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Platform GPL28497 Query DataSets for GPL28497
Status Public on May 08, 2020
Title Antigen Discovery Inc. Chlamydia trachomatis Protein Array
Technology type spotted peptide or protein
Distribution custom-commercial
Organism Chlamydia trachomatis
Manufacturer Antigen Discovery Inc.
Manufacture protocol https://antigendiscovery.com/adi-proteome-microarray-technology/
 
Description printed without purification from E. coli cell free expression system
 
Submission date May 07, 2020
Last update date May 08, 2020
Contact name Arlo Zan Randall
E-mail(s) arandall@antigendiscovery.com
Organization name Antigen Discovery Inc
Street address 1 Technology Drive, Suite E309
City Irvine
State/province CA
ZIP/Postal code 92618
Country USA
 
Samples (72) GSM4568031, GSM4568032, GSM4568033, GSM4568034, GSM4568035, GSM4568036 
Series (1)
GSE151183 A primary Chlamydia trachomatis genital infection of Rhesus macaques identifies new immunodominant B-cell antigens

Data table header descriptions
ID Unique identifier for printed protein spot.
GENE_NAME Common gene name. Not applicable for most spots.
ANNOTATION Description of protein.
SEQUENCE Nucleotide sequence.
DNA_SEQUENCE_LENGTH Length of Nucleotide sequence.
PROTEIN_SEQUENCE Amino acid sequence.
PROTEIN_SEQUENCE_LENGTH Length of amino acid sequence.

Data table
ID GENE_NAME ANNOTATION SEQUENCE DNA_SEQUENCE_LENGTH PROTEIN_SEQUENCE PROTEIN_SEQUENCE_LENGTH
CT001 - hypothetical protein ATGCTTTGTAAAGTTTGTAGAGGATTATCTTCTCTTATTGTTGTTCTCGGAGCTATAAACACTGGAATTTTAGGAGTAACAGGGTATAAGGTAAACCTACTTACTCACCTGCTTGGTGAAGGAACCATGTGGACACAAGCAGCTTATGTAGTAACGGGAATCGCTGGGGTTATGGTCTGCCTAAACTTCTTGAAGTGCTGCTTCAAAAAACGTCATGGAGACTGCTGCTCCTCTAAAGGAGGATACCACCACCATCATATGGATAGAGAATAA 273 MLCKVCRGLSSLIVVLGAINTGILGVTGYKVNLLTHLLGEGTMWTQAAYVVTGIAGVMVCLNFLKCCFKKRHGDCCSSKGGYHHHHMDRE 90
CT002 gatC glutamyl-tRNA(Gln) amidotransferase subunit C ATGACAGAGTCATATGTAAACAAAGAAGAAATCATCTCTTTAGCAAAGAATGCTGCATTGGAGTTGGAAGATGCCCACGTGGAAGAGTTCGTAACATCTATGAATGACGTCATTGCTTTAATGCAGGAAGTAATCGCGATAGATATTTCGGATATCATTCTTGAAGCTACAGTGCATCATTTCGTTGGTCCAGAGGATCTTAGAGAAGACATGGTGACTTCGGATTTTACTCAAGAAGAATTTTTATCTAACGTTCCCGTGTCGTTGGGAGGATTAGTCAAAGTCCCTACAGTTATCAAATAG 303 MTESYVNKEEIISLAKNAALELEDAHVEEFVTSMNDVIALMQEVIAIDISDIILEATVHHFVGPEDLREDMVTSDFTQEEFLSNVPVSLGGLVKVPTVIK 100
CT003 gatA glutamyl-tRNA(Gln) amidotransferase subunit A ATGTATCGTAAGAGTGCTTTAGAATTAAGAGATGCTGTAGTGAACAGAGAGCTTTCAGTTACAGCGATTACAGAATATTTTTATCATCGTATAGAAAGTCATGACGAACAGATTGGAGCTTTTCTTTCTCTTTGTAAAGAGCGGGCTTTGCTTAGAGCTTCACGTATAGATGACAAACTAGCAAAAGGAGATCCAATAGGGTTACTAGCAGGAATCCCTATCGGAGTTAAAGATAATATTCATATCACAGGAGTGAAAACAACCTGTGCTTCGAAAATGTTGGAAAACTTCGTGGCTCCCTTTGATTCCACGGTGGTGAGACGTATAGAGATGGAAGACGGGATTTTACTGGGTAAGTTGAACATGGATGAGTTTGCCATGGGATCCACAACTCGGTATTCCGCTTTTCATCCTACCAATAATCCTTGGGATTTAGAACGAGTTCCAGGGGGTTCTTCAGGTGGATCCGCGGCAGCAGTTTCGGCGAGGTTCTGTCCTATCGCGTTAGGATCGGATACCGGAGGATCGATTCGTCAACCAGCAGCATTTTGTGGAGTTGTTGGATTTAAACCTTCCTATGGAGCAGTTTCTCGCTACGGATTAGTCGCTTTTGGATCCTCTTTAGATCAGATTGGACCATTGACAACGGTGGTAGAGGATGTCGCTCTGGCAATGGATGCCTTTGCTGGTCGTGATCCCAAAGATTCCACTACGAGAGACTTTTTTAAAGGGACGTTTTCGCAAGCCTTGTCATTGGAAGTTCCTAAGTTAATCGGAGTTCCTAGAGGATTCCTAGACGGACTGCAAGAAGATTGTAAAGAAAACTTTTTCGAAGCTCTTGCTGTTATGGAACGTGAAGGCAGTCGCATTATTGATGTAGATCTCAGTGTTTTGAAACATGCGGTACCTGTTTACTATATTGTTGCTTCTGCAGAAGCTGCCACAAACTTAGCCCGTTTTGATGGTGTTCGGTATGGTCATCGTTGTGCGCAGGCTGATAACATGCATGAAATGTATGCGCGTTCTCGTAAAGAAGGCTTTGGAAAAGAAGTAACTCGTAGAATTCTTTTAGGGAATTATGTGCTTTCAGCAGAAAGACAAAACATCTTTTATAAGAAAGGAATGGCAGTTCGTGCTCGCTTAATAGACGCTTTTCAAGCTGCTTTTGAGCGCTGTGATGTGATCGCTATGCCTGTATGCGCAACGCCTGCCATCAGAGATCAGGATGTTTTGGATCCGGTTTCTCTATATCTACAGGATGTTTATACCGTAGCGGTAAACTTGGCCTATTTACCTGCCATTTCCGTTCCTTCCGGACTGTCTAAAGAAGGTCTCCCATTAGGTGTTCAATTTATTGGGGAAAGAGGTTCGGATCAGCAGATTTGTCAAGTAGGATACAGCTTCCAGGAACACTCGCAAATCAAACAATTATATCCTAAAGCAGTGAATGGACTTTTTGACGGAGGAATAGAATAA 1476 MYRKSALELRDAVVNRELSVTAITEYFYHRIESHDEQIGAFLSLCKERALLRASRIDDKLAKGDPIGLLAGIPIGVKDNIHITGVKTTCASKMLENFVAPFDSTVVRRIEMEDGILLGKLNMDEFAMGSTTRYSAFHPTNNPWDLERVPGGSSGGSAAAVSARFCPIALGSDTGGSIRQPAAFCGVVGFKPSYGAVSRYGLVAFGSSLDQIGPLTTVVEDVALAMDAFAGRDPKDSTTRDFFKGTFSQALSLEVPKLIGVPRGFLDGLQEDCKENFFEALAVMEREGSRIIDVDLSVLKHAVPVYYIVASAEAATNLARFDGVRYGHRCAQADNMHEMYARSRKEGFGKEVTRRILLGNYVLSAERQNIFYKKGMAVRARLIDAFQAAFERCDVIAMPVCATPAIRDQDVLDPVSLYLQDVYTVAVNLAYLPAISVPSGLSKEGLPLGVQFIGERGSDQQICQVGYSFQEHSQIKQLYPKAVNGLFDGGIE 491
