conserved hypothetical protein, snap_masked-scaffold662_size116868-processed-gene-0.8 (gene) Tigriopus kingsejongensis

Overview
Nameconserved hypothetical protein
Unique Namesnap_masked-scaffold662_size116868-processed-gene-0.8
Typegene
OrganismTigriopus kingsejongensis (Tigriopus kingsejongensis)
Associated RNAi Experiments

Nothing found

Homology
[Close]
BLAST of conserved hypothetical protein vs. L. salmonis genes
Match: EMLSAG00000011908 (supercontig:LSalAtl2s:LSalAtl2s83:643787:645943:-1 gene:EMLSAG00000011908 transcript:EMLSAT00000011908 description:"maker-LSalAtl2s83-augustus-gene-6.23")

HSP 1 Score: 151.369 bits (381), Expect = 7.559e-43
Identity = 74/130 (56.92%), Postives = 88/130 (67.69%), Query Frame = 0 
Query:   20 EECANRGGAATGSCALGYGVCCTFTVSCGQRSNENCTYFESTGVNAGACSVKICRCNSNICQLRLDFSNFVLTGPSTQTVSTGLQVGGVLSPAGVNPVSPATQCLTDSFSVTNPGGQSPPSICGVNSGEH 149
            +EC  RGG  +G CA G GVCC FT SCGQ S ENCTYF    V  G C ++IC C+ NICQLRLDF+ F +TGPST T+S G         A +  V+   +CLTD+F+VTNPGG SPP ICG+NSGEH
Sbjct:  114 DECTARGGTPSGDCASGXGVCCVFTFSCGQTSAENCTYFIGQNVPDGQCRLEICPCSDNICQLRLDFTTFDITGPSTNTISVG-------KNAALKEVTNEQRCLTDTFAVTNPGGASPPVICGMNSGEH 236
[Close]
BLAST of conserved hypothetical protein vs. L. salmonis genes
Match: EMLSAG00000012914 (supercontig:LSalAtl2s:LSalAtl2s981:97107:102445:1 gene:EMLSAG00000012914 transcript:EMLSAT00000012914 description:"augustus_masked-LSalAtl2s981-processed-gene-1.0")

HSP 1 Score: 146.747 bits (369), Expect = 2.002e-41
Identity = 69/119 (57.98%), Postives = 85/119 (71.43%), Query Frame = 0 
Query:   21 ECANRGGAATGSCALGYGVCCTFTVSCGQRSNENCTYFESTGVNAGACSVKICRCNSNICQLRLDFSNFVLTGPSTQTVSTGLQVGGVLSPAGVNPVSPATQCLTDSFSVTNPGGQSPP 139
            EC +RGG   GSCA G+GVCCTFT  C   S ENCTYFES G   G+CS+ IC+C+ ++CQLRLDF +F++TGPST T + G    G+LS  G   VS  TQC TD+F+VTNPGG +PP
Sbjct:   65 ECESRGGTNGGSCASGFGVCCTFTSRCSGMSRENCTYFESVGNEQGSCSLTICKCDESVCQLRLDFQSFMITGPSTLTETIGKTTFGILSAGGAVEVSDQTQCTTDTFTVTNPGGTTPP 183
[Close]
BLAST of conserved hypothetical protein vs. L. salmonis genes
Match: EMLSAG00000012256 (supercontig:LSalAtl2s:LSalAtl2s895:139847:141906:1 gene:EMLSAG00000012256 transcript:EMLSAT00000012256 description:"maker-LSalAtl2s895-augustus-gene-1.27")

HSP 1 Score: 129.028 bits (323), Expect = 9.888e-35
Identity = 65/133 (48.87%), Postives = 91/133 (68.42%), Query Frame = 0 
Query:   20 EECANRGGAATGSCALGYGVCCTFTVSCGQRSNENCTYFESTGVNAGACSVKICRCNSNICQLRLDFSNFVLTGPSTQTVS--TGLQVGGVLSPAGVN-PVSPATQCLTDSFSVTNPGGQSPPSICGVNSGEH 149
             +C +R G+  G+CA GYG CC  ++ CG  S+ N TYF S+G   G CSV IC C+SN+CQLRL+F +F+L GPST + S  T ++  GV    G +  VS  T CL+D+FS+T+PGG + P+ICG+N+G+H
Sbjct:   71 NDCQSRNGSPGGTCAAGYGTCCIISLGCGGMSSSNNTYFTSSGTETGMCSVTICPCDSNVCQLRLEFESFMLAGPSTISTSAFTIIKGTGVAGIGGKSTAVSQKTLCLSDTFSITSPGGATGPTICGINTGQH 203
[Close]
BLAST of conserved hypothetical protein vs. L. salmonis genes
Match: EMLSAG00000005166 (supercontig:LSalAtl2s:LSalAtl2s272:98980:103362:-1 gene:EMLSAG00000005166 transcript:EMLSAT00000005166 description:"maker-LSalAtl2s272-augustus-gene-1.14")

