hypothetical protein KGM_18655, maker-scaffold124_size330879-snap-gene-2.14 (gene) Tigriopus kingsejongensis

Overview


Name	hypothetical protein KGM_18655
Unique Name	maker-scaffold124_size330879-snap-gene-2.14
Type	gene
Organism	Tigriopus kingsejongensis (Tigriopus kingsejongensis)

Associated RNAi Experiments

Nothing found

Homology

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BLAST of hypothetical protein KGM_18655 vs. L. salmonis genes
Match: EMLSAG00000002101 (supercontig:LSalAtl2s:LSalAtl2s1395:30727:32553:-1 gene:EMLSAG00000002101 transcript:EMLSAT00000002101 description:"maker-LSalAtl2s1395-augustus-gene-0.19")

HSP 1 Score: 119.013 bits (297), Expect = 6.521e-30
Identity = 89/261 (34.10%), Postives = 124/261 (47.51%), Query Frame = 0

Query:  169 RDKRLFSLFNVVRFKNEGCTTSSDAHTQGTCLSARECATQGGSGDGNCAAGFGVCCAFVLAGCSGTVNHNCTYLRNSGYPSSDNTISQTCKYNFNRIADDLCQIRLDFKSLNLA---LDSANPG-NCGD-TGDSLRVKSPFSNFGTAFPPTVCGNLNGQHMYFETGTNGQAGELEIMTGTGP-GDRRYNIKVTYIECCTINRP--PSGCTQYFTGPTGTISSYNHAGGQM----------LQAQMYTNCIRQEEGYCQTTF 411
            R  +L  LFN+VRF+N+ C        +GTC + +EC ++GGS  G CA G+G+CC F    C    + N TYL N      +N  +  C Y   +  D +C++R DF    +A   L  A  G + GD T D   V S  +N G+   P +CG   GQH+  +   +        + G  P   R +N++VT   C   + P  P GC QYFT PTG ISS+N    +           L  QMYT+C R+    C   F
Sbjct:   35 RGGKLLPLFNIVRFQNKPCGA---GPLRGTCYTDKECNSRGGSNGGPCAGGYGICCTFTPE-CXSQSSENLTYLTN------NNPSAGPCSYRICKNNDWVCRLRFDFIDFTMAQPVLTRAGEGSSIGDCTTDQFSVTS--ANGGS---PVICGTNTGQHIIVDASQDCNVATF--VVGPQPFSGRSWNVRVTQYSCNDESSPGGPPGCLQYFTEPTGVISSFNFPSNEKNANTFGTPTHLSNQMYTSCFRRNTNKCSICF 278

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BLAST of hypothetical protein KGM_18655 vs. L. salmonis genes
Match: EMLSAG00000010265 (supercontig:LSalAtl2s:LSalAtl2s67:935633:937393:-1 gene:EMLSAG00000010265 transcript:EMLSAT00000010265 description:"maker-LSalAtl2s67-snap-gene-9.21")

HSP 1 Score: 115.546 bits (288), Expect = 9.993e-29
Identity = 83/245 (33.88%), Postives = 119/245 (48.57%), Query Frame = 0

Query:  176 LFNVVRFKNEGCTTSSDAHTQGTCLSARECATQGGSGDGNCAAGFGVCCAFVLAGCSGTVNHNCTYLRNSGYPSSDNTISQTCKYNFNRIADDLCQIRLDFKSL-----NLALDSANP-GNCGDTGDSLRVKSPFSNFGTAFPPTVCGNLNGQHMYFETGTNGQAGELEIMTGTGPGDRRYNIKVTYIECCTINRPPSGCTQYFTGPTGTISSYNH---AGGQMLQAQMYTNCIRQEEGYCQTTF 411
            +FN+++F+N+ C T S     GTC ++ EC+++GG+  G+CA+G+G CC F L GC GT + N TYL  +   +        C Y   R + ++C+IRLDF +       +A D+ N  GNC    DS  V     N G +  P +CG   GQHM  E           I   T    R ++I VT  EC      P GC QY T  +G + S+N+        L  Q Y  C R+  G C+  +
Sbjct:   39 IFNIIKFENDPCGTGS---MVGTCYTSEECSSRGGTAGGSCASGYGTCCVFSL-GCGGTTSENSTYLEVTSRTTD-------CAYTICRCSTNVCRIRLDFLNFVINGPEMADDNPNSYGNCNT--DSFTVSG---NQGGS--PVICGFNTGQHMIVEAQDTCNTAFFNIGDNTAGVTRTWSINVTQYECGDEFGGPPGCLQYLTSTSGFVQSFNYNTRTTAVHLADQDYNVCFRRAPGNCRICY 265

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BLAST of hypothetical protein KGM_18655 vs. L. salmonis genes
Match: EMLSAG00000010824 (supercontig:LSalAtl2s:LSalAtl2s719:60764:248752:-1 gene:EMLSAG00000010824 transcript:EMLSAT00000010824 description:"maker-LSalAtl2s719-augustus-gene-2.10")

HSP 1 Score: 100.523 bits (249), Expect = 7.540e-24
Identity = 66/179 (36.87%), Postives = 91/179 (50.84%), Query Frame = 0

Query:  169 RDKRLFSLFNVVRFKNEGCTTSSDAHTQGTCLSARECATQGGSGDGNCAAGFGVCCAFVLAGCSGTVNHNCTYLRNSGYPSSDNTISQTCKYNFNRIADDLCQIRLDFKSLNLALDSANPGNCGDTGDSLRVKSPFSNFGTAFPPTVCGNLNGQHMYFETGTNGQAGELEIMTGTGPGD 347
             D R  SLF +V FKNE C + S  +  GTC S  +C   GG+G G CA GFGVCC F  + C  +  +N TY +N GYPS+ +++  +C+   ++  D++CQ+RLDF++  LA        C D  D   V       G    P +CG  +G H      TN  +    I TG  P D
Sbjct:   80 NDPRFLSLFTIVSFKNEECGSKS-GNNNGTCYSKSDCTKMGGTGSGTCAHGFGVCCIFTKS-CGYSTKNNGTYFQNVGYPSTFDSVG-SCQLTVHKCNDNVCQLRLDFENFVLAQPEPIDHQCQD--DQFIVS------GGPPIPAICGTNSGAH------TNSVSMSFSI-TGGAPAD 240

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BLAST of hypothetical protein KGM_18655 vs. L. salmonis genes
Match: EMLSAG00000009733 (supercontig:LSalAtl2s:LSalAtl2s627:64350:67809:1 gene:EMLSAG00000009733 transcript:EMLSAT00000009733 description:"snap_masked-LSalAtl2s627-processed-gene-0.30")

HSP 1 Score: 97.8265 bits (242), Expect = 3.669e-23
Identity = 69/191 (36.13%), Postives = 93/191 (48.69%), Query Frame = 0

Query:  172 RLFSLFNVVRFKNEGCTTSSDAHTQGTCLSARECATQGGSGDGNCAAGFGVCCAFVLAGCSGTVNHNCTYLRNSGYPSSDNTISQTCKYNFNRIADDLCQIRLDFKSLNL-ALDSANPGNCGDTGDSLRVKSPFS--NFGTAFPPTVCGNLNGQHMYFETGTNGQAGELEIMTGTGPGDRRYNIKVTYIEC 359
            R  SLFNVVRF+N  C         GTC +  +C T+GG   G CA+G+GVCC+F L  C G  + NCTYL N      +N     C Y   + ++ +C+IRLDF    + A  S    + G  GD +  +   +  N G+   P +CG  +GQHM  +   N       I     P  R +NIKVT   C
Sbjct:   60 RGLSLFNVVRFRNIPCI---GFPLNGTCYTEEDCQTRGGVQSGTCASGYGVCCSFSL-NCGGMNSENCTYLVN------NNPSPGACTYTICKKSNWVCRIRLDFADFRIGAPVSVATVDXGAVGDCVTXQFSVTXRNMGS---PIICGMNSGQHMIVDADDNCNVVSFAIGAAAVPL-RSWNIKVTQYNC 236

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BLAST of hypothetical protein KGM_18655 vs. L. salmonis genes
Match: EMLSAG00000011909 (supercontig:LSalAtl2s:LSalAtl2s83:645541:647862:1 gene:EMLSAG00000011909 transcript:EMLSAT00000011909 description:"maker-LSalAtl2s83-augustus-gene-6.19")

HSP 1 Score: 97.4413 bits (241), Expect = 1.758e-22
Identity = 60/176 (34.09%), Postives = 94/176 (53.41%), Query Frame = 0

Query:  241 YLRNSGYPSSDNTISQTCKYNFNRIADDLCQIRLDFKSLNLA----LDSANPGNCGDTGDSLRVKSPFSNFGTAFPPTVCGNLNGQHMYFETG---TNGQAGELEIMTGTGPGDRRYNIKVTYIECCTINRPPSGCTQYFTGPTGTISSYNHAG--GQMLQAQMYTNCIRQEEGYC 407
            Y++N   P++  T +  C +  N+ A D+C  RLDF+  +++     D  N G C DT   + V +P         PT+CG+ +GQH+Y + G   T+  +   + M   G  +R ++IKVT I C + + PP+GC Q+ TG  G   ++N  G   Q L +Q    CIRQE+G+C
Sbjct:  107 YIKNPNSPAA-LTDTSPCSFTINKCAPDVCDFRLDFEMFSISGPSSTDETNGGECRDT---MMVTTPTGQR----TPTICGSNSGQHIYIDVGRMPTDSASIAFQFM---GAFNRMFDIKVTQIPCNSESAPPNGCLQFHTGTAGMFETFNFDGPLQQHLASQTQQVCIRQEDGFC 271

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BLAST of hypothetical protein KGM_18655 vs. nr
Match: gi|1325273897|ref|XP_023321599.1| (uncharacterized protein LOC111696274 [Eurytemora affinis])

HSP 1 Score: 216.083 bits (549), Expect = 3.005e-62
Identity = 113/264 (42.80%), Postives = 161/264 (60.98%), Query Frame = 0

Query:  169 RDKRLFSLFNVVRFKNEGCTTSSDAHTQGTCLSARECATQGGSGDGNCAAGFGVCCAFVLAGCSGTVNHNCTYLRNSGYPSSDNTISQTCKYNFNRIADDLCQIRLDFKSLNLALDSANPGNCGDTGDSLRVKSPFSNFGTAF--PPTVCGNLNGQHMYFETG-TNGQAGELEIMTGTGPGDRRYNIKVTYIECCTINRPPSGCTQYFTGPTGTISSYNHAGGQMLQAQMYTNCIRQEEGYCQTTFKESAITTP-DPFQLANAA 428
            R++++ SLF+VV F N  C + S +  +GTCL++ EC ++GG+  G CAAGFGVCC F  + CS TV++N +Y+ N G+PS+ NT + TC Y  N+I+ D+CQ+RLDF +L  ++ +   G CG            +  G     PP +CG   G+HMY ETG T+G    L  +  TG  + ++N+KV+ I C    R PS C +YFTG +GT++SY   G   L +Q Y +CIRQE+GYC   + ES +T P D F L NAA
Sbjct:   40 RNEKVLSLFSVVNFPNLECNSLSSSFARGTCLASSECQSKGGTTSGTCAAGFGVCCLFTTSACSSTVSNNVSYITNPGFPSTYNT-AGTCTYTVNKISSDICQLRLDFITLVQSVSTNPQGCCGAAPTCTIASDSLTVLGKTGKNPPVICGTNTGEHMYVETGATDGDTVSLAFLV-TGTSNDQWNVKVSQIPCSASYRAPSNCVKYFTGSSGTVTSYGFPGDTQLTSQNYESCIRQEKGYCGIQWDESTLTAPKDAFDLTNAA 301

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BLAST of hypothetical protein KGM_18655 vs. nr
Match: gi|1325295830|ref|XP_023330808.1| (uncharacterized protein LOC111703166 [Eurytemora affinis])

HSP 1 Score: 212.231 bits (539), Expect = 8.005e-61
Identity = 114/276 (41.30%), Postives = 164/276 (59.42%), Query Frame = 0