CT004 gatB aspartyl/glutamyl-tRNA(Asn/Gln) amidotransferase subunit B ATGGGCATAGCACATACTGAATGGGAGTCTGTGATCGGTCTGGAAGTTCACGTTGAATTGAATACCGAATCCAAATTATTTAGTCCCGCACGTAATCATTTTGGTGATGAACCCAACACGAACATTTCTCCTGTATGCACAGGGATGCCAGGATCTCTTCCGGTCTTGAATAAGGATGCTGTGCGTAAAGCTGTTTTGTTCGGCTGCGCTGTAGAGGGGGATGTCGCTTTATTTAGCCGTTTTGATAGAAAATCCTATTTTTATCCTGACAGCCCAAGAAACTTTCAGATCACCCAATACGAGCATCCTATCGTAAGAGGTGGATGTATTCGTGCTGTAGTAGAAGGAGAAGAGAAAACCTTTGAGCTAGCGCAGACACATCTAGAAGATGATGCGGGGATGTTAAAACATTTTGGGGATTTTGCTGGTGTAGACTATAACAGAGCAGGGGTTCCGTTAATTGAGATTGTTTCCAAGCCTTGTATGTTTAGTGCAGAGGATGCTGTTGCATACGCCAATGCTTTGGTATCCATCCTCGGCTACATAGGTATTTCCGATTGTAATATGGAAGAAGGTTCTATCCGTTTCGATGTGAATATTTCTGTTCGCCCTCGAGGAAGTAGGGAGCTTAGAAATAAGGTAGAGATCAAAAACATGAACTCATTTACCTTTATGGCACAAGCTTTGGAAGCTGAAAAACGTCGTCAGATTGAAGAGTATCTTAGCTATCCCAATGAGGATCCAAAAAAAGTTGTTCCTGCAGCGACTTATCGTTGGGATCCTGAAAAGAAAAAAACGGTTCTGATGCGTCTCAAGGAACGAGCCGAAGATTATATGTATTTTGTAGAGCCGGATCTTCCTGTTTTGCAGATCACCGAGACTTATATTGATGAGGTGCGTCAAACATTACCAGAGCTACCTCATAGTAAATATATGCGTTACATTACAGACTTTGATATCGCTGAAGATTTAGCAATGATTCTTGTTGGTGATCGACATACGGCTCATTTCTTTGAAACAGCAACTATGTCTTGTAAGAACTATCGTGCTCTTTCGAATTGGATCACAGTCGAATTTGCGGGCCGTTGTAAAGCTAGAGGGAAGACGCTGCCATTCACGGGGATTCTTCCTGAATGGGTAGCGCAATTGGTGAACTTCATAGATCGTGGAGTGATCACAGGGAAAATCGCTAAAGAAATTGCAGATAGAATGGTCTCTTCTTTTGGGGAAAGCCCAGAAGATATTTTGCGTAGACATCCTTCGTTGTTACCTATGACGGACGACCATGCGCTACGCGCTATCGTTAAAGAGGTGGTTGCTCAAAATACCGCGTCTGTAGCGGATTACAAGAACGGGAAAGCTAAAGCTTTGGGCTTTTTGGTTGGACAGATCATGAAGCGAACAGAAGGGAAAGCTCCTCCTAAGCGAGTAAACGAATTGCTATTAGCAGCTATGCGAGATATGTAA 1467 MGIAHTEWESVIGLEVHVELNTESKLFSPARNHFGDEPNTNISPVCTGMPGSLPVLNKDAVRKAVLFGCAVEGDVALFSRFDRKSYFYPDSPRNFQITQYEHPIVRGGCIRAVVEGEEKTFELAQTHLEDDAGMLKHFGDFAGVDYNRAGVPLIEIVSKPCMFSAEDAVAYANALVSILGYIGISDCNMEEGSIRFDVNISVRPRGSRELRNKVEIKNMNSFTFMAQALEAEKRRQIEEYLSYPNEDPKKVVPAATYRWDPEKKKTVLMRLKERAEDYMYFVEPDLPVLQITETYIDEVRQTLPELPHSKYMRYITDFDIAEDLAMILVGDRHTAHFFETATMSCKNYRALSNWITVEFAGRCKARGKTLPFTGILPEWVAQLVNFIDRGVITGKIAKEIADRMVSSFGESPEDILRRHPSLLPMTDDHALRAIVKEVVAQNTASVADYKNGKAKALGFLVGQIMKRTEGKAPPKRVNELLLAAMRDM 488
CT005 - hypothetical protein ATGACTCCAGTAACACCAGTCCCTCCCCAATCTCCCCAACAGGTAAAAGGGCTTTTATCCAGGTTTCTGACGGCACCCGATCGTCACCCCAAACTACGCTATGTTTACGATATTGCTCTTATAGCTATTAGTATTCTCTGTATTGTGAGTATCATTCTCTGGACACAAGGGTCTGGACTCGCTTTATTTGCAATCGCTCCAGCCTTAGCTATTGGAGCCCTAGGAGTCACTCTGCTAGTCTCAGATCTTGCCGAATCCCAGAAAAGTAAAGAGATTGCTGATACCGTTGCGGCAGTCTCTCTTCCTTTTATCCTAACAGGGACAGCTGCTGGATTGATGTTTTCTGCTATTGCCGTAGGCGGAGGCGCTGTAATCTTAGCGAATCCTCTATTCCTAATGGGCTCTATGACTCTCGGCTTTGCTCTGATGTCTCTGCATAGAGTGACCTATCAATATCTCAGCAATCGCGAGCAATGGAAACAGCAGAAGAAGCTCGAACAAGTTGAGTTAGCTGCCTGGGAGAGCCATCTTCCTAAAGAAAGCAAATCCTCCGCTCTGGAAGAGGTTCGCTATTCCCCTCGTTTGATGAAAAGAGGGAAGACTTGGCGAAAACGGGCAATCAGAAGAAAAAACTATACACCTATTCCGTTGGTCGACAAAACATTGCAAACCATGCAACCGGATGCACTCTTCTCCTCTACAACCACACATTCTACAGATAGTGAGCAGATTCTAACTTCTGTCAGTCCTCAAAGCTCAGATACCGAATCCTCCTCTTCTTCTAGCTTCCACACTCCACCAAATAGCGATAAAGAACTGTCCGACTCGAATTCTTCTGACAGCAGCTCTTCTTCTGAATATATGGATGCTCTTGAAACCGTAGCTGCAGGAGATGTCTCAGGAATAACCCCTCCATCCAAACCCTCTTCTTCTCCGAAAACGACACGCCGCGTCGTAAAGCTCTCTCGCAGCGAGAGAAATGCTCAGCATCATCGTAATAAAGACCAAGAGCAAAGACAAGACAGCAGCGAATCTTCGGAAGAGGATTCCTCATCCGATTCATCTCAAAAGAAGAAACCCTCTCGTAAATAA 1092 MTPVTPVPPQSPQQVKGLLSRFLTAPDRHPKLRYVYDIALIAISILCIVSIILWTQGSGLALFAIAPALAIGALGVTLLVSDLAESQKSKEIADTVAAVSLPFILTGTAAGLMFSAIAVGGGAVILANPLFLMGSMTLGFALMSLHRVTYQYLSNREQWKQQKKLEQVELAAWESHLPKESKSSALEEVRYSPRLMKRGKTWRKRAIRRKNYTPIPLVDKTLQTMQPDALFSSTTTHSTDSEQILTSVSPQSSDTESSSSSSFHTPPNSDKELSDSNSSDSSSSSEYMDALETVAAGDVSGITPPSKPSSSPKTTRRVVKLSRSERNAQHHRNKDQEQRQDSSESSEEDSSSDSSQKKKPSRK 363
