| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Mfl509 |
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| Symbol | |
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| ID | 2897733 |
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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 | Mesoplasma florum L1 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_006055 |
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| Strand | - |
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| Start bp | 598961 |
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| End bp | 602203 |
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| Gene Length | 3243 bp |
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| Protein Length | 1080 aa |
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| Translation table | 4 |
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| GC content | 27% |
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| IMG OID | 637520571 |
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| Product | spermidine/putrescine ABC transporter permease component |
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| Protein accession | YP_053751 |
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| Protein GI | 50365326 |
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| COG category | [E] Amino acid transport and metabolism |
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| COG ID | [COG0687] Spermidine/putrescine-binding periplasmic protein
[COG1177] ABC-type spermidine/putrescine transport system, permease component II |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 48 |
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| Plasmid unclonability p-value | 0.637627 |
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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 | ATGAAAAGAT TCGTCAGATC AACTTACTTT GCTTTAATCC TTTTAGTAAT ATATGTCCCT
ATTGGAATCA TGGTATTATT TTCTTTCAAT AGTGGTTCAT CAGTTTCAAA CTGAATGGGT
TTTAGTACAA GATGATACGA AGAGTTTTTT AAAAACTCAC CTTTTATTAA ATCAATTATT
ACTTCACTTT TTGTTGCTGT AGTTTCAACA ATGATTAGTG TTGTAATCGG AGTTATGGCT
GCTATTGGAC TTAGCAGATT AACAAAAAGA AAACAAAGCA AATGAATGTC AATTGCAAAC
ATTCCATTAA TTAATGCTGA TATTATTACA GCTGTTGCTT TAATGGTAGT ATTTTTGATA
TGTGGATTAA AATTTGGTAT TTTAACTTTA ATTATGGCCC ACGTTTCATT CAACGTTCCG
TATGTTTTAA TTACAGTTAT GCCAAGACTT AGAAAAGTAG ATAAATCAAT AGTTGAAGCT
AGTTATGATT TAGGTGCTAA AACAAGTACT GTTATATTTA AAATTATTTT ACCTATTTTA
AAACCAGCAA TTATTATTGC AACTATCATA GCATTTGCAA TGAGTTTTGA TGACTTCATC
ATTTCATACT TTACAGGTGG AGCTCAAACA AACGTTGCGT CATTTATTTA TTCAGCAAAA
AGAATTAAAC CTTATATTTT TGCATTTGGA ACAATGATGG TAGGAATCAT TGCAGCAGGT
GTAATTATTT GAAACGCTTT CTTATTTGCT CAAGATAAAA AAGAAACAAC AAAATTACAA
ATTAAAAATG GTACATATAA AACTAAAGAA ATATATAAAT TAGAAAAAGA AATTCAAATG
TTAACAGATT CATTGAATAC TGGTACAAAA AGAAAGATTT CTTTCAACTT ATCAATATGA
TTTAAGTTTT ACGTATTGAA ATTTAAACTT AAAATTGCTA ATTCAAAAAA CTATGATAAA
AAAATAGCAA AATTAGAATG AAAAAGATAT AAATTGCAAA ATACAATTAA CCGTGAAAAA
AGATATGGTG CTAGATTGAA AAAAGCAATT GCAAAACAAA AACAACTTGA AAAACAATTA
TCTAAAACAA CAGATATTAA GAAAGCAGCT AAGATTTCTA TTCAGTTAGA AAAAATAGAA
GAAAAAGTAA CATTCCTTTC TGAAGAAGTT GCATGATTAA ATGAAAAAGA AAAAGAAGCT
AAAGAAAAAG CCGCTTCAAT TAACAAAAAA ATTAAACAAC TTAAAAAAGA ATTTAAAGCA
GAAATTGATC CTTCAAAAAG TACTATTAAT TGATATAACA AAAAAATTAA ATACTATGAA
GAATGAAAAA TTGAAGTTGA AGAAGGAAAA AATAACTTTA AACTTAGAAT GATTGTTGAA