Query:  168 KRDKRLFSLFNVVRFKNEGCTTSSDAHTQGTCLSARECATQGGSGDGNCAAGFGVCCAFVLAGCSGTVNHNCTYLRNSGYPSSDNTISQTCKYNFNRIADDLCQIRLDFKSLNLALDSANPGNCGDT-------GDSLRVKSPFSNFGTAFPPTVCGNLNGQHMYFETG-TNGQAGELEIMTGTGPGDRRYNIKVTYIECCTINRPPSGCTQYFTGPTGTISSYNHAGGQMLQAQMYTNCIRQEEGYCQTTFKESAITTP-DPFQLANAARSEALH 434
            KR++++ SLF++V F N  C + S +   GTC +  EC ++GG+  G+CAAGFGVCC F  + CS TV +N +Y+ N G+PS+ NT + TC Y  N+++ D+CQ+RLDF +L  A+ +   G CG T        DSL V           PP +CG   GQHMY ETG T+G    L      G  + ++N++V+ I C    R PS C +YFTG  GT++SY  AG   L +Q Y +C+RQE+GYC   + ES +T+P D F L +A+ + A +
Sbjct:   35 KRNEKILSLFSIVNFPNLECNSLSASFAIGTCYATSECESKGGTTSGSCAAGFGVCCLFSKSACSSTVTNNVSYITNPGFPSTYNT-AGTCTYTINKVSSDICQLRLDFITLVQAVSTMPQGCCGSTLCTAGFLADSLTVLGKTGK----NPPVICGTNTGQHMYVETGATDGDTVSLAFSV-IGTTNNQWNVRVSQIPCSASYRAPSQCVKYFTGTKGTVTSYGFAGNTQLTSQNYESCVRQEKGYCGIEWDESTVTSPSDAFDLTDASATIAAN 304

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BLAST of hypothetical protein KGM_18655 vs. nr
Match: gi|1325303738|ref|XP_023333450.1| (uncharacterized protein LOC111705205 [Eurytemora affinis])

HSP 1 Score: 200.675 bits (509), Expect = 1.164e-55
Identity = 106/272 (38.97%), Postives = 152/272 (55.88%), Query Frame = 0

Query:  168 KRDKRLFSLFNVVRFKNEGCTTSSDAHTQGTCLSARECATQGGSGDGNCAAGFGVCCAFVLAGCSGTVNHNCTYLRNSGYPSSDNTISQTCKYNFNRIADDLCQIRLDFKSLNLALDSANPGNCG----DTGDSLRVKSPFSNFGTAFPPTVCGNLNGQHMYFETGTNGQAGELEIMTGTGPGDRRYNIKVTYIECCTINRPPSGCTQYFTGPTGTISSYNHAGGQMLQAQMYTNCIRQEEGYCQTTFKESAITTP-DPFQLANAARSEALH 434
             R +R+FSLFN+V+F N  C +       GTC +  EC ++GG+  G+CAAGFGVCC F  + C GT ++N TY+ N G+P++ NT + TC +  N+   D+CQ+RLDF +    + +   G CG       DSL V           PP +CG   G+HMY E G+          +  G  + ++NI+V+ I C    R P+ C +YFTG +GT++SY   G  +LQ+Q Y +CIRQE G+C   + ES +T P DPF L  A  + A  
Sbjct:   85 NRKERIFSLFNIVQFPNLACNSLDTVFPVGTCFTTSECTSKGGTTSGSCAAGFGVCCLFKSSTCGGTFSNNMTYITNPGFPATFNT-AGTCTFTVNKCQADICQLRLDFLTSVQGVSANTQGCCGAGCTTAADSLTVTGQTG----VNPPVICGTNTGEHMYVEVGSLAADSVSLAFSVAGTTNDQWNIRVSQIPCSANYRAPTNCVKYFTGSSGTVTSYGFTGNTLLQSQNYDSCIRQEAGFCSIQWDESTVTAPADPFDLTGAQAAGAAE 351

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BLAST of hypothetical protein KGM_18655 vs. nr
Match: gi|1325334262|ref|XP_023348958.1| (uncharacterized protein LOC111717712 [Eurytemora affinis])

HSP 1 Score: 192.971 bits (489), Expect = 3.266e-53
Identity = 108/264 (40.91%), Postives = 148/264 (56.06%), Query Frame = 0

Query:  169 RDKRLFSLFNVVRFKNEGCTTSSDAHT-QGTCLSARECATQGGSGDGNCAAGFGVCCAFVLAGCSGTVNHNCTYLRNSGYPSSDN-TISQTCKYNFNRIADDLCQIRLDFKSLN-LALDSANPGNCGDTGDSLRVKSPFSNFGTAFPPTVCGNLNGQHMYFETGTN-GQAGELEIMTGTGPGDRRYNIKVTYIECCTINRPPSGCTQYFTGPTGTISSYNHAGGQMLQAQMYTNCIRQEEGYCQTTFKESAITTPDPFQLANAA 428
            RDK+  SLF +V F N  C TS+   T  GTC+S  EC ++ GS  G CAAGFGVCC   ++ C  TVN+N TY++N GYPS+   T + TC Y  N+ + D+CQ+RLDF++ +  ++ +A     G   DS+ +           PP++ G   G HMY   G + G    + +  G+    ++YNI V  IEC +  R P  C QYFTG  GT+ SY  AG Q+L    Y NCIR E GYC   +K S+ TT D F + + A
Sbjct:   38 RDKKTLSLFAIVNFPNLRCVTSNSGSTLYGTCISTSECTSRSGSAAGTCAAGFGVCCYLAVSTCGSTVNYNNTYIQNPGYPSTYTPTATGTCLYTINKASTDVCQLRLDFQTFSGFSVTTA-----GVKTDSMAITGQTGRN----PPSISGTNTGYHMYVNLGADTGDTATVTMTWGSIASAKQYNIFVQQIECSSPQRAPQDCVQYFTGTQGTVQSYGWAGAQLLAGMDYQNCIRTEAGYCGIEWKTSSGTTIDAFAIFSTA 292

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BLAST of hypothetical protein KGM_18655 vs. nr
Match: gi|1325303242|ref|XP_023333196.1| (uncharacterized protein LOC111705003 isoform X1 [Eurytemora affinis])

HSP 1 Score: 186.808 bits (473), Expect = 8.999e-51
Identity = 100/249 (40.16%), Postives = 142/249 (57.03%), Query Frame = 0

Query:  169 RDKRLFSLFNVVRFKNEGCTTSSDAHTQGTCLSARECATQGGSGDGNCAAGFGVCCAFVLAGCSGTVNHNCTYLRNSGYPSSDNTISQTCKYNFNRIADDLCQIRLDFKSLNLALDSAN-----PGNCGDTGDSLRVKSPFSNFGTAFPPTVCGNLNGQHMYFETGTNGQAGELEIMTGTGPGDRRYNIKVTYIECCTINRPPSGCTQYFTGPTGTISSYNHAGGQMLQAQMYTNCIRQEEGYCQTTFK 412
            R  ++FS+F+VV F N+ C +  D+   GTCLS  EC  +GG+ +G+CA+GFG+CC   L  C G + +N T ++N GYPS   T + +C Y F + ++D+CQIRLDFK+   +  S       PG       +L+ K P+S         VCG L GQHMY+E G+ G    L+I       +R++NI  T I C    R P+ C QY TGP G+  S+N A GQ+L +Q Y  C RQE  YC  +++
Sbjct:   77 RKGKIFSVFSVVSFPNDACLSVLDS-ANGTCLSPLECNQRGGTAEGSCASGFGICCVLRLESCGGQILNNVTQVQNPGYPSKYKT-AGSCTYIFRKQSEDICQIRLDFKTGTFSYSSKGTTGCIPGTTDVLSFTLKNKVPYSK--------VCGELTGQHMYYEVGSPGDTVTLDISLVGSVLERKWNILATQIACADPWRAPTDCLQYHTGPIGSFQSFNFASGQLLSSQNYRICFRQELRYCSISYR 315

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BLAST of hypothetical protein KGM_18655 vs. nr
Match: gi|1325334814|ref|XP_023349224.1| (uncharacterized protein LOC111717988 isoform X2 [Eurytemora affinis])

HSP 1 Score: 181.415 bits (459), Expect = 6.214e-49
Identity = 108/276 (39.13%), Postives = 149/276 (53.99%), Query Frame = 0

Query:  169 RDKRLFSLFNVVRFKNEGCTTSSDAHTQGTCLSARECATQGGSGDGNCAAGFGVCCAFVLAGCSGTVNHNCTYLRNSG-YPSSDNTISQTCKYNFNRIADDLCQIRLDFKSLN-LALDSANPGNCGDTGDSLRVKSPFSNFGTAFPPTVCGNLNGQHMYFETGTNG-QAGELEIMTGTGPGDRRYNIKVTYIECCTINRPPSGCTQYFTGPTGTISSYNHAGGQMLQAQMYTNCIRQEEGYCQTTFKESAITTPDPF---------QLANAARSEA 432
            RD+R  SLF VV F N  CTT + + T GTC+S  EC ++ GS  G CAAGFGVCC   ++ C  ++++N TY++N G   +   T + TC Y  N+ + D+CQ+RLDF++ +  A+ S      G   DS+             PPT+ G   G HMY   G +      L +  G     ++YNI V  IEC +  + P  C QYFTG TGTI SY  AG Q+L    Y NC+R E GYC   +KE++ T+ D F         Q+A AA +E+
Sbjct:   30 RDQRQLSLFAVVNFPNLKCTTKTGSTTYGTCISTSECTSRSGSASGTCAAGFGVCCYMAVSTCGSSLSYNNTYIQNPGYPSTYTPTTTGTCVYTVNKASSDVCQLRLDFQTFSGFAVTSV-----GAKTDSMAAAGQTGK----NPPTISGTNTGYHMYVNVGADSTDTATLTMTWGDIATAKQYNIFVQQIECSSAYKAPQDCVQYFTGTTGTIQSYGWAGSQLLAGMDYNNCVRTELGYCGIQYKETSGTSIDAFAIFATITNTQIALAALAES 296

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BLAST of hypothetical protein KGM_18655 vs. nr
Match: gi|1325334812|ref|XP_023349222.1| (uncharacterized protein LOC111717988 isoform X1 [Eurytemora affinis])

HSP 1 Score: 181.415 bits (459), Expect = 8.631e-49
Identity = 108/276 (39.13%), Postives = 149/276 (53.99%), Query Frame = 0

Query:  169 RDKRLFSLFNVVRFKNEGCTTSSDAHTQGTCLSARECATQGGSGDGNCAAGFGVCCAFVLAGCSGTVNHNCTYLRNSG-YPSSDNTISQTCKYNFNRIADDLCQIRLDFKSLN-LALDSANPGNCGDTGDSLRVKSPFSNFGTAFPPTVCGNLNGQHMYFETGTNG-QAGELEIMTGTGPGDRRYNIKVTYIECCTINRPPSGCTQYFTGPTGTISSYNHAGGQMLQAQMYTNCIRQEEGYCQTTFKESAITTPDPF---------QLANAARSEA 432
            RD+R  SLF VV F N  CTT + + T GTC+S  EC ++ GS  G CAAGFGVCC   ++ C  ++++N TY++N G   +   T + TC Y  N+ + D+CQ+RLDF++ +  A+ S      G   DS+             PPT+ G   G HMY   G +      L +  G     ++YNI V  IEC +  + P  C QYFTG TGTI SY  AG Q+L    Y NC+R E GYC   +KE++ T+ D F         Q+A AA +E+
Sbjct:   48 RDQRQLSLFAVVNFPNLKCTTKTGSTTYGTCISTSECTSRSGSASGTCAAGFGVCCYMAVSTCGSSLSYNNTYIQNPGYPSTYTPTTTGTCVYTVNKASSDVCQLRLDFQTFSGFAVTSV-----GAKTDSMAAAGQTGK----NPPTISGTNTGYHMYVNVGADSTDTATLTMTWGDIATAKQYNIFVQQIECSSAYKAPQDCVQYFTGTTGTIQSYGWAGSQLLAGMDYNNCVRTELGYCGIQYKETSGTSIDAFAIFATITNTQIALAALAES 314

