Ureaplasma Gene Record

Ureaplasma urealyticum  Gene Record for:  UU043

Locus Name: UU043
Gene: conserved hypothetical
Molecule: p
Start: 45312
Finish: 47828
Nucleotide Length: 2517
Protein Length: 838
Frame: 3
Molecular Weight: 95,584
pI: 9.63
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 14. Homology with capricolum putative lipoprotein is way out of register.
Protein Sequence
MKKLKLITLS LSPIPIVAIM ATACSTTKKE KEVDHKQDEL TTINNNLQLE YPQNKDIETS AAIKEEIKPL NLPSGVVFSI KEISPKANDE STLIVKYTLK KGNITKEFKK EINGFKKIRK DQNIANLKDM HDDFKTIFNN IKLKDTFDFK LKGLFNSNFG EYDKLLPSQI INNFAQGVET RINTNQDRLG IEVIDVSYPN KNFGSANREG NLKMSLLVTD KKTKQVFIKS IIAYGFKTNA MGLDENGSIP GGGADLVKPK VDENNYFNKT QLERYEIDNQ AYLNGLKGQH MGKTWQQVRP ELGDNEQKIN EFDQKAKGVS QDAYASAAYK GFTLPVYDKN GDFKGLSINE SSYGQARSWV DTRGRDEWKT TGLPRTLPNE KYRDEALQTL GISSLTLKDG KKDTWDKSSG TTWILDYQKT NDNKYPTKWY FATNLHVADT ITDKTTSIDL MKLMDSVKTK TTLRLSNLDE NIYRFGFASK NNKFLLNHGL KKIYDGRNFL KTKPTEYLTE QQKEKYKDAG SFVDFAVFEL DFEQLKLLNV WNNQLNSNGG VITKYDHSSA QDLAKIITSD YANHSDKQIK FLSKSYLNDY SKIDVPLRST SYKFEGKDEL FALGWPNSTR DGFFERYVDD DQTKYRTTDN FSLWTNSDYR FFGKLTEQEG GQPAFPTERT ERGNYLSYAI GYRSFIDKPG VLDAFISAPH TGNDLYKSLD GKKYINMGLE YMPRHYAPAG GASGSSVRNQ NNEIVGIYHV SNEFASTGLA TAFRSEGYDY KGLYGDKYKE LPQYDLIYGG GKDQATGQSY REKMKEIYKN NNNIKTALFP NGFDQYDEKF KFNNNQSK
Nucleotide Sequence
ATGAAAAAGT TAAAATTAAT CACTTTAAGT TTATCGCCTA TTCCTATCGT CGCGATCATG GCTACAGCAT GTAGTACAAC AAAAAAAGAA AAAGAAGTAG ATCATAAACA AGATGAATTA ACTACTATAA ATAATAATTT ACAATTAGAA TATCCACAAA ACAAAGATAT AGAAACATCA GCAGCAATAA AGGAAGAAAT AAAGCCTTTA AATTTGCCGT CTGGTGTTGT TTTTAGCATT AAAGAAATTA GTCCTAAAGC AAATGATGAA AGTACATTAA TAGTTAAATA CACCCTTAAA AAGGGAAACA TAACTAAAGA ATTTAAAAAA GAAATTAATG GATTTAAAAA AATTCGTAAA GATCAAAATA TCGCTAATCT AAAAGACATG CATGATGATT TTAAAACAAT TTTTAATAAC ATTAAATTAA AAGATACGTT CGATTTTAAA CTAAAAGGTC TTTTTAACTC AAATTTTGGT GAATACGATA AATTATTACC ATCACAAATT ATTAACAATT TTGCACAAGG TGTAGAAACT AGAATTAATA CTAACCAAGA TCGTTTAGGT ATTGAAGTTA TAGATGTTAG TTATCCAAAT AAAAATTTTG GTTCTGCTAA TCGTGAAGGT AATTTAAAAA TGTCACTATT