Ureaplasma Gene Record

Ureaplasma urealyticum  Gene Record for:  UU045

Locus Name: UU045
Gene: conserved hypothetical
Molecule: p
Start: 50230
Finish: 52734
Nucleotide Length: 2505
Protein Length: 834
Frame: 1
Molecular Weight: 95,984
pI: 9.83
Description: hypothetical membrane lipoprotein
Role:Subrole: Cell envelope : Membranes, lipoproteins, and porins
Protein Analysis
Peptide Information: Select
Hydrophobicity Plot: Select
Prosite Motifs: 1. Prokaryotic membrane lipoprotein lipid attachment site
Coiled-coil Segments:None
Secretory Signal Peptides:Got One!

Genbank Protein Match: gi|762974 Blast Summary Full Blast Results
M. gen. Protein Match: none Blast Summary Full Blast Results
M. pneumoniae Protein Match: No hits Blast Summary Full Blast Results

Notes
Prokaryotic membrane lipoprotein lipid attachment site Prosite motif at aa 16.
Protein Sequence
MKKNKLTTLA LILPITILTP IVIASCTNKT KVKKSSSLDK IASNLKLEYF NNKANTKASS VQKDEIKKPL NLPNDVVFSV KDVFVSHKDQ SVLIVKYTLK KGNEIQEYTY EIKGFKSVYE KDKIVNDLSQ ANEDFKKIVN NIRLKDTFDF KLAAFPNQNY DQLLPSQIYK NYYQGIEIQQ HKYQNELDIK IINFLYPDGD FGSANKNGTL KLSLMLTDKK NNQVYYKLLE VSGFKSNPYG VDENGTIPGI GTERLKPKNQ DDYFSKTQLQ RYEIDNEGYL QILKRQNNDK NWKELRPDLN ATVSDIKHFD EKAKNVGQDS YESAAYKGFT LPVYESDGKI SGLALAGKDT PKGPSWVDAI GRNQWQIGGL PRTLPNEKYR QEAMQTFSLG ILNNDSHKNN TYNKTAGTTW ILDYQKTSDN KYPTKWYFAT NLHVADAINE NTLSINLMRL MDSAQIKTTF RLSNLDENIY NFGFRSKEHG KNLLNHGLKK IFDGRDFLKT KPAEYLINSQ KEKYKDVGNF TDFAVFELDF EKLELVNVWK NFLGENNGLV TKYNNYNPQE LAKVITSNYA NNKNNQIKFL SKSYLSDYSK IDVPLKYRQE DAKTWFKKYD ELFALGWPNS TEDFFFKAYV DDDQLKYRTR DNFSLWTNSD YRFFNNLTQQ EGGQPAFPPE RTERGNYLSY AIGFRSFIQK PGIVDAFIAV PQIGNNLYTS SDNKKYINMG LEYLPKHFAP AGGASGTSVR NQKNELVAIY HAKYDSSKTG LAAAFRSEGY DYQGLYGNYN LPQYDLIYGG GKDQTEKKSY REAMKDIYQN NNIKTALFPD GFDKIPDEFK FNNN
Nucleotide Sequence
ATGAAAAAAA ATAAGTTAAC TACTCTCGCT TTAATATTAC CAATTACAAT TTTAACTCCT ATTGTTATTG CCTCATGTAC AAATAAAACT AAAGTTAAAA AATCATCATC TTTAGATAAG ATTGCTTCAA ATTTAAAATT AGAGTATTTT AATAACAAAG CTAATACTAA AGCATCAAGT GTGCAAAAAG ATGAAATTAA AAAACCACTA AATTTACCAA ATGATGTTGT TTTTAGTGTT AAAGACGTTT TTGTTAGTCA CAAAGATCAA AGTGTATTAA TTGTCAAATA CACTTTAAAA AAAGGGAATG AAATTCAAGA GTATACTTAT GAAATTAAAG GTTTTAAATC TGTTTATGAA AAAGATAAAA TCGTTAATGA TTTAAGTCAA GCAAACGAAG ATTTTAAAAA AATTGTTAAT AATATCAGGT