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BLAST of hypothetical protein KGM_18655 vs. nr
Match: gi|1325327373|ref|XP_023345542.1| (uncharacterized protein LOC111714628 [Eurytemora affinis])

HSP 1 Score: 175.252 bits (443), Expect = 2.088e-47
Identity = 95/253 (37.55%), Postives = 142/253 (56.13%), Query Frame = 0

Query:  199 CLSARECATQGGSGDGNCAAGFGVCCAFVLAGCSGTVNHNCTYLRNSGYPSSDNTISQTCKYNFNRIADDLCQIRLDFKSLNLALDSANPGNCGDT----GDSLRVKSPFSNFGTAFPPTVCGNLNGQHMYFETGTNGQAGELEIMTGTGPGDRRYNIKVTYIECCTINRPPSGCTQYFTGPTGTISSYNHAGGQMLQAQMYTNCIRQEEGYCQTTFKESAITTP-DPFQLANAARSEALHLKFASALGYQIK 446
            C +  EC ++GG+  GNCAAGFGVCC F ++ C  + ++N TY+ N G+PS+  T + TC Y  N+  +D+CQ+RLDF +L   + +   G CG +     DSL V+          PP +CG   G+HMY ETG  G       +  +G    ++NI+V+ I C    R P+ C +YFTG TGT++SY  AG  +L +Q Y +CIRQE GYC   + ++ + +P D F L NA  +     +  S +   ++
Sbjct:    2 CFATDECRSKGGTSSGNCAAGFGVCCIFTISSCGSSSSNNITYITNPGFPST-YTTAGTCTYTINKCQNDICQLRLDFVTLVQGVSTNPQGCCGSSCTTVSDSLTVRGETG----VNPPLICGTNTGEHMYIETGNLGTDSVSLALFVSGTSSNQWNIRVSQIPCTATYRAPNHCVKYFTGTTGTVTSYGFAGSTLLGSQNYKSCIRQETGYCSIVWDQTTLNSPADAFDLTNAPAAGTAENRIGSCINSYVQ 249

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BLAST of hypothetical protein KGM_18655 vs. nr
Match: gi|1325319228|ref|XP_023341394.1| (uncharacterized protein LOC111711301 [Eurytemora affinis])

HSP 1 Score: 173.326 bits (438), Expect = 5.600e-45
Identity = 99/250 (39.60%), Postives = 137/250 (54.80%), Query Frame = 0

Query:  171 KRLFSLFNVVRFKNEGCTTSSDAHTQGTCLSARECATQGGSGDGNCAAGFGVCCAFVLAGCSGTVNHNCTYLRNSGYPSSDNTISQTCKYNFNRIADDLCQIRLDFKSLNLALDSANPGNCGDTGDSLRVKSPFSNFGTAFPPTVCGNLNGQHMYFETGTNGQAG-ELEIMTGTGPGDRRYNIKVTYIECCTINRPPSGCTQYFTGPTGTISSYNHAGGQMLQAQM--YTNCIRQEEGYCQTTFKESAIT 417
            KR  SLF +V FKN+ C   S   T GTC S+ EC ++GG+  G CA+GFGVCC F  A C G+ N N TY +NSGYPS+ N++  +C+   N+ A D+CQ+RLD  S+ L+        C   GD   V       G +  P +CG   GQHMY + G +  +   L ++T      R +++KVT IEC ++++   GC QYFTG  G  SS+N   G  LQ     YT CIR E  +C   +    ++
Sbjct:  133 KRFLSLFTIVSFKNDACV--STGGTNGTCYSSNECTSKGGASAGTCASGFGVCCLFT-ATCGGSTNVNGTYFQNSGYPSTFNSVG-SCQLTINKCASDVCQLRLDILSMTLSGPETTDNQC--QGDQFIVS------GGSPLPAICGVNTGQHMYVDMGLSSNSPIVLTVVTSGASFQRSFSVKVTQIECSSLSKASDGCVQYFTGVNGQFSSFNFNAGSGLQLSNTDYTVCIRMERNFCGIQYSACIVS 370

[Close]

BLAST of hypothetical protein KGM_18655 vs. nr
Match: gi|1325303244|ref|XP_023333197.1| (uncharacterized protein LOC111705003 isoform X2 [Eurytemora affinis])

HSP 1 Score: 167.548 bits (423), Expect = 1.681e-44
Identity = 90/221 (40.72%), Postives = 125/221 (56.56%), Query Frame = 0

Query:  197 GTCLSARECATQGGSGDGNCAAGFGVCCAFVLAGCSGTVNHNCTYLRNSGYPSSDNTISQTCKYNFNRIADDLCQIRLDFKSLNLALDSAN-----PGNCGDTGDSLRVKSPFSNFGTAFPPTVCGNLNGQHMYFETGTNGQAGELEIMTGTGPGDRRYNIKVTYIECCTINRPPSGCTQYFTGPTGTISSYNHAGGQMLQAQMYTNCIRQEEGYCQTTFK 412
            GTCLS  EC  +GG+ +G+CA+GFG+CC   L  C G + +N T ++N GYPS   T + +C Y F + ++D+CQIRLDFK+   +  S       PG       +L+ K P+S         VCG L GQHMY+E G+ G    L+I       +R++NI  T I C    R P+ C QY TGP G+  S+N A GQ+L +Q Y  C RQE  YC  +++
Sbjct:    3 GTCLSPLECNQRGGTAEGSCASGFGICCVLRLESCGGQILNNVTQVQNPGYPSKYKT-AGSCTYIFRKQSEDICQIRLDFKTGTFSYSSKGTTGCIPGTTDVLSFTLKNKVPYSK--------VCGELTGQHMYYEVGSPGDTVTLDISLVGSVLERKWNILATQIACADPWRAPTDCLQYHTGPIGSFQSFNFASGQLLSSQNYRICFRQELRYCSISYR 214

The following BLAST results are available for this feature:

BLAST of hypothetical protein KGM_18655 vs. L. salmonis genes
BLAST of hypothetical protein KGM_18655 vs. SwissProt
BLAST of hypothetical protein KGM_18655 vs. nr

BLAST of hypothetical protein KGM_18655 vs. L. salmonis genes
Analysis Date: 2018-04-19 (T. kinsejongensis vs L. Salmonis peptides)
Total hits: 25


Match Name	E-value	Identity	Description
EMLSAG00000002101	6.521e-30	34.10	supercontig:LSalAtl2s:LSalAtl2s1395:30727:32553:-1...	[more]
EMLSAG00000010265	9.993e-29	33.88	supercontig:LSalAtl2s:LSalAtl2s67:935633:937393:-1...	[more]
EMLSAG00000010824	7.540e-24	36.87	supercontig:LSalAtl2s:LSalAtl2s719:60764:248752:-1...	[more]
EMLSAG00000009733	3.669e-23	36.13	supercontig:LSalAtl2s:LSalAtl2s627:64350:67809:1 g...	[more]
EMLSAG00000011909	1.758e-22	34.09	supercontig:LSalAtl2s:LSalAtl2s83:645541:647862:1 ...	[more]

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BLAST of hypothetical protein KGM_18655 vs. SwissProt
Analysis Date: 2018-04-19 (T. kingejongensis peptided Blastp vs. SwissProt)
Total hits: 0


Match Name	E-value	Identity	Description

BLAST of hypothetical protein KGM_18655 vs. nr
Analysis Date: 2018-05-15 (T. kingsejongensis proteins Blastp vs. NR)
Total hits: 25


Match Name	E-value	Identity	Description
gi\|1325273897\|ref\|XP_023321599.1\|	3.005e-62	42.80	uncharacterized protein LOC111696274 [Eurytemora a...	[more]
gi\|1325295830\|ref\|XP_023330808.1\|	8.005e-61	41.30	uncharacterized protein LOC111703166 [Eurytemora a...	[more]
gi\|1325303738\|ref\|XP_023333450.1\|	1.164e-55	38.97	uncharacterized protein LOC111705205 [Eurytemora a...	[more]
gi\|1325334262\|ref\|XP_023348958.1\|	3.266e-53	40.91	uncharacterized protein LOC111717712 [Eurytemora a...	[more]
gi\|1325303242\|ref\|XP_023333196.1\|	8.999e-51	40.16	uncharacterized protein LOC111705003 isoform X1 [E...	[more]
gi\|1325334814\|ref\|XP_023349224.1\|	6.214e-49	39.13	uncharacterized protein LOC111717988 isoform X2 [E...	[more]
gi\|1325334812\|ref\|XP_023349222.1\|	8.631e-49	39.13	uncharacterized protein LOC111717988 isoform X1 [E...	[more]
gi\|1325327373\|ref\|XP_023345542.1\|	2.088e-47	37.55	uncharacterized protein LOC111714628 [Eurytemora a...	[more]
gi\|1325319228\|ref\|XP_023341394.1\|	5.600e-45	39.60	uncharacterized protein LOC111711301 [Eurytemora a...	[more]
gi\|1325303244\|ref\|XP_023333197.1\|	1.681e-44	40.72	uncharacterized protein LOC111705003 isoform X2 [E...	[more]

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Alignments

The following features are aligned


Aligned Feature	Feature Type	Alignment Location
scaffold124_size330879	supercontig	scaffold124_size330879:292562..321110 -

Analyses

This gene is derived from or has results from the following analyses


Analysis Name	Date Performed
maker	2018-02-12 .496401
T. kinsejongensis vs L. Salmonis peptides	2018-04-19
T. kingejongensis peptided Blastp vs. SwissProt	2018-04-19
T. kingsejongensis proteins Blastp vs. NR	2018-05-15

Properties


Property Name	Value
Note	C:membrane

Relationships

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


Feature Name	Unique Name	Species	Type
maker-scaffold124_size330879-snap-gene-2.14-mRNA-1	maker-scaffold124_size330879-snap-gene-2.14-mRNA-1	Tigriopus kingsejongensis	mRNA

Sequences

The following sequences are available for this feature:

gene from alignment at scaffold124_size330879:292562..321110-

gene from alignment at scaffold124_size330879:292562..321110-

Legend: mRNA

Hold the cursor over a type above to highlight its positions in the sequence below.

