histidine kinase, snap_masked-scaffold155_size301336-processed-gene-1.3 (gene) Tigriopus kingsejongensis

Overview
Namehistidine kinase
Unique Namesnap_masked-scaffold155_size301336-processed-gene-1.3
Typegene
OrganismTigriopus kingsejongensis (Tigriopus kingsejongensis)
Associated RNAi Experiments

Nothing found

Homology
BLAST of histidine kinase vs. L. salmonis genes
Match: EMLSAG00000000547 (supercontig:LSalAtl2s:LSalAtl2s108:230431:251826:1 gene:EMLSAG00000000547 transcript:EMLSAT00000000547 description:"snap_masked-LSalAtl2s108-processed-gene-3.3")

HSP 1 Score: 88.1965 bits (217), Expect = 4.710e-23
Identity = 62/133 (46.62%), Postives = 81/133 (60.90%), Query Frame = 0
Query:   30 RGRMALLVTLFLVLVNIFNAITTNSPKADGLNALQV--------------EYSVILLQLKLHSIQKCANDI-----NGVSTSNGPPSI--------------KVLRKNQMVARFDLVCLVFFPLLFVLFTRVY 129
            +GRMALLVTLFLVLVNIFNAITTNSPKADGLNALQ               EY++ILLQ+K+ +IQ  + D        +   NG P+I              K+ +K Q++AR D+ CL+ FP+LF++F  +Y
Sbjct:   66 QGRMALLVTLFLVLVNIFNAITTNSPKADGLNALQAWVITCIFFVFGALSEYAIILLQVKIRNIQGHSGDYPSCIPAALPIPNGNPAIQTHVQNRLRIAAINKLTKKEQLMARLDITCLIVFPILFLVFVLIY 198          
BLAST of histidine kinase vs. L. salmonis genes
Match: EMLSAG00000003185 (supercontig:LSalAtl2s:LSalAtl2s176:68925:134641:-1 gene:EMLSAG00000003185 transcript:EMLSAT00000003185 description:"maker-LSalAtl2s176-augustus-gene-1.7")

HSP 1 Score: 59.3066 bits (142), Expect = 1.046e-11
Identity = 26/34 (76.47%), Postives = 33/34 (97.06%), Query Frame = 0
Query:   31 GRMALLVTLFLVLVNIFNAITTNSPKADGLNALQ 64
            GRMALL+TLFLVLVNIFN++TTN+PKA+GL A++
Sbjct:  282 GRMALLITLFLVLVNIFNSVTTNTPKAEGLTAIE 315          
BLAST of histidine kinase vs. L. salmonis genes
Match: EMLSAG00000003313 (supercontig:LSalAtl2s:LSalAtl2s181:399664:401012:-1 gene:EMLSAG00000003313 transcript:EMLSAT00000003313 description:"maker-LSalAtl2s181-augustus-gene-4.10")

HSP 1 Score: 58.151 bits (139), Expect = 3.371e-11
Identity = 50/141 (35.46%), Postives = 67/141 (47.52%), Query Frame = 0
Query:   31 GRMALLVTLFLVLVNIFNAITTNSPKADGLNALQV--------------EYSV-----------------ILL--------QLKLHS--IQKCANDINGV-STSNGPPSIKVLRKNQMVARFDLVCLVFFPLLFVLFTRVY 129
            GRM LLVT+FLVL+NIFN I TNSPKADGL A++               EY+V                 I+L        Q ++H+  ++K     N + S SN  P     +K    A  DL+ L  FP+LF++F   Y
Sbjct:  278 GRMTLLVTIFLVLINIFNTIQTNSPKADGLTAIEAWVIACIIFVFGALGEYTVILLKIKIKKIYPKKRKVIVLSQIPNTKNQQQVHNKKVKKAIKLQNSLWSNSNVFP-----KKIDKYAHTDLIFLAVFPILFLIFNLFY 413          
BLAST of histidine kinase vs. L. salmonis genes
Match: EMLSAG00000008455 (supercontig:LSalAtl2s:LSalAtl2s519:173869:181393:1 gene:EMLSAG00000008455 transcript:EMLSAT00000008455 description:"snap_masked-LSalAtl2s519-processed-gene-1.11")

HSP 1 Score: 56.225 bits (134), Expect = 1.469e-10
Identity = 42/127 (33.07%), Postives = 61/127 (48.03%), Query Frame = 0
Query:   31 GRMALLVTLFLVLVNIFNAITTNSPKADGLNALQ--------------VEYSVI---LLQLKLHSIQKCANDINGVST-----------SNGPPSIKVLRKNQMVARFDLVCLVFFPLLFVLFTRVY 129
            GRMALLVTLFLVL+NIFN IT  SP  +G+ A+               + Y+ I   LL  K + + K  ND+  V             +     I+ L   + +A+ D + L  FP +F++F  +Y
Sbjct:  213 GRMALLVTLFLVLINIFNTITNVSPNVEGMXAISSWMIACMFFVFGALLGYAAILYVLLMKKKNCLIKKRNDLAFVHAPSCYFYKVSEQTKRKEEIEELDHTEKLAKVDSILLYVFPFMFLVFNIIY 339          
BLAST of histidine kinase vs. L. salmonis genes
Match: EMLSAG00000011211 (supercontig:LSalAtl2s:LSalAtl2s765:133774:155316:1 gene:EMLSAG00000011211 transcript:EMLSAT00000011211 description:"maker-LSalAtl2s765-snap-gene-1.16")

HSP 1 Score: 50.447 bits (119), Expect = 1.379e-8
Identity = 31/69 (44.93%), Postives = 40/69 (57.97%), Query Frame = 0
Query:   31 GRMALLVTLFLVLVNIFNAITTNSPKADGLNALQ--------------VEYSVILLQLKLHSIQKCAND 85
            GRMALLVTLFLVL+NIFN++   +P +  LNA+               +EY+VILL LK     K + D
Sbjct:  216 GRMALLVTLFLVLINIFNSVRERAPISSKLNAIDLYLVVCIFLVFGALMEYAVILLLLKQRRKPKRSID 284          
BLAST of histidine kinase vs. L. salmonis genes
Match: EMLSAG00000001113 (supercontig:LSalAtl2s:LSalAtl2s1186:160345:169896:1 gene:EMLSAG00000001113 transcript:EMLSAT00000001113 description:"maker-LSalAtl2s1186-snap-gene-1.38")

HSP 1 Score: 48.521 bits (114), Expect = 7.768e-8
Identity = 45/123 (36.59%), Postives = 63/123 (51.22%), Query Frame = 0
Query:   31 GRMALLVTLFLVLVNIFNAITTNSPKADGLNALQ--------------VEYSVILLQLKLHSIQKCANDINGVSTSN---------GPPSIKVLRK-NQMVARFDLVCLVFFPLLFVLFTRVY 129
            GRM LLV LFLVLVNIFN +TTN+PKA+GL A++              +EY+ IL + + +   +   +I  V   N          PPS   L+   +   R D   L+ FP+LF +F  +Y
Sbjct:  436 GRMGLLVMLFLVLVNIFNTVTTNTPKAEGLTAIEAWMLACILFVFGALIEYAAILFKKQRYVSAQNKLNIRIVWKDNLKYEVYEQRPPPSTLSLQHLAEEYWRIDKFFLISFPILFFIFNIIY 558          
BLAST of histidine kinase vs. nr
Match: gi|1325259122|ref|XP_023327258.1| (glycine receptor subunit alpha-2-like [Eurytemora affinis])

