Gene SeAg_B1500 details

Gene Information       Plasmid Coverage information       Fosmid Coverage information       Sequence       

Gene Information

Locus tagSeAg_B1500 
Symbol 
ID6794569 
TypeCDS 
Is gene splicedNo 
Is pseudo geneNo 
Organism nameSalmonella enterica subsp. enterica serovar Agona str. SL483 
KingdomBacteria 
Replicon accessionNC_011149 
Strand+ 
Start bp1456499 
End bp1459921 
Gene Length3423 bp 
Protein Length1140 aa 
Translation table11 
GC content39% 
IMG OID642775742 
Producthypothetical protein 
Protein accessionYP_002146378 
Protein GI197248914 
COG category 
COG ID 
TIGRFAM ID 


Plasmid Coverage information

Num covering plasmid clones10 
Plasmid unclonability p-value0.100715 
Plasmid hitchhikingNo 
Plasmid clonabilitynormal 
 

Fosmid Coverage information

Num covering fosmid clonesn/a 
Fosmid unclonability p-valuen/a 
Fosmid Hitchhikern/a 
Fosmid clonabilityn/a 
 

Sequence

Gene sequence
ATGCGTATAA CAGTAAGTGA TATATCAACC AGAGAATCAC AGCAGACGGT ACAGATACAA 
GCTATCAGAA GTTGGGATAC CATACCGTAC CTTTCAATGT TGGATGGACT TTATCAGGAC 
GATATCTTTC ATGAGCAAGT GTCTAATTTA CCAGAAGAAT ATATTAAGTT GGATGAGATG 
GCCAAAGATG AAGAAAAGAA CAGATTAAAT ATTTACGACT TCTTCTTTGA GCCAATACAT 
GAAATTATAT ATGAAGATAT TAAGTCAACA TTGGATTTTT ATTATTCAAA TAGCACAACC 
TTCCGTAGGC TGGTTAATTA TAAAGTAGAG CGCAGTATCA ATGACGATAT AGATACCAAT 
AAATGCGAGG TAAAGATATC TCTAAATTAC AGTTACGAAA ATATTGATGG GGGGCGAGGA 
TATTTATCGC TTCCATTTGA TAAGAACGGC TATCCAATTC CCCCTGACTT TCACAACTGT 
GTGAATGGAA TCACATCAGA AAAATTGTTG TTAGATCTAT TTCTAAAACA TATTTTGCAC 
GATCATTTAA ATGCAAACGG TGAAGTTACA AACGTTTACG CCAATGTTAT TTATAAAGAG 
ATTGATCCTG CTGCAATTGC ACATACATCG TCGTGTTTTT CTCAGGTAAC GATGAGTGGT 
GAACATGAGC TATTTAATGT AGATAGCGTA ACTGTTCCAC CTAAAAGTAC TGAGCAAATT 
ATATCTGAGG GAAAGGAAAT TCAAAGGCAA ATTTTCTTAT CTTCCCATAG CAGCAATCAT 
CTTCAGCCAG TAACCATTCA TAAAATGGAC AGGAGTATTA AAAACATTGC AGTAACTGGT 
TTGTTATTAT CATCAAGATT AGCAGTAACA TCTGGTGATT ATAGGATAAA AAATGGTAAT 
TCAGAAGGTG AGAATAATTT TTTACCCGTT AAAGAATTAC AGAGATATGA AAGGGCTCTC 
CCGGAGGATC ATCCTGCCCC AACTACGGAG CCTAACCTGG CAGGTAAGGT GTTAGATGGC 
CTATTTGAAC ACTTTACATC TATGGCGGGA GGACGCCTTA TCTCAATACT CAAACTACTG 
GTAAAAGAAC AAGAGGCAAA TAGTTATAAA AGAGGCTATC ATGAATTACT TGCGTTTTCT 
CAAACTGGGC AGTGGACGCA TGATGGGAGA GCTATTGCCG CTGAATATAT GTTCAAAGGT 
CTTTTAGTTC ATTTAAGTGA TCGTCTCATT GTTCTCGGTG AGGGAAGTTT CATTTCTGTT 
CTATCTTTTG TAAGAGAAAA TATTCAACAT CAATATAAAA TATATGAGCT AATGGCGCGT 