CT006 - hypothetical protein ATGCCCTCCACTGTTGCACCTATAAAAGGACAGGATCACTTTTTAAATTTAGTTTTTCCTGAAAGAGTTGCCGCTGCCTACATGAGCCCTCTAGCTCAAAAATACCCTAAAGCAGCATTATCCATAGCCTCTTTAGCAGGATTTCTTCTTGGTATACTCAAACTGATTACTTTCCCTGTGCTTTGTGCTGCAGGCTTATTTGTATTTCCTATCAGAGGTCTGATCTCCTGCCTATTCCATAAAAGCTTTCAGGGTTGCTCCGGATATGTTCTAGCAACCTTTCTGTCCCTTTTCTCCTTAGCGCTTACCATTGTAGGCATTGTAAGTTGTATCACTTGGGCTCCAGGATTTATTTTCCCTATGATCTCTGTCAGTATCGCTTTCGCTACTGTAGAGACATGCTTCCAAATCTACACCCACCTTTTCCCAGCTTTAGAACATAAACCAAGTTCTTCCCTTAAAATCGAAATAGCGGCTGCCAAGCTCCCCCGTTCCTCCTCTGCTCCCGATCTGAACTACCCCTCTTTGCCGACCCAGTCAGCCTCCCCTTCCCAACGCTTTTCCGCTTAA 570 MPSTVAPIKGQDHFLNLVFPERVAAAYMSPLAQKYPKAALSIASLAGFLLGILKLITFPVLCAAGLFVFPIRGLISCLFHKSFQGCSGYVLATFLSLFSLALTIVGIVSCITWAPGFIFPMISVSIAFATVETCFQIYTHLFPALEHKPSSSLKIEIAAAKLPRSSSAPDLNYPSLPTQSASPSQRFSA 189
CT007 - hypothetical protein ATGCTTAAGGTTCTTTTCCACACGATGACGCTTTTCGGGCATTTGTTATCGACGCCTATTTATATCGTCGGAGATGCTTGTGGGAAAGATCGGGATGAGTACAAGAATCCTCCTCTGAGAGCTTTTTCTTTTGAGAGCCAGTTTTTGCAAATAGAGAACGCAAAATTCAAAACTCTCCCAGATCAATCCTTGAGATATCGACAGGCGGATACCTCGTTGTTTGCTACGATTCCCGTTACCGAGATGTCGGGATTTCTTTTATCGTCTCGTTATTTAGGAGCTGAAGTCTCTTGGAAAAGCTCTAAAGAGCTGCAAGATACAGATCTGCAAGCTGTAGGATATTTCGCTTTCCAAGACAAATCTTTTTATCAGTATATCACATTGTCTGTAGGAGCCTACACACTAGCTCTTACGAATTGGCAGTGGTCTGTACTTTTTTCTGGTATGGTAGACCCTGAAAATATTGAGATTGGCTCAGGACTCTATCAGGTAGTTTTATCTTCAAAATATCATGCTTCGGAATCGTTATCTGTGATTATGGGAGTCATTAATGAGGTAGGGCTACATGATAAGCAAGCCTGGCCTTTATTAGGGTTCTCTTATAAACCTGAAGATAGACTCACACTCAATTGTATCTACCCGGTAAATTTTTCTGCAGAATACCAGTGCACACCTGTTTGCGATTTAGGAGTAGCATATCGCCTGACACGACTTCGTAAAAAATTCCCTAAAAATTCTTTGGCTACCTCTGAAGGAATTTTTGAGTATTCAGGAAGAGAAATAGAAGGGAATATCAAGCTGATTTTTTGGCCAGGACAAAGCCTCAAAATGTTTGGAGGCTATTCCGTAGGGAATGATATTTCATTGGCAAATGCTCATAACGAAGACGAAAAGATCTACAAATTCGGTTCTTCGCTGTTCTTTGGAGCTTCTGCAAATTTGCATTTCTAA 951 MLKVLFHTMTLFGHLLSTPIYIVGDACGKDRDEYKNPPLRAFSFESQFLQIENAKFKTLPDQSLRYRQADTSLFATIPVTEMSGFLLSSRYLGAEVSWKSSKELQDTDLQAVGYFAFQDKSFYQYITLSVGAYTLALTNWQWSVLFSGMVDPENIEIGSGLYQVVLSSKYHASESLSVIMGVINEVGLHDKQAWPLLGFSYKPEDRLTLNCIYPVNFSAEYQCTPVCDLGVAYRLTRLRKKFPKNSLATSEGIFEYSGREIEGNIKLIFWPGQSLKMFGGYSVGNDISLANAHNEDEKIYKFGSSLFFGASANLHF 316
CT008 rnhB_1 ribonuclease HII ATGCCCTCCTCTTTCGTTTCGCAACTGTCTCCTTCTTTATTTTCTATACTTCGAGAACAACTAGAAAAGAAAGGGTTCACCATCTCTATCCCCCCCCACACTGTATTTCAAGGAAGATCTCCGACCGTTAGCTGCACTGTATATCAATCTGGGAAAATTGTAGTACAGGGTAAAGGAACTCAAGAATTTGTAGAATTTTTCCTTGAGCCAGAGATTCTACAAACGTTCTCCTCACAGAACGTACAACAGGATTTACGTTCTCGCATTGGTGTGGATGAATCTGGAAAAGGAGATTTTTTTGGGCCTCTGTGCACTGCTGGAGTATATGCTTCTTCCCCACAAGCTATAGAAGCTCTTTATAAAACCAGCATTTGTGATTCTAAGCTCATTCCTGATGCTAAAATCCTTTCTTTAGCCCAAAACATTCGCTCGCTTTGTGCGTGTAAAGTCATTACCTTGTTCCCAGAAAAATATAACGCACTATATGCCAATTTCCAGAATTTAAACTCCCTCCTAGCTTGGACACACGCCACTATTATCGATAATTTGGCTCCTCATCCTGCAGGAGCAGTCTTTGCTATTTCAGACCAATTCGCCTCTTCAGAGAGAGTCCTTCTACAGGCTGTTCGCAAGAAGTGCTCGGATATTGAATTAATCCAGCGTCATCGTGCAGAACAAGACGTGGTGGTAGCTGCAGCTTCTATCTTAGCTCGTGAAGCTTTTCTCTCTTCCATACACGCCCTAGAATCTCAATACCAAATCCGCCTTCTAAAAGGAGCTTCTGGGAAAGTCAAGCAACGAGCCAAAGAGATTCTTCATAACAAAGGACAGGTTGTATTAGAAAAAGTCTGTAAAACACATTTCAAAACATTCAATGAGGTGCTTGGTTCGGGCAATCAATAG 903 MPSSFVSQLSPSLFSILREQLEKKGFTISIPPHTVFQGRSPTVSCTVYQSGKIVVQGKGTQEFVEFFLEPEILQTFSSQNVQQDLRSRIGVDESGKGDFFGPLCTAGVYASSPQAIEALYKTSICDSKLIPDAKILSLAQNIRSLCACKVITLFPEKYNALYANFQNLNSLLAWTHATIIDNLAPHPAGAVFAISDQFASSERVLLQAVRKKCSDIELIQRHRAEQDVVVAAASILAREAFLSSIHALESQYQIRLLKGASGKVKQRAKEILHNKGQVVLEKVCKTHFKTFNEVLGSGNQ 300
CT009 yfgA HTH transcriptional regulator ATGAGCGAACATGTCCACAAAGAGTTATTACATCTAGGGGAAGTTTTTCGTTCGCAAAGAGAAGAAAGAGCGCTTTCTCTAAAAGATGTAGAAGCTGCCACATCTATTCGTTTGTCTGCATTAGAGGCTATAGAAGCAGGACATCTCGGGAAATTAATTTCTCCTGTTTATGCCCAAGGTTTTATGAAAAAATACGCAGCTTTTTTGGATATGGATGGGGATAGATTGCTGAAAGAGCATCCTTATGTATTGAAAATTTTTCAGGAATTTTCTGATCAGAATATGGACATGCTGCTTGATTTAGAATCCATGGGAGGAAGAAATTCTCCTGAGAAAGCGATCCGTAGTTGGTTAAATCTAGGCTGGGCTGGAGTCTTCGTCGTAGGTGCAGCTTGTATTTGGTGGCTAGGGAATCTATTCAACCTTTTCTAG 459 MSEHVHKELLHLGEVFRSQREERALSLKDVEAATSIRLSALEAIEAGHLGKLISPVYAQGFMKKYAAFLDMDGDRLLKEHPYVLKIFQEFSDQNMDMLLDLESMGGRNSPEKAIRSWLNLGWAGVFVVGAACIWWLGNLFNLF 152