HSP 1 Score: 116.701 bits (291), Expect = 2.096e-29
Identity = 60/136 (44.12%), Postives = 83/136 (61.03%), Query Frame = 0 
Query:   20 EECANRGGAATGSCALGYGVCCTFTVSCGQRSNENCTYFE------STGVNAGACSVKICRCNSNICQLRLDFSNFVLTGPSTQTVSTGLQVGGVLSPAGVNPVSPATQCLTDSFSVTNPGGQSPPSICGVNSGEH 149
            +EC  RGG A+GSCA GYGVCC  T+SCG  S++NCTY E      ++ +N+  C+  IC+ ++ IC++RLDF+ F +  P T  V      G  ++ AG         C+TDSFS T+PG +  P ICG NSG+H
Sbjct:  371 DECETRGGTASGSCASGYGVCCXITLSCGGTSSDNCTYIEQSSFTSTSSLNSNPCTYTICKNSNMICRIRLDFTTFTIANPFTTPVGAD-AAGTTITNAGA-----TGDCVTDSFSFTSPGSRGSPVICGANSGQH 500
[Close]
BLAST of conserved hypothetical protein vs. L. salmonis genes
Match: EMLSAG00000004323 (supercontig:LSalAtl2s:LSalAtl2s227:164788:172918:-1 gene:EMLSAG00000004323 transcript:EMLSAT00000004323 description:"maker-LSalAtl2s227-augustus-gene-1.21")

HSP 1 Score: 108.612 bits (270), Expect = 1.328e-27
Identity = 56/135 (41.48%), Postives = 80/135 (59.26%), Query Frame = 0 
Query:   21 ECANRGGAATGSCALGYGVCCTFTVSCGQRSNENCTYFESTGVNAGA------CSVKICRCNSNICQLRLDFSNFVLTGPSTQTVSTGLQVGGVLSPAGVNPVSPATQCLTDSFSVTNPGGQSPPSICGVNSGEH 149
            ECA++ GAA+GSCA GYGVCC F + CG  S+ NCTY E T +++        C+ ++CR N ++C+LRLDF   +L  P   T        GV    G         C+ D+ ++++PGGQ  P+ICG+NSG+H
Sbjct:   62 ECASQQGAASGSCASGYGVCCVFVIQCGSMSSANCTYIEQTSISSAGSLSQNPCTYRLCRNNDDVCRLRLDFVTNILAQPFMGTAVANAAAVGVGGSIG--------DCIDDTMTLSSPGGQGSPTICGLNSGQH 188
[Close]
BLAST of conserved hypothetical protein 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: 105.145 bits (261), Expect = 4.898e-26
Identity = 60/130 (46.15%), Postives = 77/130 (59.23%), Query Frame = 0 
Query:   20 EECANRGGAATGSCALGYGVCCTFTVSCGQRSNENCTYFESTGVNAGACSVKICRCNSNICQLRLDFSNFVLTGPSTQTVSTGLQVGGVLSPAGVNPVSPATQCLTDSFSVTNPGGQSPPSICGVNSGEH 149
            EEC++RGG A GSCA GYG CC F++ CG  ++EN TY E T      C+  ICRC++N+C++RLDF NFV+ GP                 A  NP S    C TDSF+V+   G S P ICG N+G+H
Sbjct:   63 EECSSRGGTAGGSCASGYGTCCVFSLGCGGTTSENSTYLEVTS-RTTDCAYTICRCSTNVCRIRLDFLNFVINGPEM---------------ADDNPNSYG-NCNTDSFTVSGNQGGS-PVICGFNTGQH 174
[Close]
BLAST of conserved hypothetical protein vs. L. salmonis genes
Match: EMLSAG00000009163 (supercontig:LSalAtl2s:LSalAtl2s577:92059:93975:-1 gene:EMLSAG00000009163 transcript:EMLSAT00000009163 description:"maker-LSalAtl2s577-augustus-gene-1.7")