HSP 1 Score: 65.4698 bits (158), Expect = 8.627e-10
Identity = 50/137 (36.50%), Postives = 66/137 (48.18%), Query Frame = 0
Query:   31 GRMALLVTLFLVLVNIFNAITTNSPKADGLNALQ--------------VEYSVILLQLKLH-------SIQKC--------------ANDINGVSTSNGPPSIKVLRKNQM---VARFDLVCLVFFPLLFVLFTRVY 129
            GRM LL+T+FLVLVNIFN ITTN PKA+GL A++              VEY+ ILL++K+        ++ +C               N  NG   S      +   + +     AR DL  LV FP LF+LF   Y
Sbjct:  273 GRMTLLITVFLVLVNIFNTITTNIPKAEGLTAIEAWVIVCVLFVFGALVEYAGILLKMKVQLSMKPKKNMTRCESVDSQIILHPLAPENGTNGDEKSGKKKKKRPKTRAEEKLGTARLDLTFLVIFPCLFLLFNIAY 409          
BLAST of histidine kinase vs. nr
Match: gi|1325268174|ref|XP_023344754.1| (glycine receptor subunit alpha-1-like [Eurytemora affinis])

HSP 1 Score: 63.1586 bits (152), Expect = 4.999e-9
Identity = 41/91 (45.05%), Postives = 51/91 (56.04%), Query Frame = 0
Query:   31 GRMALLVTLFLVLVNIFNAITTNSPKADGLNALQ--------------VEYSVILLQ------------LKLHSIQKCANDIN-GVSTSNG 94
            GRMALL+TLFLVLVNIFN +T+N+PKA+GL A++              VEY+VIL Q            LK HS   C  +    VS+ NG
Sbjct:  283 GRMALLITLFLVLVNIFNTVTSNTPKAEGLTAIEAWMLSCILFVFGALVEYAVILFQSQRGKPNPVQNHLKRHSRIICRENFKYEVSSENG 373          
BLAST of histidine kinase vs. nr
Match: gi|1325277633|ref|XP_023323455.1| (glutamate-gated chloride channel subunit beta-like [Eurytemora affinis] >gi|1325277635|ref|XP_023323456.1| glutamate-gated chloride channel subunit beta-like [Eurytemora affinis])

HSP 1 Score: 59.3066 bits (142), Expect = 9.289e-8
Identity = 40/124 (32.26%), Postives = 62/124 (50.00%), Query Frame = 0
Query:   16 STFGNLVFPILETNRGRMALLVTLFLVLVNIFNAITTNSPKADGLNALQVEYSVILL----------QLKLHSIQKCANDINGVSTSNGPPSIKVLRKNQMVARFDLVCLVFFPLLFVLFTRVY 129
            S  G L+ P  E   GRMA+L+TLFLVL+NIFN +T+NSP  +G+ A+     V +            L     + C         +     ++ +RK    ++ D V LV FP++F++F  +Y
Sbjct:  273 SWVGFLIPP--EVVPGRMAMLITLFLVLINIFNIVTSNSPNVEGMTAIAAWMLVCIFFVFGALVGYAYLLWKKKKSCLKRKRARKQTEEEGKLRTIRKEDYRSKVDDVFLVVFPIMFLVFNLIY 394          
BLAST of histidine kinase vs. nr
Match: gi|1325331792|ref|XP_023347755.1| (glycine receptor subunit alpha-3-like [Eurytemora affinis])

HSP 1 Score: 58.9214 bits (141), Expect = 1.668e-7
Identity = 32/66 (48.48%), Postives = 43/66 (65.15%), Query Frame = 0
Query:   27 ETNRGRMALLVTLFLVLVNIFNAITTNSPKADGLNALQ--------------VEYSVILLQLKLHS 78
            E+  GRM +LVT+FLVLVNIFN+IT N PKA+GL A++              +EY+VIL Q K+ +
Sbjct:  222 ESVPGRMTILVTVFLVLVNIFNSITNNIPKAEGLTAIEGFIIVCIVFVFGALIEYAVILFQSKIKT 287          
The following BLAST results are available for this feature:
BLAST of histidine kinase vs. L. salmonis genes
Analysis Date: 2018-04-19 (T. kinsejongensis vs L. Salmonis peptides)
Total hits: 6
Match NameE-valueIdentityDescription
EMLSAG000000005474.710e-2346.62supercontig:LSalAtl2s:LSalAtl2s108:230431:251826:1... [more]
EMLSAG000000031851.046e-1176.47supercontig:LSalAtl2s:LSalAtl2s176:68925:134641:-1... [more]
EMLSAG000000033133.371e-1135.46supercontig:LSalAtl2s:LSalAtl2s181:399664:401012:-... [more]
EMLSAG000000084551.469e-1033.07supercontig:LSalAtl2s:LSalAtl2s519:173869:181393:1... [more]
EMLSAG000000112111.379e-844.93supercontig:LSalAtl2s:LSalAtl2s765:133774:155316:1... [more]
EMLSAG000000011137.768e-836.59supercontig:LSalAtl2s:LSalAtl2s1186:160345:169896:... [more]
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BLAST of histidine kinase vs. SwissProt
Analysis Date: 2018-04-19 (T. kingejongensis peptided Blastp vs. SwissProt)
Total hits: 0
Match NameE-valueIdentityDescription
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BLAST of histidine kinase vs. nr
Analysis Date: 2018-05-15 (T. kingsejongensis proteins Blastp vs. NR)
Total hits: 4
Match NameE-valueIdentityDescription
gi|1325259122|ref|XP_023327258.1|8.627e-1036.50glycine receptor subunit alpha-2-like [Eurytemora ... [more]
gi|1325268174|ref|XP_023344754.1|4.999e-945.05glycine receptor subunit alpha-1-like [Eurytemora ... [more]
gi|1325277633|ref|XP_023323455.1|9.289e-832.26glutamate-gated chloride channel subunit beta-like... [more]
gi|1325331792|ref|XP_023347755.1|1.668e-748.48glycine receptor subunit alpha-3-like [Eurytemora ... [more]
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Alignments
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
scaffold155_size301336supercontigscaffold155_size301336:117888..137945 -
Analyses
This gene is derived from or has results from the following analyses
Analysis NameDate Performed
maker2018-02-12 .496401
T. kinsejongensis vs L. Salmonis peptides2018-04-19
T. kingejongensis peptided Blastp vs. SwissProt2018-04-19
T. kingsejongensis proteins Blastp vs. NR2018-05-15
Properties
Property NameValue
NoteP:signal transduction by phosphorylation
Relationships

The following mRNA feature(s) are a part of this gene:

Feature NameUnique NameSpeciesType
snap_masked-scaffold155_size301336-processed-gene-1.3-mRNA-1snap_masked-scaffold155_size301336-processed-gene-1.3-mRNA-1Tigriopus kingsejongensismRNA