CT010 htrB acyltransferase ATGCTCTTTAAAAGATTACGTACGGGGGGAAAAATTCTCGTCGATCATCTCGTTTATGGTTTAGGTCTTGGAGTCCTGACCATCTTACGATTACTTCCTCGATCCTCCTTACGACTTTTTAGCAAAGGGCTCGGAACCGCTCTCTTCTATTTCATCTCTGATGTCCGAAAAACAGCTCTTACTAATTTAGCTTTAGCTTTCCCTGAAAAAAGTTTCGCCGAACGCTATCAAATTGCACGCCAATCCGTACAACAGATGATCATTACGTTTGTAGAGCTTGCAACTGTAGATAAATTCGCCAAACATATCGATGAAATGATTGCTATTGCTACTTCTGAAGATGCTCCTGAAGGTTTCTTTCCAGAAGAAGTTTCCTCACAACAAGAACTTGACCATTTCTTTTCACGTTTAGATCGACAAGAAGGAGCCATTTTATTCTGTGGTCACCAAGCTAACTGGGAGCTCCCTTTCCTTTACATTACTAAACGCTATCCGGGGCTGGCTTTTGCCAAACCTGTAAAGAATCGTCGGCTCAATCAAAAAATCATTTCACTGCGAGAATCTTTCCAAGGCAAAATTGTTCCTCCACAGAATGCAATTAACCAAGCGCTACGAGCTCTCCACAGAGGAGAGGTAGTCGGCATTGTTGGGGATCAAGTATTACTTTCTTCGGAATATTCTTATCCTCTTTTCGGCTCCCAAGCTTTTACTACCACCTCTCCTGCTTTGCTTGCCTACAAAACAAAAAAAACAGTTATTGCTGTTGCTATTTACCGAAAACCTAATGGGAACTATCTGGTCGTCCCTAGTAAAGCATTCCATGCAAATACAGAGCTATCCATACGGGAATCTACAGAACAGTTGATGGATCGGCTCATGCGATTTCTTGAAAAAGGGATTACATGCAAACCTGAACAGTGGTTGTGGCTTCATAAACGATGGAAAAGAAAGCTGCGACATAAATTCAAACGACGTTACGCCTTTAGTCACATTCTCATCATTGTAAAGGGAACTTCACTACAAGCGCTTCAAAGATTCTTAATAGAGTTTGGAGAGTTTTATGCAGACGCCTCTCTTTCCTTAGCAATTATAGGAGCTGCCGATACAGTTCTTGCAAATAGCTTTGCTCCCTACTCTTTGCAATTTTTCTCTTCAGAAGAAGAGCTGTTAGCTGCTCCAAACTTTTTCCCGGCCATTGTGGACTTATTCGGATTGTCTAGAAAGACTCGCCTGCATTACAAAAGAACCGGATCGAGGAAAATCTTTACGCGTAACGAACTAAAAGATTCTCTCCTACAGAAACAATCGTTAATACAAAGTTTTCATAAGTTACTACGAAGAGTGGATACCCGTTCTAGAAAAGGTTGA 1368 MLFKRLRTGGKILVDHLVYGLGLGVLTILRLLPRSSLRLFSKGLGTALFYFISDVRKTALTNLALAFPEKSFAERYQIARQSVQQMIITFVELATVDKFAKHIDEMIAIATSEDAPEGFFPEEVSSQQELDHFFSRLDRQEGAILFCGHQANWELPFLYITKRYPGLAFAKPVKNRRLNQKIISLRESFQGKIVPPQNAINQALRALHRGEVVGIVGDQVLLSSEYSYPLFGSQAFTTTSPALLAYKTKKTVIAVAIYRKPNGNYLVVPSKAFHANTELSIRESTEQLMDRLMRFLEKGITCKPEQWLWLHKRWKRKLRHKFKRRYAFSHILIIVKGTSLQALQRFLIEFGEFYADASLSLAIIGAADTVLANSFAPYSLQFFSSEEELLAAPNFFPAIVDLFGLSRKTRLHYKRTGSRKIFTRNELKDSLLQKQSLIQSFHKLLRRVDTRSRKG 455
CT011 - hypothetical protein ATGATCAATTTCGTCTCTTGGATTTCTCGTAATTGGCTCCAAAAACTCGTTTCTTTAGGTTTTGCCATTATTATCTGGGCGCTTGCAAATCAGTCCATTACGGTAACGAGAACTTTTCATAATATTCCTGTACGCGTTATTGATCTAGCTCCGGAACAGACTGTAATCGGATTGCAGGCAAATGGTCTGCTAAAGAAAAAAGTTGCCATGATGATTACAGGAAATAAATCTGTTGTTGAGAAGCTTCGCCCTTCCAATCTAGAGATAGTGATCAGTGCCAAAGGACGAACTGAAAGTTGGATAGAAACCATCGATCCTTACAACTTAGTATGCTTGGACACAGACATCCATTTACGTAAAAATATTAAAAGCGTCACATCGGAAGACATTTTCATTCGTCTAACCCAATTTGTTACCGAAGATGTTTCTGTCACTATCACTAAACCCATAGGCAGAGCTCCTAAAGGATATGAATACCTAGACACCTGGCCTAAGTATTTAGTACAAAAGGTAAGTGGTCCTAAAGAATACGTTTCTTCTTTAAAAGATCATGGTTTGGAATTAACTTTTAACCTTAATAAAGTTTCTTTTGAAGAACTGGACCGCAATCGTCTAGCTCAAGGGAATCTTGATGAAGTAGTATACCTTGTCCCTGAAGACTGGAAAAAAGTTTATATACCTTTCGACAATAGCTACATGGAATTGAATGATCCGCAAGCAGATTTTTTGCGACTTCTTTTCTTAAAACAAGAATTTATTCCTCTTAATATTAATCTTCCGGTCCTTCTATTTTTCCCTGTAGAAAATAGTCAACTTGTGAACCCACAAAACTGCTATCTTGAAGAGAATGCTCCTCTAGTACTCAATCATGGGATCTACCAAATGGACCTACCGCTTTATGTAAAAGATGTCAGCCATCTGTTCCTAGATGTTGTAAAAAATAATATAGCGCTCACTATTATTATGGAGCCTCCTGTAAAATCTCAGCGAGAACACTTCATTCATTGGGCTGTAGAATTTCTAGACGAGAAAACTTTAGAGAATACTTTTGTTCAGGCAGTTATGGCTCAAGAACAAAAGACGAATAAACATATGATCCTTGACGAAGCAGGTATTCGACATCGCTTTAGAGAATACTTACGAAAACTTACTCTATTTGATCAAAATGGCGAACCTTTAGCCTTAACGGCGCGTACGTCAGGAAATAAAGTGATTATTCAAGTAACGTCATCCTCTCTAAAGAAAAAATCTTCCTGA 1257 MINFVSWISRNWLQKLVSLGFAIIIWALANQSITVTRTFHNIPVRVIDLAPEQTVIGLQANGLLKKKVAMMITGNKSVVEKLRPSNLEIVISAKGRTESWIETIDPYNLVCLDTDIHLRKNIKSVTSEDIFIRLTQFVTEDVSVTITKPIGRAPKGYEYLDTWPKYLVQKVSGPKEYVSSLKDHGLELTFNLNKVSFEELDRNRLAQGNLDEVVYLVPEDWKKVYIPFDNSYMELNDPQADFLRLLFLKQEFIPLNINLPVLLFFPVENSQLVNPQNCYLEENAPLVLNHGIYQMDLPLYVKDVSHLFLDVVKNNIALTIIMEPPVKSQREHFIHWAVEFLDEKTLENTFVQAVMAQEQKTNKHMILDEAGIRHRFREYLRKLTLFDQNGEPLALTARTSGNKVIIQVTSSSLKKKSS 418