HSP 1 Score: 102.449 bits (254), Expect = 5.146e-25
Identity = 62/130 (47.69%), Postives = 75/130 (57.69%), Query Frame = 0 
Query:   20 EECANRGGAATGSCALGYGVCCTFTVSCGQRSNENCTYFESTGVNAGACSVKICRCNSNICQLRLDFSNFVLTGPSTQTVSTGLQVGGVLSPAGVNPVSPATQCLTDSFSVTNPGGQSPPSICGVNSGEH 149
            +ECA+RGG A G+CA GYG CC FT  CG    EN T  E +      C+  ICRC+ N+C++RLDF  FVL+GP   TVST           G N       C TDSFS+T+  G SP  ICG NSG+H
Sbjct:   78 DECASRGGTAGGACASGYGTCCMFTADCGGTITENSTLLEISS-RTTDCTYTICRCSDNVCRIRLDFMTFVLSGP---TVSTD----------GANQ----GDCNTDSFSLTSSQGASPV-ICGFNSGQH 188
[Close]
BLAST of conserved hypothetical protein 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: 99.7525 bits (247), Expect = 1.877e-24
Identity = 60/154 (38.96%), Postives = 79/154 (51.30%), Query Frame = 0 
Query:   21 ECANRGGAATGSCALGYGVCCTFTVSCGQRSNENCTYFESTGV-----NAGACSVKICRCNSNICQLRLDFSNFVLTGPSTQTVSTGLQVGGVLSPAGVNPVSPATQCLTDSFSVTNPGGQSPPSICGVNSGEHTSQRPFNIRFLSDSFEMGGG 169
            +C   GG  +G+CA G+GVCC FT SCG  +  N TYF++ G      + G+C + + +CN N+CQLRLDF NFVL  P                     P+    QC  D F V+  GG   P+ICG NSG HT+        +S SF + GG
Sbjct:  114 DCTKMGGTGSGTCAHGFGVCCIFTKSCGYSTKNNGTYFQNVGYPSTFDSVGSCQLTVHKCNDNVCQLRLDFENFVLAQPE--------------------PID--HQCQDDQFIVS--GGPPIPAICGTNSGAHTNS-------VSMSFSITGG 236
[Close]
BLAST of conserved hypothetical protein 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 = 4.650e-24
Identity = 55/131 (41.98%), Postives = 79/131 (60.31%), Query Frame = 0 
Query:   20 EECANRGGAATGSCALGYGVCCTFTVSCGQRSNENCTYFESTGVNAGACSVKICRCNSNICQLRLDFSNFVLTGP-STQTVSTGLQVGGVLSPAGVNPVSPATQCLTDSFSVTNPGGQSPPSICGVNSGEH 149
            E+C  RGG  +G+CA GYGVCC+F+++CG  ++ENCTY  +   + GAC+  IC+ ++ +C++RLDF++F +  P S  TV  G  VG                C+T  FSVT     S P ICG+NSG+H
Sbjct:   88 EDCQTRGGVQSGTCASGYGVCCSFSLNCGGMNSENCTYLVNNNPSPGACTYTICKKSNWVCRIRLDFADFRIGAPVSVATVDXG-AVG---------------DCVTXQFSVTXRNMGS-PIICGMNSGQH 201
[Close]
BLAST of conserved hypothetical protein 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: 99.7525 bits (247), Expect = 4.726e-24
Identity = 54/130 (41.54%), Postives = 72/130 (55.38%), Query Frame = 0 
Query:   20 EECANRGGAATGSCALGYGVCCTFTVSCGQRSNENCTYFESTGVNAGACSVKICRCNSNICQLRLDFSNFVLTGPSTQTVSTGLQVGGVLSPAGVNPVSPATQCLTDSFSVTNPGGQSPPSICGVNSGEH 149
            +EC +RGG+  G CA GYG+CCTFT  C  +S+EN TY  +   +AG CS +IC+ N  +C+LR DF +F +  P       G  +G                C TD FSVT+  G S P ICG N+G+H
Sbjct:   66 KECNSRGGSNGGPCAGGYGICCTFTPECXSQSSENLTYLTNNNPSAGPCSYRICKNNDWVCRLRFDFIDFTMAQPVLTRAGEGSSIG---------------DCTTDQFSVTSANGGS-PVICGTNTGQH 179
[Close]
BLAST of conserved hypothetical protein vs. nr
Match: gi|1325311639|ref|XP_023337446.1| (uncharacterized protein LOC111708343 [Eurytemora affinis])

HSP 1 Score: 108.612 bits (270), Expect = 3.395e-23
Identity = 60/137 (43.80%), Postives = 81/137 (59.12%), Query Frame = 0 
Query:   21 ECANRGGAATGSCALGYGVCCTFTVSCGQRSNENCTYF----ESTGVNAGACSVKICRCNSNICQLRLDFSNFVLTGP----STQTVSTGLQVGGVLSPAGVNPVSPATQCLTDSFSVTNPGGQSPPSICGVNSGEH 149
            EC+++ G A G+CA G+GVCCTF+++CG  S+EN TY      ST V+A  C    CR N+NIC+LR+DF +   + P    +T  V T L     L            QC+ D   +TNPGG SPP+ICGVN+G+H
Sbjct:   68 ECSSKSGTAAGACASGFGVCCTFSIACGATSSENNTYAVISSYSTSVDANPCIYTFCRQNANICKLRIDFESMTTSLPQGYEATDDVRTALANSYRLG-----------QCVNDVVKITNPGGPSPPTICGVNTGQH 193
[Close]
BLAST of conserved hypothetical protein vs. nr
Match: gi|1325334810|ref|XP_023349221.1| (uncharacterized protein LOC111717987 [Eurytemora affinis])

HSP 1 Score: 106.686 bits (265), Expect = 1.985e-22
Identity = 59/133 (44.36%), Postives = 79/133 (59.40%), Query Frame = 0 
Query:   21 ECANRGGAATGSCALGYGVCCTFTVSCGQRSNENCTYF----ESTGVNAGACSVKICRCNSNICQLRLDFSNFVLTGPSTQTVSTGLQVGGVLSPAGVNPVSPATQCLTDSFSVTNPGGQSPPSICGVNSGEH 149
            EC+++ G A GSCA G+GVCCTF++SCG  S+EN TY      ST  ++  C    CR N+NIC+LR+DF +F  T P    V+         S +         QC+ D   +TNPGG SPP+ICGVN+G+H
Sbjct:   71 ECSSKSGTAAGSCASGFGVCCTFSISCGTSSSENNTYAIISTYSTSTDSDPCIYTFCRRNANICKLRIDFESFT-TAPPQGYVAEATATATAFSNS-----FRLGQCVNDVVKITNPGGPSPPTICGVNTGQH 197
[Close]
BLAST of conserved hypothetical protein vs. nr
Match: gi|1325269884|ref|XP_023319522.1| (uncharacterized protein LOC111694750 isoform X2 [Eurytemora affinis])