Sequences
The following sequences are available for this feature:

gene from alignment at scaffold155_size301336:117888..137945-

Legend: mRNA
Hold the cursor over a type above to highlight its positions in the sequence below.
>snap_masked-scaffold155_size301336-processed-gene-1.3 ID=snap_masked-scaffold155_size301336-processed-gene-1.3|Name=histidine kinase|organism=Tigriopus kingsejongensis|type=gene|length=20058bp|location=Sequence derived from alignment at scaffold155_size301336:117888..137945- (Tigriopus kingsejongensis)
ATGTGGAAGGCCTACACGACCAAGGATGGGCCAAACTCAACGCGCAGCAC CTTTGGGAATCTTGTGTTCCCCATCCTGGAAACAAACAGGGTATTGAGAG CTGAAGCAGCCGGAATCGTGCCCCGTCCGCTTCCCAAGCCCGCAGACACT CTCTGAGTATGGGATTGACATATGGAATATCCACCCGGGGTTGAGGAATG CGAGGACAAAGGCCGAAGCGAAGTCCATGGCTTACGCTATAGCAAAGATG TCCCCGGAATGAGTATTCCCCACTGATATCATGGACTCAATCAAATGAAA CAAGTTCTAGTCAATTTTAGGAAATCTATCCGTTCCTAGCCATTTACATT TTATATTACACTACGACTAGCTTTTATTTGCTAAGTGGTTGCCAGATGGC AATTTCAAAATTTCCCCAAATACACGATCACACACCTGTGGTCGTTCCTC GAGGGTAAGGTGTTCATGATCAATTTTTCCACCAGGCTGACTATGTCTCC TCGGAGATATCCCTAGCTGGGCAGAAATGCCCAGGGCCTTACAAACAAAC AAAACAAAATATTGAATTTAAAGCCAATCTATGGTAGTTACAGTACAATA GGTAATTCGATAATGCACCTGTAACTGTGCAACAATCATTATTAACAATG CACTAAAAAATAAAAGTCCCAGGATAGAGAGAAAAGGCAGTCTGAAATAA AGCTTACAATAACAAACTCACAGGCAAAAAGTGTTCTAGAAGTTAGACTC GGCTTGGTTACTATTTGACGATCTCTGGAACAAAACATGTAATGCAAAAG CTGTTTCCGACGCTCGATCAAATGCATGCAACTTATAGGAGGGACATTGT GGGAGCTAAATGAAAAACTTTCATTGGGTGACATCACTATAAATTTCCTA GACATGCTGTAGTGAGGCTTTTTAAGATTACGCTGGAGTCGCCAGAGACT GCTGGCATTTTGCAGTTTGGTGCAAGAAACCCAAGTCTAAACCGTTCTGT TCCCATCAGCTCCAAATGTTTCATTCCTCCAGGAAGCTAGAGGCCTGAAA CTTTTTTGGAGCATTAGAGTGCAAACAACAGATTGCTGTCCCCTATTTAA TTCGCGGGCTTCTCATACGCTTTGATAAACTCGGTTGCTTATTGTTATAT GCTGGCAGCTTGCACTATCAGTTTTCCCTGACTCATTCATTTTGCATTCA TTTATTCATTCTCATCTCACGTTTGGAATGTTCAATAAAGAATTCATTAG AGAACTGGACACAGAATCGAATGGACCACTTCATCTAGATCCCGTTCTCA TTTGAGTACGTAGATACTCTTTTACTCGAGATCTACCACTTATGATAAAG TTAATTGTCTCCAACTTTGCCCCAGCATGATGTCAAATCGCGTTGTGGGA TCGAACTTAAGACGACTTGATAAATTAATCCAGCCAGCATCAGTGGCTTC GTCAGAGTTAGACTCAGAAAAGGCCAAAGTGCCAACTGAACACACAATTA AGAGCCATTTGTCACGCTCTCATGTCACAATTTACAACCAAAAACAGGAC AATTTGTCTTGTGTGTGTCCTTTTCTTGACTTCCACTTTTGGCGGCATTT CACAAGGCCACACAAACGTGATCTCACATATATGGTTGTCGCTATGGAAA GGCAACTTTTATTGCGCTAAGACATCGATTTTCTTTTGTTTCCGGGAGGT TTGCCATAATTGAATCAAAGGAATGTAAATTGTGATCTAGTCACTTAAAT GTGCTTGGGCCTCAAATGGTTTTCAACACCTGCTGACAAAGATTCCATCT GAATCTTGAACAGGGGTCTTCAAGGCGACCAAAACCCTTTTCAAGGATCC CTTTGATGGATTTTGGACTTCAATAACGTGGAGATGATAGCCATAACCTT ATCACGCAACCTTAACCCTGAAATGTGAAATGCAAAAGTGACAGCTGCTC CATGTTCTTATAAGGTTGTCATTTCTATTTTAGAGATATACGTAGATAGA TATACTGTAGATTGATTCATATTTTAGGGTTGTGTCACGCTCAACTAAAA ATATTTTGTTCGACTCAAAAGACACAAGAAGGAGACCTAAGTCTTGCTTT TTTGCGACCTCCTCTCGGGAAGGGAGCCAAACAAAAGCAAGAGTTTGTCG TCTCCGAATGTTCCTGATTGGAGGGAGAGTTCAGTTTTCTCTGTTTCAAC TCCTCCATTTCTTTCTTGGGCTCCCTTCCCGAGAGAAGGCCCAAAAAACA GCGGGACACAGGTCTCCTTCTCGTCTAGGACTCTCTGACGAGGCTGAGTA TATCTTCTAAGAGATTGATATCCCTAGCTGGAGGGAATAGACAGCACGGG GCTCTCTAAACAATCAAAACCAAACAAAATCCGGTATGACGTCTTGTGTC TTGATTGAAGGTGGCGAGCACAAAGTCCTGCACTGACCAACCTTGGTTTA TGGTCAAAGTCTCATCATCATTATAGGGAAGCTATAAAAGCGGTTGAAAA GGACGAAAACAGGAATTTAACCATGTCCGTGATAAAACTGCAATGAAATG CTTATTCGCTTGAAAAATAGTTTGCACCAATCATGCAGATTTGGTCACCC TACAAGCTTCTCATCTCAAAGAGAAATCAGTGTTCAAAAGTAGGACAACA AGGCAACTTACGAAGAAACAAAGCAAGAGCAAGCAAAACAAACTTCATGT GTCACGAAATTGTCTGATCAGCGGACAAATATGCCTCCGGCTATGAATAA CTGGGGATCAAAGTGGGAACCGGGCCTTCTCGACTTCGCCTTGTTTTTGA CTGATCCGGCACAATAAGGTATACGTTTTTTTTCAAATGCCTGTTTGGAC CAATTTCGAGGGTCATTAAAGTCACTGCTTAATAAAATAGGTTGTTATCA ATTTTCTCATTTTGAGATTGAAGTTGTGCCAGAGGCAGGGTGACAGTTGT