MyMpn Project

Name	mpn684
Stable ID	MPN684
Location	806892 - 812540 -
Sequence	1 ATGTTTTCGT TTTTTAAACA GATCTTTAAG TCACTCAAAA AGTTCTTCTT TTTACTTTTT 61 GGGATTATTT TCGTCCTTTT CAGCATTATC TTCCTGGAAA CGTCGATTCT TCAGTTAAGT 121 AATAACCTTG TTAATACTTA TACTGCCCTT GTTCAAAAAA CGAATTCTTC TGACATAGTA 181 GCACCGGCTA TCTTTAAAGA AAGTAGTCCG GTGTATAAAA CGGAACTTAA AGAAGAAAAA 241 AGACATTTTT CCAAAATCAA GTTAACCGAA AAGAAGATTA ACTTTATCTG GCCCTACCAA 301 GAATCTGATT TTGGGAGTGA TTCTGAAAAG AAAGATTCAA CCACCAAATC ATCAGATAAT 361 AACCCACGAA AAGGTGATGT TAACGATAAA GACAAACTCT TTTTAGCTCG TAAAAGAGGC 421 ATTTTGAAAG CTTACGGGGA AGCCAACATT GCCGAAAAAC GGATCTATAA GGGTTTAGCT 481 GTTTCCTTTC AAAATACCTA TTCTTTTACT GGAACCGATC AAGAAAGTAA TAACTTAAAC 541 CAAAATACGG TTTCCGATCC CCAAAACCTG ATTTATGACA AAGAAGGTAA CCTTTTAGGT 601 TACTTTGTCG ATGGTTTAAT TCTGGATGGG ATTCCCCTGC GCGCTGGGAT TGCTCGCTTT 661 CCTGGTGATA AAGGGAAGGG TGAGGATAAG AAAACTACTA AAAAAAAATC AGAAATCAAG 721 CAAGCGAGTA GTGCCACAAC AGTTTTACAA CCGTTAGCAG CTCAGGCCAA GATGACTGAT 781 GCTAAAGAAA CCACAAATAA CGAGGAGCCC AAAAAAGATA GTAATGTAGA AGAACAATAC 841 ACTACCAATA ATAAAGACAA AGTTTGGTTT AAAAGTGATG AAACTCAAGC TGGTAGTAGC 901 AGTGGAGAAA GCGAAACCAG TAAACTAAGT ACCTCTTATC TATTTACCGG AGGGCAAGAA 961 GCTGCTAACT GGTTTCCCAA TCTGTACGCT AATGTACCTA TTGTGCTCCC GATTAGTCCG 1021 GGTTCCCAGT TTTGGTTAGA GACTAATCCC TTTAAAGAAA TAATAGAGGT CTTCCAAAAA 1081 GAAAAAGAGG AAAAAGAAAA ACAATCTTTC TCCTTAACTT TTACTTTAGA TACAAGTAAG 1141 TTATCTCATT TAGATAAGGA AGAATTTGAC TGATTAGAAA AGCAAGCAGA AACTATTTCT 1201 AGCGGTTCTT CCTTTGGTGA CTATAACCTC AAGAAGAAGA TTAATAGCCT CAAATCGTTT 1261 GAGCTTAACA TCAATAAGGA CTGGCTCAAA AATAAGGTTA AAGCCGAAAA GGAAACGATC 1321 TTAGATTCTT TACCGGGGTT TAGTAATAGT GATAAGAATA CGATTTTTAG TACACAATCA 1381 GGCGATGCTA AGTCTGGCAC TCAGAGCAAT CCCTCTAGCT TGATTGCACT TCGCTCTTCT 1441 GTTTCTTTCA AGCCGCAATT ACAACAAACG AACGTTGCGT TGGCTCAGCA ACAACAAGAT 1501 AAGCAGGAAA GTAGTGCAGA TGACGGTGTA AAAGATCCAA CTTTTAGTGA TGTCCAAACT 1561 GAATTCGACA AAATTGGCAC CGAAAACCAC ACTCCGCAAA AGAATTTAAA TAACGTTTAT 1621 