HSP 1 Score: 105.916 bits (263), Expect = 2.101e-22
Identity = 54/130 (41.54%), Postives = 76/130 (58.46%), Query Frame = 0 
Query:   21 ECANRGGAATGSCALGYGVCCTFTVSCGQRSNENCTYFE-STGVNAGACSVKICRCNSNICQLRLDFSNFVLTGPSTQTVSTGLQVGGVLSPAGVNPVSPATQCLTDSFSVTNPGGQSPPSICGVNSGEH 149
            EC  +GG A+G CA+G+GVCC    SCG + N+N TYF  ++ ++   C + IC  +SN+C+LRLDF +F L GP   T +       V   A     S   +C+ D+F V    G SPP+ICG N+G+H
Sbjct:   60 ECEKKGGRASGDCAMGFGVCCIVEKSCGSQINQNLTYFNFNSSISDSFCKITICPLDSNVCRLRLDFEDFTLAGPLEDTAA------DVADTAVKTLHSIIGECIEDTFIVKAAEGPSPPAICGTNTGQH 183
[Close]
BLAST of conserved hypothetical protein vs. nr
Match: gi|1325269882|ref|XP_023319521.1| (uncharacterized protein LOC111694750 isoform X1 [Eurytemora affinis])

HSP 1 Score: 105.916 bits (263), Expect = 3.267e-22
Identity = 54/130 (41.54%), Postives = 76/130 (58.46%), Query Frame = 0 
Query:   21 ECANRGGAATGSCALGYGVCCTFTVSCGQRSNENCTYFE-STGVNAGACSVKICRCNSNICQLRLDFSNFVLTGPSTQTVSTGLQVGGVLSPAGVNPVSPATQCLTDSFSVTNPGGQSPPSICGVNSGEH 149
            EC  +GG A+G CA+G+GVCC    SCG + N+N TYF  ++ ++   C + IC  +SN+C+LRLDF +F L GP   T +       V   A     S   +C+ D+F V    G SPP+ICG N+G+H
Sbjct:   60 ECEKKGGRASGDCAMGFGVCCIVEKSCGSQINQNLTYFNFNSSISDSFCKITICPLDSNVCRLRLDFEDFTLAGPLEDTAA------DVADTAVKTLHSIIGECIEDTFIVKAAEGPSPPAICGTNTGQH 183
[Close]
BLAST of conserved hypothetical protein vs. nr
Match: gi|1325303900|ref|XP_023333533.1| (uncharacterized protein LOC111705262 [Eurytemora affinis])

HSP 1 Score: 105.145 bits (261), Expect = 4.767e-22
Identity = 59/133 (44.36%), Postives = 74/133 (55.64%), Query Frame = 0 
Query:   21 ECANRGGAATGSCALGYGVCCTFTVSCGQRSNENCTYF----ESTGVNAGACSVKICRCNSNICQLRLDFSNFVLTGPSTQTVSTGLQVGGVLSPAGVNPVSPATQCLTDSFSVTNPGGQSPPSICGVNSGEH 149
            EC + GG  +G CA GYGVCC F   CG    +N TYF         +   CS+++CR N  ICQ+RLDF +F+L    TQ   + L+   VL P     +S   QCL D F V  PGG+S P+ICG NSG H
Sbjct:   71 ECEDYGGVISGVCAGGYGVCCIFDTGCGGIIEKNYTYFSSSSPGYSSDMNTCSMQLCRPNKQICQVRLDFDSFILNDAETQ---SNLK---VLEPN----LSSHGQCLVDKFQVAVPGGRSSPTICGTNSGYH 193
[Close]
BLAST of conserved hypothetical protein vs. nr
Match: gi|1325295901|ref|XP_023330828.1| (uncharacterized protein LOC111703186 [Eurytemora affinis])

HSP 1 Score: 102.449 bits (254), Expect = 6.412e-21
Identity = 54/135 (40.00%), Postives = 80/135 (59.26%), Query Frame = 0 
Query:   20 EECANRGGAATGSCALGYGVCCTFTVSCGQRSNENCTYF----ESTGVNAGACSVKICRCNSNICQLRLDFSNFVLTGPSTQTVSTGLQVGGVLSPAGVNPVSPATQCLTDSFSVTNP-GGQSPPSICGVNSGEH 149
             EC+ +GG+++ +CA G+GVCC F+++CG   ++N TY      +    A  C+  IC CN+NIC+LRLDF  F + GP +   +    VG  +             C TDSF+VT P GG +PP+ICG+N+G+H
Sbjct:   80 SECSAKGGSSSLTCASGFGVCCVFSMACGTTISQNNTYHIISSFTAATTASPCTYTICPCNTNICKLRLDFETFSIAGPQSADATAIASVGPSIG-----------DCRTDSFTVTAPDGGSAPPTICGLNTGQH 203
[Close]
BLAST of conserved hypothetical protein vs. nr
Match: gi|1325289764|ref|XP_023329554.1| (uncharacterized protein LOC111702179 isoform X1 [Eurytemora affinis])