AAATTGAAAG ACATTAAACA AATTAACGAA AACAAAATTA ATGATTTAGC AAGTAGATTA
GATTTAGTTG CAACACAAGC TTTTAGAAAA ATAAGTGTAA CAAGCAAAAT AAATAACAAA
ATTTCAAAAA ATCCAAATGA TAAAGAATTA ATTAATTTAA AAAATGAAGC TTTTGTAAAA
TTTGAAACAA AACAAAATAA TTTAATAAAA GCAAAAGATG AAAAAGTAAC ACATATTAAG
TTAGCTATAG CAAAACAAAA AGAAAAATAT TTCCCAACAA ATATTGATGA AGCAAACTTT
ACAAAAGGTT TCTTTGCTAG AAGTTGAAAA GTACTTTTAG TGTCACTTTT ATTCTTAGTA
TCATTTACAG GATTAACTGT GGCATTTGTT ATGAATAATA TTTATGATTT AGTTATTGGT
AACTGGGGAG AATATATTGA TCCATCTTTA ATTAAAGAAT TTGAAAAAGA ATACAATGTT
AAAGTTAACT ATCAAGAATA TGATTCAAAT GAAACACTTT ATAATAAACT TTACACATTC
AACTATGACT TAATGGTACC TAGTGATTAC ATGGTACAAA AATTAGCTGA AGAAGGTAAG
TTAGAACCAT TAGATTATTC AAGAATTAAT GCATGATCAG AAGGATTTGA TGGTTTAGAA
AAAGGAATTA ATCCAGATAA AAAACCTTCA GAAGAATTTA TAGCAAAAAC TCAATCAGAA
GAAGAAGCTG AAACATTACA AATAAGTGAT GAGCTTTTAG ATATTATGTA TAAATCTAAA
GTTAATTATT CAGAGTCAGA AGAGTATGAA GAAACTCAAT TAGGTACAGG GTCAATTATT
GATTATGCTA TACCTTATTT ATGAGGAGAT TTAGTTATTG CTGTTAACCC AAATTCAATG
GGAACAAGCA GAACAAGTTC AAATCCAGAT GCAGCTAATA TAAAATGATT ATTAGAAACT
CATCCAGAAA CATTATTAAG AAAATTAAAA TCTGGTGAAG AAGCAAAATG AGAATCAATT
GGTAATAACA CAGACTATGA TAAAGATTAT GACTATGCAA TGAATAACTC TGAACTTTCA
TGAAGAATTT TATGAGATGC AGCAGCGGCT GGTAAAGAAG TTGTTTTAAA TGAAGATCCT
AAAAACGTTT ATGCAATGGC AGGACAAATA TTGTATGGTA CTGGTAATTT AACTAAACAA
AGTCAAATTG ATGCAGCTAC AAGAGAGTTA GCAACATTAT TAAGCTATAA AAAAGTTGGA
TTACAAGGTG ATTCATTAAT TCAAAGTGCA GCTGAAGGAA GATTTGACTT TGCTGTTATG
TATAACGGAG ACTTATCATA TGCTAATGTT GTTTATAATG GTGAGGATAC TTTAGAAACA
GATGAAGATG ATGATACATA TTCAGTTCAG CCTAAAGCTG ATGAAGATGA AAATAAAGTT
TACTTCTTAT ATGGTAGACC TAATGCAGAA GTTGAAGGAG TAAATGGTGA AAAACCAACT
GAAGAAGATG CACCAACTCA TCAAACAACA AACATATATT CAGATAATAT GGTTATGTCT
AAATATTCTA CACATAAAGA TATCGCTTAT GACTTTATTA ACTTCTTTAT AGCACATGCT
GAAGATATAT CAGATTCAAC AGGTACACCA ACTGGTTTTG TTGAAACATT GGCTTCAGCA
ACAGCAGCAC CAGTAGATGG TGAAGAAGAA GGAACATACT ACAGATATGC AGATATGTTT
AAACCTATTA TTTTACAAGA AGGATCAGGT TACAAAGACA CATGATTGCA ACCATTCTTT
AATAATGAAT TAGATCCAAA ATTAATTGAT GCATATAATA CATTACGTGC AGGTAAAAAT
TAA
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| Protein sequence | MKRFVRSTYF ALILLVIYVP IGIMVLFSFN SGSSVSNWMG FSTRWYEEFF KNSPFIKSII
TSLFVAVVST MISVVIGVMA AIGLSRLTKR KQSKWMSIAN IPLINADIIT AVALMVVFLI
CGLKFGILTL IMAHVSFNVP YVLITVMPRL RKVDKSIVEA SYDLGAKTST VIFKIILPIL
KPAIIIATII AFAMSFDDFI ISYFTGGAQT NVASFIYSAK RIKPYIFAFG TMMVGIIAAG
VIIWNAFLFA QDKKETTKLQ IKNGTYKTKE IYKLEKEIQM LTDSLNTGTK RKISFNLSIW
FKFYVLKFKL KIANSKNYDK KIAKLEWKRY KLQNTINREK RYGARLKKAI AKQKQLEKQL
SKTTDIKKAA KISIQLEKIE EKVTFLSEEV AWLNEKEKEA KEKAASINKK IKQLKKEFKA
EIDPSKSTIN WYNKKIKYYE EWKIEVEEGK NNFKLRMIVE KLKDIKQINE NKINDLASRL
DLVATQAFRK ISVTSKINNK ISKNPNDKEL INLKNEAFVK FETKQNNLIK AKDEKVTHIK
LAIAKQKEKY FPTNIDEANF TKGFFARSWK VLLVSLLFLV SFTGLTVAFV MNNIYDLVIG
NWGEYIDPSL IKEFEKEYNV KVNYQEYDSN ETLYNKLYTF NYDLMVPSDY MVQKLAEEGK
LEPLDYSRIN AWSEGFDGLE KGINPDKKPS EEFIAKTQSE EEAETLQISD ELLDIMYKSK
VNYSESEEYE ETQLGTGSII DYAIPYLWGD LVIAVNPNSM GTSRTSSNPD AANIKWLLET
HPETLLRKLK SGEEAKWESI GNNTDYDKDY DYAMNNSELS WRILWDAAAA GKEVVLNEDP
KNVYAMAGQI LYGTGNLTKQ SQIDAATREL ATLLSYKKVG LQGDSLIQSA AEGRFDFAVM
YNGDLSYANV VYNGEDTLET DEDDDTYSVQ PKADEDENKV YFLYGRPNAE VEGVNGEKPT
EEDAPTHQTT NIYSDNMVMS KYSTHKDIAY DFINFFIAHA EDISDSTGTP TGFVETLASA
TAAPVDGEEE GTYYRYADMF KPIILQEGSG YKDTWLQPFF NNELDPKLID AYNTLRAGKN
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