CT012 ybbP hypothetical protein ATGTTCGTAGGTATAACGTATTACACCACACCTCTGTTGGAGATAGCTTTAATTTGGGTGGTCCTTAATTATTTGCTAAAGTTTTTCTGGGGAACAGGCGCCATGGACCTCGTCTTTGGCTTGTTGTCTTTTCTTTGCCTATTTGTTCTAGCAGAAAAACTTCATCTCCCCGTTATTCGCAATTTGATGCTTCATGTAGTGAATATTGCGGCTATCGTGGTATTTATTATCTTCCAACCAGAAATTCGCCTTGCTCTCTCTAGGATACGCTTGCGTAGAGGGAAATTTGTCATCAATATGCAAGACGAATTCATTGACCATTTGACAGCATGCATCTATCGCATGGCTGAACGACAAATCGGAGCTCTCATTGTATTAGAAAATGAGCGTCTTTTGAATGATCTGCTTAATCTCTCTGCCGTGAAAATTAATGCAGATTTTTCAGAAGAACTTCTCGAAGCTATTTTTGAGCCCTCCTCCCATCTACATGATGGAGCCGTGTTAATGAGAGGCGAGACTATCTCTTACGCTAGAGTAATTCTTCCTCTTGCTCATGATACCACACAACTGTCGCGATCCATGGGAACGCGTCATCGTGCAGCACTCGGTGCTAGTCAGCGTACCGATGCTCTCGTGATTGTAGTATCAGAAAAGACCGGTGCAGTTTCCTTAGCTCGTGATGGAATTTTAACTCGTGGAGTAAAGATGGATAGATTTAAAGCCATCCTGCGAAGTATCCTAACGCGCAATGAACGAAAAACAAACCCTATTATCTCCTGGATGCGTAAAAAATGA 795 MFVGITYYTTPLLEIALIWVVLNYLLKFFWGTGAMDLVFGLLSFLCLFVLAEKLHLPVIRNLMLHVVNIAAIVVFIIFQPEIRLALSRIRLRRGKFVINMQDEFIDHLTACIYRMAERQIGALIVLENERLLNDLLNLSAVKINADFSEELLEAIFEPSSHLHDGAVLMRGETISYARVILPLAHDTTQLSRSMGTRHRAALGASQRTDALVIVVSEKTGAVSLARDGILTRGVKMDRFKAILRSILTRNERKTNPIISWMRKK 264
CT013 cydA cytochrome oxidase subunit I ATGAGTGCTGAGATATTGGCGAGAGTACAGTTTGCGTTGTTTATCGGATTTCATTATCTGTTTGTCCCCATTAGTTTGGGATTAAGTATGATGATTGTTCTTATGGAGGGGCTCTACTTATTCACAAAAAAAAGTATTTATAAGCAGTTGACCTGGTTTTGGATTAGGATTTTCACCTTAACTTTTGTTGTTGGCGTTGTCACAGGATTGATGCAGATTTTTTCCTTCGGAGCAAATTGGTCTCGATTCGCAGAATATACTGGAAACGTATTTGGAATGTTCCTTGGTAGCGAGGGAATGTTTGCTTTCTTCTTAGAATCTGGATTTCTAGGAGTTTTGTTATTTGGTCGCTATAAAGTATCAAAAAAAATGCACTTTTTTTCAGCCTGTATGGTTGCGCTCGGCGCTCACATGAGTGCTTTTTGGATTGTTTGTGCGAACTCTTGGATGCAAACGCCTTCCGGTTATGAAATGGTCATGCGTAATGGTATGTTAGTTCCCCAAATGACTTCTTTTTGGGCAGCGGTGTTGTCTCCTTCTGCTTTGCAGCGTTTTACACATGTTGTTCTTGGCGCTTGGTTATCTGGGATATTTCTTGTTCTTTCCGTTAGTGCTCACTATCTACGTAAAGAGCGGCATAAAGATTTTGCAAATCAGGGGTTAAAAATCAGCATGTTTTGTGCTTTCCTTGTTTTGGCTTTGCAGCTTTGGTCAGCAGATGTCACTGCAAGAGGGGTCGCTAAACACCAACCTGCCAAGCTTGCTGCGTTTGAAGGTGTTTTTAAGACTCAAGGACACACCCCAATTTATTTACTCGGCATTGTAGATATGAAAAAAGAGCGAGTCATTGGGATCCCCATTCCTTCTGGTTTATCGCTTCTTGTTCACCGAAATGCAAAAACTCCTGTTACAGGACTGGATCAGTTCCCTAAAGACGAATGGCCAAATGTCGCTTTCGTTTTTCAAACGTATCACTTAATGGTCATGTTATGGGGAGTAATGGTACTTTTAGCTCTGATAGCCTTTGCTGTGTATAAGAAAAAATCTTGGAGCTGCAAGAAGGGGATCTTATGGATACTTTCCTTCTCTGTGCTATGTCCTGAGTTATGTAATGAAATCGGCTGGATTTCTACAGAGGTAGGGCGTCAACCTTGGGTTGTTTATGGCTTATTAAAAACTAAAGATGCGACCTCTCCTATCGTGAACGCAGGGCAAATTTGGCAGTCTTTGATCCTGTTTTCGATTATTTTTATTTGTTTATTAAGTGTCTTTGTCTCGCTTCTTTTGAAAAAGATAGGTGAGGGACCAGATGAGCAAGACCTTATAGAAGTAGATTTGTGA 1341 MSAEILARVQFALFIGFHYLFVPISLGLSMMIVLMEGLYLFTKKSIYKQLTWFWIRIFTLTFVVGVVTGLMQIFSFGANWSRFAEYTGNVFGMFLGSEGMFAFFLESGFLGVLLFGRYKVSKKMHFFSACMVALGAHMSAFWIVCANSWMQTPSGYEMVMRNGMLVPQMTSFWAAVLSPSALQRFTHVVLGAWLSGIFLVLSVSAHYLRKERHKDFANQGLKISMFCAFLVLALQLWSADVTARGVAKHQPAKLAAFEGVFKTQGHTPIYLLGIVDMKKERVIGIPIPSGLSLLVHRNAKTPVTGLDQFPKDEWPNVAFVFQTYHLMVMLWGVMVLLALIAFAVYKKKSWSCKKGILWILSFSVLCPELCNEIGWISTEVGRQPWVVYGLLKTKDATSPIVNAGQIWQSLILFSIIFICLLSVFVSLLLKKIGEGPDEQDLIEVDL 446
CT014 cydB cytochrome oxidase subunit II ATGGAGTTTTCTTTAGCAACGATTCTTCCTGTTGTTTGGTATGTTATTCTTTGCATCGCTGTATTTGCTTATTCTTTAGGAGACGGATTTGATTTAGGATTGAGCACGATCTATTTTCTTTCTAAAGATGAGAAAGAACGTAGGCTACTCTTAAACTCAATAGGCCCCGTATGGGATGGCAATGAAGTATGGTTTGTCATCATGTTTGCTGGATTGTTTGCAGGGTTCCCGACCGCTTATGGAACCCTGCTTTCCATCTTTTACATGCCTATTTGGACTATGGTCATGCTATACATATTCCGAGGCTGTTCTCTAGAGTTTCGTAGTAAAGCAGAGTCTAACCGATGGAAGCTGTTCTGGGATGTTCTCTTTTCTATCTCAGGGATGTCTATTAGCTTTTTCCTGGGGACATTAGCTGGGAATTTATTAGTTGGATTTCCGATCGCTCCAGATACTTCGTATAGTTCTTTATCTTGGAAACTATTTTTCCGCCCTTATCCAGTATTATGTGGGTTATTTGTAGTTACTGCATTTGCTCTACATGGGATTAGTTTTGCTTTAATGAAAACTACAGAAGGGCTGCACGAACGTTTGAAAAATAAATTTTCTTATGTTCTGTCTAGTTACTTGGTTTTGTATCTTTCCTTGCTCATTGCGACTATTTTAGGGATGCCTCAGACCCTAGGAGTGTGCTGTCGTATTGAAGGCGCTCCTGGTATACCAGCGTATCCACTCATCATCTTATTATCGGTAGTAACGTTGTCTTGCTGTTATGCAGAAAAGAGAGCGGTCTCTATTGGTAAATACGGGAAAGCTTTTGTTCTCTCTTGTATCAACTTGTTGTCTCCAATACTTGCGTATAACATATTGCTCTTCCCTAATTTATTAGTATCTACGGTGGATAATCGTTATACTATGACTGTGTTTAACGCAGCCGCGGAAACGCGAACCTTACAACACCTAGTCACTATTGTTTTAATTGGGCTCCCGTTTGTCGTTGCTTACGCGGTATACATATACCGGGTGTTCAGAGGCAAAACAGATTTCCCTTCGATTTACTAA 1062 MEFSLATILPVVWYVILCIAVFAYSLGDGFDLGLSTIYFLSKDEKERRLLLNSIGPVWDGNEVWFVIMFAGLFAGFPTAYGTLLSIFYMPIWTMVMLYIFRGCSLEFRSKAESNRWKLFWDVLFSISGMSISFFLGTLAGNLLVGFPIAPDTSYSSLSWKLFFRPYPVLCGLFVVTAFALHGISFALMKTTEGLHERLKNKFSYVLSSYLVLYLSLLIATILGMPQTLGVCCRIEGAPGIPAYPLIILLSVVTLSCCYAEKRAVSIGKYGKAFVLSCINLLSPILAYNILLFPNLLVSTVDNRYTMTVFNAAAETRTLQHLVTIVLIGLPFVVAYAVYIYRVFRGKTDFPSIY 353