HSP 1 Score: 98.5969 bits (244), Expect = 1.106e-19
Identity = 61/158 (38.61%), Postives = 82/158 (51.90%), Query Frame = 0 
Query:   21 ECANRGGAATGSCALGYGVCCTF-TVSCGQRSNENCTYFESTGVNAGACSVKICRCNSNICQLRLDFSNFVLTGPSTQTVSTGLQVGGVLSPAGVNPVSPAT-----------QCLTDSFSVTNPGGQSPPSICGVNSGEHTSQRPFNIRFLSDSFEM 166
            EC  +GG A+G+CA G+GVCC F T +CG  SNEN TYF        +CS++IC CNSNI Q+RLDF  F L GP T        V    +       +  T           QC +D F++ +  G SPP ICG N+G+H       +  ++ +F M
Sbjct:   54 ECTAKGGVASGNCASGFGVCCLFATSTCGASSNENNTYFSQPSTLPLSCSLEICPCNSNIKQIRLDFETFTLDGPDTTAALPVPAVAADGAGGDTFTYTDGTQAWTSHPNTHGQCNSDYFTIGSS-GTSPPVICGENAGQHMYVETDGVNCVTMTFNM 210
[Close]
BLAST of conserved hypothetical protein vs. nr
Match: gi|1339045271|ref|XP_023710755.1| (uncharacterized protein LOC111866229 [Cryptotermes secundus])

HSP 1 Score: 97.0561 bits (240), Expect = 5.574e-19
Identity = 54/134 (40.30%), Postives = 70/134 (52.24%), Query Frame = 0 
Query:   21 ECANRGGAATGSCALGYGVCCTFTVSCGQRSNENCTYFESTGV-----NAGACSVKICRCNSNICQLRLDFSNFVLTGPSTQTVSTGLQVGGVLSPAGVNPVSPATQCLTDSFSVTNPGGQSPPSICGVNSGEH 149
            EC++RGG A+G CA GYGVCC F  +CGQ + ENCTYF + G        G+C + I + + +ICQ RLDF  F + GP                     PV     C +D F V   GG   P+ICG+N+G H
Sbjct:  123 ECSDRGGVASGPCANGYGVCCVFLATCGQSTKENCTYFVNQGYPGPYDGTGSCQLTINKAHPDICQFRLDFDQFNIAGPE--------------------PVD--HMCNSDQFIVA--GGNPAPAICGINNGNH 232
[Close]
BLAST of conserved hypothetical protein vs. nr
Match: gi|1330907917|gb|PNF30468.1| (hypothetical protein B7P43_G12145 [Cryptotermes secundus])

HSP 1 Score: 97.0561 bits (240), Expect = 6.041e-19
Identity = 54/134 (40.30%), Postives = 70/134 (52.24%), Query Frame = 0 
Query:   21 ECANRGGAATGSCALGYGVCCTFTVSCGQRSNENCTYFESTGV-----NAGACSVKICRCNSNICQLRLDFSNFVLTGPSTQTVSTGLQVGGVLSPAGVNPVSPATQCLTDSFSVTNPGGQSPPSICGVNSGEH 149
            EC++RGG A+G CA GYGVCC F  +CGQ + ENCTYF + G        G+C + I + + +ICQ RLDF  F + GP                     PV     C +D F V   GG   P+ICG+N+G H
Sbjct:  123 ECSDRGGVASGPCANGYGVCCVFLATCGQSTKENCTYFVNQGYPGPYDGTGSCQLTINKAHPDICQFRLDFDQFNIAGPE--------------------PVD--HMCNSDQFIVA--GGNPAPAICGINNGNH 232
[Close]
BLAST of conserved hypothetical protein vs. nr
Match: gi|1325299459|ref|XP_023331656.1| (uncharacterized protein LOC111703824 [Eurytemora affinis])

HSP 1 Score: 95.9005 bits (237), Expect = 7.187e-19
Identity = 51/129 (39.53%), Postives = 73/129 (56.59%), Query Frame = 0 
Query:   21 ECANRGGAATGSCALGYGVCCTFTVSCGQRSNENCTYFESTGVNAGACSVKICRCNSNICQLRLDFSNFVLTGPSTQTVSTGLQVGGVLSPAGVNPVSPATQCLTDSFSVTNPGGQSPPSICGVNSGEH 149
            EC+  GG++ G+CA G+GVCC  T SCG  ++ N TYF+S+  +   C + +C+  +NICQ+RLDF  F +  P +Q VS+                +  TQC +  FS T  GG + P ICG N+G H
Sbjct:   61 ECSAFGGSSLGTCASGFGVCCGLTASCGATTSVNNTYFKSSTSDTSPCQIFVCKITNNICQIRLDFDTFDIDQPVSQDVSSA--------------TTSKTQCNSAQFSATTDGG-TAPVICGTNTGYH 174
The following BLAST results are available for this feature:
BLAST of conserved hypothetical protein vs. L. salmonis genes
Analysis Date: 2018-04-19 (T. kinsejongensis vs L. Salmonis peptides)
Total hits: 25
Match NameE-valueIdentityDescription
EMLSAG000000119087.559e-4356.92supercontig:LSalAtl2s:LSalAtl2s83:643787:645943:-1... [more]
EMLSAG000000129142.002e-4157.98supercontig:LSalAtl2s:LSalAtl2s981:97107:102445:1 ... [more]
EMLSAG000000122569.888e-3548.87supercontig:LSalAtl2s:LSalAtl2s895:139847:141906:1... [more]
EMLSAG000000051662.096e-2944.12supercontig:LSalAtl2s:LSalAtl2s272:98980:103362:-1... [more]
EMLSAG000000043231.328e-2741.48supercontig:LSalAtl2s:LSalAtl2s227:164788:172918:-... [more]
EMLSAG000000102654.898e-2646.15supercontig:LSalAtl2s:LSalAtl2s67:935633:937393:-1... [more]
EMLSAG000000091635.146e-2547.69supercontig:LSalAtl2s:LSalAtl2s577:92059:93975:-1 ... [more]
EMLSAG000000108241.877e-2438.96supercontig:LSalAtl2s:LSalAtl2s719:60764:248752:-1... [more]
EMLSAG000000097334.650e-2441.98supercontig:LSalAtl2s:LSalAtl2s627:64350:67809:1 g... [more]
EMLSAG000000021014.726e-2441.54supercontig:LSalAtl2s:LSalAtl2s1395:30727:32553:-1... [more]