GCTGCCCTTT TACACCAATG AAAAAGCATC TTCCAGGAAG ACCTGGTGAA GAAGGTCACC 1681 GCGTTATTAG AAAAATACCG CGATGCCTTC TTAAAGGCGA AAGCCTTAAA GGAATTGGAG 1741 TTTTCCCGGC AAAACTTAGC GATTGCTACC AATGTTAGCT CCGAAGAATC CGCTTCCTTC 1801 TTGGTCTCCA ATAAGGATTC CCAGAAGTAC AACGACCTTT CTATTATTGA AGGGATTAAC 1861 TTTAAGTCTT GGCTTGCCAA GGAAAAAAGC AATCCTTTAG ACATGGTATA TGGGGGCAAG 1921 AGTAACAGTG AAGGCTTCTT GGAAAAGGTT GAGTATGAGT TTAAGCCTAC TCAAACAGAT 1981 GAAAAGAAAA AAGCAGCAGC CAAAACTACG CAAGGCACAA CGGACTCTTT AACCCAGTTA 2041 GCAGATGCAT CTTCTTCCTC CAGCTCCTCT TCAACTGGTG ATACTAAGAG TACTTCTACC 2101 AAATTCCAAA TCTACCCCAA ACTAGCTAAC ATCTTAGCCC AAGCCCAACT CCCCGAGGCT 2161 TCCAGTATTC CTGATACCTT AACCAATGCC ATTAAGCAGT GGTCTACATT AGATAAAAAA 2221 GGCTTTGAGG CTTTAGATGA TACAGGTAAG AGTAAAGCCG CTAACAACTA TGTTGCTTTA 2281 TTGAGTTACT TTACCCCGGA GTTTCAAGAT CCGAATGAAC TGGTAGTAAC TAACCGCCAA 2341 AAGTTAGATA TCCCGATTAT CTTTAAAAAC GGGGTTAACC CGTTAACACT ACCCACCGAC 2401 CAACAGTCCT TGGTAGTCCA AACCCCGGAA GCCCACGGTG CGGTGGTATC CCAGCAATGG 2461 CTATTTAAAC ACGACAAGGA AGTATTACCT TTAGAAGGGG AATACTCCTG AAAAGAAGCG 2521 TTAGAAAACC CGAAGAATTT ACCCAACTGG TTAAATGACT TACCGGACAA ATACAAGTTC 2581 TCAATTAACG GGTTAACCTT TGCCATTCTA GGGGTTGGGG AGTCGGTAGA AACCGGTTAT 2641 CCGGTATTGT CCACAAACTC ACCGCTGCCC AACTCCCAGG ATGAAGGCTT AATCTTTCTC 2701 AATGAGCAGG GATACCGCAG TGTCTTGTTT GCTGTGCCTG CTGCTAGTGA GGAGAACTAC 2761 TACGCCTTTA AGTCGGATGA CATTAAAGCG AAGTTCCCTG GCCAAGATCC GATCCAGGTG 2821 GTGGCCTCTA AGTTAAAGGG CTATCTCAAC GTCCCTGACA GTGATCTCGC CTTTAACGTT 2881 AAGGACATCT CCAAGTTCCA GTACTTAACT ACAGCCCGGA ACTATTTCCC GGACTTAGTG 2941 CAGAACTATT TAGCCATTGC CAGTGTGGTC ATTGCGGCCT TCTTATCCAT CTTGGCCTTA 3001 TACCTCACCA TTCTCTTAAT TAAGTCTTTT ATTAAGAAGA ACCAAACGGA GTTCTCAATT 3061 ATCCGCGCTG GTGGGTTCTC CACAGCCAAG TTTATTGCCG GCATGAGTGT GTTTGCCGGC 3121 ATAGTAGCCT TGGCCTCATC CTTCTTTGGG GTCTTATTTG CCTTCCTTTT AGAAAGACAA 3181 GTTAAGGGGA TTATCTCCAG GTATTGGTTT ATAGCCCTAC CGGCCAACAG CTTTAACTGG 3241 ATTTCCTTCT TTGGATCAAT GCTGTTGATC TTTGTGATCT TCCAGTTTAT TAGCTGAATA 3301 