AAGCAACGTACCTTCCTAAAAATATGGAACAAGGTTTTGAGGGGCACAGG CTTTTCCACAAAGCTAATGAACGAACAATATGATTGGTCTTGTTTAGCTC TAACGCAACAGAGCATAGTTTGAGAAGGTCGCCTCCAGAACAGAGTTGAA ATCTACCAAAAAGCTGGTATTTTGCTATTTCCAGTCTGCGATTCAATATT ATGGGTAGAGACTATAAGTAAATCAAAACAAACTATGACTATTAGTTGTA TTATCATTAGGGCTGTAAAAGGCTGGAAAAAGCGTTTTACTCCTCATTTT CGCTTTTTTTGCTGGAAATAATGGGAAATGCTGGACATTGTCTTAAACGT TCGAAATAATATCACTAATTTCAGCCAATTATTGGAAATAGTCTTAAACA GAGGTCCTTCCTTACTCAAGGAAAGTGTCTTGATCACTACACCAATTCGC CACCTGTGCGAATATGTGGCACAATTGTGATTGATAGCAGTTGCGTAATC GTGTATTTCCTGCATAGTAAAATTTGGTTTATGCCCAGGAGTCAACACTT AAGCCAACGAATGCTAATCAATAGTGTTAGGGCCATTCATAAGTATAAAC ACACGTTAATAGTAACGCAAAACAACGATATAGGAACCAACCTTACTGTA AACTGTACAAAACAACAGATTAATGGAAAAAAAAATATGAAATGTAAACA TGGCTATACCTACAAATCAATAAATGTGCAAATAACTAATACACACACAT TAAATGTTAACAAAACCTAACAAAAACAGTAACCAGACAAGGGTTGTTTA CAGAGCAATACCAAAGACAAAAATTGCACAAAAAAACAAAACACAACAAA TAGTTACAAATTAGTATGAATCTCAACAGAAGCTGTAAATAATATAGCAA AATCGCACACATCGTATCATCGGACGAATCAAGTATCAACATCATTAAGC AACAGAACTGGAGGACATTGATCAAATAGGGGCCGATCTTGATATTTATA TGGCTACGTTAGAAGCCATCCGCTCGTGTTGAGGAATTTGGGTGTTTTCC CAGATCCAGTGATGTTTTTCCTGAAATTGTGTGTTCCTTGTCATTGGTAA CTCAAGGAGCTCTACATAAGAACTACGTAGATGGAGCGGAATCTTCAAGA ATATGCGTTCTAAGGCAAAGATGCTGGGCCAATTCTGCCTGCCTTGATCT GCTCAGTCAGCCGAAGGAGGTTTAGCCGCCAATGCGTTATAGGGGCTCTC AAACTTTGATCGACCCAGGCAGAATTGGTCATTCGTGTCTGGTCTGCCTC AGGACGCATAGTCTTGAAGTCACGTGACCTGTGAGGAAGCTTCCGCTCCA TTTAGTTCTTATTTAGAACTCTTTGGTAACTTAATTCTGTGTGTCAAATT ATTGTCCAGTTGTGAAAACACTGATGGTCACCATTTTCCATTCAATTCTT TAACTTTTGATTATTAGCCTTCAAAAAGATATATTCTTGCATTGAAGTCC ACTGACGACTTTCTTTTAATTTTGTGGCGTATCTAGTCATTATTTGCCAA TATTTTCAGTTTGACTATGGCGTGGATTTCCTCATATGCGAATTTAATTT AATTATATTTTTCTAAATCTGCAAGCTAATATTATTTCTCGAACAATATA TCGACAATTTTTAATTTTTGATATTTTTTTGGGAGTTCATTTGCCACACA ATGGGCCTTTTCTCCCTTGGTGGGCTGTTTTGACGATTTTTGTAGTGGAA TTTCAAGGTTTCGCTCTTTTTTTTGCTGGAAAGTTGCTGTTCTGCCTTAT TTGTGGTTGGTTTTGCTGGAAATGTCTTTTTTATCGTCTGTTTCCAGCGC TTTTTGAGGCAATTTAAACTGCTTTTTTATTCCCTAAATTTATCACATTT CTCAGATGGTAGATTGATTGGGAGATCGTTATGGAAATTCTTCGCCGGTA GTTCTATTCCATTGGCAATGAAGATTGAAACCTTCTTTAGTATCAGTTTT CATGAGCACTCTGCCATTGTTTTGATAGCCTTGGTTGAAGGGCCGCCCAT TGGGTTGCCTCTAAATAGCACATGGCAACCAATTGGAACCAATCTGGAAT CAGGGCCATAGGTTTTCTTGTTATTGGAGCACAAATAATGTTGTGTCGTA ATTGAGGCAAATTGTCTCCAGTTTTGATGCCCCCACAATGTTGTGAGAAA CACAATTCGAAGATATTATAATGCTTCTTTTGAACAACTGAAGATTTACT CTTGGAAAACTTATTGCTCACGAACTCTCAAAATGAAGCAACTCGTCCCA AGACTGTCGCCTGTTTGATCCCAATAATCTTTCATGGAACCAGGCTTAGG AATTGGTAACCGAGCAGCCAACGCCTGCAACGCTGCGTCATAAAGATACA ATCCCCAACCTGAATCCAGAAAAGTATATCGTTACACAAGGTACTAAGTC TGGATTACAGTGTCCTTGTGATGGTTTCCTCGACAACAAAACCAAAACAA ATAGCTAAACCCACGTATTTAATCAAACCATAGAGAAGGCAGAGTGGTGG TAAATTCTCCATGGAGAACAAATAGGAATATAGAGCATCCCATCTACTTC TTAATTTATTATAATTATCAATAAAACTAAGACCTCCTTCACAGTTAAAG CAATTGCCGATCTCCTCTTTTCACAACATTTTCTTCTAGCTGATTAGTCG CGTGCAACAACAAAAAAGATAAAAAACAAATCCCTAAATCAGGTTGTCTG GAATTGTTTTAATGTATTAATGTAATAATTGGTTCTCTAATATCATTGTG GCACTTTAAGGCATTTTCTGAATGATCTGTGCATGTTTTTTAGAATGGTC CTCGCCTTTTCTCGTTGAACCCACGGTTGCCAGGGTGCCATTTTTGTTCG AAAACGGCTTTTATGGCTTATTTTGGTATGCTTTTTTAGGTGGAAGGCAT TTTTCCCCCTTTTTTTCTGGCCAAATGGCATTATTTAATTTCGATCCTAA CATTTGCCGACAAAAAACATTGCGATTCCTTCATTTGAAACCGAAAATGT GAGAATTATTGAAAATATGTGGGTAAAAATAACCATTTTGGGGTCATTTT TGAGTTTCAAAACAAATCATTTTTGAGTTTCATGTTTTGGCATTTTTGGG GGGGCCAAAATGGCTTTTTTTCCCGCTCAGCACCTGGCAATCCAGACTAT CGCAGATGCAATATCCTGCTTATCTTTTTTTATTTCTCTCACTTTTTCAT CACCCATGTCTGTCGGCTAAAAATCAAATCATTGACGAAAAAAAATCGCG CTTTTGAGGCGTAATCACTATTAGTTATTAGTAGGGCTCACATAACAATT GATAGAAAGGGTCAAAAAAGCATTATGATCGCAAACGAATCAAGAAACCC GTTTTTGTGACTATTTTCGTTCGGTTTCGTTGTTTTTAAGTTTGATAGAA