Ureaplasma Gene Record

Ureaplasma urealyticum  Gene Record for:  UU047

Locus Name: UU047
Gene: conserved hypothetical
Molecule: p
Start: 55161
Finish: 57764
Nucleotide Length: 2604
Protein Length: 867
Frame: 3
Molecular Weight: 99,296
pI: 9.87
Description: hypothetical ATP/GTP-binding protein
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
2. ATP/GTP-binding site motif A (P-loop)
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. ATP/GTP-binding site motif A (P-loop) Prosite motif at aa 733.
Protein Sequence
MKIKKLIASV SIITPIVFVS ALAASCVNNK HEDKNIVHNS SDHGNNKKNN FTNDLNQNLT THEFKSNLIS TSQLDNIAKL INFTYENKAN TYLKNILINQ LKHSPIQNQD FKLEIIGLYP KQNSLQDLII YYKLTNQKTK EIKGYYFELN GFKKPDNTIF SNQLTPELKK IIDTIQFKKT FDLVINNQQV LNYENVLPSQ IKNQLLMGLK VIQKEYTDKI KLSVLDVLFI NEGGQINANK LGAFSLLLEV LDLKSKKTYQ ILIPVDKFKT NPYGADEYDL LPTQVNNGFA PTSLAQINQY NNADQQTRYL YDNENYLKSL KAYQRNVNWY QIRQDLINNK QKINEFDQKA PQVFQDSYES AARKGFTLPV YDEDGKYQGL SFNETEIGKS VSWVDAIGKD QWKINGLART LPNDMYKQIA LQTFGIQIQT PNGKPRESDV VAGTMWIMDY QKRNDNKYPT KWYFGTNLHV AEALKSTTTV FGINKIMPTV KTKTTLGLAN ADDNIYRFSL VSKDNQPNMD KPISNGIKTI YDGRDFLKLN PSDLLTSKLK NKYHNLQEFV DFAVFEIDFE KIKLGSITKN FYSGSDWSVD KYNNLDPSEL AKLITNDYAQ KPNEQIKFLS KSYLNDYARI NVPLDSKYNQ AFDTNKYDEL YAVGWPSSAS DYFLDPIKDQ KQFESRRESY SLWINSNYQF YNKLNHNPPL FPLTQINRGD FLSYNIGYRS FTNKPGLLDA FIASPITGKT VHKSTDNQNY IGFGLNYLPM HYSPIGGSSG TSLRNQKNEL VGIWHVGNGF AQTGLAAAFR SEGYDYHGLY GSYNLPQYDL IYGGGKDQKT SYRQAMMALY KNKNIATALF PNGFGEDQIP SAFKFKN
Nucleotide Sequence
ATGAAAATTA AAAAACTTAT TGCAAGCGTT AGTATAATCA CACCAATTGT GTTTGTTTCA GCTTTAGCAG CGTCTTGTGT TAATAATAAA CATGAAGATA AAAATATTGT GCATAATAGT AGTGACCATG GTAATAATAA AAAAAATAAT TTTACTAATG ATTTAAATCA AAATTTAACA ACCCACGAAT TTAAATCAAA TTTAATAAGT ACTTCCCAAT TAGATAATAT AGCCAAATTA ATTAATTTTA CTTATGAAAA TAAAGCTAAT ACTTATTTAA AAAATATACT TATTAATCAA TTAAAACATT CACCTATTCA AAATCAAGAT TTTAAACTAG AAATTATAGG TTTATATCCT AAACAAAATT CCTTGCAGGA TTTAATTATT TATTATAAGT TAACTAACCA AAAAACAAAG GAGATTAAAG GTTATTATTT TGAATTAAAT GGTTTTAAAA AACCAGATAA CACCATTTTT TCAAATCAAT TAACGCCTGA GCTAAAAAAA ATTATTGATA CTATTCAATT CAAAAAAACT TTTGATCTCG TAATTAATAA TCAACAAGTA TTAAATTATG AAAATGTTTT ACCTTCACAA ATTAAAAATC AATTATTAAT