>maker-scaffold124_size330879-snap-gene-2.14 ID=maker-scaffold124_size330879-snap-gene-2.14|Name=hypothetical protein KGM_18655|organism=Tigriopus kingsejongensis|type=gene|length=28549bp|location=Sequence derived from alignment at scaffold124_size330879:292562..321110- (Tigriopus kingsejongensis)
ATGAACCTCCAAGACAGCTACACGCTGAAAATAATTAAGGAGACGACAAA
GAAGCTACCCGACAAACCTGGTTACGAGGTAGCCCTCCCTTGGATCCCTG
GGAAACTTCGACCATCAAACAACTGAACTCTTGCACTGAAAAGATTCCAA
ACACTAGAGAATTGTTGTGAGAGGTGTCCAGAATTCAAACGAGCGTACGC
ATTAGCCATGGAAAAAATACTTCTCGGAAGGATACGCCAAATCCATCACC
AACCCAGAGGAGTTGAACCACCCTCGACAGAGTTTTTTGCCCCACCACGG
AGTGTGGAAAAAATGCGGAACCAAGCTTCGCGTAGTCTTTGATTCGGCGT
CCAAGCATGAGGGCCGAAGTTTGAACGATTGCCTCTTGACTGGACCATCA
CTCCAGAACGAAATATTTGATGTTCTTATTCGATTTCGTGAAGGGCAGGT
CGGCGTAGCCGCAGACATCGAAGCTATGTTTAGCCGTATTCAACTTCAAC
AGGATAATGCTCGCTATCACAGATTCCTTTGGCGACAAGACGTATCTGAC
CCGATTCAAACCTTTGAGATGAACGGAGTCGTATTTGGGGACTCCCCCTC
TCCATGCCTAGCAATCCACACGCTCCTACAAACCGCCGAGGACGCCGAAT
GCTCGTCTCTGACCAAACAAAAGATTCAAACCCAGTTCTACATGGACGAC
TATTTGGACAGCTATCCGGACGTAAAGATTGCGATTGAAGAGTCTGAGAG
TGTCCGGAAAGTTTTGGCCAAGGGGAACTTCCAGTTGACCAACTGGATGT
CGAACCGACACGAAGTGGCTCAGGAACTAGGGGGAGGATCCTCGGCAACA
ATCCACTTGGAAAAGGAGAGGAACGAAAAAAAGATTTTGGGATTGCATTG
GAAACTGGAGGAAGACGTCCTCGGATTTTCTGTTCAGAAAATGAATGCCG
CTTGCACGACTCGCCGCGCCATACTCAGTGCCTTAGCCCGTCTTTACGAC
CCACATGGTCTGGTTGCACCAATCACAGTAGCAGGTAAAATCCGAATGAA
AGAGCTTGTCATTCGTGGTCAAAATTGGGACGACGAGGTACCTGATACCC
AAGCAAGTTGGTGGAAGGAATGGAGCAACAACCTAATCGATTTGTCTGAC
GTTGAATTCCCGAGATGCCTCTGCCCAAACACCTCAGGTGGATCACACCA
GATTCACACATTTTGCAACGCCTCCGAGGACGCATTTGCGGCTGTCACTT
ACCTACGAACCGAAAAGGACGGAAAGGTTGACGTCAGCCTGATTTGTGCA
AAAACAAGAGTTTCTCCGAAAAAAACCTTACCATCCCGCGACTCGAACTA
CAAGGGGCTGTTCTCGGTGCAAGATTATGCCATCATGTCGTGGAAGCCCT
GAGAGTCCAACTCGACAGTAAGTGGTTCTGGACAGACAGCAAAATAGTCA
AAGCCTGGATAAAAAATTCAGCCCACAAGTTCAAGCCATTTACTGCCAAC
AGAGTGGGAGAAGTCCAATCGTTGACAAGGTCGGGAGAATGGCATCACAT
TCCAGGACGAGAGAACCCAGCAGATCTGGCATCTAGAGGAATTGCTAGGG
TGGCACATCTGCCAGCGTTGTGGTTCCATGGACCAAAGTTCCTGAGCCAA
CCCGAGGATAAGTGGCCGGAACATCGACCAGATATCGCCCTTGGGAGCTA
CATCTCAGTGGAGTCTGGAATAGACTGGGATCTACGCTCTAAGTTCAAAA
AAGGCTGAAGTATGTGCCACGGTTTCTGAACCAAATTTTGATGACCTTGA
TTGTGCCATCGACTCCGAAATGAAGAACAGTGATGCCGACCATGAGGCTG
CATTGCGCCTACTAATCATTCGAAACCAAGCACTATCGTTTCTTTCTGAC
ATGGAGTTACTACGCAATGGCAAGACCTTGGCCAAGACCTCCCGACTGGG
ACACCTATCTCCATTCATCGACCAATGGGGAGTTTTGCGTGCCCGAGGAC
GCATCGGAGCTGCTGAAGTAGGATACGATCAGAAGCACCCAATCATTCTG
TGCCCCAAGAATCAACTGGCTATTTTGGTGGCCGCGGCCAGTCACGAAGA
AAATCACCACAAAAAAACACAGGTGCGGCCACATCTTGAGGAAGGGTCCC
TTCTGGTTCCCCACAAATTAAAGTAGTGGTTGGAGCTGGATTGTACGGGG
CTGCACGGCAACTAGCTAAATTAGCTACTAACATCAGTGGGCCCTGTGTT
CCCATGGATGCCTGTCCATGGTGTGAACACGAAACCACCGGAAGGTGCGA
TAACACACACCATCTGGGCGTTAATCACGGTCTAGGCTTACTCCGCCAAC
AATATTGGATTCTTCGAGGAAGAGAATTGGTAAAACGAGTCCGAAGGGGT
TGCAGACAATGCCAAATAAGGGTTGCTCTCCCGCCAACCAAGAAATGGCC
GACCTCCCAGAGGAACGCCTCGCAATTGGACAGCCACCGTTCTTTTCCAC
TTCAACAGATTTCTTCGGACCCTTGGAAATACTTGTCCCTCGTAACAAAA
TTGAAAAGCGTTGGGGCGCTTTGTTCACGTGTATGTCAACAAGAGCCATT
CATCTTGAAATCGCGCCTTCCTTGCCTGCTCAGGATTTCCTGAATGATTT
TCGCAACTTCATCAACACCCGAGACCAACCTTACCAGGTTTACTCGGACA
ATGGCACCAACTTTGTGGGGGCAAACTCATTGCTGAAGGAACTGGAAAAG
AATCTGGCTCACATTAGAGGCGTGAAATGAAAGTTTGAAGCCCCTGGAGC
CCCACACTGGGGAGGTGTGCACGAATCGTTGGTGCGTTCAGCCAAAACCG
CGCTATCTAACGTCCTCGCACAAGAATGTTTCAAACAACGTCATTTACGA
GAACATGAGTTGAGGACCGTCTTCTGCGAGGTTATGGGTTTGTTAAACTC
CAGACCATTGTGTTACGTTAGTAACGATCCGGATGACTGCCAAGTTCTAA
CCCCCAACCACTTCCTTTTGCAACGAGGTTCTCGATCAATACCAACCGGA
GTTTATGCCACATTGGATCCAAGGAGACATTTCCAGTGCGTCCAATCGAT
TGTGGATCAAATTTGGCATCGTTGGACTGTACATAGAATACCTGCCCTTA
TTGTTAACAAGAAAAAAATGGACCAAAAAAGAAAATTTGTCAATCGGAAC
CGAGGTGCTCTGCGAGCCGCCAAAGTCGAAGTTGATAGAGACATTCTAAC
ACGACCCATCACCTAGCTCTGCCCTTTGCGCACGGCCTCTGCGATATTCG
AATCCGGGCTGAGTTTTGACCAAGCTGAGGCAATGGGGCCAGGATGTTCC
AACGAAACTAGAGCGGAATGAAGCATGTGGGGAACCTGTGTATATTGCCA
CAGCTAGTTGATTGAGAACAACAACATGAGGTTTTTGGAGGGAGAGAGAA
CCACGTGGGAGAATAAAACACCGAACGATGTTTAGACCAATTATTTCCGT
GTTCGCAAATTAACCACCCGAGGTCGCAAGACACGAACTATATCAAGCGC
AAGGAGAGATTCTCGCAGAAACACCTTCCGTAGCTCAAGCCCATAGAACA
ACCATAGGTGCAAGTAGTAACATCTGACCTAAACCGATGGTGCCATGAAA
CACTCTGAGCTATAAAGCTGGGTACTAACATCAATCGGGTACTGAGTTCG
AATGCTCTAGTGGTCCCCAATGTGGTTTGTCTGTCTTATTTAATCACATA
GATGTATTAACTTAATTTAACACCTGGCCTCATAGGAAAAACTAGAAAAC
CTGCGAAAGGTCAAGAATTGTGCATTCCATGTACTGTAATAAAAAACTGT
TTAACTAGTGACACACTGTTATTTTTATTGTGATGCACAATAATGACATC
TGTACCCTGACATCAAATCACTGTGTCTATAGTAATGCTCAAAGAAGTAC
AACTAGAAAAATTATGTAGGTGTGATCAACAATTTAAGTATTTTAACAAT
TATTAAAGGTTCCAACATTATTGTCGTTGTTTTAGGCACATGCTTGTTGC
TCCATCTAGTACGTCGCTGCGTTGATCTAGTACGTAAAACCCGGTTTTTA
TGCGTTGCTCTGCCTCAAACGAGAGTTGAAATAACTCTCTCAATATCCGT
TCCCAAGACCTGACGTCAATCAATGTGATCAAATGACGCTGATAATAAAG
TACACCAAAGGCTTAACCTGAGAGTCGATAACATCCGACTGGGGTAATGT
GAGTTACTTTTCGTGCACTACTTGTGTCTTCTAGAGACCTGCAGATACAC
AGGTTCGGAGAAGATTTTGCGATTGACTAATCAGGCTGGCGGCACCACAA
TTGTAGATTCCGATGTATCAAGTGTGTCTAGAGTACGCTAAGAGGCTGAG
AAGTGCCAGTTGGCAATTTTTGTATTGCACGCTGTCCTGTCTGCATAACT
GTTTTCCTACACAATTGTTCAAGAGTAACATACCATGCGAATAAGTAAAA
GAGTTTTGGGACAAGTGAGATATAATTACTATTTCATTGTGATGCACAAC
AATGACATCTGCCAAAAATCGATTCGCTGCATTCATAGTAATGCTCAAAA
TATTACAAAAACATGTATGCATGTGATCAACAAATAAGTAGGTATGACAT
TTTCAAAGGTTCCAACATTCTTGTCGTTGTTTTAGGCACATGCTTGTTGC
TCCCAATTGAGGTAAAAGCCAACAATGCCTCCAGGTAGGCCAGATTGTTC
ATTCATATTGGCACCCATGGTCATACTGGCCACTTCCGAGTCGTCAGTCT
TGAAGGTCATTCGGAAGGGCCGAGATTGTGCTGAAATAGAGATGTGTTTA
AGATGCATTTCGCATTATTGCAACACTAGTTTTCAAAACAACACTGAAAT
CCTTTTTTGGGGGGGCTACATATGTTTTCCATGATCCTGTTGGTGTGAGA
GCTTCAGGGCAATCATCTTTGATTCTGTGAGACACCATACATGTTTCGAA
TCATTTTTGAATGTTTCGTAACATGATTTAAAATGGAGAGAAGCGTCAGA
TGCTTTTGTTTGATACTTCAAAATCAGTTGGAACCTTCCCAGGCATTGTT
GAAAAGGCTGGTTGAGGTAACTTACTGCAAATCGTGGCAGGGGCCTTTCT
ACCATCCTTGCCAATGTTGAAGAATCGTCCACAAACTCGGTTTCGAAGTC
CAGTGGCCACATTAATGTCCGTAGTCACTACAAAGGTATCTATGGGAACC
GTAGAAATGGCTTGAGCTTGGGGAATCTATGGAGAGAGTGGTTGAAAAAT
GAGTCGCCCTGAGTACTCAAAGTGAGCCATTTATTGTATACCAGCAAATA
ATCCGTGGCACATTTGGTGTCCTTGTCGCCTTTAGGCTGTCCCGAAGCTG
GATTACTGTAAGAGGTCAAATTGTTAGCATGGTTATGATCGAGTGTCCTA
AACCAGCTATATTACCTGATCCCAAAGGAAGCTGTCTGAAATGGTGAAAA