TCTTCAAAGAAATTGGCCTCGATATATTTGAAAAAATAAAATAAAAATAA GACCTTCAGCTTTTGGTGGGTCAAAAATGTGCAAAAAGCACCTAGATAAA GTGAAAATTTTGGTCAAAAGTCATCGTCCAAACACAAAAACTCCATAAAT CAAATAAGTTAGATAAAATACTTACATAGGAAACAAAATAAACGTTCAGA ACTCGAAAAAAAGTTGACTATTAACAATTAACTAGTGCAAGTGTGTGTAA TTGTTTATTTTATTTCTTACATATTAAAATAGGTTTATGCCTGAAAGTCA ACACTTAGCCATCGCATGCTTGTCAATAGTGTTAGGGCCATTTAAACAAA ATTTACGAACACATTTCAATTAGCCAAGAAAAAAAAAGATACAGAACACG ACAGTGCAGCAGACTATACAAGACTCAAAAATGGGAGCACGCAATCATTG TTTAAAAGCCTAAACAAATCAATACATTTTTATGTTGAAAAAGACAATTT TGCCTGAAAACGACAAAAACGTAACATGGCACAAAGGGTTTATTTTAAAA TGGGCAGAAAAAAATTTAAAAAAATTGTTTCTGATTGGTCACTTTTCTTT CGAGCCCTACTGATCAGGGATCAGCAAGTATCAAAGAAAGGGTGACCATG TTTGAATGGAATGTGACTCTCTTGGTCACCCTGGAAGCAAGAGGTGGTTG TCAAAGCTTGTGGGGGTTCTGAATATGTCATGACAATAATTTCAACTCTA TTTTCTCTGTGAATAGATCCCACTTTTGCTTCTCGGGCCGAACGGGCTTT ATGAGGGCCCCAAATATGATTGGCTATAAAATGGCGCCTAGTTCCTTGGA ACGAGTGCCCTTTCTGCATGGCGGTCTCCCACTCAGGGAACATGGTCCAA AAGGATCCACACTCATCGAAACTATGCTCTTTTCCAGGGACGAATGGCCT TGTTGGTGACTTTGTTCCTGGTTTTAGTCAACATCTTCAACGCCATCACC ACCAACTCACCCAAGGCAGACGGATTGAATGCGCTCCAGGTGGGTAATAA TTGTATGCCCTGGTAAATACAGGGCTGTTAATATGGGCCGCCATGATATA TTGAGCCCCGCCTTTCCTGGAAGGACACGCCATTACCCAAATATGGCACC ACTCGCCCGTCGCTTCTACTCTCTCTGACTCGAGTCTCATTTGGGTAAAA AGCCTGTAGGGAATAAGTGCGAAGACGTCTCCTTATGAAAATGAATTTGA TGGGTGGAGACTGCTGACACGTTCGTGTTCGACTGCTTTCATCATTTCTC GGCTCTCCTTGGACGTGATTATGATATTCACGTCAAAGTGGGTTACAAGG TTGAAAGCTGCTTTCTGGGAAGAACAATTTCCAAGGCTATTGACGTCCAG AAGTGTGTGCGGCACCGAAATTGACATGTACACCCCAATGATTTGTGTCT GAGGAAAGTAGGGTCTTAAAATGATTTTCTTTCCTCCCCGGAAAATTGGA TGCCAAACATGGTTTTAAAGTTAACGTGGAGGACGAAAACGAGCCAAACA ATCTACAGTAGATGCAGTGTCACTTGGTGCTCGTACAAAAATAGTTCTCA AAGGGCCAAAGTGTGTGTGTGTAATCGTTTATTCCTACATATTAAAATAG GTTTATACCCGAGGGTCAACACATAGCAAACGAATGCCAGTCAATAGAGT TAGGGCCATTTTTAAAAACATACACATATGAAGTAGCTTAAAAAACAAAG ATAACAAGAGAAACACAACAACATTGTAGCACACTAGGTATACAGAACAA AACGACACAATATAATACGTATAATAATGGGAAAGCACAATAATGTTTCC AGAACTAAACAATGCAAAATAAATGTTAACGAAACTTATCCAGACAATGG TTGATTACAAAACTATACCAAACACAGAAAAATAGTACACATTCCAATAC AAAGTGCAACAAATGTTTTTTAAAATTTGGGGTATTTTCTGACGATAATT TGAACTGAAAACTATAGTTTTCAGTTCAGTTGAATCGATAGACAAGCCGG TACTATACAATAATACTGGCTTGTTTATCGATTCAACTCAATTTTCGTGT TTTTATATATGTTCTATATTTATTCATTTTAAACAATTTCTTTAATGTTG GGTCGAAGCCAATAATTCTTTTTTTTGAGGATAATACCGTCACGTTCAGT TTTTGTTAAGAATTGACATGAAGGCAACAACTTCAAAATGTGGAGTTTTT CTATAGGAACTTAAACCCTGATTTTTGGACAATGTCCATGATTATTTGCA AGAATGCCTAGTGACAAAGGCATTAATTCCAGTACCTCAAACTCTCTAAT AGTAAGCCAAAATAGGTTCAAGGGCTCTGCGAAGCGGAAATCTTATTGGG CAAAAGCAAAAAAGTGTCAATAAAGTATTGGACAGTAGACAAAAAGGCAC AAATCATCATCAAAAAGTAGATTTTTCATTTTTAGTGTACCGAAAGTTAT TTTAACGTATTTTTAACGTCAAACACTATTCAGCCACACTTCAAAATAAT ACAAATTGAAGTTGTTAAGAAGAAAAGATTTTTTTGCATTCTTTTTGTGT TTTATAGTATCTATAACATCAGGTTTTTTATAGCATTGCTTATTTGCACC GTACATATTTCTGTCAATTGAGGCGTTCTTTCCCTCGAAAGGAATATCTT TAGCAAAGGGAAGTAGTAGTAACGCAGTTTTACGTTCGAATTACTGGAAT ATTTGAGTTTTCTGACTGGTTGAATCCACTGTTGCCCGTTTTGACCACAT TTTTTCATGATTGTTTGAAAAAGTTCCCATATCTGTTATATTTGTTATAT CTTTAGTCTTTTTTCATCGCTGATATTTTACACTTTTTGCATTGCTTGAC CACCAAACGTGTGTACGTTTGTTCTTGTACCCAAAATAGTATTTATAGCA TACTTGAGGACTAAATTCAAGTTGTTTTTTGCACTTGCCCAAGCGATCGC TAATGCTCCTTCAAACAAAGGGACGAATCTTCCATTGGCTATTTGACCAT CACAACACTTTTCAGCCGGATTAACGGTTGATTTTTGTAGCCTAGAAACG GATGGCCATGGGCTTGTGTGTTAGCACCTCTTGTCATCGATTGGTCACGA TCCACGGCTGACCTGCAATAAAGTTTGGCTACTGTGGCTCCCCAACAATG AATTTTATCGAAGTGAAAGGTTCACACTGTTTGAGGGGTCATTCCCTTGG CAAGAACTACCAAGCACCACGGCCAGTCCACAATACATTGGCTCTAAATC AGCGCAGCTTATTTCATTTGTTTCCAAATTTTGTTTTGACATTTATTACA TTAACGCCCACAGGCCGTCCATGGATGTCGGGGCTATTGCACAGTAAGTT AAACATATACACTAGTAACGACACAACATCCGTGTCAGCCTGCATTTGTA