GGGTTTAAAA GTTATTCAAA AAGAGTATAC AGACAAAATT AAACTAAGTG TACTTGATGT TTTATTCATT AACGAGGGTG GGCAAATTAA CGCTAATAAG TTGGGGGCTT TTTCTTTATT ATTAGAGGTT TTAGATCTTA AAAGTAAAAA AACTTACCAA ATTCTTATTC CTGTTGATAA ATTTAAAACT AATCCTTATG GTGCTGATGA ATATGATTTA TTGCCAACGC AAGTTAATAA CGGATTTGCA CCAACTAGCT TAGCTCAAAT TAATCAATAC AATAATGCTG ATCAACAAAC ACGTTATTTA TATGATAATG AAAATTATTT AAAATCATTA AAAGCATATC AAAGAAATGT AAATTGATAC CAAATACGCC AAGATTTAAT TAATAATAAA CAAAAAATTA ATGAATTTGA TCAAAAAGCA CCACAAGTTT TTCAAGATAG TTATGAATCT GCTGCTCGTA AAGGTTTTAC TTTACCAGTA TATGATGAAG ATGGTAAATA CCAAGGTTTA TCATTTAACG AAACTGAAAT TGGAAAAAGT GTTTCGTGAG TTGATGCAAT TGGAAAAGAT CAATGGAAAA TAAATGGTTT GGCTAGAACT TTGCCTAATG ATATGTATAA GCAAATTGCT TTACAAACAT TTGGCATTCA AATTCAAACG CCAAATGGTA AACCACGCGA ATCTGATGTA GTAGCTGGAA CAATGTGAAT TATGGATTAT CAAAAAAGAA ATGATAATAA ATATCCTACT AAATGGTATT TTGGCACAAA TTTACATGTT GCAGAAGCAT TAAAGTCAAC AACAACAGTT TTTGGTATTA ATAAGATAAT GCCAACAGTT AAGACTAAAA CTACTTTGGG TTTAGCGAAC GCTGATGATA ATATTTATCG TTTTAGTTTA GTTAGTAAAG ATAATCAACC AAATATGGAT AAACCTATTA GTAATGGTAT TAAAACAATC TATGATGGTC GTGACTTCTT AAAATTAAAT CCTAGTGACT TATTAACATC AAAATTAAAA AATAAATACC ATAACCTACA AGAATTTGTT GATTTTGCTG TTTTTGAAAT TGATTTTGAA AAAATAAAAC TCGGCTCTAT AACGAAAAAT TTTTATAGTG GATCAGATTG AAGTGTTGAT AAATATAATA ATTTAGATCC AAGTGAATTA GCTAAATTAA TCACAAACGA TTATGCACAA AAACCAAATG AACAAATAAA ATTTTTATCA AAATCTTATT TAAATGATTA TGCACGTATT AATGTACCTT TGGATTCAAA ATACAATCAG GCTTTTGACA CAAATAAATA TGATGAATTA TATGCTGTAG GTTGGCCAAG CTCTGCTTCT GATTATTTCT TAGACCCAAT TAAAGATCAG AAACAATTTG AATCAAGACG TGAAAGTTAT AGTTTATGAA TTAATTCTAA TTATCAATTT TATAATAAAT TAAATCATAA TCCTCCTTTG TTTCCTCTTA CACAAATAAA TCGTGGTGAT TTCTTGTCAT ATAATATTGG TTATCGTAGT TTTACTAATA AACCTGGATT GCTTGATGCT TTTATTGCTA GTCCTATTAC TGGTAAAACT GTACATAAAT CAACTGATAA TCAAAATTAT ATTGGGTTTG GTTTAAATTA TTTACCGATG CATTATTCTC CAATTGGGGG TTCATCAGGG ACAAGTCTAC GTAATCAAAA AAATGAATTA GTGGGAATTT GGCATGTTGG TAATGGTTTT GCCCAAACAG GTTTGGCTGC TGCTTTTCGA TCTGAAGGCT ATGATTATCA TGGATTATAT GGTAGTTATA ACTTACCACA ATATGATTTG ATTTATGGTG GTGGAAAAGA TCAAAAAACT TCCTATCGCC AAGCAATGAT GGCGTTATAT AAAAATAAAA ATATTGCAAC CGCTTTATTC CCTAATGGTT TTGGTGAAGA TCAAATCCCC AGTGCTTTTA AATTTAAAAA TTAA