GGGATTTAAAAGGTCTTTAATTTGATAACAATATTTAACGCACCATCGTG
AGGAGGTCAGTAGGTTGGATCACAGGCGTGTAGCAAATTCCACAAAAACC
TTCTTCAACTCTCCAGCACATGGAATAGCATTGACTTTGCAAGTGGGTGG
CTGAAAATATACCATATCCCTTAGAATAGGCATCATTAATATGGAACAAA
GATGCTTATGTGATTGTACGAACGAGTCACCGACATTAGCTCAACTTTAT
CCATATGAAGCTTAAGCTCGCCAAGTGGATCTGAAGTCATTTTGAAGGAG
CCTTCATTGGTTTAGTTTTAAGGAAGTGCCGAGATTGGAGTAATGTTCTG
TATATTTTTTTAAGCTTTTTTTATCAGACGGACATCCATCCGGAAAAAAA
CTAATCCTTTCAACGTGCACAAATGCTTCTTTGCCAGGGACATAATCATT
TGGGTTCTAGAACTACATGGACGCATCACATATCGATAAAACTTACTGGT
TGGGAGAAGAGGATTCGTGGAAGTTGGGAAACCATAGCTGGCCAGCATTC
CACTTCGTCCCGTGAAGTATTGCAGACAGCCATCGTCACCGCCTCGTCCA
ATGTCACCACACTTGTATTGGGTTACTATTAACACATTTCGTAGTCATGG
CACCAATCCAAATTAGCAGAAAGCCGAAAAGAAAGAACCCACTTTTATAG
CAACAAGGGTTTACGATAAAACCCCTTGAGATATGTCTAAATTCCCTTAA
TCCTCTTTTTGTGAAACGCCCAGAAACTTATTGTCAGGATACTTTTTCTT
TCAGAGTGTTTTTCAGAGTAGTAAACCTTTTGTGAGTTCAAATTTTACTG
AAATTTCTTCAGACAAGTAATGGTTGCCTCTCAGGGTCGAACTTAAACAT
AGCGTTAATCGGTATTGCTGGCGACCATACTTTTGGCCTCTCTTTTATCT
ATTTTGCTCATATTTTGCGAGGCCTAGTTAAACCAAGGGCTCAATGACAG
CGCTGGATCCCATCTCATTTGCAGAAAAGTTGGCATGAGAAATTCCCTTT
CATGGGAAAGCATTAGACGACAACAACTAAGTTGGATTGGTGGTGCTAAT
ATCCTGCCTTTGATGTCCCAAGAGCGGCTGGCACTACCACTGAGGGCGAA
TCGAGCCAAGTGACATTGGTCGCTGGCATCCACAATCACTNCCAACGGGC
ACAAATTCTTTCCCAGGGACATACTCATTTGGGTTCTAGAACTACATGGA
CCCATCACATATCGAGAAAACTTACTGGTTGGGAGAAGAGGATTCGTGGA
AGTTGGGAAACCATAGCTGGCCAGCATTCCACTTCGTCCCGTGAAATATT
GCAGACAGCCATCGTCACCGCCTCGTCCAATGTCGCCACACTTGTATTGG
GTTACTATTAACACATTTCGTAGTCATGGCACCAATCCAAATTAGCATAA
CGCCGAAAAGAAATAACCCACTTTTATAGCAGGCAAGGGTGAAAAATACA
GATCAATCAATCCCTTGAGAGATGTCTAAATTCCCTTATAACTTTTTTGT
GAAACGCCCAGAAACTTATTGTCTTGATACTTTTTGTCACAGAGTGTTTT
TCAGAATAGCAAACTTTGTGAGATTTTTATTTCTGATATTTCATCAGACA
AGTAATGGTTGCCTCTCAGGGTCGAACTTAAACATAGCGTTAATCGGTAT
TGCTGGCGACCCTACTTTTGGCCTCTCTTTTATCTATTTTGCTCATATTT
TGCGAGGCCTAGTTAAACCAAGGGCTCAATGACAGCGCTGGATCCCATCT
CATTTGCAGAAAAGTTGGCATGAGAAATTCCCTTTCATGGGAAAGCATTA
GACGACAACAACTAAGTTGGATTGGTGGTGCTAATATCCTGCCTTTGATG
TCCCAAGAGCGGCTGGCACTACCACTGAGGGCGAATCGAGCCAAGTGACA
TTGGTCGCTGGCATCCACAATCACTAAAATGGAAGCAACGCTTTCGGAAC
AGGCCATAGTTAAGGGTAGAGTTTTAGTGGCTCACTGTGTTGTCCACTAT
TATATCCGCAGATGATTGGCGGGGCAAAGTTTCCGGGCGCAGTGAGGGAG
AACTGATCCGTGGGACATTCGCCAATCGCATCGACTGAGGTCAAAACATG
AGTTTTTGGGATGCAAGGACTTTCATAATTAAGGTATATCCTCACCATTT
GTGCTTAGGGCAGCTGCAGCTACATCAACAACGCTTCCCACCATTTGGTC
GCCGATTTGGAATGTCTACAAGTCAAAAGAAACATCAATCGTTTGAGGGT
CAAGATCAAGCACAGGTTTCGAATCTTGAACGGGATCATGTTTGATATTC
AGAAAACGGGCACATAGAGTTTATATAGAGCCATAGAGTTTCCTGCTTGG
CCATGGGTTTACCTATGCTGCTATTTACTGTAGAGAAGTCGGCTGTTTCC
TCAATGAATTCCTCGATTATTGGGCGTTTTAGATTCTTTTCCATCTTTTG
CGTCACAACTGATATAGTTAGTCTTATATTATGTATGTTTGGTTCTGTTT
TTGTTTCCTTGAGGCCAACTGCTGTCTAAAGCCTCATTTCGCTTCTCTGT
TCAAGTCGTCTCTTCAAATAAAAGTATATCAATGACAATGAAAATCGTGG
TCAAGGATCAATTATGGTCGCTCCTTCTCGAAGATAAAAACAACGAGACA
GTTGTCCCTTGAAGGGAGTAAATTACCACTTAAAATAAGGTTCTAAGAAC
TTTCAATGATCAGCAATTTTAAGGCTTTTACTTACACATTAGTAAGGGTC
GGAATATTGGAGAAATTAAAGTGGCCAAGCAAAACAGAAAAAAATAGACA
AACCAGGAAAAAGACACAGTAGGATATTGTGTCACGAATAGTTACTGAAA
ATATTGCACCTCAACTCTGTGAGGAATTGGCACCTTGATCTATATGTTCC
AAGGCTAAATGAAAATACTGAAGCATGTGGAACGTGTTCCCAGCGCTGAG
GGAAGCAACCACGAGGGGAGCTGCGGCTGCAATAGCCAAGACAGTCGCCA
AAGTCGCACCCATCTAGTCATTCGCCAATTTTTTTATTCATAACCCATCA
GTCACGACTAGCATACTTGCTAGTGTGTCGTCTTTAAATTCAATAAACAA
TAAAACCAATTACACACACACTATGGTTAAGGCGAGCAATTTTTTGGATT
TCAACGTTACTACATGCCTTTGTTACTTTGAATAGTCATAAAATGACTTT
TTCCCTCACACAGTAAATTGAAGTGTAACTTTCTCTTTTCTATCCCAGAT
AAAAACCAGATGGGATTCACTTATAAAGTCATAACTTGAATCATAAAAAA
ATATAATCATAACTTAAAAGCCGAGCCTAAATTAGGCGACGAATTCAGTG
CAGAAGGCAACTGGCAAATGGGGCATATTTTGACTCGTCAATTTATAAGC
AAAAAAAGAGTTTCAAAGGGCGATACAAAAAATGGTGCGAGACAAATAAT
AATTAAAATATGGGACAAGTATAAAACAGGAGAACAAGTTATGAGCAGTG
GTGGAGATGGGGGACAATTGTTGATTTTTGCATTTATTTATTAGATATAC
ATATTTAAAAAAAAGTCCTGGCCTTTTATCGGGATGCTTCGCCCATTTGC
CACACATGTACATCTATCAAACTTTAAGCACAAATCGATATTATACTTTA
ACAGACCTGTTTGCATGCTACTTGGTCTGTCCCACCTGTTCCCAGGGATG
GCTTAATTGAGTGAGATTACATTTTCAGAAAACCTTCAGACCGATACCGA
GGTGCTCCTCACCAAGTCCCAACACTCTTGAATTGAAAGTCTGTTTACCT
AACAATTTATTTTAACATTGTCAGTTAGTTTGGCTGGGTCGCACGTTTCA
CTCTACCACGACAGGCACGAAAAAACGAACTTCGGCCGGAGGCAAAGTGA
AGTATTCCATTTGAACTAAGAGAAAAGCGTCTGAAGGCCGGAATAATCTT
TCTGTAGGAACATATAATAATTTTGCACACCTTCTTTTAAGGGGGAAAAT
TGAGAGCCATTCCTTGAGTGAGAACAAAATTTCCAGCAGTTTAGCGATTT
TTTTTTTCCGACCAGTACCAACTTAAAGAGCTTGAAAAGATAGTAAAGCA
GGGAAAATTGCTAAACTTACATCAAAGTCGAATCGAATGCGACAGATGTT
TGGGTCGCACTTGCAAATCTTGTACGTGCAGGGGCTAATTGTGCTAGTCA
TGATGGAATTTTGGGTCAAATAGGTACAGTTTTCCGAAGATGTACCACCA
CAACCCAGTGAGACTAAAAGGCAACAATAGGATATTAATTTGCATTCACT
CCTCACTAACTCATTTCGATCCTTACAAATGCAGCAAACTCCATATCCTG
AGGCGCATGTTCCAGACGCACTTCCATCTGCAAAAGAAAATAGTCACACA
CGTGCTCACCAATAGGCTTGTGGCCATTTAAGTCATATAACGAGAGCGAG
TCAGTCACCAAAAAGGAGCGACAACGAGGCTGCTGATCTAAATGCAAAAG
CTGGTGACCCACCTATGCCTGTCACATTTCGAGCATTTTCTCGGGCGCAC
CGCAGAGGCCATCCCAAGGACCAGTCAAAGGAGTCTTTGGATTTAGATCA
GCAGCTTTGGTGTCGCTTCTCCCTTCCAGCCACTTTCCCCAGACACACTC
TCTCCACGAATAGAACCTCTTTGGTTGTAGCACGTTCGAAAAAAATGACA
CTTTAGATCAGTGTTGCTAGTTGGTCAAGGAGTGTTTTCCCTTTCCTCTG
GGGCAATTTCCCGAGAAATTTTCCCCGCAAAATTTTCCCAATCTCCCTCA
CTGTCGAATTTTCAAAACCCTATGTAATCTAAAAACATAACAAAAAAAGA
TGAGTTAGCATTTTTGGAAACACCTTGTGGGCTCGCAGAAACTTGAAGAA
AGCTCGGACTCCGATGTTTACCTGTATGTTTTACCAAAATTAAACAGATT
TTACATGGTTCAACATTTGAGGTTGAATGATTTTGGATATTTCATTTGGC
GTCATAGCCACATTTAAATCTGTGATGTATGAAAACATATTTTATTATTT
TTTCGGTCACTTTTTGTTGAAATGCACTTATTTAACTTAGAACAAAACAA
AATGTGATCAGAAATGTTGTCATAAAAACTCCACAAATATACTTTCCCTC
ATAAACTTTTAGCAGAATGAGAAGTTGGTGGGCAAAGAAATAAATCCCCC
CCCTCTGTCTGAGTTGCTTCAGGTTTTACGTGAATTTCGTGAAGAAAATT
ATTGTCAGTACATGTGATCTCCTTTTCCCCCCAATTTTCCCCGTTGCTTC
TCCAGGGCAAAATTTGTGCCCAAAGGGTTGGAATTTCCCAATCCTGAAAT
TNNNNNNNNNNNNNNNNNNNNNCAAAAAAAGATGTGTTAGCATTTTTGGA
AACACCTTGTGGGCTCGCAGAAACTTGAAGAAAGCTCGGACTCCGATGTT
TACCTGTATGTTTTACCAAAATTAAACAGATTTTACATGGTTCAACATTT
GAGGTTGAATGATTTTGGATATTTCATTTGGCGTCATAGCCACATTTAAA
TCTGTGATGTATGAAAACATATTTTATTATTTTTTAATCGAGTCGTACTA
CTTTGAATGCAAATGCCTTATTTAAAGAACAAAACAAAATGTGATCAGAA
ATGTTGTCATAAAAACTCCACAAATATACTTTCCCTCATAAACTTTTAGC
AGAATGAGAAGTTGGTGGGCAAAGAAATAAATCCCCCCCCTCTGTCTGAG