CACCAAAATTGTGGCAAAAGTGGCCAAAAAGACTTGAGAAGTCCTTCCAA ACTCATCGCCAATTTAAGTTAGCGATTGTTGATCATTCTTGGAAAAATTA TCAATAGTTCGTCGACTATCGAAGATTTTGTGAAAAATGGGCTGGTGCTC AAAAATCCATTAAAAGTGCATAAGAAGTACCCATCAAAAAAGATTCATCT AATTGATGGGCCTCGACAACTATGATGAAAATGCAAAAAAAGAAAAAATG GTTTTGTAATCATGAAAAAAAATTGGTATTTCGTGATTTTGAGAAATCGT AAAATTAAATTCCTGAAATATAAAAGAAAATTTTCCTGTTTGCCAAAAGC ACAAGAGAAGAAAGAGTAGCCGTCCGAAAAAAGCAAAACGGTATACTGAT AACAGACGTGAAATGAGAGATATACGGTATATTAATATTTAGTCCAAATA ATTTAGACCATCCAAAAAGAAATGAAAATTTAGAACCCGGTAAAAATTGA AAAATTCGGAAACCCTTGAAAAATATCAAAAGAAAATTGAAAAACCCTCA TAATTGTTTTGTGTCAATCACACAGACTGGAAATTATTGATAGTTGCATC AAAACTTGAGGTTATTGATTAGCAAAAATTTACTTTTGTAAATTGTTCTG AATCGATAAGCTCTATCACTCTTTCTTTGACGATTAGCAATAATGGAACC ACTAGACTGCAACAATGATCTTAATGAAATTCACCTTTGTTACAATATTT TGAGCATCAAAGAAATGAACATCATTTACATATATAGCTGCCACCCTCAA TTTCTGTTAAGAACAACAGCTCACTCTGCACAAATACCCTTCTTGGAATC ACCCTCAGTCAGGGTTGGGCTCCATCACAAAGTTCGGAATCTCAACTCCT ATACATTTTTGAATTCTTCATCTTTACGCAACCTCTCATGTGGGCTCTAG GCTTTATTACCTCCATGAAGGAATCGCAAATGCGAGAGAGCACTATTTGA TCCTCTTTTTTTGAGTGCAATTTTCTATTCAAGGTCTGTTTCCAAGCACA TAATAGGGGCAAAACTTGAAGACTATACGTAAAGTTAATCGTGGGAGGAA GGAAAACATAAGAGACAATTGTTACTTTCAAGAGCTACTTGAATATAAAA GCATCCCAAAATTATACACGAGCAATGTGGAAAATTTGAATGAGCTCGTG CTTTTTATACGATCTCTGCGATTTCTCAATCATTGATATCACAATTCACA AAATTCCTTGTTGAGTGAAAGTTGAAAAAATGAATTTTACGCCTTGGAAC GCAGCTATCCATAAGGGTTCATTATAAAAATGTGGTTCAAAAAAAATATC AATCTCTGATGTGTATATTTTCTGTGTCCACTGTAAAATTGTTTGTTTTC TTCTTTTTTATAATGAACCCAAATTTTGAAAAAGTCTCAACTGTTTGCGT TTAAGGAGTCTTTCCAGTTGTGTTTTCAAGCAGTTACACCAGGGTTGCCC GGTGCTCAGTGGGAAAAAGTCTCATTTACTTAAAAATGCTATTTTCAAAT TCACAAATGGGCCAAAACATGCAAATGAAATGAAAGGGAACGTCGGGAAA GTTGCTAATATTTGCCCAAATTTATGTTCCCTGAACTGTCATTCCCTTTT TTTACTGTCCACTGGAAGGGGTCGTACAAATGCAATTTGCCAACAAAACA TACCAGAAAGCGGTACAACTGATATTGTTAGAAATACCAGGAAACGGGGA TTGGCATTGTAAAACCTTGGAACTGTTCTTTGTATTAGCAGGAATACGCA TTTTAGGGTGGCCAATATTGCACTTTTGTGTGCATCTGGCATGGATGGCC TGGACAATGGCGACGGTCGGCCTGTTTTCGATCCAGAGTCACCTGAACCA CCCGGTAATAAGCTGGTATATGGTATTTGCAAAAAAAGGGATGGAGTTTC CCTGTCCTTGGGGAATTAGTGTCTCCTGGAGGTCCATGTTATACTCGGTT TCTCATCTCCATTGTAGCCGCTTACACAGGGCTACTTGGACTGGGGCTTT AAGGCTTATTGTAGATTTTTGTCAATCCGTCGAGTTTCATCTCCGGATTG GATGTCAGTGTGGTTGGGGATTAGAATGTGGAATTAGTCGCTTTATCAGC CTCGGCGAGGAAGCCATCGTGACGGTTCAAAACACAATCCACGTCCGTCC CATCTGATGAATGCTGGGATTTGGGCGGCCTTCATCAGATAGAGAGCCAA CCTTCTGGCTCTGAGATCTTATAAAGCCATGGTCGGAAGGAAGTGTGGTT CTCTGGTATTTCCTTATGCCATGTCTCGAGATATGAGTGTCATTCTAGAT CCTTTTCAAACTTGGGGCTCTGTGTCCAGAGTCCCGGACTAGCTTGAGTT TTCGCTCATCGAGGTCTCGCCCAGAGAATACAAAAAACAGCCTTGACATC CGAGAACCGTGTCCAAGGTTGGAAAAGTTAGTCTTGCTCCTCCAAATTAG GCCTCTAATGACAGCATAACTTGACCTAACGAAAGGCCCATGTTCCTCCA ACATGGTGACGGCTGGTTACAAAAGAACCCCCGTGTCAAAGCCTTCGGGA ACATACTCGGAATATAACTCAAAGGCTTGCATAGGTACAACATAGTACAC TACGCCAGTTGTTTTGTGGTTGTTGTTGTATGGTGGTTTTTATGCGGTGG TTTTTGTATGATGGTTGTTGTGTGGTGGTTGTTGTGTGGTGGTTCTTGTA TTGTGGTGGTTGTTATATTGTGGTGGTTGTTGTATTGTGGTGGTTGTGGT ATTGTGGTGGTTGTGGTATTGTGGTGGTTGTGGTATTGTGGTGGTTGTTT ATTGTGGTGGTTGTTGTGTGGTGGTTGTTTTGTGGGGGTTGCTGTGTGGT GGATGTGTTGTGGTGGTTGTTGTACTGTATTGTGGTGGTGGTTGTGTTGT GGTTGTTGTTGTGTTGTGGTTGTTGTTGTGTTGTTGTGGTTGTTGTGTTG TTGTGGTTGTTGTGGTTGTTGTGGTTGTTGTGTTGTTGTGGTTGTTGTAT TGTGGTTGTTGTTGTATTGTGGTGTTTGTTATGTGGTTGTTGTTGTGTGG CTGTTGTGTTGTTTTGGTGTTTTGGATATCAACATAAATAATAAATCTTG ATTTTCCCAATCTCTCTGCTCTAGCAACGGACTCTGAACATATCTTCAGA TTTCGTTGGCTGTAGTCAATATGACACACATCTAAGCCTTTGTTTGTAAG ATAAGGTAGAGCTTAATCATAACCAGATATCTTATCCAGTGTTTAATATT CGATTTATTCATAGAAGTCGAGAAAACATATTTTGACATTCAACCTTGGC CATTGCCGAGGTCTTCCCGAGAGTACAGCTCTTCGCCGATTCATTGGCAG TGCTTGGTAGTATCGTGTTAGGTGCTAAAAGATAGTTGGTGCAACCTTCC