AGTAACTGAT AAAAAAACAA AACAAGTTTT CATTAAATCA ATAATTGCGT ATGGTTTTAA AACTAATGCA ATGGGTTTAG ATGAGAATGG CTCAATTCCA GGTGGTGGTG CTGATCTTGT TAAACCTAAA GTTGATGAAA ATAATTATTT TAATAAAACT CAATTAGAAA GATATGAAAT TGATAATCAA GCTTATTTAA ATGGTTTAAA AGGCCAACAT ATGGGTAAAA CTTGACAACA AGTGCGTCCT GAACTTGGTG ATAATGAACA AAAAATTAAT GAATTTGATC AAAAAGCTAA AGGTGTAAGT CAAGATGCTT ATGCGTCTGC TGCTTATAAA GGTTTTACAC TCCCAGTGTA TGATAAAAAT GGTGATTTTA AAGGTTTATC AATTAATGAA AGTAGTTACG GCCAAGCTCG TTCATGAGTT GATACAAGAG GTCGTGACGA ATGAAAAACC ACTGGTTTAC CACGAACTTT ACCAAACGAA AAATATCGTG ATGAAGCTTT ACAAACATTA GGGATTAGTT CTTTAACTTT AAAAGATGGA AAAAAAGATA CTTGAGATAA ATCTTCAGGA ACAACATGAA TCTTAGATTA TCAAAAAACA AATGATAATA AATATCCTAC AAAATGATAT TTTGCAACTA ATTTACATGT TGCAGATACT ATTACAGATA AAACAACTTC TATTGATTTA ATGAAATTAA TGGATAGTGT TAAAACTAAA ACAACTTTAC GTTTAAGTAA TTTAGATGAA AATATTTATC GTTTTGGTTT TGCAAGTAAA AATAACAAAT TTTTATTAAA TCATGGTCTT AAAAAAATAT ATGATGGTCG AAATTTCTTA AAAACTAAAC CTACAGAATA CTTAACAGAA CAACAAAAAG AAAAATACAA AGATGCAGGT AGTTTTGTTG ATTTTGCAGT TTTTGAATTA GATTTCGAAC AATTAAAATT ACTTAATGTT TGAAACAATC AACTTAACTC AAATGGCGGT GTAATTACTA AATATGATCA TTCTTCTGCA CAAGATCTTG CAAAAATTAT TACAAGTGAT TATGCAAACC ATAGTGATAA ACAAATTAAA TTCTTATCCA AATCATATTT AAATGATTAT TCTAAAATTG ATGTTCCTCT AAGATCTACA TCATATAAAT TCGAAGGAAA AGATGAATTA TTTGCTCTTG GATGACCTAA TTCAACTAGA GATGGTTTTT TTGAACGTTA TGTGGATGAT GATCAAACTA AATATCGTAC AACAGATAAT TTTAGTTTAT GAACAAATTC TGATTATCGT TTTTTTGGCA AACTAACAGA GCAAGAAGGT GGGCAACCCG CTTTCCCAAC AGAACGAACT GAACGTGGTA ATTACTTGTC TTATGCGATT GGTTACCGTA GTTTTATCGA TAAACCTGGT GTTCTAGATG CCTTTATTTC TGCTCCTCAT ACTGGCAATG ATTTATATAA ATCTCTTGAT GGTAAAAAAT ATATTAATAT GGGTTTGGAA TATATGCCTA GACATTATGC TCCAGCAGGA GGTGCATCTG GTTCAAGTGT GCGAAATCAA AACAATGAAA TTGTAGGAAT TTATCATGTA AGTAATGAAT TTGCTAGCAC CGGCTTAGCA ACTGCTTTTC GTTCTGAAGG ATATGATTAT AAAGGCTTAT ATGGTGATAA ATACAAAGAA TTACCACAAT ATGACTTAAT TTATGGCGGT GGAAAAGATC AAGCTACAGG TCAATCATAT CGTGAAAAAA TGAAAGAAAT ATATAAAAAT AATAACAATA TTAAAACAGC ATTATTTCCA AATGGTTTTG ACCAATATGA TGAAAAGTTT AAATTTAATA ACAATCAAAG TAAATAA