TTGCTTCAGGTTTTACGTGAATTTCGTGAAGAAAATTATTGTCAGTACAT
GTGATCTCCTTTTCCCCCCAATTTTCCCCGTTGCTTCTCCAGGGCAAAAT
TTGTGCCCAAAGTGTTGGAATTTCCCAATCCTGAAATTTAATTCCCGGAC
GATTGGCATCGTCAATTAAAGCCCACTGCAAGTGCCGAAGAGTCTCAAGA
GCCTGATATGAGCAGAGCAATATCATGTTGGCGTTTGAACTCTGAAAGTG
AGACATGTGCGCGTAATTGCCAATTCAAAGTTACCAAGCAACCAATATTT
AAGGCGATACGCACCAAAGCATATCTCGATCTTGGAAGGAAAAATTTAAG
TGTCTTTGCTTGCCAATGGCTGCAATTTACACGTAAATTCGACCAAATTT
GGTGCCTCTTTGCGCGTGGACAAAACCTAAAGTGAGACCGGATGCGTGCC
TTCTTTTTCCAGTGCTGGCAGTCCAATTGATGCCATGTGCTCTCTAGTCG
ACTTCAGCGTTAACCGACATTAAATTCACACTTTCTGCACAGTGTGTATA
CTAACAGAAACACCCAGATTGATAAAACTGGTTGCATCTTTCAGTAACAA
AGTGGAAACAAAATGAAGGAAAAATGCTCACCTCGGCTAGTGCATTCCTC
GCCTAAAAAGCAAAAATTATTGGTTGAAACAACACACATTCGAATCTTCA
CAAAATTGTTTCAATCTCACTTGTGTAGCATGTTCCATTTCTAGAACTAG
CTCCTTGACAAGGTTCATTCTAAAAATAAATTGAGACTTTTACCATATAA
TGTAGATATGTTTTTGGAATCGAAGCAGCATCTAAACATATAGCAGCCGG
CTGTGGTAAAATATTCGAGTGAAATGTAAACTCTTCATTTTGCATTTCTT
TTTACAAAAATGATTTGTTTTCCTCAACACTGTTCAAAAGATAAAGGAGG
AGTTTGTTCGCGTGCCATGAGGTAAATGGAAAAATAAAAATAATACACCG
CTGACATATATGACTATTATATGTGCATGTGGATATTAAATATTTTAATA
AACATTAAGCCATTGCGACGAAGACAGCTCCAGTCGAATGGCATTGCAGG
TTCAAACATTGAAAACATTGCAGCAGCATTCAAACATAGATAGAAGAGGA
ATATTTATAGCAAGCTAAAAGTATCAAAAATTGAAACACTTACCCGGAAC
TTGACCAATTGGAAAAGTGAAAACACTAAAAGCAAAGAAATCACCTTTGA
GCATAACACCATCTTAAACATAGCGTCGAATGATTCACAGTTTGGAACAT
TGTACGTAAATAACATGTTCTTGGGATGGACATTTTTTATTTTTTTTATT
TCTAACAATTGTATACTAAACGTTAGTTTCCGCGCCTCTACTGCAACGTT
AACGTCAACATGGTAAAAAACGTTAGCATGGTAAACAAGTGCAATTACAC
ACACCACAAAAATACAAAACGTTGACAAAAATAGTTTTTTCTACAATCAC
TAAAACATTTCCTTAACACGAGACCCAATGAAAATTACTTGCCAACTTAA
TGTTATTTAATAGGGTTTCAGCGCTAACTGCTTGGTGTGAACGATAACGC
AGTTTTGGTCAGACCTTACCCGTTCAACATTGATCACTAAAAAGGAAAAC
GTCCTAAAAAGATAGCAATTGTCTTGACACATACTGGAAGGAAAACAGTT
TCTCACATTTGAAACCACTGTACTTATTATGGATAGCAGCATTAAACCCA
TCATTATTGTATTGCAATGATATCAAAATAAGAAGATCAAAACAACTGAG
CAGTCGAGGATTTAGTCAAACCGACGGATACTCTACCTTTTCCTGATCTT
GATTCTTTTTCCATTTCCGTCATTGTCTCATTTGAGTCCGTTTTTCCATG
TCCATTGCAATACCCGAGGAAGAATACTATCGAAAGTAGAACTGATACTT
GAAGATGCATGGTCACAGTGTTCCAGGATTGTGTCTGAAATTAAATACAA
AAAATGAGAACTACCAAAAAGAACGAAACAAGGTAAGATGAAATAAGGTG
TTACCAGTCCACTGCTCAATCGCTGACTGCTCCATGGAGCCAATTTCTGA
GCTAACGTTGTCTTCCGAAGAAGGCGCGGGCGCGAGGAAACACCTTTGGG
TGGAAGGAGCACAAATTCTGGTGAACGGCCAACAAGCACACGCGATTGGC
TCAATAAATCGAAACTAAGAGGATACGGATTCTAACTGATGATGTCAGTA
ATAGAGACCAAAAGTGCTCTGTCAGTGTCCCGCCTTGTGCAATGAGTTGG
GGTCGGAAAAGGTATAGAATTTTGAAGGAAACAGTTTGCTTTTAAATAAA
AGCTATAAGGAAAAAGAAAGGGAAGAAAGAAAAAAAGAAGTCAAAAAAAT
GGTAGAATAAAATGTTAAAGCAGAGACAAAAGGTGAAACATGTGCTGAAA
ATAAATACGAAAAGCTTTTATACGTCCATGTTCTCAACAAGTCACCTTTT
GTTATGGATAGTTTTTTTTTAAGGCTTTAAAAAATACTTGTTTCTGCCCA
GTTTTACAACTGCTGCTACAGGACGAGCAAATATGCCGAAAGAACAAAGT
GAATAGAAGGGAATTAAAGGAGAAACATTGCTTTTAGGAAAATGGCTATG
AACATCCAAAAATGAGTAAATATTGTGGAAAGTGAAAAAATGCCAATAAG
CAAGAAGGTAGTAACGTGAAACAGCACTGATAAGGGCGGTCCCAAATACT
TCAAAATCAGCACGGAGTCATAAATAGAAGTGTAAAATTAAGGATTACAC
ATGTGAGGATATGATTGACTTCTGGTTTTAACACTGACACATTTCATGTT
TTTCTTCTTCCTTTGCCGTACATCAACAACAGTACACTCCTCAAAGTACA
AACAGTGTGCTCCAGAGGTCATTTTACGAGTTCATCAAGAACAGGTTTTA
TCATTCTCTCAAAACAAGCTCATCCTTAAGAAAAGTGCGCCCAAGCCTCA
ACCAATGATGCGTGTGCAATCGGATTTTATTTCTACCTTCGAAATATGCT
ATCACTGGTAAATATGTATCATGCAAACAAAATGAGTATCAGGCAACCCT
GGGGATGTAAAGAGATGAAGACTTATCAAAGATGTTCATAAAAAAGCAAT
TTAGTTTAGGTGGTATTGATATGACCAAGGGCCTGGGACGATAACGAAGG
AACGATCAGTGGAAAAAGCCTGCCAGTTTTCTGACTCATGTCTCGTTTGG
TTCTAATCTTACAGTGAGCCACAAATAAAATAATTAACATACTACGTAGT
ACAGGAAAAATAATATGTACATATATGGACGGGTAGGGCTATGATATGTT
CATTTGCTTCTCCATTAATAAATAGTTCCCTAGTTTATTTAGCCAGAGAG
AGAGCTTGAGAAACTTTCCCGTGGTAACGAAACCATTATACTTCTTGAAT
AGGCAAAGGCAATACAAGTTTCAATTTCACCAAGCAGAGTTTTGTAACCA
TAATATCTAATTATGGGATCCAGGGCCACCTTAAGCTTTTTTCGCTTTTA
TTTTCTAAGCAATCACTAGACTGGAGAAGAAATATTTACGCACTTCATTT
TTTACATTCTTTACGTACTTTTGGTCCACTACGTAGTGAGCCTACAAACG
GTTTTTGGTCTACGCCAGATGTACAAGTTTTGCCTTTTTGAAGTACTTTG
GTTGGTATTTAAAATAACATTTTGTTGTAACAGTACGGCTGGTTTTCGGA
TGACTTGACAATTGCATATGAATTAAAAATCTGTAGAAATTTGTTATTGT
GTGAAATGTATGCCCAGCTATGGTATAAATGTCCCTGGATTTGGGAATTT
TCCCTAACTTATAGTGTTAAAGATTTCAATCTTTTTGAACTATTTCCTTC
CCAAAAGGCTGCCTTTTCTTAGCTTTTTGACAACATATGACATGATGCAC
TTTATGATGTTTCCGGCTACACTTTTCCTCAGCCTAGCAGTCACACAAAG
CTTGATCAATGCCATGAACACAAAGTGAATTGAATTTTTCTGCACTTAAG
TTAAACTCACTAAAACAGCTTTATTTCAAATGACCTACGACAAAATTCAG
AGAAATACTCGAGTTGCAACGAACAATTCCAAGCACTGCTACATTTTACC
GATTTTGCTTTTTCAAAGCGGGCGTTTTGGTTTCATAAATAATGAAACCA
ACTGTATTTTGTGGCGTCCTGCTCCAGGATTCAGGCTGAATTGTACACTA
GACATGGCTGGGTCTTACAAGCTAGAGTTTGGTTTAGCTAAAGTTGACGG
CCAATTTTGTGTGGTTGGTTTCGTACTGTGGATTATGTCTGTTTTTGAAT
TGGCTGAGTTTGTACTGTGTGTCGTATTCATGCGCATGTTTTGATGCTTA
GGGGGGTGGGATATATCGACCATCTCTACTCAGGATCAAACTGAGGAGGA
ACGTTGGCTACCTCCAAATTGGGAGCGACCAAATCCCAAAGCCCTGAGGC
TTATGGCCAGTCGGTTGTGCCATCGTCACCACTGCCTCTAGCTTGGGAAT
CAGACAGGATTTCGTGCGTGGTATCCTCCTCTATCATAGATTGACATGGA
AGGGAGGATTCTTGCCCACCTGGGCACTCTGTCTCAGATCTCTCCTGATC
TCCACGAAGGCTTTGATCGTCGATCACAATCTTGAAACCCAAGCTTTTAC
GGTCCAATTGTTTTTGAGACTAAACATATATATGAATCAGAGAGAACAGT
ATAGTTAGTTGCCCTTCAAAGCACACTGATATCATAAGAATGCAAAGGGT
CTTGTGGTGGAACTGGTTGTCGGTTATCTGAGCAAATTGTCGAAGACAGA
TTGCTGTAATCCATGTATAGCTTTTCGGAAAAATTGAATTTGACCTGTAT
GCAACCAAATACCACTGCGACAGATTTTAGTTTAACTTTCGTAGAATACG
ACAGCTTGGACCTCAAAAGAAGAAGTATACTCAACTAACAAGATGGACGG
ATATGGTCCTTTTTTGGAAGTTGCAAGGTGTTTCAGGGATATAAGTGATT
GGGAGATTTTATAAAGGCATGCTAGTGTCAAATTTTCAGGAACAGTTGAG
ACACAATTAGTAGGTGATGAGAGGGGATGCAGCTCATCAAGCCCAACTCC
AGACTCCAAGTTATCTCCCATGGAAAAGTTACATGTTGGGAATCTGGTCG
ACAAGCCAGGACTGCTTGCATCAGACCCGACTCCAACCGTTAAGGTCCAA
TTGTCTCTGACAAAAGTGCTTTGGTGGCGAAGGAAGAGAGAACATCCCCC
CCTGGCACTACAATCTGAAAAAAATGAATGACCAAATACCAAATGGGGCC
AATCTTTACAAAAAGGTTGTTCGATCCTGACACCCAATAGTTTCTGGAAA
GAAGTTCTCAAGCAAAATCTACCCAACGGGCATAATGATTGCTTTGGCTC
ACGGAGTCTTGCTTTACATATACAGTAGATTGACTTTCAGGTCGCACCCA
ATAGCTTGGAGAGAATTATCTCTCACAAGAGCTGACACCATAATCTATCC
TATTACATATTATGAGTTGATTGACTAATTCATGTATCGTATGCCATCTC
TGCTTGCCCTCAGCGTGGCCAGATCGGTAGATTCAGGACCATTTTTCAGG
AAAATGGTATAATTGAGAAGGCTCTGGAAAAAACAAGTTTCATTTGGTAT
AATAGTTGATTATGGTATAATTTTGGTACAATTGGTCCATTGTGACAAAA
ACGCAAGAAAAAGGATAAAAAAGGTACCAAACTCCCCAAAAGTGACGATA