ATCAATGACCGTATGATTAACTTGGCAAGCTTCTCGATTTCTTGGCAAGT CCTGCATTCAATCTACCTTGGGATAATCATCCGTCATGGGTCAACAAGCG CATGGCAAACATTTACAAAGGGTTTGAAGCGACCAATTTGGCAGGTGCTC TGCGATCCACCAGACTAGATACAGCTAATCAAACCCGGCAGACTGTCAAT ATTGTTTTCAAACCCTTGATGGACATTCAAATGAAGTCAGAAGGGGCACA AGGTGACTCTTAATGCTCTTCAAAACTGGACCAAGAAACTAAATAGCTGA CAGGAAAATGGCTTCACTGATTTTAAAGCATTGACTCGTGTTTGGCATTG GATGAAAGCATTCATTCAATTGGAGGGGGGATTTTTTTCTTCCTTTCTAA ATAGTCAGGTAACTCCGTTCAAAACGGCTCTATTTTAAAGTTGGCAAAAA GCAATTTCAGATTAGTTCCCCGATTGAACAACAATGAGTGTTAACTTGAA CATTCAAATTGAGAACGGCAAAAGTTGTACTCACTATACTGTACTTAAAC AACAATACATACTTAACCATACTTAATACTAAAATATACTTAAACAAATA TATTCCCAATGACTTGAGTGCATAGCAACATTTCGAAAATCGACAACATT TGATCACCTTTTTCTGCCTGAAAACGCCGTCACGTCTGCTTGTGGACAGG GATGTTTTCATTATAAGAACGTTTTTCATTACCCTCTGTAAAAGGTCGAA AGTTCAAAAACAATTATTTATTTGCCAACAAGGGGACTTCCAGTTAGTTA GGGTAATAATTTTGGGGGATATGAAGATAGATTGAGACCTAGGTTGGTGT ATGTTGGTTAAATCATGGTCATAGTTAAATTGGTGTCGTCGAGTATGACG AGTTTTCAAGCAATAATACCTGATGTTCTCGTACACCAGGTACAATTTTT TTCGGCTATTGTTGCTTACAAACTCGTTGATACTATCACCAATATACTCC GGGACTTTTTGTGGAATATGGTTGCTCCCTCGATTTTTAGCAGAGCCGTC TTCAGGTTTGTCCACAAGTTCGCTCAAAGCGCCCCTATTGCACAAAAGGG AACCATTTATGACGTTTCGTTTCACATCAGGATTGTCCATTGATAATGTT TTAAACAAGCCCAAGGTCACAGATTGCAATTTATAACAAAGAATATATAT ATGAGGTTTTCAAACTCTTTGTGAATTACTCTCAACCATTTCATGACACC AAAATCAATGACTGAATCGAGGTGCCATAGATGTGCCTCAGATGACTTCC AAAGAGCATCAATGAGACTTGAAAATATCCCTAGTAGTTTCAACTCAAGT CCTTGTACCTCAAAGCCTAAGATTGGTCTACCGAGGCAAAGGGCCCATAG AATCCCCCCTCTCGTTTTGTTGAGGCACTGTCTTACGAGTCTGCTAACAA AGTGCCCCATACAGTAGCAAAAGGGAGGGTTGACACGTTTACTATGTATA GGGACTGACTTTCTAGCCAAGGTGTAGTGCCTTTTGTTTGAATAAAGTCC CTACAGTATAGTACAACCTAATTCCCGACACTCCCGGATGTTGTGGGGGA GATTTTTAAGGGTGGTTTGCTGCTGTGAGCCAGTCGTGTTGAGACCATTC ATCAGCTCCATGAAATAACTGATTTGAGAGTCTGTACTCCGGGTATACAG GGACTTTAGTTTAAAGTGAAGCCCTTTTTTGCATCCAAAGTTCTAACACC CAAACCGGTTATTTAATGCAGCTGACAAATCCATGTCCATGGAACCATGG CCAAGACGCTTGAGTCTGCTGACAAACTGTCCCACAACAAAAGGGAGTGT TGGGAATTTGGTTATAGAGGAACTTTATTTCCAACATTCCACTAGGGTGA CCAGGGTGACTAGGATTTAGATTCACATGATGAAATATAGAGTGACCATT TCGTAAAAAGACGGAATTGAAGGCGATAGATGAAAGTTGGTCAGACCCCT TGGTCGATATCAAATATATTAAGGTGACCTTTTTAAGACAGGTGGAGAAG ATTGATACCTACTGGTCACTCTGGACACTTTATTTGTTGGAGCAACTTGC ACACGGGTAAGTTATGTCGCCCAGATCACAGACATAGTCAAAAAGGTGAC AATGTAAACCGATATGCATTACTCTGAATCAGATAGAACAGACCAGCCAG TCTGCTGCAGACGAACTGTCTTAATTAGAGCGCTCTTTTAGAAAAAAGGT TTAGCAATATCGATATCTCCAAACCTGGGTAAGAATGCTTGCCAGAATTG GATGGAACAGCTCCAAATTGGGATTCCGACGGAGTCCCTCTGGGCAACGC TTCATTTCCCACCACATTCCAGGGGAGTGCATCGAGTTTACCAGAGCATA TCTGGGCTTGGCCTTGGAGATGCATACCCCTTACTTGTAAATTGGATTCT CAAGTCTTTACTGGAACCGGAAATGGAGCTGAGCAGCTTTGTACATTCGT TTTTGTACGTTGCCTCCTGCCGGATAAGCTCGTTCGTTGTATGGAATTCC TATAAAGCCTCACAGTGTAGAATATATTTTTCTGCTCAGGGTAAAAACAA GGCCTCCGTTGAGTTCTTGGGCTGGCTGCCTTTCAGGGTATTGGCTACTT TTTTGACATTGCTGACCCGACTAAGCCAGTCCTAATCCTGCTTTGGCCCT CTTGTTGAGTAAAACAGGTTCCTCCCTGATACTATGAAGGGCCAAATACT ATTACCTCCGCCGTAACATACATTTCCGTTGGACAATCACAGGTATTTTG GGGGCATCAACTATCGATCTCATTAGAACTACGTACATTTTGACATATTA ATCACCAAGATATCCCTGCCAAAATACATTGTTTCAAAAGCCCGAATATT GTTGAGCTTTGTATGTACAAATGTGCTCCCAATCCCCTGAGAAAGTACAA TGAGTAGGGCTGTACACAGCCTTTTTGCTGCTTTTTTCGCTTTTTCTACT GGAAATGTATGGAAATGCTGGAAATTAGCTTGTTGGCTGGAAAAAGACTG ATTTTAGCCAATGACTTGTAGCAAGTGTTTCGAAGTACCGTAGGTGAAAA TCTAAACAGTGTCCAAATTACTGCCTTGCCTGTTTTTGCCAGTCATTTGG TTACAACATATCTTTAATTAAGATTTGTGGCACGATTCCAATTGATACCA GTTTTGAAAGATTTCATGATTTTCAAGCATCCAGTGATGTTTTGCCTAAA ATTGTGTGTTCCTCGTCATTGGCAACTTGATGCTGCTTGTCACCATTTTC TTTCCAATTCCTTCACTTTTTATACATAGCCCTCAAAAAATATTAGTGCT TGAACTGAAGTCTGACTTTCCTCTCATTCTATGGTGCATTTAATCATTAT TTTCCAATATTTTTGTTGAGAAAATTGTTTGGATTTCCTGTAACGCAAAT TGAATATACTTATATTTATTTAAATTTGCAATTTGATATCAATTCCCCAA