GCCTTTAAAC AGCTCTTTAG TAAACCGGTT AATGTCCTGA TTGACCAGGG TAATGAAACC 3361 AAGTTCTCGG TCTTCTTGCA CTTATTAAAG CGCAAGAGTT ACACCATGAC TCCCTTGGGT 3421 AAATTCCGGG TGTCCTTGAT TATTTCCCGG TTATCGCGGT TATTTACCTA TGTGGGGTTA 3481 AGTTCGATTG CCCTGCTTTT AATTGGGATT GCCGGTACCA TCCCGCAAAA GTTTGGGGCA 3541 GCGCAGTCCA ACACCGTTTT AAACCGCAAC TTTAACTATA GGTTGAACTT GCAAACCCCC 3601 ACAGAACAAT CCGGCTGGTA TGCAATCCAA CCCTACTCCC GGTTTGGTCA AACTGATGAT 3661 AGTTTGGGGA TTAAGGCCTT GTATAAAGAT AAGGGTGATC AAATTCAGCA ACAGCAACAG 3721 CAGCAACAAC AGCAAGGCAA CGACAAAGAA CACCCATACA ACCTCAAAGA GTTAAAGATT 3781 AGTGATAGGG GCGGAAACCC AATCAAGCAT AATGGTAAGG AAATCGAACT CGGTAACCTC 3841 CTTCTCCCAA GTTTTGGTGG TGCCCAACAA TTAAACACTG ACGAAAACTT CTTCCGTCAT 3901 GCTTCGTTGT CGAAGTGGCT CATTGACTTC CCAATTCGCG TTGGTGGTGC CAACATTAAC 3961 CCGTGGGAAA TTGTCGAGAA GTCCATTCCT AAACAAATTA CCCAATTGTT ATCGGCTTCC 4021 AGTGACCAGT TTTTAATTGC GGTTCTTACT GATGACTACT TTAATAACCT CAACAATAAT 4081 GGTTTCTTAA CCCGCAACCC TCGGACTAAC TTTATTCAGT TGGATGCCGC TAGGGTATTA 4141 ACCCAGATTA ACGTCTTCAA TCCTGGTGGA GTTAAATTTA ACGAACAATT CCTTAAATTC 4201 CTTACTAAGG TCTATGGTGA TCCGGAGTTG TCCTACCAAG ACTCGAAGTT AACGTACGGG 4261 ATTGTCCCGG TTGATCCACA AATAGAGGAG ACATACACCT ATGTTCAAGG ACCATTTGGT 4321 TTTAAGGAAA CCGAGTTGAA TCCTGATTCC CCTTACACCT TAACGGGAAT TAGTCCCGAT 4381 TCCAAGTTTG TCAACCTCAC TGACAGCGGT GGTAACTCCT TGAGGAGCTT AATTAGCTCT 4441 GACAGTGAGA TGAATGTCAT TGTCAACGCT GGCTTTCAGT ACGCTAATAA CACCAAGATC 4501 GGGGACTTCA TCTTTATTCA ACCCAAGAAC ACTGCGACCC GCTATTCAGA GAAGTTCTTA 4561 AAGAGCCCAC CTAAAACACC AACCGTGAAG TTCCGGGTTG TCGGGGTATC TACCGATGCC 4621 TTTGGCCAAG AGTTGTATAT TAACCAAAAC ATTGCCAACC GCTTGTTAAA GCTCAATGGC 4681 TTTGATGGCC GCGGGGTCAT TAAGGATGTG GTGAAGGACG GCCAATCCAC CGATGATAGC 4741 GGTGGTACTT CGTCTGGCGG TGGCTCTTGT GGGGGTGGAA GTACCTCTTC TACCACCAAA 4801 GACAAGTACA AGATTGAGTA CGTCAAGCCA ACTGGTTATG TTCCCTTTAA CGGGGTCTTC 4861 TCCAAGGAAC TCAACCCTTC TTTGGTAAGT AAAGCGCTAG TACTTAACTC CAACATTGGT 4921 GTCTGGGGTA ACTTTACGGA TTTTGGTAAT AACTTTACTA ACCTCGTTAA GGGTAAGGAA 4981 