| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | BLD_0328 |
|---|
| Symbol | leuS |
|---|
| ID | 6362721 |
|---|
| Type | CDS |
|---|
| Is gene spliced | No |
|---|
| Is pseudo gene | No |
|---|
| Organism name | Bifidobacterium longum DJO10A |
|---|
| Kingdom | Bacteria |
|---|
| Replicon accession | NC_010816 |
|---|
| Strand | + |
|---|
| Start bp | 404284 |
|---|
| End bp | 407247 |
|---|
| Gene Length | 2964 bp |
|---|
| Protein Length | 987 aa |
|---|
| Translation table | 11 |
|---|
| GC content | 64% |
|---|
| IMG OID | 642679476 |
|---|
| Product | leucyl-tRNA synthetase |
|---|
| Protein accession | YP_001954272 |
|---|
| Protein GI | 189439191 |
|---|
| COG category | [J] Translation, ribosomal structure and biogenesis |
|---|
| COG ID | [COG0495] Leucyl-tRNA synthetase |
|---|
| TIGRFAM ID | [TIGR00396] leucyl-tRNA synthetase, eubacterial and mitochondrial family |
|---|
| 
|
Plasmid Coverage information |
| Num covering plasmid clones | 5 |
|---|
| 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 | ATGAGTGACA ACGAGAAGAG CACGCAAACC GAAGAGCCCA ACTTCCGCTA CAACGCCGCA
CTGGCGCAGG ACATCGAAAA CAAGTGGCAG AAGATTTGGG ACGAGCAAGG CACCTTCTGG
GCCGCCAACG TCAACGGCGA TTTGAAGGAC GGCAAGGGCC GTAACGCCGA AGGCCGCACC
GCCTACTTCG CCATGGACAT GTTTCCCTAC CCGTCCGGCA AGGGCCTGCA CGTCGGCCAC
CCGCTGGGCT ACCTGGCCTC CGACGTGGTG AGCCGCTACC ACCGCATGAA GGGCGAGAAC
GTCCTGCACG CCATGGGTTA CGACGCCTTC GGCCTGCCTG CCGAACAGTA CGCAGTCCAG
ACCGGCCAGC ACCCGCGCGT GACCACTGAG GCGAACATCG CCAACATGAG CCGCCAGCTG
CACCGTATGG GCCTGAGCTT CGACAACCGT CGTACGTTCG CCACCATCGA CCCCGGCTAC
GTGCGCTGGA CCCAATGGAT CTTCTCGCGC ATCTACGATT CCTGGTACGA CGAGGACGCC
ACCAACCCGT CCGGCTCCAA GGGCTCCGCA CGCCCGATCG CCGAGCTCGT GGCCAAGTTC
GAATCCGGCG AAAAGGCCAT TCCGGGCCAC GAGTCCGACG GCAAGCAGTG GTCCGACCTC
ACTGACGCCG AGCAGCAGGA TATCTTGAAC GACTTCCGCC TGGCCTACAT CTCCAAGTCC
CCGGTCAACT GGTGCCCGGG TCTGGGCACC GTGCTGGCCA ACGAAGAGGT CACCGCCGAA
GGTAAGTCCG AGCGTGGCAA CTTCCCGGTC TTCCAGCGTG AGCTACGCCA GTGGTCCATG
CGCATCACCA AGTACGGCCA CCGCCTCATC GCCGATCTTG ACGGCATCAA CTGGCCTGAG
AAGGTCAAGC TCATGCAGCG CAACTGGATC GGTGAATCCC ATGGTGCCTC CGTGCACTTC
ACCGTGGCCA CTGCCGACGG TGACAAGGAC ATGGAAATCT ACACCACCCG TCCCGACACG
CTGTTCGGCA CCACGTTCGC CGTGGTTTCC CCGGAACATC ACCTGCTGGA GAACGTGCCC
GCCGAATGGC CGGCCGATGT ACCCGAAGAC TGGAAGGGCG GCTATGCCAA CCCGGTCGAG
GCGGTGAAGG CCTACCGTCT GGCCGCCGAA GCCAAGACCG CCAAGGACCG CGTGAACGAG
GCCGGTGAGA AGACCGGTCT GTTCACCGGC CTGTACGCCA CCAACCCGAT CACCGGCGCG
AAGCTCCCGC TGTTTACTGC CGACTACGTG CTGATGGACT ACGGCACCGG TGCCATTATG
GCCGTGCCTG GTGGCGACCA GCGCGATTAC GACTTTGCCG TGAAGTTCGG TCTGCCTGTC
ATCTACACCG TCACGCCTCT GCCGGATTCC GGCGACGACT TGGCCAACTA CGAGGGCAAG
GCGCCGTTCG TCTCCCATGA CGGCATCGTG ATCAACTCCT CCGTCGAGGC CACCGAAGCC