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BLAST of conserved hypothetical protein 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 conserved hypothetical protein vs. nr
Analysis Date: 2018-05-15 (T. kingsejongensis proteins Blastp vs. NR)
Total hits: 25
Match NameE-valueIdentityDescription
gi|1325311639|ref|XP_023337446.1|3.395e-2343.80uncharacterized protein LOC111708343 [Eurytemora a... [more]
gi|1325334810|ref|XP_023349221.1|1.985e-2244.36uncharacterized protein LOC111717987 [Eurytemora a... [more]
gi|1325269884|ref|XP_023319522.1|2.101e-2241.54uncharacterized protein LOC111694750 isoform X2 [E... [more]
gi|1325269882|ref|XP_023319521.1|3.267e-2241.54uncharacterized protein LOC111694750 isoform X1 [E... [more]
gi|1325303900|ref|XP_023333533.1|4.767e-2244.36uncharacterized protein LOC111705262 [Eurytemora a... [more]
gi|1325295901|ref|XP_023330828.1|6.412e-2140.00uncharacterized protein LOC111703186 [Eurytemora a... [more]
gi|1325289764|ref|XP_023329554.1|1.106e-1938.61uncharacterized protein LOC111702179 isoform X1 [E... [more]
gi|1339045271|ref|XP_023710755.1|5.574e-1940.30uncharacterized protein LOC111866229 [Cryptotermes... [more]
gi|1330907917|gb|PNF30468.1|6.041e-1940.30hypothetical protein B7P43_G12145 [Cryptotermes se... [more]
gi|1325299459|ref|XP_023331656.1|7.187e-1939.53uncharacterized protein LOC111703824 [Eurytemora a... [more]

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Alignments
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
scaffold662_size116868supercontigscaffold662_size116868:14205..39262 -
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
Note-
Relationships

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

Feature NameUnique NameSpeciesType
snap_masked-scaffold662_size116868-processed-gene-0.8-mRNA-1snap_masked-scaffold662_size116868-processed-gene-0.8-mRNA-1Tigriopus kingsejongensismRNA


Sequences
The following sequences are available for this feature:

gene from alignment at scaffold662_size116868:14205..39262-

Legend: mRNA
Hold the cursor over a type above to highlight its positions in the sequence below.
>snap_masked-scaffold662_size116868-processed-gene-0.8 ID=snap_masked-scaffold662_size116868-processed-gene-0.8|Name=conserved hypothetical protein|organism=Tigriopus kingsejongensis|type=gene|length=25058bp|location=Sequence derived from alignment at scaffold662_size116868:14205..39262- (Tigriopus kingsejongensis)
ATGACGGAGGAGTACCTCATCAGCACGTGCTCCGTGTTCCGCCGCCGCTG
CGAGCTGTGTGTCGCCGCAGAGGGGGGAGTCTTTGAAAAATAAAGGTAGG
CAAACACCCAAACTTAAATTTCTATTAGTACTTTTTTCGTCCCCCCCGTC
CTCTATAAGCGTCGAAATTAGCATTTACAAAGTGTCTGAGGGACACTGAC
GCACCCGGTATATTGAGGGCAAGGTAGTCTTAACACCATTGGAAGACATC
TCGTTAAAGGATAACACTAGACAGGTTTCCCAACCAACTCTGGGTTCATG
CAAAAGAAAAAAGAAAAAAATCAAAATCTGCCTCTCCCGGTCGATACTGG
TATAATTCAGTACATACCTTTACTTGCAAGACCTGGACAATTTGGGCTGA
GGGAAATCTTAGCTACTGAAAGGAAGGGCTTGTTAGGCTCATTTCTGATT
ATTTATATCATATAAATTTTCCGCCTTATCAGACAATTTTGACCATGGCA
TCCCTAAATAAACTATATGGGATATTGATTCCTACTTTGTAGATAATATC
TTGAGACATTGGCTCAAGCATTCAAATAACTTCTTTTGCAAAATAAAAAA
GAGCATGTCTTGATAGTTAGTTTTTTTCAGACCCTGAGGTGGTGAAAACC
CCTGCCGAATGGGTCAAGTATCAAACGCAAAATGGTGATAAATTGACCCC
TGTTCAATGTTACATACCTACTGATTAGCTTATAAATCTGTCTTGTTTAA
ATCCCAAAGACTTGCACAGTGTGAGACAATCGTGTATTTTTTCTAGGCTT
GCAACAATACGTTCTCGAATTGAATGCCTACAAGTCTGCGTTTTTAGGAA
CAGCAATAGTTATCCCAATGTGAAGAAAACCAGTGATTCCAACCTCGGGA
GAAGAGTATGTACCACAGTAGAATGAAGAGTACTTACTCCGACGGTGAAT
TGATCAGTGCAATCTCCTCCGTTGTCGACCTCATCAGATTGAGAGACTCC
AAGTGTGGTGAAGCACTCAAAATCTAACCTCAAATAGCAAACGTCTAGAA
GGGAATCCGTTCTTGAGTAAGTGCAATCCAAGTTTCTAAACATTTTCCAA
TGAGGAATACACGAAAGCACTTTTCAGTCTACAATAGATTCCTTACCACA
AGAGCACTTTGAGATGGTATAAGTCACAGACCCAGTATCAGCGAGTGCAC
TTGGGAATCCGGGATTTCGAATGTAGGTGCAATTTCTTGACGTTGAAGAT
CCGGAGCCTTCAATGGTGAACAAGCAACACACTCCAAAGCTAGGGAAGGG
AAAATTTAGCTTTGAAAATAGGGGTTTGTACTCTTTGAGTAAACTACGAA
GAATGGTTCAGGATGTTTACGACTAAACATGTCTATATGTAATTGGACCA
TGAGCATGATGATTTGCAACAATTGTGTTCAATGTGGGATCATGTTGAAG
AACAAATGACATTGGGTGCAAAAAGCCAAATAGAGTCAATTTTGTGAGGA
ACTATCTGCAGTAAATAAATCAAAAAATAAAAAAGCATGGACAGAAAAAG
TCGTGCCAGGAAACTAACGGTATGGGTATGTTTAAGGAGTCGAAGCAAAC
AGAAAAGCGACATCTTCCAATCCCCTTAAAGCTAACCCATCTGTAGCCAA
GTCTAAGTTTGCCTGGAAGCTTTACTTCTGGAATACCTAATGATTATAAA
GGAAGCCTTACTTTGCCTATGATTAGGCTGAAAGGAACTTGGTACAACGA
TGTGAGGGTTTTTCGCCTCAATATGTCCGCGTTCATTTCGTGATTCTTAC
TCAAATGGGAAGAAATCGCTCCTCTGCGCGATTAGAGGCTCTCTAACTTA
AGCAAGACAGGGGAAATGTGAAAGGCGTCTATTTAATAAAAATGAAATCA
TACACAAGATTTGACGCGTAACAGATGAGTTCTGGAATCGAGAGCTGGCA
GAGCTGGCAGAGCTGGCAGAGCTGGCAGAGCTGGCAGAGCTGGCAGAGCT
GGCAGAGCTGGCAGAGCTGGCAGAGCTGGCAGAGCTGGCAGAGCTGGCAG
AGCTGGCAGAGCCCTCGTATTGGAGTGAAAGATCTTACCCAGATGCACAT
GTTCCAGCGGCAATCCCTCGTTTCTCGGAACACTCAGTGGCAGTGAAGCA
GGTTCCATTCCGATTTCCACCTGTGCCCCTAAAAATAAGATACACTTAAA
GTGAGTGTTCAATTGTGTACAGGATCCGATTTCTCTTTGTGTGTTGCCAT
TGTCAGCATCACTTGCCATTCACAATGCCGGAACCCTTTTAGGCCGGTGG
GTAAGCACCTTTTTTTTAAAAATTTGGGTTTTCACTCTAGGAATCGCGAA
AATAAACCTTCAAAAACCTGCATTGGTGTATCAATTTATTTCATCACCAT