TAAAAGATAC ATTTGATTTT AAACTAGCAG CTTTTCCTAA TCAAAATTAT GACCAATTAT TACCATCACA AATTTATAAA AATTATTATC AAGGTATTGA AATTCAACAA CACAAATATC AAAATGAATT AGATATTAAA ATTATTAATT TTTTATATCC TGATGGTGAT TTTGGTTCGG CAAATAAAAA TGGTACTTTA AAATTATCAT TAATGTTAAC TGATAAAAAA AATAATCAAG TTTACTATAA ACTTTTAGAG GTTTCTGGCT TTAAATCTAA TCCCTATGGT GTTGATGAAA ATGGAACAAT TCCTGGAATT GGTACAGAAC GTTTAAAACC TAAAAATCAA GACGATTATT TTTCAAAAAC TCAATTGCAA CGTTATGAAA TTGATAATGA AGGATATCTT CAAATTTTAA AACGCCAAAA TAATGATAAA AATTGAAAAG AGTTGCGCCC TGATTTAAAT GCAACTGTTA GTGATATTAA ACATTTTGAT GAAAAAGCAA AAAACGTGGG TCAAGATTCT TATGAATCTG CTGCTTATAA AGGTTTTACA TTACCTGTTT ATGAAAGTGA TGGCAAAATC AGTGGTTTAG CATTAGCAGG TAAAGATACA CCAAAAGGGC CGTCATGAGT TGACGCAATT GGACGTAACC AATGACAAAT TGGTGGTTTA CCACGAACAT TGCCAAATGA AAAATATCGA CAAGAAGCAA TGCAAACATT TAGTTTAGGA ATTTTAAATA ACGATTCGCA CAAGAACAAT ACTTATAATA AAACTGCAGG TACAACATGA ATTTTAGATT ATCAAAAAAC AAGTGATAAT AAATATCCTA CAAAATGATA TTTTGCTACA AATTTACATG TTGCAGATGC GATAAATGAA AATACTTTAT CGATTAATTT AATGCGATTA ATGGATTCTG CACAAATTAA AACTACTTTT AGATTAAGTA ATTTAGATGA GAATATTTAT AATTTTGGTT TTCGAAGTAA AGAACATGGC AAAAATCTTT TAAACCATGG ACTTAAAAAA ATTTTTGATG GCCGTGATTT TTTAAAAACA AAACCGGCTG AATATTTGAT TAATTCACAA AAAGAAAAAT ATAAAGATGT TGGTAATTTT ACAGATTTTG CTGTTTTTGA ATTAGATTTT GAAAAATTAG AATTAGTTAA TGTTTGAAAA AATTTTTTAG GTGAAAATAA TGGGTTAGTA ACAAAATATA ATAATTACAA TCCTCAAGAG TTGGCTAAAG TCATTACAAG TAATTATGCT AATAATAAAA ATAACCAGAT TAAATTCTTA TCTAAATCAT ATTTAAGTGA TTATTCTAAA ATTGATGTTC CTTTAAAATA TAGACAAGAA GACGCTAAAA CATGATTTAA AAAATACGAT GAATTATTTG CATTAGGTTG ACCTAATTCA ACAGAAGATT TCTTCTTTAA AGCTTATGTT GATGATGACC AATTAAAATA CCGTACTCGC GATAATTTTA GTTTATGAAC AAATTCTGAT TACCGATTTT TTAATAATTT AACTCAACAA GAAGGTGGTC AGCCTGCTTT TCCGCCAGAA CGTACTGAAC GAGGTAATTA TTTATCTTAT GCAATTGGAT TCCGTAGTTT TATTCAAAAA CCTGGAATAG TTGACGCATT TATTGCAGTT CCCCAAATTG GGAATAATTT ATACACATCC AGTGATAATA AAAAATATAT TAATATGGGA CTAGAGTATT TACCCAAACA TTTTGCACCA GCAGGTGGTG CTTCTGGAAC AAGTGTACGC AATCAAAAAA ATGAATTGGT TGCTATCTAT CATGCTAAAT ATGATTCATC AAAAACAGGT CTAGCTGCTG CTTTTCGATC TGAAGGTTAT GATTATCAAG GATTATATGG AAATTATAAT TTACCACAAT ATGATTTAAT TTATGGCGGT GGAAAAGATC AAACCGAAAA GAAATCATAC CGAGAAGCGA TGAAGGATAT ATATCAAAAT AACAATATTA AAACAGCATT ATTTCCTGAT GGATTCGATA AGATTCCTGA TGAATTCAAA TTTAATAATA ATTAA