA GATGCTTTCT TGATTTCTTT AAAAGCTGGT
GGCGTTGGTC TCAACCTTAC AGGAGCTGAT ACCGTTGTTC TGATTGACTT GTGGTGGAAT
CCAGCTGTTG AAATGCAGGC GATTAGTCGC GCACATAGGT TGGGGCAAAA AGAGAATGTC
GAGGTTTATC GCTTGATTAC TAGAGGCACA ATCGAAGAAA AAATTCTAGA AATGCAAGAA
ACTAAAAAAC ATTTGGTTAC AACAGTTCTG GATGGAAATG AAACCCATGC TAGCATGAGC
GTAGATGATA TTCGAGAGAT ACTTGGAGTT TCTAAATAA
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| Protein sequence | MSRMIPGRIR NQGIELYEQG LVSLISQEGN LLKAKVGDCQ IEYSLVTEET KCSCDFFARK
GYCQHLAALE HFLKNDPEGK AILSKVQVQQ ESQQETKKKT SFGSVFLDSL IINEDDTIKY
QLSAQGEQNP YANDIWWTLK IRRLPDDRSY VIRDIKAFLN TVRKEAYYQI GKQYFETLSL
IQFDETSQEL IEFLWRLIPS HSSKIDLEFI LPNQGRHLSL TRGFFEEGVT LMNALENFSF
ESDFHQFNHL YFKELEGEDH LYQFKVIVHR QSIELEIKEK DLKPLFANSY LFYRDTFYHL
NLKQEKMVTA IRSLPIEGDL AKHIHFDLDD QDKLAAHLLD FKEIGLVDAP RSFSIHDFKV
NFEFDINSQN EILLQMVFDY GNDLTVHNRQ ELEQLTFASH FKHEEKVFKL LEKYGFAPHF
STSHPAYSAQ ELYDFYTYML PQFKKMGTVS LSAKLESYRL IERPQIDIEA KGSLLDISFD
FSDLLENDVD QALVALFDNN PYFVNKSGQL VIFDEETKKV SATLQGLRAR RAKNGHIELD
NIAAFQLSEL FANQDNVSFS QHFYQLIEDL RHPEKFKIPG LSVSASLRDY QLTGVRWLSM
LDHYGFAGIL ADDMGLGKTL QTISFLSTKL TRDSRVLILS PSSLIYNWQD EFHKFAPDVD
VAVAYGSKIR RDEIIAERHQ VIITSYSSFR QDFETYSEGN YDYLILDEAQ VMKNAQTKIA
HSLRSFEVKN CFALSGTPIE NKLLEIWSIF QIILPGLLPG KKEFLKLNPK QVARYIKPFV
MRRRKEEVLP ELPDLIEMNY PNEMTDSQKV IYLAQLRQIQ ESIQHSSDAD LNRRKIEILS
GITRLRQICD TPRLFMDYDG ESGKLESLRQ LLTQIKENGH RALIFSQFRG MLDIAEREMV
AMGLTTYKIT GSTPANERHE MTRAFNAGSK DAFLISLKAG GVGLNLTGAD TVVLIDLWWN
PAVEMQAISR AHRLGQKENV EVYRLITRGT IEEKILEMQE TKKHLVTTVL DGNETHASMS
VDDIREILGV SK
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