AACAAGATTA TTACCTCAAT CTTACCAAGT GATCCGGATA TCTTAAAGCA GTTGGCTAAG 5041 GAAAAGGGTG AGAATGGTGT GGATAGCATG ACCTATGAAA ACCTCAGAAA AAAGGTTATC 5101 GAAAAATATA CGAGCGAATG ATCTTCAACT CAATCATTAG CTAGTGGTGC TAGAGGTATC 5161 TTTGGCGATA ACATCATGGT GCCAGCTCTC AAATTAGATG CCGCTGGTGC TAGTGCTCAA 5221 ATTATCAGGA ATAATGCTGA GGTGTTGTTT AATACCGTGA ACCAAGTTGA TGGGTTCTTG 5281 TTGGGCACCA TTATTCCCTT TATCTTTATT ACCTGTGTGG TCTTGGGGAT CTCGATGTTA 5341 GAGGAAATGA AACGGATCTT TATTTCCTTA AAATCGATTG GTTACAAAGA TAGTCAAAAC 5401 TTAGTTAGTC TCTTGTGCTT CTTTATTCCC GCTTTTGTAC TTTCGTTATT AATCTCGATT 5461 GCTATCTTAG CTGGGTTACT AGTAGGAGTA CAAGCCCTAG TCTTTGGGGT TGCCCAGGTC 5521 TTTTTAACCA ACGTGTTTGA ATTCTTACCT TACATGGTGG GGATAGTCCT GTTTGGTGCT 5581 ACCATCTTTG TAATAGGTTC TTACTTCTGA ATTAAACTGC GTTCAGCGGA ACTAAAGGAG 5641 GGCTTCTAG
Download Sequence
Operon	OP301
Operon location	812200 - 813458

Name	Uncharacterized ABC transporter permease MPN_684
Stable ID	Mpn684
Molecular Weight	207020
Isoelectric Point	9
Localization	TMHMM
Comment	Sulfate ABC transporter, permease subunit?; 9 TM segments
Sequence	MFSFFKQIFKSLKKFFFLLFGIIFVLFSIIFLETSILQLSNNLVNTYTALVQKTNSSDIVAPAIFKESSPVYKTELKEEK RHFSKIKLTEKKINFIWPYQESDFGSDSEKKDSTTKSSDNNPRKGDVNDKDKLFLARKRGILKAYGEANIAEKRIYKGLA VSFQNTYSFTGTDQESNNLNQNTVSDPQNLIYDKEGNLLGYFVDGLILDGIPLRAGIARFPGDKGKGEDKKTTKKKSEIK QASSATTVLQPLAAQAKMTDAKETTNNEEPKKDSNVEEQYTTNNKDKVWFKSDETQAGSSSGESETSKLSTSYLFTGGQE AANWFPNLYANVPIVLPISPGSQFWLETNPFKEIIEVFQKEKEEKEKQSFSLTFTLDTSKLSHLDKEEFDWLEKQAETIS SGSSFGDYNLKKKINSLKSFELNINKDWLKNKVKAEKETILDSLPGFSNSDKNTIFSTQSGDAKSGTQSNPSSLIALRSS VSFKPQLQQTNVALAQQQQDKQESSADDGVKDPTFSDVQTEFDKIGTENHTPQKNLNNVYAALLHQWKSIFQEDLVKKVT ALLEKYRDAFLKAKALKELEFSRQNLAIATNVSSEESASFLVSNKDSQKYNDLSIIEGINFKSWLAKEKSNPLDMVYGGK SNSEGFLEKVEYEFKPTQTDEKKKAAAKTTQGTTDSLTQLADASSSSSSSSTGDTKSTSTKFQIYPKLANILAQAQLPEA SSIPDTLTNAIKQWSTLDKKGFEALDDTGKSKAANNYVALLSYFTPEFQDPNELVVTNRQKLDIPIIFKNGVNPLTLPTD QQSLVVQTPEAHGAVVSQQWLFKHDKEVLPLEGEYSWKEALENPKNLPNWLNDLPDKYKFSINGLTFAILGVGESVETGY