AAATGTATTGAAAGTATTTTGAGTATTTTTTCGTGAGTTCCTTTGTTACT TAATAGGCTGTTTCCTCCCATGGTGGGCTGCTTTTGGCTTACTGGTGATT TCTTTAGCTTTTGTTCAAGATTTAACTATTTTTCATGCAGGAGCTCGTTT TTTTTCAATCTGATTTGATGGTTTTATCTGCTGGAAACGTATTTTTCGGC CGTTTCGAGCGCTTTTGGCACATTTTTCTGTTTTTTCACAGCCCTAGGCC AATCAGGGTGCGTGTGATCAATTACCAAACGCATCAATAATACTGTCCTT CGCTATTGAAAATGTAATTACATTAAAGACAAATATTTAGAATACAAATA CCGGTATATATAATACAAATATATATTTTACAAATATATATAGTAATACA AATATATACACAATACAAATATATATAATACAAATATATACACAATACAA ATATATATAATAGAAATATATATAATACAAATATATACAGCATACAATTA TATATAATACAAATATATATAATACAAATATATATAATACAAATATATAT AATACAAATATATATAATACAAATATATATAATACAAATATATATAATAC AAATATACATTTATATAATACAAATATACATTTATATAATACAAATATAT ATATTACAAATATATATAATACAAATAAGAATAATACATATATATGATAC AAATATATATAATACAAATATACATAAAACAAATATATATAATACAAATA TAAATAATACAAATATATATAATACAAATATACATAAAACAAATATATAT AATACACATATGTATAATACAAATATATTTAACACCAATATAGTATCATT AAAATAACACCGTTGTGCTTGCTTCGTTTTCAGGCCTGGATCATCACGTG CATCTTTTTTGTGTTTGGCGCTCTGCTAGAGTATTCCGTCATTCTGCTCC AATTGAAGCTCCATTCGATTCAGAAATGTGCCAATGACATCAATGGAGTG TCCACTTCCAATGGTCCGCCCAGTATCAAGGTTCTTAGGAAGAACCAAAT GGTGGCCAGATTCGACCTGGTGTGCTTGGTGTTCTTCCCCCTGCTCTTCG TCCTCTTCACCAGTGTCTACTGTCTGGTTGTGATCCTTTGAACAGACAAA CCATCGCCCCGAGTGACTTGTCCCTTGGGGGGGAAAACCTACACTCTCAC GAAAGTTTTGTCAGTGCTTTTGGGTTGTATAATCGAAGGGCACAAACGTA CATACAATCTGAAGTAATCCGTAGTAGTCTTGCTTAGCTTGTCCCTGCCT CAATGAAGAGACAATGCATGATGCAGTCTGCCACCCAGTGGAAAGTTGGT CCCAAATTGGATCCATGTTCCCCGACTGTAAGCTCAAGCATAGGGAGATC CATACCGAAACCTGGTCCTTTTTAGCGGGACACGAGACTTACTGAACCTA AGAAGTGTTTGTCTTACCACAAGTGGCTCGACTTTCCCAAAGGTGGTTTG AAGTGTCTGGCCGCGGTGGTATTTTATCAGCACTAACTTACTTGTAGATT TACGTGTATATTCACAGTATATACAATTACCACTCGACACTTTGGTGCAT AAACACAAATACAGGACATTCAAAATTGAAATATAAGGCTATATAACTCT TGAATATGATTTTTAATCTTCACCCCTTCCAGAAGAAAATGCATTTGTTC ATCTGGCTTTTCCACATGCTGCACCATTTGGATCTCAATACCCAAAGTTT TTTAGTATTATCTCCACCCGCACCTATGTAATTTATGTAATGTTATTTAA ACTATTGATGACCCTATCTGGCGACTTTTGGCGACTTTGCAACAAGTTGG ATAGCCGATAACTCTGTCGGAATTTAAAGAAATATTACCCACCAATTGAG TTATCGCGTCAGATTTACATGGTGGGTGCATATGTATTTTAAACTAAATA AATGGAAGAATGTCAGCATACAAAGATTGAATGGTGAAGTGGTCAGCGAA GAGCACTGCGGATGGGAAAGACCGCAGGTCGATTCCCGTTTTTTTTTAAA GAGACTTTCTTCTAATGAGGGGAGCTGACGTCTCCCTGTAACCCTAGTTC CTTGGGGGTCAGGAAAACAGGTGCTGCCACATCTTGAGGAAGTGTCCCTT CTGGTTCCCCACAAATTAAAGTAGTGGTTGGAACTGGATTGTACGGGGCT GCACGGCGACTAGCTTAATTAGCTAATAACATCAGTGGGCCCTGTGTTCA CCATGGGTGCTCCATGGTGCGAACACGAAACCACCGGAAGGTGCGATAAC ACACACAGTTAGCAAAGCTGACGCTTGCAGTGCAGTGCTATGGGTTCATG TATGCCTTCAAAGCAAATTTTGGGCACCATAAAAATTGGGTTTGGGATGT TTGTAGTCGTAAAAGTGAGTGGCAATCCTGATTTGCTGTTTGGAGGTTTT GATACTTTTGATATAGAACATGGAAGTATAAAGTCAAGAGGCGACATGAG AGGTTGCCTTCCAATGAAATCAACAATTGTTGCAGGTTGCGCAAATTTAC CGCTTGGACTCGCTTTCAAGTAGGGATGGGCTGACTTGCAACTGTTACCG AGTACTTTAGAACCAGTTCCAAGTGTGCGAGGCACCAAGGGGAATACAGG GTGGAAGTGCTGGAAAACTAGAAGTCTTTAGAGCCAACTGAATATGCCTT GACGTGGATTGTCTTTCAGTAATTATGTCTGGGTTTTAAGTGACCTTGTT ATCCAAAAAAGGTTCCACAATGAGGGATAATAGATCCAATCTGATTAATG ACGACAGAAAGGTCGTTTGGAACTGGAATCCCGGAATCATGGATCACTGG CCTCAGGAGACACAATCTTTCGTCCCAAAGGCTGCAAGAAAGTGTTGACT CCACCCGGCTAAGAATATGGTCACTCATCATAAGGCTGAGGAAAATAATA GGGTTTTTTACAACACATTTTTTACAATTTGCGTCATTGTTGGCCAAATT ATTTTTTGGGCAGTTTCTCGTCAGTTTTCACCGTTTCGGCAACTTTTGCC AAAAGTCAAGGATTCAGAGACGCCTTCCAAGCATCATATTGCAAATTCAG GTTCCAGTTCCAAAGATTAAGGAAAACGGTGATATGGTTTTTAGTCGCTC CTCATTCTGTTTGGTTTCCAGACAATTGATATAAGTACACAGTAGTTACG ACTTTTCGGACACAAAATCGACTGATGGGGTTTATTTTCTTTTATAGGAG TTTATTAG
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Synonyms
The feature 'histidine kinase' has the following synonyms
Synonym
Tk03782
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