CT015 phoH ATPase ATGAAAAAAACCTCTGTTATTGATACCAGCGTTTTGATTTACGATCCTAAGGCCCTTTCCTCTTTTTCTAACACTCGCATCATTATCCCTTTTACAGTAATCGAAGAATTGGAATCCTGCGCAAAGTTTCGAGATGAATCAGGGAAAAATGCTTCCAGAGCATTGGGCAATATTCGTGTATTACTAGAGCAGTCGGAAAGACCCTCTTCTGGTCAAATTTTATTAAAAAACGGCAGCGAGTTATGTATTGAAGTCTCTCCTCTAGTCAATCTTTCAAACCACAAGAAACAGAAAAAACACCTCACGCTAGAGCTACTCCAAATCATTTCTCAACGAGAGTCTGTTGTTTTCGTAACCAAAAGTCTTGGCAGACGAGTCCATGCGGAAGCACTAGGGATCGAAGCTAAAGACTATGAAAATAAATGCGTATCTTTCCAATCCCTTTACCGTGGACATAGAAAACTAAAGGTAGCGAATAGCACAATTGAATATTTCTATAAGGATGGCTCTATCGCCTTCCCTTCAGATCTATCTCCTTTACCTTCTCCTAACGAATACTTTTTTCTTTCTGGCGACTCTGATAACTATTCCGCTGTTGGTCGCTATAGCTCTAAAGATAACAAAATCCTATCCCTCAAGCCTGCTCCAGAAAAAATTTGGGGTGTCAAGCCTTTGAACATAGAACAACGATGCGCTCTAGATCTACTACTAAGAGACGATATTAAACTTGTGACCTTGATGGGACAAGCTGGATCCGGAAAGACAATACTGGCCTTAGCGGCAGCAATGTACCAAGTGTTTGAGAAACCTAAATATAACAAACTCTTAGTTAGCAGACCCATTATTCCTATGGGGAAGGACATTGGATTTCTTCCTGGTATAAAAGAAGCGAAGCTCATGCATTGGATGCAACCGATCTATGACAACATGGAATTTTTATTCGATGTGAATAATATGGGCGACTTTTCAGAAACTTTGCATAGTTTAATGGAAACAAAAAAACTCGAAATGGAAGCGCTTACTTACATCCGAGGACGCTCTCTACCTAAAGTATTTATGATCATCGACGAGGCGCAAAACCTCACACCCCATGAAATCAAAACAATCATCTCTCGAGCCGGGAAAGGAACAAAAATTGTGTTAACCGGCGATCCTACCCAAATAGACAGTCTATATTTTGATGAAAATTCCAATGGTCTCACCTACCTAGTAGGAAAGTTTCACCATTTACCTTTGTATGGACATATGTTTATGACCCGAACGGAACGTTCCGAACTAGCTGCAGCTGCTGCAACTATTCTTTAA 1305 MKKTSVIDTSVLIYDPKALSSFSNTRIIIPFTVIEELESCAKFRDESGKNASRALGNIRVLLEQSERPSSGQILLKNGSELCIEVSPLVNLSNHKKQKKHLTLELLQIISQRESVVFVTKSLGRRVHAEALGIEAKDYENKCVSFQSLYRGHRKLKVANSTIEYFYKDGSIAFPSDLSPLPSPNEYFFLSGDSDNYSAVGRYSSKDNKILSLKPAPEKIWGVKPLNIEQRCALDLLLRDDIKLVTLMGQAGSGKTILALAAAMYQVFEKPKYNKLLVSRPIIPMGKDIGFLPGIKEAKLMHWMQPIYDNMEFLFDVNNMGDFSETLHSLMETKKLEMEALTYIRGRSLPKVFMIIDEAQNLTPHEIKTIISRAGKGTKIVLTGDPTQIDSLYFDENSNGLTYLVGKFHHLPLYGHMFMTRTERSELAAAAATIL 434
CT016 - hypothetical protein ATGAAAGTTAAAATTAATGATCAGTTCATTTGTATTTCCCCATACATTTCTGCTCGATGGAATCAGATAGCTTTCATAGAGTCTTGTGATGGAGGGACGGAAGGGGGTATTACTTTGAAACTCCATTTAATTGATGGAGAGACAGTCTCTATACCTAATCTAGGACAAGCGATTGTTGATGAGGTGTTCCAAGAGCACTTGCTATATTTAGAGTCCACAGCTCCTCAGAAAAACAAGGAAGAGGAAAAAATTAGCTCTTTGTTAGGAGCTGTTCAACAAATGGCTAAAGGATGCGAAGTACAGGTTTTTTCTCAAAAGGGCTTGGTTTCTATGTTACTAGGAGGAGCTGGTTCGATTAATGTGTTGTTGCAACATTCTCCAGAACATAAGGATCATCCTGATCTTCCTACCGATTTACTGGAGAGGATAGCGCAAATGATGCGTTCATTATCTATAGGACCAACTTCTATTTTAGCTAAGCCAGAGCCTCATTGCAACTGTTTGCATTGTCAAATTGGACGAGCTACAGTGGAAGAAGAGGATGCCGGAGTATCGGATGAGGATCTTACTTTTCGTTCATGGGATATCTCTCAAAGTGGAGAAAAGATGTACACTGTTACAGATCCTTTGAATCCAGAAGAGCAGTTTAATGTGTATTTAGGAACGCCGATTGGATGCACATGTGGGCAGCCATACTGTGAACACGTGAAAGCTGTTCTTTATACTTAA 729 MKVKINDQFICISPYISARWNQIAFIESCDGGTEGGITLKLHLIDGETVSIPNLGQAIVDEVFQEHLLYLESTAPQKNKEEEKISSLLGAVQQMAKGCEVQVFSQKGLVSMLLGGAGSINVLLQHSPEHKDHPDLPTDLLERIAQMMRSLSIGPTSILAKPEPHCNCLHCQIGRATVEEEDAGVSDEDLTFRSWDISQSGEKMYTVTDPLNPEEQFNVYLGTPIGCTCGQPYCEHVKAVLYT 242
CT017 - hypothetical protein ATGCTCATTTTTGCCCTTTCTTTTGGGGCAGATGCCTGCTTATGTGCTGCGGATCTTTCCAAAGCAAAAGTTGAGGCTTCTGTCGGTGATAGAGCGGCTTTCTCTCCGTTTACAGGAGAGATCAAAGGAAATCGTGTGCGTTTACGTTTGGCTCCGCATACGGATAGTTTTATCATTAAAGAGTTATCTAAAGGTGACTGTCTAGCTGTTCTAGGAGAGAGCAAAGACTACTACGTAGTAGCTGCTCCTGAAGGAGTTCGTGGTTATGTATTTCGAACTTTTGTTCTCGATAATGTGATTGAAGGGGAGAAGGTTAATGTTCGGTTAGAGCCTTCGACTTCTGCTCCTATCTTAGCAAGATTGTCTAAAGGAACTGTTGTAAAGACTTTGGGCGCAGCTCAGGGTAAGTGGATAGAAATTGCTCTTCCCAAGCAATGTGTTTTTTATGTTGCGAAGAATTTTGTGAAGAATGTTGGGGCTTTGGACCTATACAATCAAAAAGAAGGGCAAAAAAAATTAGCTTTAGATCTATTGAGTTCCGCTATGGATTTTGCAGATGCTGAGTTGCAGAAAAAGATAGAGGATATTGATTTAGACGCCATTTATAAGAAAATGAATCTTGCGCAGTCTGAAGAATTTAAGGATGTCCCAGGTTTACAATCGTTGGTACAAAAAGCCTTAGAGAGGGTTCAAGAAGCTTTCCTAGCAAAATCCTTGGAGAAGAGTTCTGTAAAAGTCCCAGAGATCCGGCATAAAGTTTTGGAAGAGATCGCTGTAGTTTCTCCAGCTGTTGAGGAAACCCCAGTTGTGACAAAAACAGAAGAACAAAAGGTTACAACGGTTCCTGTTCCTGCTCCCGCTGTTGTTACAGAGCCGGCTCAAGATTTAAGCTCTGTCAAAGGTTCTTTGTTATCGCATTATATCCGTAAAAAAGGTTTCGTTAAGGCCTCTCCTGTTATAGAAGGAAGAGAGAGTTTTGAGCGTTCTTTGTTTGCTGTTTGGCTAAGTCTTCAGCCCGAAGAGATTCGGCATCAGCTCACTATGGAATCTTTTTATAGAGATGAACAGAAGAAGAAACGAGTGCTGACCGGAGAACTCGAAGTGTATCCTCACATCGTTAAAAATAATCCTGGCGATTATCTCTTGAAAAATGGTGAAGACGTAGTGGCCTTTGTCTATGCTACTAGTATCGATTTGAGTAAATGGTTAGGAAAATCTGTAGTTTTAGAGTGTGTCTCTAGACCAAATAATCATTTTGCTTTTCCCGCCTATATTGTTTTGTCAGTAAAAGAAGGGGCATAA 1302 MLIFALSFGADACLCAADLSKAKVEASVGDRAAFSPFTGEIKGNRVRLRLAPHTDSFIIKELSKGDCLAVLGESKDYYVVAAPEGVRGYVFRTFVLDNVIEGEKVNVRLEPSTSAPILARLSKGTVVKTLGAAQGKWIEIALPKQCVFYVAKNFVKNVGALDLYNQKEGQKKLALDLLSSAMDFADAELQKKIEDIDLDAIYKKMNLAQSEEFKDVPGLQSLVQKALERVQEAFLAKSLEKSSVKVPEIRHKVLEEIAVVSPAVEETPVVTKTEEQKVTTVPVPAPAVVTEPAQDLSSVKGSLLSHYIRKKGFVKASPVIEGRESFERSLFAVWLSLQPEEIRHQLTMESFYRDEQKKKRVLTGELEVYPHIVKNNPGDYLLKNGEDVVAFVYATSIDLSKWLGKSVVLECVSRPNNHFAFPAYIVLSVKEGA 433