AAGGGCGACG CGCTGAGCCT TAACGGCCTG CGCGTGGACG ACGCCATCGC CAAGGTCAAC
GCCTGGCTCG AATCCGCCGG CGTGGGCAAG GGCACCGTAA GCTACCGTCT GCGCGACTGG
CTGTTCTCCC GCCAGCGCTA CTGGGGCGAG CCCTTCCCGA TCGTCTACGG CGAAGACGGC
ACCCCGCACC TGCTGCCGGA TTCCGCATTG CCGATCAACC TGCCCGACGT GCCCGACTAT
GAGCCGCGCA CCTTCGATCC GATGGACGCC GAGTCCAACC CGGAGGCACC GTTGAGCCGC
AACGAGGACT GGGTCAAGGT CGAGCTCGAC TTGGGCGACG GCAAGAAGAC CTACTACCGC
GACACCAACA CCATGCCGAA CTGGGCCGGC TCCTGCTGGT ACTACATGCG TTACATCGAC
CCGACCGACA CCAAGCACAT GGTGGAGAAG GACGAGTTCG ACTACTGGAT GGGCCCGAAC
CACAACAAGT ACTCGGGTGA TGAAGGCGGT GTGGACCTGT ACATCGGCGG CGTCGAACAC
GCTGTGCTCC ACCTGCTCTA CTCCCGCTTC TGGCACAAGG TGCTCTTCGA CCTCGGCTAC
GTGGACTCGG CCGAACCGTT CCACAAGCTG TTCAACCAGG GCATGATCCA GGCCTACGCC
TACACCGACG ACCGCGGCCA GTACGTGCCG GCCGACGAGG TCGTGGAAGG CCCGGCCGAC
GCCTCCGGCG AGCCGACCTT CACCTGGAAC GGCGAACATG CCAACCGCGA GTTCGGCAAG
ATGGGCAAGT CCCTCAAGAA CATCGTGACC CCGGACTACA TGTACGAGAA CTACGGTGCC
GACACCTTCC GCCTGTACGA AATGAGCATG GGCCCGCTGG ACGAGTCTCG CCCGTGGAAC
ACCCGCAACG TGGTCGGTGG CATGCGCTTC CTGCAGCGTC TGTGGCGCAA TGTGGTCGAT
GAGACCACCG GCCAGGCCCA TGTGACTGAG GACACGCCGG ACGAAAAGAC CCTGAAGCTG
CTCAACAACA CGATTGCCGA AGTGACCGCG GAAATGGAAG GCATGCGCCC GAACACCGCC
ATCGCCAAGC TCATCGTGCT CAACAACCAC CTGACCGGTC TGAAGGCTGT GCCGCGTGCC
GCCGTGGAGC CGCTGATCCT GATGCTCGCG CCGATTGCCC CGCACATCTG CGAGGAGATG
TGGAGCAAGC TCGGTCACGC CGAATCCCTG TCCGCCGAGC CGTGGCCGGT GGCCGACGAA
CGCTACGTGG GCCACGACAC CGTGACCGCC GTGGTGCAGA TCAAGGGCAA GGTGCGCGCC
AAGCTCGAAG TGCCGGTCGA CATCGATCCG GCCGATCTCG AGAAGCAGGC GCTTGCCGCC
GTCGCCGACC GTCTTGGCGG CAAGGAGCCG CGCAAGGTGA TCGTCAAGGC CCCGAAGATC
GTCTCCATCG TTCCCGCGGA GTGA
|
|---|
| Protein sequence | MSDNEKSTQT EEPNFRYNAA LAQDIENKWQ KIWDEQGTFW AANVNGDLKD GKGRNAEGRT
AYFAMDMFPY PSGKGLHVGH PLGYLASDVV SRYHRMKGEN VLHAMGYDAF GLPAEQYAVQ
TGQHPRVTTE ANIANMSRQL HRMGLSFDNR RTFATIDPGY VRWTQWIFSR IYDSWYDEDA
TNPSGSKGSA RPIAELVAKF ESGEKAIPGH ESDGKQWSDL TDAEQQDILN DFRLAYISKS
PVNWCPGLGT VLANEEVTAE GKSERGNFPV FQRELRQWSM RITKYGHRLI ADLDGINWPE
KVKLMQRNWI GESHGASVHF TVATADGDKD MEIYTTRPDT LFGTTFAVVS PEHHLLENVP
AEWPADVPED WKGGYANPVE AVKAYRLAAE AKTAKDRVNE AGEKTGLFTG LYATNPITGA
KLPLFTADYV LMDYGTGAIM AVPGGDQRDY DFAVKFGLPV IYTVTPLPDS GDDLANYEGK
APFVSHDGIV INSSVEATEA KGDALSLNGL RVDDAIAKVN AWLESAGVGK GTVSYRLRDW
LFSRQRYWGE PFPIVYGEDG TPHLLPDSAL PINLPDVPDY EPRTFDPMDA ESNPEAPLSR
NEDWVKVELD LGDGKKTYYR DTNTMPNWAG SCWYYMRYID PTDTKHMVEK DEFDYWMGPN
HNKYSGDEGG VDLYIGGVEH AVLHLLYSRF WHKVLFDLGY VDSAEPFHKL FNQGMIQAYA
YTDDRGQYVP ADEVVEGPAD ASGEPTFTWN GEHANREFGK MGKSLKNIVT PDYMYENYGA
DTFRLYEMSM GPLDESRPWN TRNVVGGMRF LQRLWRNVVD ETTGQAHVTE DTPDEKTLKL
LNNTIAEVTA EMEGMRPNTA IAKLIVLNNH LTGLKAVPRA AVEPLILMLA PIAPHICEEM
WSKLGHAESL SAEPWPVADE RYVGHDTVTA VVQIKGKVRA KLEVPVDIDP ADLEKQALAA
VADRLGGKEP RKVIVKAPKI VSIVPAE
|
|---|
| |