GATATGCTGG TTCATCCTAT GCATTTCAGT ACTGAGCCTG AACCACTCAT GATAGACAGG 
CCTTTATGGA CAAGGGAAAG CCACTATGCG AAAGTCCTGT ATGAAAAGTT TCCTGCTATT 
TCTGGTTCAA GCTTTGACGT TTTCTATGGT AAGGATGCTA TTATTACAGC ATTAGAAATA 
GTATCTTTCA ATAGACAGGA AAGAGGAAAG AGCGCTTTTA ATAAAAAAAG GATGAATCAT 
CTTTTTAAGC TGATTCAATT AGTGATACAC CATTTATCCA GCAATGGTGG TGATAGAGTA 
TTGCTTAGCC CTGAAGGCAT AAAAAATAAT TTTATTATTA TGCGTAATAT TATTTTTTGG 
TGTGCAAATA TAACGGGGCC AATTAATGAT GAAAAAATAG ACACAATAGC AAGAAAAATT 
GTGGTTAATA ATAAATTTAC CAAAGGTGTT AAATCAACAC TTCCCAAAAG TAACGATCCT 
TTAATATTGT TAATGAAAGC TGCGATCAAT AAACAGCTAA ACTGGGCGGA GAAATATTAT 
CGAGCAGAGA CTCATATGAA GGAACATATG CAGGAGTGTG ATATCTTAGG ACTAATGGAT 
ATCAACAAAA TGGTGCAAGA GGCCGTTGTT GGGCTTATTC ACGAGATCAG TGATATTGCG 
CAAAGCAGTT GGCTGACATT AGAAGAACAA CATGAGAGAC AGGCTCAGGC TCTCGAATCG 
TTCAAGGAGA AACTTTCCTC CATGAATGGC GGGCAAGAAT TCGTTTATGC ATTTAATAAG 
ATTATTCAGG AGGGGTTGGG AGGCTTAATT GAGCTGAGTT TTGATCTTGA TGATACTATA 
CATCATCGCA CAACTTCCTC ATTAAGTCCG GCTGCAAGAG CAGGACTTCA CCTCTTAGGA 
ACGGTCTGGA ATATTGTAAT GGGGCTTATC CCTGGTTTTA ACGCTCTGGC TGGTACCAGC 
AGTATTCTTA ACCGGGCTGT TGTGGAAAAC TCTGCGGATG TATGCGGTTA CGTACAGGAT 
ATTATTCGTA TCGGTATGGA GGCTGTTCCT GTTGCTGGAG CGAAGTTCAC AGAAAGAGCG 
GCAAATGCAA AGTATACGGG CCTCCGATTT GTTGAAAATA AAATACAAAG AGGTGTAGTA 
CGAGCGCCGA TTCAAAAGGG GAGTAATTAT AAAACTATAG AGTCAATAGA AAATACAGAT 
TTTATTTATC AAAAAAGTAA TCAGAAAGTT CTTGAGTTAG GTCCAGCGGG AAACGATGGG 
CTCTATCGCG CTACCGGTTT TGATAAACAA ACGTATGGTT ACTACAAACC GTCAGGAGAA 
GGCTTTTACA GAAAACAAGC CTCATATCCA CCGCTGTCAT CGGAAGCGCC TAATACGATA 
AAATATGGCG ACAGAGAGCT CATTTTAACT AAAGAACCCG GTTCAGAAAC GTATCAGGCA 
ATCTATTCGG ATAGCGGAAA AAATTCAGCC ATGACATTTT ACCGCTCTTC TGATGGAAGA 
TTTTATCAAG CGTCAGGGCT GAAAGGTGGG GGGCTTATTC GCCATATTGA TAAGCCTTAT 
TCAGAGTTAA GAGAAGGAGA CGCGGGTTAT GATGAAGAAC TTCTGGATAT AACGGATGAT 
TCCCCCTTAC TGGAAGATAT ACTGGCCTCT CTGTCAGAAG ATTTATACCC TACATCAGAA 
GAAAATGTAC AAAGTATTTA TAAGAAATAC CAGAGTGGGG ATGCTGCAGC AGGGGAGACT 
GAAGTTGTAT TATGCCGAGG TACAATAGGT CCGCAGGCTG AAAATATTGT TAGTTTTAAA 
ACAGCAGGCG GTATTGAGGG GGGCGATGTA GAGGTATTGC CTGTCTCTGC TGAAATAGCC 
AAAGAGCAGG TTCGAAGTGG AAGAATCGTA CCTGAATATA CCACCGATCT TAGTGTTGCC 
GACAGGTTCA GCAGGGAACA TTATCTTATT ATCGTTAGGG TAAAAGTCAA ATATCTTACA 
CGAGGTAGTG TCAGTGAAAG TGGCTGGGTT ATGCCAAAAA ACACACCAGT GGACCCTGTT 
GGTATAATTG ACAGGACATA TGGTAAAGCA GAAAATACGG GGCAGGCAAA CGCTTCTAAG 
TAA
 