CT018 - hypothetical protein ATGCAGCATGCCCACAATACGGATAGCCTCCCGGCATGGGATTGCTTACAACACAACTATCTTCGTCGTAATGCGCTGACATCTTTTTGCAGCTATGTGCCCATTCTGAGCACAGTTGTAGGGATTCGCACCTTGTATAACATGCGCAAATTACATACAGCCTTTGTACAACGAACAGGAGGATTCCTCTGTCAAAATGACCCGAACATTCCTTGCGATAAGTTCCCCTGCTCTATCATTAGAAAAGAATGGCCACAAGTGCACACAAAAGCGATGCAAGAAGTCTTTGGAATCAAAGCTTTAGTTTGCCTTGGATCCCTTATTCTAAAAATCTTCCGGGCTGTTAAAGCTTTTTTCCATAGAACTTTTTCGCCCTCTCTACTTCCAGAACAGGATACCTCTATTCAATTGCCAGACTCTCCTCAATCAGGAATCCCGGAAGAGACATTATTAGAAACCCCGCGTAGCTCTTAG 474 MQHAHNTDSLPAWDCLQHNYLRRNALTSFCSYVPILSTVVGIRTLYNMRKLHTAFVQRTGGFLCQNDPNIPCDKFPCSIIRKEWPQVHTKAMQEVFGIKALVCLGSLILKIFRAVKAFFHRTFSPSLLPEQDTSIQLPDSPQSGIPEETLLETPRSS 157
CT019 ileS isoleucine--tRNA ligase ATGGATAACGAAGATAAGATTAGTATTTCCGCCAAAGAGGAAAAGATTCTATCTTTTTGGAAAGAGCAAGATATTTTTCAAAAAACTTTAGACAATCGAGAGGGCTGCCCCACTTTTTCTTTTTATGACGGGCCTCCATTTGCTACAGGCTTACCGCATTATGGCCACCTGTTAGCAGGTACAATAAAAGATGTTGTATGTCGTTATGCGTCGATGGATGGGCATTATGTGCCCCGGCGTTTTGGCTGGGATTGTCATGGGGTGCCAGTCGAATACGAAGTAGAGAAATCTTTAGGTCTTACCGAGCCAGGAGCTATTGAGCGTTTCGGTGTGGCGAATTTTAACGAAGAATGTCGCAAGATTGTTTTCCGATACGCGGATGAATGGAAATATTTTGTGGATAGGATCGGCCGATGGGTAGATTTTTCTGCAACATGGAGGACTATGGACCTATCTTTCATGGAGAGTGTCTGGTGGGTATTCCGCTCTCTCTATGATCAAGGACTTGTGTATGAGGGGACCAAAGTAGTTCCTTTTTCTACCAAGCTAGGTACCCCGCTATCCAATTTCGAAGCTGGCCAAAACTATAAGGAAGTAGACGACCCTTCTGTCGTTGTAAAATTTGCTTTGCAAGACAATCAAGGCTTTCTTCTAGCATGGACCACAACTCCTTGGACTCTTGTTTCAAATATGGCGCTAGCTGTGCATCCTGAGCTCACCTATGTCCGTATTAAAGACAAAGAATCAGGAGACGAATATATCCTGGGACAGGAAAGTTTGCCTCGTTGGTTCCCAGATCGAGAATCTTATGAATGGATAGGACAATTGTCTGGAAAGAGTCTTGTTGGACAAAGTTACGAACCGCTTTTCCCTTATTTCCAAGATAAAAAGGAGTTAGAGGCTTTTCGTATTCTTCCTGCAGATTTTATTGAGGAAAGTGAGGGGACGGGTATTGTTCATATGGCACCAGCTTTTGGAGAAGCTGACTTTTTTGCTTGCCAGGAACATAACGTACCTCTAGTGTGCCCTGTTGATAATCAGGGGTGTTATACCGCTGAGGTGAAGGATTTTGTCGGCGAATATATTAAGTCTGCTGACAAAGGCATCGCTCGTCGATTGAAGAACGAAAATAAACTGTTCTATCAAGGTACAGTTCGTCACCGCTATCCGTTTTGTTGGAGAACTGACTCTCCTTTAATTTACAAAGCAGTGAATTCTTGGTTCGTTGCTGTAGAAAAGGTAAAGAGTAAGATGTTAAAAGCCAATGAATCCATTCATTGGACTCCTGAGCATATCAAACAAGGACGCTTTGGTAAGTGGTTAGAGGGAGCTCGTGACTGGGCTATCAGTAGAAATCGTTATTGGGGGACTCCTATACCTATTTGGCGTAGTGACGATGGAGAGCTTTTGGTCATAGGATCTATCCAGGAACTGGAGGCATTATCTGGACAGAAGATTGTAGATTTGCATCGCCATTTTATTGATGAGATAGAAATTAACCAGAACGGGAAATCTTTCCGAAGAATCCCTTATGTTTTCGATTGTTGGTTTGATTCTGGAGCTATGCCATATGCTCAGAATCATTACCCTTTTGAAAGAGCAGAAGAAACGGAGGCTTGCTTCCCAGCTGACTTTATTGCTGAAGGACTAGATCAGACTCGAGGTTGGTTCTATACGTTAACCGTTATTGCTGCAGCTTTATTCGATCAGCCCGCTTTTAAAAATGTAATTGTAAATGGGATTATTCTTGCGGAAGACGGAAATAAAATGTCGAAGCGGTTGAATAATTATCCTAGTCCAAAAATGATTATGGACGCGTATGGAGCAGATGCTTTGCGGCTGTATTTGTTGAATAGCGTGGTCGTTAAAGCTGAAGATCTTCGCTTTTCCGATAAAGGGGTAGAGTCTGTGCTTAAGCAAGTTCTATTGCCGTTGTCTAATGCTTTGGCTTTCTATAAGACTTATGCGGAATTGTATGGTTTTGATCCTAAAGAAACAGACAATATAGAACTTGCTGAAATAGACCGCTGGATTCTTTCTTCTCTATACAGTTTGGTAGGGAAAACTCGAGAAAGTATGTCGCAATATGATTTACATGCTGCTGTAAATCCTTTTGTGGATTTCATTGAAGATTTAACTAACTGGTATATTCGTAGGTCGCGGCGACGTTTTTGGGATGCCGAGGATTCTGCAGATCGACGGGCAGCATTCTCTACACTTTATGAAGTGTTGGTAGTCTTTTCTAAAGTCATTGCGCCATTCATTCCTTTTATTGCAGAAGATATGTACCAGCAATTACGAGGAGAAACGGATCCCGAGTCTGTGCACTTATGTGATTTTCCTCACGTTGTCCTAGAAAAGATTCTTCCTGATTTGGAAAGGAAAATGCAGGATATTCGAGAGATTGTAGCTCTAGGGCATTCTTTGCGTAAGGAGCATAAACTGAAAGTACGTCAACCTCTTCAAAACGTGTATATTGTAGGAAGCAAGGAGAGAAAGGAGGCTTTAGCTCAAGTTGGATCCTTGATTGGAGAAGAGCTTAATGTGAAAGACGTACATTTTTGTTCAGAAACTCCGGAGTATGTAACCACTTTGATTAAGCCTAATTTCCGAACCTTAGGGAAGAAGGTAGGTAATCGTCTTCCAGAAATTCAAAGAGCTCTAGCAGGATTGCCTCAAGAGCAAATTCAGGCTTTTATGCACAAAGGGCAGATGGTTGTTTCTCTAGGAGAAGAGACCATTTCTTTAGATAAAGAGGACATTACAGTTTCTTGGGCATCGGCTGAAGGATTTGTAGCGAGAAGCTCAGCTTCTTTTGTAGCAGTACTGGATTGTCAGTTAACAGAGCCTTTAATTATGGAAGGTATAGCCAGAGAGTTGGTTAATAAGATCAACACTATGCGAAGAAATAGGAAATTACACGTTTCTGATCGCATTGCTATACGTTTACATGCCCCTGTTATCGTTCAGGAAGCGTTCGCTTTACACAAAGAGTATATTTGTGAAGAGACATTAACCACTTCCGTTTCTGTGATCGATTATAAAGAAGGGGAAGAGTGGGATATTAACGGTCACGCAGTGTCCTTCGTTCTGGAGCGAGTTGAGCGTTGA 