TTTGTCTCTTTTGATAATTATGTTTTTCTTTGAAATTTAGGAAACAAACA
CTTTTTATCTGTAATTATATTTTTGATGCGAAGTGTCAGGAACAAAATTA
TAATTAGGATTTAAGAAAGCCTTGGATTGTGTTGGAACGGCCCAAAAAGG
TCCTTTTTGGAAATGGTATAATTTGGTACAATTGGAGCCTTGATTTGGTA
TAATGCCCTCCGTGGGATCTGGCAACATGATTTGGCCTTTAATTACGCCA
AACTCTGACTTTCATAACCATATTTCAAGCACCCAGACCTTAACCAGTTT
GGCCAGAGTGTCAGGAACAAAATTATAATTAGGATTTAAGAAAGCCTTGG
ATTGTGTTGGAACGGCCCAAAAAGGTCCTTTTTGGAAATGGTATAATTTG
GTACAATTGGAGCCTTGATTTGGTATAATGCCCTCCGTGGGATCTGGCAA
CATGATTTGGCCTTTAATTACGCCAAACTCTGACTTTCATAACCATATTT
CAAGCACCCAGACCTTAACCAGTTTGGCCAGAGCTTTGGGAGCAATGCTT
TTGGTTGCTTGGTTGCACGTTTTACCTCGGCAATCTGATTGGCAGGTACG
AATTTGAGGAAATTGGGGTTTTCAAATTTTATAGCCGCAATCAGGAGGAG
TGCTTTCCTTCACATGGACTTGATTTACAGTAGCTTTTCAAATTGGCTTG
CCTACTGCGCTTTCTGTCTGCTAGTCGATCTGTCCCAATGGGATGTGATC
GTGGACAATGGTATCGCCTGGAGGTGAATCTGGGACGAGATCGTACTTTA
AAAATACACATATCATGCCTATGGCTCGACACGTTATGGGCATGCAACGC
GGGCGAAAACTTTGCATCTGTGGCTGGTTTTTGACTACATAATTCGGTTG
AAATTGAAGCCGGCTCAGATCATCATGAGACATAATAGCACCATCAAGGG
CTTCGGGTTGAGAAAGGTGCATCCCAGTTTCAGACCAGCTCGGCAGATCC
CCCTCGGGTGAACTCTTCTCACAGTAAGAAATAAGCAGGCGCTCAGTTTT
TGGCCCTTTGAGTCTTCAACGTAGGGTACTTTAAACAGGTAAAAAGACGC
TTGCATGTTTTTTTACGACCAATCAATAATGCCTCAGGTTTGTGGTAGGA
GATGGAAAGCACGTTTGGGTTGTATTCAAAACTACTGTTGAAAACCTGAC
CATTTTTGTAGATTTCAGCTCAATGTCTGCCTCGGCCATCAGAGACAGGC
ATTAGACATGGTTCACTGAAAACCACGCTTTAAAATTATTGTTCCTGACG
CTTTGTGTAAATTCAGTCATCAGGCATATTCAACATTTTGAAATAATATA
CAAAAATCAAAGATTTTAACAGAATCTATCATTACAAAATGGGATGATAA
AATGACTCAAAACGATGCTTGCTCCCTGGGCTTAAATAATGTATCTATAG
TGCACAAATCAAAACAGAGACGTGATTTCCACCAACTTTGTGTGACCTAT
TCCCGTTCATAGATTTACATCCATTTGGCTCAAATTAGGATTAGCAACAG
ACATCCCAGTTTCATTAATTGTATTTTAAACTGTGTCCAACTTAATGTCC
GAAAAGTATTTGTCCAATAACAACAAATAAAAACAATATTTTTTGTGGCA
CGTGGCTAATTTTAAGAATTTTGAAAATCTGGAAACTTTTTATTACATTC
GGCCAAATCTTCAGCTTAGAAAGAAATTCATCACCAAAGTTTGGGAATCC
TGTCCTAAAGTCGCGGAAGTTTGCTTTGCACTCGCCGATTTCAAACCGGT
CAAGATATTCATGACATTGTGATTGCAAATAGGGTTCCTAGGAGGAACCA
AAATGCAATTGGACCTAAATAAAATAACAATTCCCAACAGTCTATGAAAA
AATGAGACTTGAGCCTCAAAACCAAGTTAACTGTGTGAAGCTACCCCAGA
GCTATGTGCGTCTGGGGTTTGTACATTCGGTGGTTTAATGGCCATTGCTC
TCTCTTGCTCTAGGTCTGGACGGTTATATTTGTTTATTTGGAAGGCCTCG
GGGATTTCCGACCATTTTCTACGGCAAAACCTGTAGAGATGTAGTCTGGG
GTTTGCACATGCTGTGGTTTAATGGCCATTAGTCTCTCTTGCTCTAGGTC
TGGACGGTTATACTTGTTTATTTGGAAGGCCTCGGGGATTTCCGACCATT
TTCTACGGCAAAACCTGTAGAGATGTACGTAGTCATACAGCTTTGCACAT
GTCGGAGATTATGACACGATTTCATGAAAAGAGCTTGACCAAAATAAGTA
GGGAATGTGGATAAAGTATGAAGACAGTCACCATGTAGATCAGTATCAGC
GACCAGTGCCACGTACTGAGGGACTGAGATGCGAATCAGGAGTTCATTAG
TGCTATTAAAGTGCAGAAAATGTTATCAAAAGAGGGATTCTTGCCTTTTA
TAAGCTAACGCAATTTCTACTTAAAACACTTGTTTACGAAATCCAAAGAA
TGCATGATTTTATTATCTTAATTTGGAATACATTGAGTCTAGTACTTTTG
TTGAAGACATATCATAGCAATCTTGACAAGGACGAAAGTTGATTCAAAGC
TCTTCAACAGAAGTCTTTAGTCTGAACACTCTTTGTTTTAACAACGAGCA
AATCAACGGGGTTCCCAGATTCATGGCAGTTTTCCAATCTTTGTCAAATT
TTGCTGGATATCGTGATTAAAATTTGAGGAAATACGAAGCTTGCTAGAGT
TTCGCGCAAAAAAACACATAAGCCCTGGAATAACAACAAAAAATCCGATT
ACCCAATAAGCCCCTTTTCAAGCCCAACACAGCCATATTTAATTAATTCA
AATACCCCTTTATGTTTCCCTCAAAAGTTCAGGAACATAAAAGCCAGCGA
GCCTACCATTTCCAACCCCAAGATATTTCCTGCCTTTCTTTTTAAAGTGG
ACGTCCCTCTTCATCCCGCCTGGTTAAGCAAAAAACTATGACGCAACATC
AGTAAATAGTGGACACTGGCAATTCGAAACCCAACCCCAGCACTACACTC
GGGAGACCCCAAGCTATGTCGACTTCCCTAAATTGCATCTGATATACTGC
ACTGATTTGAATACCATCAATGAACAACACACACTCAGCCTCCTCTTTAT
TTAGGTCGGTTTTTCAAATTTGACTTGCCAATCGTCTGTCCCAGTTGGTT
TGCGTATTTTCTACAGTGGGTAAATGTTGCCTGGAAAGCTTGGCGTTCTT
TTACCAGTGGGTAGCCCCACAATTACAGTGCCTGGCTGGAATAGCAAAAA
TAGTTCGAACATGAACTCGTTTTGGGCCAGCCAACCTTCTTTGAGGAATT
CTGTCGGAGTGATGGGCAAACTTGTCGAAATAATCCCCTCACCTTCATTC
AAGTACTACTACTACCTTACCTATTCGAGCCAGGGCGACCCAACTGAAAT
TTCACATTGTACATCGTTATACATGTATTTGCGTAGTCAGCAAATAGTAT
CGCACGTGTGTGTGTAATCGAATTGATTTCCAATATGGGAAATGAGGCGT
CAGGGCATTTTATGAAATAATCTAAATTATGCAGTACAAAATCAAACTCT
ACAAATCACTCGCACCAGCACATTGAACACCGTGCTGGGTGGAGGATGGG
GACAGCTGACGACTGCGCCATGTGACAAGTGTCACCAAGACAGATGAGAT
GAGACTGATGTTTATTCATGGACACACGAGTATAAATAGTTGGTGCTAAG
TACAAGGGCGAGCACCACCCTAAGTGTGACTAGACCTCACACAAAGTCTT
TCCTTCAGGTCTTTACTTCAAATGTTTCAAACCCTATGTAGAACATCAAA
GTCCTCTACTAATACACTGCGAACTACGACGATAAACAAAGCGCCGCAAA
TTTGGTTGAAGTCTCACAATGTGTTTTAGAATACTACTACGGGTCGCCAT
GCTGTGTTTGCCATAATTGGGCCAACGTGTGGTCACTCCAATCCTCAAGT
CCCGACATTTAAACCAGCTAAATTTGCTGTGCCGGCGCTGATAAACGCTC
CTAACACGAATGGCGGACAGGTGAAAAGCAAGCATACTATCGTCGCTCTC
TTTTGAATAATTGAGCGTTGGCTGCCAAATTTTCCTTACTTTGCCCCAAC
ACCCATTCCTCGAGAACGAGAAAATAGAGTTCGGCAAACGGAGATATTTT
GGAGGGCTGCTAATGGCGTCATTTTTACTTGCCAAAAAGGTAAAATAGGC
GACGAAGAAGGCGATACAAATGCAAAAAGATGATACCAAAAGCAAACAAA
TCGCTGACAATTAAAGGTGATCTGAAAATGCCTATTTGCAGATCCATGCC
ATGCCAAAAAGAGCCAAGAACATGTGCATAAAAACGAACGCAAATGTATT
TAGCTCCTTTGGGCAGGGGCTGGGTGGCGTTTTGGGTCTGCAAATAGACA
TTTTCAGATCAATTTAACTCCGAATAAATTGCAAAACATGCATGACATAC
AAAAAATCGCAATGGACCTTCAGACTAGCCCTTTCCGAGAGTTGCACGGG
GACTTCCTCATCCTCGAGAATACCCTCCAGTGTTCCCAGAACATCCTTGA
GACCGTTGTTCAAGTCTCTTTGGTCTCGTCCCACCATCTGGGACAGATCC
GGACTAGGCATCCTCACGTGTGAACCTTTTCAGTGCAGTGTGCCAAGTGT
AGTAGTGCCGAGTGTTCCACCTCGAAGGAAACTCTTCCGACTTCCACACC
GTCTGGAAGGACAAGGCTTTGGCGATCGCCACCTGGCGATAACGGAGATA
TCGGAGATCCAGCCTATAGCGATCCCGGGCCGTTCAAGGAGGGAGGATCT
TCACTTAACAAGGTAAGACCTACTCTACAGCGCCATGTTCTAATCTTCCC
TAAGAACAGAACAGGAGACTCTTTACCGTACGAGAATCCAAGTCAATGTG
ACTTGGCACCTTTATTTCAGGGGCACCAACATAGACGACCGAGAGGTAGA
ACACTATGCATGACATACATGTCAAATATAACTGAAAATTTGCTGCATTG
GGTCCTATACTTTGGGTTTTGCTATCATATCTTGACGGTTTGTACCTTTC
GCGGCTTTTCGTAATTAATAAACACAATAACACACAAACATCATAAATTC
CAAATATGCCTGAAAAAAGCATTACAAAAACCGAAAAATATAACTTTTAT
ATCATAAGAGTGTAAGACTCGTCTAAAACCAAGGTAACAAAAGTACATTA
AAAATAATGAAATGTGTATGATTGTGTTTTTCGTTCTTTTGGAATCGACT
AAATAACGTAATGTATTCAAAGCGCTAAATTGGGCCGAAATGTCGACCAG
AATTTGGCCTTGCTGAGCCAGACTGTGATTTCGAGACGCGCACGCGGTGA
CCCCAAATCAGGAGACGGACTTCGGACGGAAAAACGATTATTTGGCAGTC
GCTGAACTATTGCCGACTTGAGCGGATGAAAATGGCTTCTTCACTGAGGA
AACTTAATCTTTTCTGCTTCACTTTAGTCACGTTGATTGCTTGTCTCCAT
GGAAAACGGGACAAGAGTGAGTCTCCAAGATAACTTTTGTTTTTCAGACT
TGTTACTCCCCTCTCTTTTTAGGACTGTTCAGTTTGTTTAACGTCGTCAG
GTTCAAGGTAACTATGACAATTTCGCTTTTAGTCCGACAAGTGTGCCTCA
CCTGCTTCCACTTCATGAAATTAGAATGAGGGATGCACCACTAGCTCGGA
TGCTCACACTCAAGGAACTTGTCTCAGCGCGAGAGAATGTGCCACTCAAG