PVLSTNSPLPNSQDEGLIFLNEQGYRSVLFAVPAASEENYYAFKSDDIKAKFPGQDPIQVVASKLKGYLNVPDSDLAFNV KDISKFQYLTTARNYFPDLVQNYLAIASVVIAAFLSILALYLTILLIKSFIKKNQTEFSIIRAGGFSTAKFIAGMSVFAG IVALASSFFGVLFAFLLERQVKGIISRYWFIALPANSFNWISFFGSMLLIFVIFQFISWIAFKQLFSKPVNVLIDQGNET KFSVFLHLLKRKSYTMTPLGKFRVSLIISRLSRLFTYVGLSSIALLLIGIAGTIPQKFGAAQSNTVLNRNFNYRLNLQTP TEQSGWYAIQPYSRFGQTDDSLGIKALYKDKGDQIQQQQQQQQQQGNDKEHPYNLKELKISDRGGNPIKHNGKEIELGNL LLPSFGGAQQLNTDENFFRHASLSKWLIDFPIRVGGANINPWEIVEKSIPKQITQLLSASSDQFLIAVLTDDYFNNLNNN GFLTRNPRTNFIQLDAARVLTQINVFNPGGVKFNEQFLKFLTKVYGDPELSYQDSKLTYGIVPVDPQIEETYTYVQGPFG FKETELNPDSPYTLTGISPDSKFVNLTDSGGNSLRSLISSDSEMNVIVNAGFQYANNTKIGDFIFIQPKNTATRYSEKFL KSPPKTPTVKFRVVGVSTDAFGQELYINQNIANRLLKLNGFDGRGVIKDVVKDGQSTDDSGGTSSGGGSCGGGSTSSTTK DKYKIEYVKPTGYVPFNGVFSKELNPSLVSKALVLNSNIGVWGNFTDFGNNFTNLVKGKENKIITSILPSDPDILKQLAK EKGENGVDSMTYENLRKKVIEKYTSEWSSTQSLASGARGIFGDNIMVPALKLDAAGASAQIIRNNAEVLFNTVNQVDGFL LGTIIPFIFITCVVLGISMLEEMKRIFISLKSIGYKDSQNLVSLLCFFIPAFVLSLLISIAILAGLLVGVQALVFGVAQV FLTNVFEFLPYMVGIVLFGATIFVIGSYFWIKLRSAELKEGF

Modification	Modified sequence	Relative start	Relative end	Amino acid
Oxidation	EKSNPLDmVYGGK	628	641	M
Oxidation	SNPLDmVYGGK	630	641	M
Oxidation	GIFGDNImVPALK	1719	1732	M

Location (aa)	Name (InterPro ID)	Description	GO terms	Sequence	Evalue
919-1109	PF02687 (IPR003838)	Domain of unknown function DUF214, ABC transporter	Cellular Component: <'A' == '' ? '': 'A'; 'class' == '' ? '': 'class';=''result' == '' ? '': 'result';' 'target' == '' ? '': 'target';='_'blank' == '' ? '': 'blank';' 'href' == '' ? '': 'href';=''http' == '' ? '': 'http';://'amigo' == '' ? '': 'amigo';.'geneontology' == '' ? '': 'geneontology';.'org' == '' ? '': 'org';/'cgi' == '' ? '': 'cgi';-'bin' == '' ? '': 'bin';/'amigo' == '' ? '': 'amigo';/'term' == '' ? '': 'term';-'details' == '' ? '': 'details';.'cgi' == '' ? '': 'cgi';?'term' == '' ? '': 'term';='GO' == '' ? '': 'GO';:0016020'>'membrane' == '' ? '': 'membrane'; ('GO' == '' ? '': 'GO';:0016020)		0.00000000000039