3111 MDNEDKISISAKEEKILSFWKEQDIFQKTLDNREGCPTFSFYDGPPFATGLPHYGHLLAGTIKDVVCRYASMDGHYVPRRFGWDCHGVPVEYEVEKSLGLTEPGAIERFGVANFNEECRKIVFRYADEWKYFVDRIGRWVDFSATWRTMDLSFMESVWWVFRSLYDQGLVYEGTKVVPFSTKLGTPLSNFEAGQNYKEVDDPSVVVKFALQDNQGFLLAWTTTPWTLVSNMALAVHPELTYVRIKDKESGDEYILGQESLPRWFPDRESYEWIGQLSGKSLVGQSYEPLFPYFQDKKELEAFRILPADFIEESEGTGIVHMAPAFGEADFFACQEHNVPLVCPVDNQGCYTAEVKDFVGEYIKSADKGIARRLKNENKLFYQGTVRHRYPFCWRTDSPLIYKAVNSWFVAVEKVKSKMLKANESIHWTPEHIKQGRFGKWLEGARDWAISRNRYWGTPIPIWRSDDGELLVIGSIQELEALSGQKIVDLHRHFIDEIEINQNGKSFRRIPYVFDCWFDSGAMPYAQNHYPFERAEETEACFPADFIAEGLDQTRGWFYTLTVIAAALFDQPAFKNVIVNGIILAEDGNKMSKRLNNYPSPKMIMDAYGADALRLYLLNSVVVKAEDLRFSDKGVESVLKQVLLPLSNALAFYKTYAELYGFDPKETDNIELAEIDRWILSSLYSLVGKTRESMSQYDLHAAVNPFVDFIEDLTNWYIRRSRRRFWDAEDSADRRAAFSTLYEVLVVFSKVIAPFIPFIAEDMYQQLRGETDPESVHLCDFPHVVLEKILPDLERKMQDIREIVALGHSLRKEHKLKVRQPLQNVYIVGSKERKEALAQVGSLIGEELNVKDVHFCSETPEYVTTLIKPNFRTLGKKVGNRLPEIQRALAGLPQEQIQAFMHKGQMVVSLGEETISLDKEDITVSWASAEGFVARSSASFVAVLDCQLTEPLIMEGIARELVNKINTMRRNRKLHVSDRIAIRLHAPVIVQEAFALHKEYICEETLTTSVSVIDYKEGEEWDINGHAVSFVLERVER 1036
CT020 lepB signal peptidase I ATGACGAGCAGTTACATGAGTCGCTTATATTCCCTGAATAAGAGTCGTCGCATTCTTCATTCTTCCTTTAGATTGCTGAAAAGCACAAAAATGCTCTCTCATCCGGAAACTCAAAAAGAACTACAAGAAGTCTTGAAACAGCTTGAAGAGGCTATTTTGGATCAGAATAGGGAAGATGCTTCCCTTTTTGCTAAGCAAGCTCAAGCCATACAAAAAAGATTCCCTAAATCCAAACTCCGAGCTACTTTTGATCTTATCTATGCTTTGACGTTTGCTGCCATTCTTGCTTTTTTAATCCGCCAGTTCTGGTTTGAGCTATATGAAGTTCCTACAGGATCTATGCGGCCTACTATTCTTGAACAAGATCGTATTCTTGTTTCCAAAACAACATTTGGACTCCGGCTACCTTTTAGTAACAAAAGTATTGGCTATACACCTGAGGCTATCACTCGAGGAGAACTGGTAGTCTTCACTGTTGGAGATCTTCCTATCCCTAGCGCCGACACTAAGTATTTTGGAATCATCCCTGGGAAAAAACGCTATATAAAACGGTGCATGGGTAAACCTGGAGATACCGTATATTTTTATGGAGGGAAAATTTATGGGATCGATTGCGACGGAGAGCCCATCTTCCCCCAAAATACAGAGAATCTCTACCACGTCCCCTATATTTCTTTTGACGGAACTCCAGAAATCCTTACCCATTCAGAAGAGCAAACAGATGTGATCTTTAACCAATTTCACACACCTTGTGGAAAGATTTCTCTCCCTCAACAGGCTTCTTATGGACAATTTTTCTATAAGAATGCTTGGCATAATGATACTCCCTATGCTTTAAAAGATCCTCATAATGAGCCTGTTAGCTATGCCGATCTATTCGGAATAAAAAATTTTGCAATGGTTCGCATCCTTACCAAAAAACAAGCTGCTCTTACTCATGTCCTTCCCTCTCCTCTTTCGGACACCTACCTAGAAATTGCCCACACTCCTAATGTTTCCTATCCTCACCCTCACTTACGTCCATTTGAAACACAGCTTATTCCTACTATCGAACCTATGAAAACCTTGCTTCCTTTAAGGAAGGAACATATTCATTTGATTCGTAATAACCTCACAACATCCCGTTTTACAGTTGTAGATGGATATGCTTACAAGTACCAACCTGCTCCCATGAATACCTCAGGCATGGCCAGGATGTTTGCCCTACCTATGCCAAATATTCCTGACGGATGTTATGAATTTTCTAAAGGAGACGTGTTTAAAATTAATATGAGTGGCTTTCGAACGAAACTCAAACAGCCGCATCCTTTAACGCAATTAAGCAATTCTCAGGTCATTGACTTATTTAATTGCGGCATTAGTTTCCACACGATCTATATTCCTAAAAACCCTCAATATGCTCCGTTCCCTAATCGCTATGCATTTTTCCATCAAGGGAACCTGTTCGTTATGGATTCTCCAGTTTTTATTGATAGCGATCCTGCCTTACAGAAATTCATTGTGTCTGAAGAGGAAAAAGAACTTCAATCATCTGAAGACAAACCTTACATCGCGTTTATTGACAGAGGTCCTCCTCCAGAATCTACAGAGGAATTTGTTTCCTTTATTACTAATTTCGGTCTTAAAATTCCGGAAGGCCACGTGCTTGTCTTAGGAGATAATTGTCCTATGAGCGCTGATAGCCGTGATTTTGGTTTTGTTCCCGTTGAAAATCTTTTGGGATCTCCTGTTGGGATCTTCTGGCCTATTAATCGTCTAGGATTGTTATCTTCCAATATAACGCCCTTGAGTTTACCTGGCTACCTCGTAAATGGATTGGCTCTAGGAGCTTTTCTTTACTGCATAGGATTATGGTACTATCGAAAAAACCATAGGCTATTCCCTTAA 1887 MTSSYMSRLYSLNKSRRILHSSFRLLKSTKMLSHPETQKELQEVLKQLEEAILDQNREDASLFAKQAQAIQKRFPKSKLRATFDLIYALTFAAILAFLIRQFWFELYEVPTGSMRPTILEQDRILVSKTTFGLRLPFSNKSIGYTPEAITRGELVVFTVGDLPIPSADTKYFGIIPGKKRYIKRCMGKPGDTVYFYGGKIYGIDCDGEPIFPQNTENLYHVPYISFDGTPEILTHSEEQTDVIFNQFHTPCGKISLPQQASYGQFFYKNAWHNDTPYALKDPHNEPVSYADLFGIKNFAMVRILTKKQAALTHVLPSPLSDTYLEIAHTPNVSYPHPHLRPFETQLIPTIEPMKTLLPLRKEHIHLIRNNLTTSRFTVVDGYAYKYQPAPMNTSGMARMFALPMPNIPDGCYEFSKGDVFKINMSGFRTKLKQPHPLTQLSNSQVIDLFNCGISFHTIYIPKNPQYAPFPNRYAFFHQGNLFVMDSPVFIDSDPALQKFIVSEEEKELQSSEDKPYIAFIDRGPPPESTEEFVSFITNFGLKIPEGHVLVLGDNCPMSADSRDFGFVPVENLLGSPVGIFWPINRLGLLSSNITPLSLPGYLVNGLALGAFLYCIGLWYYRKNHRLFP 628

Total number of rows: 894

Table truncated, full table size 1263 Kbytes.




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