Protein sequence
MRITVSDIST RESQQTVQIQ AIRSWDTIPY LSMLDGLYQD DIFHEQVSNL PEEYIKLDEM 
AKDEEKNRLN IYDFFFEPIH EIIYEDIKST LDFYYSNSTT FRRLVNYKVE RSINDDIDTN 
KCEVKISLNY SYENIDGGRG YLSLPFDKNG YPIPPDFHNC VNGITSEKLL LDLFLKHILH 
DHLNANGEVT NVYANVIYKE IDPAAIAHTS SCFSQVTMSG EHELFNVDSV TVPPKSTEQI 
ISEGKEIQRQ IFLSSHSSNH LQPVTIHKMD RSIKNIAVTG LLLSSRLAVT SGDYRIKNGN 
SEGENNFLPV KELQRYERAL PEDHPAPTTE PNLAGKVLDG LFEHFTSMAG GRLISILKLL 
VKEQEANSYK RGYHELLAFS QTGQWTHDGR AIAAEYMFKG LLVHLSDRLI VLGEGSFISV 
LSFVRENIQH QYKIYELMAR DMLVHPMHFS TEPEPLMIDR PLWTRESHYA KVLYEKFPAI 
SGSSFDVFYG KDAIITALEI VSFNRQERGK SAFNKKRMNH LFKLIQLVIH HLSSNGGDRV 
LLSPEGIKNN FIIMRNIIFW CANITGPIND EKIDTIARKI VVNNKFTKGV KSTLPKSNDP 
LILLMKAAIN KQLNWAEKYY RAETHMKEHM QECDILGLMD INKMVQEAVV GLIHEISDIA 
QSSWLTLEEQ HERQAQALES FKEKLSSMNG GQEFVYAFNK IIQEGLGGLI ELSFDLDDTI 
HHRTTSSLSP AARAGLHLLG TVWNIVMGLI PGFNALAGTS SILNRAVVEN SADVCGYVQD 
IIRIGMEAVP VAGAKFTERA ANAKYTGLRF VENKIQRGVV RAPIQKGSNY KTIESIENTD 
FIYQKSNQKV LELGPAGNDG LYRATGFDKQ TYGYYKPSGE GFYRKQASYP PLSSEAPNTI 
KYGDRELILT KEPGSETYQA IYSDSGKNSA MTFYRSSDGR FYQASGLKGG GLIRHIDKPY 
SELREGDAGY DEELLDITDD SPLLEDILAS LSEDLYPTSE ENVQSIYKKY QSGDAAAGET 
EVVLCRGTIG PQAENIVSFK TAGGIEGGDV EVLPVSAEIA KEQVRSGRIV PEYTTDLSVA 
DRFSREHYLI IVRVKVKYLT RGSVSESGWV MPKNTPVDPV GIIDRTYGKA ENTGQANASK