GTGGATCAGGGGATGGCAATTGTGCTGCAGGTAAATAATCTATGTCTTTC
AAAGGTAAATACTTTATGAAAATGAGTTAGTTTGATACTTCCCTGATGGC
GTACCGTAGAACAGGAGGAGTTTTATCATGTATGACGGTTGGAAACATCG
GGACAAAAACGTACCATCTTGTTGTCCAGCCTCCTTAACGATATTTGTTG
GATGCAACAAAATACTTGAACAATGACAAGTATTCTTTCGACGCTGACCT
TAATAATGCCCGCAGTATAATTGAGGTTCTTCCCTAACTTTGGTATCACA
AGATCAATGAAACTGCGGCTATCTTTTGACCAAGACACATTTTGCTGAAC
TTACGGTACTCTGGGCTTGAACAAGTTTTTGCACCTAGAAGATGACAAAG
CCAATGGGATATGATTTCACTGTGCACTGTATATAGGTTACAAACAAAAA
CACTGGCATTCGGCATGATAAAAACTGAACCTGCAGTTAGCAAACATAGG
ATAGTTTTTTGTTGCAAAGCATGTGCACACTCAGCAAAAAAATTTCTTAT
TTTATTGCAATGTTTCGGCAGATTTGTCTACCTATAGTCCCCAGTTAGAA
GCGTTTGAAATTGCGGAGTGGGCACATTGTCAAAAATCGGCAATGCCAAG
ACTTGGCCTGACATTTTTAACAATTGGGTGTTACATGATGTAAAAAACAA
GCGTTTTGTGCCTTGAACTGACCTTTTTTAGAGTGGAAGCTCAGTAACAT
CCGTAATCAGACATGTTTTGCGATAACTCACAATAACCAAGGATCAAAAA
AAGCATATTAACGTATCAAGCGTATTTGTTACCTGAATCTACGTAGCGTT
CACAATTGTACATATATTGACTTTTGTACAATGTGAAGCCTGACTTAGTC
CTTTTTATGGTTAGACCTCCAAATCCCACTTATGAATCCTCGTTTGGAAT
ATATTCATACCCTATACTCACAAGTCTTCGAATTCCAGGGTTGCATAAGA
GTACAACTTGGAATACAGTTTCAATTGTCCTTATTTAATCTAAAGATATC
CATATGAATTCCAGGTGTACTTTTTTGCTACTTGCTGAAGCGCCATCTAG
CAGCTTTTTCTCGAAATATAGGGATAACATTAAATATGAATATCTAGGGC
TTGAAATGGCCTCAATCAAAAGAAGGATTTATCGTAGGCTAGCTACATGA
ATTAAAATGGGAACGTAGCTTGTTTACCCCTAGCTTAGGCCAGAAATGGG
CTAACTTCTCCGAAGAAAGGGAGATTCCCTGCTGTGGCCAAGTGGGAGCC
TTCTGCAAAAATAAGTTACATTCCAATTCGAATAGATCTTTCTTTGGCTA
CATATAGATTTTCACTTCATATTTCAGAACGTTCCATAATAAAGAGAGGC
TTTAATTTTAAGTTTTACTAACTTTTCACATTTCTTCAAGTACGCAGGGT
AAAGGTTTGATGTCCACCCGGTTTGTTCGTGTAATATGTACAACTTCAAA
TGCTCGAGGAAAATTTCGCAAATAATTTACGACTCAATGAGTCCAAAAAT
ATTCAAAAGTAAAGAAGTTGCAGTCATTGAAATTGGGTTCATTTTTTTCT
ACGCCGTTATCACAAGTGCTGAACGTAGTTGTTTCGAGATTGCCCGCTCT
GAACTAATATTGCGTTGAAATTTTAGGATTTGGAGTGTGTTGTGCCTTCG
TCTTGGCTGGTTGTTCAGGAACTGTGAACCACAACTGCACGTACCTGAGG
GTAAATATTCTTCAATCTCAGATATTGCCAAGAGCTTGAAAATTCATGTT
TTTTCTCCTAGAATTCCGGTTATCCTAGTTCAGACAACACCATTTCTCAA
ACATGTAAATACAATTTTAATAGGATCGCTGACGGTAAGACCCCTACCCT
CCTGCTAGCTTTCGTTGTCAAACTAAGTCAACCTCTGTTGTGTTTTAGAT
CTTTGCCAAATCAGGTAAGATGAGTGTCTGAAACATAATTTCGGATTTTT
TTCATACTTTTACTTCTCTGCAGGCTGGATTTCAAGTCTCTCAACTTGGC
ACTGGATAGTGCCAATCCTGGTAAGTATGAAAGAGCCAAGAATATGGTAA
TGAATTATTCTCCCACTTTTTGCCTAAAAATAATTGCTTATCCGAAAAAA
CGTTTATGGCCCCGAAGAGAAGCATTTCAACCCTTGGAAGGGTTGAATGA
GACAAGTCTTTTTTCCATCCAAAATGCTATAAAGTGCCTGTGATTAAGCA
CAAATCAGTAGCCTTTCAAAAGAGTTTGAGCATTTTTGCGTGGGAACGGT
TTGATAATGTATGAAACTATAAAACTTACGTTGAAGTTGCGTTAAATCGT
GGTGAGCTGCATAAAGCCTTAATATTACTACCAGTTCGTCGAAGAGACTT
ATTTGGTACCGTTTCTGCCAATCACTGTTTGCTACTTGACTAAATTCATA
TCTTTACAAAAGCTTTTGTTGAATCAACTAAATAGAAACTATGAAGATTG
ATTTTGCCTCTCGTTCAAGAGCAGGTATATACAGTAGATCAGAGGCGCTC
TAATTTGCAAGGGGCCCCTAGAGACCAGAACGATCAAGGTCAAGTCGTTT
GTCTTGCCTCAGTGTCCTGCCAAACAAAACTCGTTTTTAAAACTTAAAAC
ATAAACGTGACAAGGATGCACCCTACTTTTATTAATAAATAATGTTTACC
CCAATTCATTTTCTACGTTCAGGCAATTGTGGCGATACTGGTGACAGTCT
CAGGGTGAAATCGCCATTTTCCAATTTTGGAACCGCTTTTCCACCAACTG
TTTGTGGGAATCTAAATGGACAGCACAGTGAGTACTGGTCTATGTCTGAG
ATGTTTGAGTTGTTTCATTCCTACTCATATGTATCCACATTTTAGTGTAC
TTTGAGACTGGAACAAATGGCCAGGCCGGAGAATTGGAAATTATGACTGG
GACTGGACCTGGTGATAGACGCTACAACATCAAAGTCACTTACATTGAAT
GCTGCACCATAAATAGGTAAGTGAAGGAACTCACGAAAGTCTCAGTTGTA
CCTAGAACGCAGATAAAACAAAGGGTCGCAAACATTGCAAAAGTTTGACC
ATCAGCGTACATCTGATGCGATTATGAAAGTTATCAAATCTCTTTTTATG
TATTTATCACTTAAATTTCACACAACTTAAAGGGATCCGATGAAATTGTG
TTACTGCACTCATGAGGTGCATCAGAGTCCTAATTGTAATGCTTCGGAAC
AAAAATTGTAATGAATATCCATATCTCTTTGGAAGAAGGTTGAACGAAAT
TCAAATTCAATTTCAAAGTTTTACGTGTGTGTTTGTGTGTGTACATGTAC
TATCCCTTTGTTGCAGACCTCCATCCGGATGCACTCAGTACTTCACTGGT
CCCACGGGAACTATCTCCTCCTACAATCACGCAGGGGGACAAATGCTTCA
AGCTCAAATGTACACCAATTGCATTCGTCAAGAGGAAGGTATGATAATTG
AACAAAGCACTCCATGTTGCGAAATGGTGTCTATGTACTATGAGCGGTTG
TGTGTTGGCAATCCAATGCTTGAAAATAGAACCTCTTGAATGTGACCGTG
CATATAGAGGGCTGCTGGATTTTCAATCCGCTATTACTTTGGTCAGATCG
ATTTCATATCATATCACCATTGTAGGCTATTGTCAAACCACCTTCAAGGA
AAGTGCGATTACCACCCCAGATCCGTTTCAGTTGGCCAATGCTGCAGTGA
GTGCAGAACCACCATCAACACGAGTAAGCTTGATTAATTAACTTGACGGC
ATCTAACAAAAAAGCCAATTCACATTTACACACGAGACAAACAGAGTTGA
TCCACACAGACTGGCCCAATGAGAAGTCTCATTTGCTTATTCGTCGCGAT
GGATTAGAGCTTTGGACCCGGTCAATGTCAACCAGATTTGCCCTTTTCTT
CTCATCATATAACAATAATATTTATTGTAATATATGCCTATTTCACATTT
TAATGAGTTAATGTTGACGACCTGATAAATTAGATTTAATCTCCCACGTT
GATGACAAGACGTGGACAGCCAATCCATATAAATAGGCTCATGTACGTAG
AGTATGAATATCTCATTCTTGCTTTGTCTGGAAAGTAAGGGGGGTTTGGA
GCAATGTTTTATGTCCCCCAACTTTAAAAAGCATGCTGTTGATACAACCA
ATGTGCCGAATATCTCTTTTCCACTTGATTCACTTTTAGCAAGGTTCCTG
CAACCAAAATCCAATACGACAGCTTAGCATTAACATTCCTACCAATTCCT
TGTCTTTCAATTGAAGGGAACAGCATACTGAGCAATATTATAGAACAAAT
ATTGTTACATCTTCGTCGGTGACAACCAATCCTAGCTAAATTAGCTGGAG
GCTGCAGAGTTTTATGTCAATTAGGACGACATATTTCGAAAGGCTGTTCC
CCATTGTGAGATATTACACGATGAGGGACATACAGTAGATGCCATCCACA
AATGGGTAATTGTGCCTTTCCCCCATACACTTGCCCCCAGCCCAGGCCAT
GGCAGCCGTCACCCTGTTGCTAATGAGGGCTCTTGATAATGCTGACACTG
GTACCGGAATGAGATTCACATTTCGATGCATTTTATATTTTTTTACATTA
TTGGCGACCAATTACCTTTCAGTCTTAAAGCTGATTCCAAAAGAGAAATG
AAGTGGGATTGGTGTTAAATGTAGGGTGAAATGAAGCTTTTGCTAGGATA
ATTCAACCTCGGGAACATAAAAGAGCCATGGTTTTGGTCCAAAATTGTGT
TGAAAATATCGTGTTTGCTGTACAACTCCACCGCCGTGATGTCATTGGCT
CTGTCGTTTTGCCTGATTTTCTGTTCCCAATTGCTTGAGGGCACTGAGGG
CATTGCCATTCTAGCCCATCAGCCTATCGATGCTTGCTTGGACATTGACC
ACAATTGTGCTTCTGTAGCCATTGAATTTGCTCTACGCAACTACATGTGG
TCAAAATCCCCAAACTGAATTCGAGTTGGGTCATTGGTTACTCGCACAAT
ATTAATGTTTGGTGAAGCAGGAGCTGTACATAAGCTTAATGTATTTCGAA
AGCTGCTTCATTCCGTGTCCGTTACTTTTACATAACGTTACGTTCTTTTT
CAGTCTGATTGTAGCACATCAAGCCACGTTCTGATTCCAAGCACTGTCGA
GTACCAAAAACTGCCCATGAATGGTCAAACAACGGTTCAAGGTACGTTCA
AAGCATTTTCTATATCTGTTTTCGAGTTATAACCATATTTGAATAACCTT
TCAGTCGATTATATCCCATCATTTCGATGTGGTGAGGTCTTTGGTGGATT
AACCGATGTGTCTATATTCACTGAGCCCGCTTCCTTGACATGTAAGTGGT
CGTGGATGCTTGTTACTTCTCATGAAAAGTATATTTTTTACCCGTTTGGT
TCATTTTCGTAGCGATCAGAGGCGCTCCATTTGAAGTTCGCGTCAGCTCT
AGGGTATCAGATCAAGAAGGCCTGACCGGATTCAGTTTGGACTACAATCA
AGTGCCTTGTTAGACAGCCGTTCATAGTGTGCTCAATTATTTACAATTAA
ATACATGTATGTGTGATCAACCACCTATGCCAATATACCCTAGAATATT

Synonyms

The feature 'hypothetical protein KGM_18655' has the following synonyms


Synonym
Tk01498

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