Protein Start	Protein End	Hit Size	Orthologous	Organism	Orthologous Start	Orthologous End	Evalue	Identity	Score	Alignment
792	1209	417	- MAG7440	Mycoplasma agalactiae	1640	2049	0.00000000000005	19.1142	177
776	1219	443	- MARTH_orf117	Mycoplasma arthritidis	1669	2109	4e-20	21.8615	229
1395	1564	169	- MARTH_orf117	Mycoplasma arthritidis	2292	2456	0.000004	25.1429	229
851	1212	361	- MCJ_004650	Mycoplasma conjunctivae	1618	1974	0.000000000000003	23.4828	187
1395	1562	167	- MCJ_004650	Mycoplasma conjunctivae	2138	2303	0.000000001	23.8372	187
798	1219	421	- MHO_3530	Mycoplasma hominis	1687	2104	2e-20	22.2222	231
1392	1642	250	- MHO_3530	Mycoplasma hominis	2298	2527	0.00000006	24.7104	231
777	1350	573	- MG064	Mycoplasma genitalium	273	818	1e-20	23.1281	232
33	1882	1849	- MG468	Mycoplasma genitalium	33	1783	<1e-50	63.2741	5848
790	1207	417	- MS53_0613	Mycoplasma synoviae	1602	2014	0.000000000000004	21.6401	186
1403	1559	156	- MS53_0613	Mycoplasma synoviae	2192	2351	0.0000000006	28.9941	186
854	1205	351	- MHP7448_0453	Mycoplasma hyopneumoniae 7448	1670	2018	0.000000000002	22.409	163
1395	1563	168	- MHP7448_0453	Mycoplasma hyopneumoniae 7448	2179	2354	0.0000002	26.9231	163
803	1562	759	- MYCGA0210	Mycoplasma gallisepticum	322	1079	1e-33	21.8362	347
811	1335	524	- MYPE10290	Mycoplasma penetrans	381	894	1e-24	21.7472	269
1392	1558	166	- MYPE10290	Mycoplasma penetrans	1007	1182	0.000009	27.1739	269
748	1809	1061	- MYPE6130	Mycoplasma penetrans	651	1744	<1e-50	29.7153	1058
778	1811	1033	- MYPE890	Mycoplasma penetrans	698	1721	<1e-50	29.0019	1059
763	1812	1049	- MYPE880	Mycoplasma penetrans	671	1715	<1e-50	28.823	1100
792	1205	413	-	Mycoplasma pulmonis	1551	1956	0.0000000000002	20	172

Gene ID	877036
GI	13508423
GO	Inorganic ion transport and metabolism
Home COG	P
InterPro	IPR003838\|Protein of unknown function DUF214, permase predicted
Old MP number	MP158
Pathway	Transporter ABC
Pathway	Peptide?
Pfam	PF02687
PID	g1673819
RefSeq	NP_110373.1
Swiss-Prot protein ID	Y684_MYCPN
phylomeDB tree	Y684_MYCPN
UniProt	P75109