GATCAGTCGGATGCAAGATCTGTTGAACCATAAGACATTTACATTGGATT
AATACAACACTTTGCTTTTTATCCTACTAGAGGCAACCCCCTGCTACGAT
GTGGCATAAAGTACAAAAAAGTGCACATGACATTGTTCATTCAGGGACAA
AATATCCCTTACACTGTAAAAGCTACACAACATGGGCATCATGGGTATGT
AAGCAATATGCATTTTCAGAGCTCATTTTTTTATGACATCCAACTTGGTG
ATGTATTAGCCTGTGAGCTTACATACAGTACAGTATAATACAATTTGTAA
TAACGGCGTATGGGTTATAGTTTAAAAGTTAAGATGGGCCAAGTGAAGGT
TAAAATGGGAGCTGGTCTATTAATACAGTATATCATGGGGTTTGTTACAC
GAATTAGCTCTGAGGGCGATGGCCCGGTTCCAGAGCTTGACCATGGTTCG
GGTGTCTAAGCCAGAGCTAGAGGGCGGAAGCACTGAGGCACTTGGGGAAG
TGTCGGAGTGGAGACTCATGGTATGATGGTATGAGGAGGGTTCTACCATT
TGGGCTATGGGTAAACTGGCTTAACTGGCTCGGATCAGTTCCTTCAGTGT
TTCTCTGGCACACATTTGGTTAATGAACAGAATGCCAGTGAATTCGGACA
ATTTAATACATGCACATCAGTCAGATATTCGTATGTTGCTGAAAAGACGC
ATTAGGTCGTCAAGGAGTTGCTTCATGTTCCCATTCACGGGATCACTTGT
CCTTCCGTGGGACCCGTCCATAAATGGGCAAGCCATATACCTTAGTTAGG
CATAGTTTGTACGTGTGAGGTTCGGGTTCAAAAGATGCCTGCTTCTACAT
GCCCTGTACCTGGGTGTCTTGGCACTTGGTCCAACGACCCGTATTGGAGT
GTTCTAACTACCCTTCATTACGCCCCAGGCCGGACAAGACTCTTCGCTCC
AGATGTCCTGATTCAGAGGGTGTTACCATTACATTTTGTGTACTGTTTTG
TTATAAAAGTCCCCAACACGACTGACTAGCATTTGTTCGCCAAATGTCGA
CTCCAGGGCGTAAACCTATTTAAAAAAATACCTAGAATTACAATTCGATT
ACACCTACTCAGTTGGAGCAAAATGTATGCATCTCTGGAGGTAAGCCTTT
ACACCAATGCAGCTTATCTTCTTTGTGTGACACCAACTGCTCCAGGAACT
GGGAAAAATCGTTTGGCTGGTTTTGTGAAAAGTGACCCAAACGCCATAGC
AACTGGCTATGCACTATGAAAAATGAAATGCACTCTTTACGTATTCCTTA
GGGGCTTAGGAGCTGGGCCGAGCCAAAAACAAATCACATTCCAAAGATTA
TCTAATTATCTAAGATTATATAAGACTTTTTCAAACCAAATTCAAATGAT
CATCACCTCAGCAGACTAAGGTGTAACCCAGTTATCCTTCTGGGTCCTTA
TCATTGAGGTGTACTCAACACGACAGATTAAAAGATAAATGTGATCAAAA
ACTGTATCACTTGGAGCCATGAATGACTAGGACCCGGATTTGAAGGCGAT
GAAAACCGTTCAAAGAGTGTTTTAGGTGACCAAATACAGTATCACCAATA
AGGTGATTTTTTGGCCCTCACATAAAACTGATGCGTCCTATTTTCGTTGT
TGTAACATAAAAAATGAGTCCCGGACCAACCGACAAGGTAAAAACGCCCA
CTTGATCCTGGCATAGCAAAAACAATTTTTCGGCAGAGCAGGTTGGCAAT
CCAAATTTGGGTTATACTCGTGCTGTATTTTTTTTCAAATCAGATATTCG
CCAAATTCTATTAAAACGGATTTTAGATGTTACATGTTTACTGAAAAACA
TTGATTCAGGTGATCGTTGGCCGAAAATTAGATTTTTGGTGACTGTGTCT
TTAATTATTATTTTTTAGGTTAAACAATTTTTCCATGCGATTCGCCTTGA
AATCCAGGGCCTATGAATGACCATTAATTCCATCGGGCTCTGGTTGATTT
ACGTCCTGTGGTTCAGGCATTAAATTGACATGGTATCNNNNNNNNNNNNN
NNNNNATTTTTATTCTATGACTATTTTTAAAATTGCCTGCTAAAGAAAGA
AGCAAAATATGTGAATGGAGTTTAAATCAGATATATCGAAAGAAAACGAA
AATTATTTGGGTCAGAAAAGAAATGGAGGTTCATAATTCGAAAAATCTTA
AAAATGTCGAATATTACTTGACAATACGTCAAAAATTCAAAATTTGTGAA
ACGGACATAACTGTGAGTGCCTTTGGCAAGATTCAGTACAAAATTGTAAA
CATGCGTTGTGGTCATTTATTTGTTTTACTGTATCTGACAGCGTGTTAGT
GTGATCCCTATCGAAAATATATTTTTCCCCATTCTGCTTCCAACCAAATT
TATTTTTTTACATTTATTTCGTAACTGGCAACACTTTTTTATTGTTGGAC
AGACACGCCAGACTATATTAGAAAAGTTAAAAAAAGTTAGGAAAAAATTA
CCAAAGTTTCGCGTGAAACATAAAAAAATATAAACTTGACAAGATTAAAT
TAAACCAAATTTACGTGCTGAGCATTGACACAGCTTTTTTTTAAGTGGAC
TATTGTGAACGAGTTGCCCTGCAAGCGAAATATCGAACGATGGGGGAGGG
GGGCATTGATATGTAAAGATGACATCTTTGTATCAAAAAAGTACTAAAGG
TGTCCTCTATTTTTGTTCCAAAATTCCTTATTTGTCCTCTATTATGGATT
TTTCACTGTCCTCTATAGAGGACGAAACCCCGTACGCGCCCTGCATGTAA
TATTTTTTTGTGTGACATCCACTATATTTTCGCCAACATAGGTGAAAGTT
TGTCCCAGGCTCATTAGGTTCAAAATAAAATCAAGGCTTTGATTCTAAGT
GCCTTGCTGCAATCGCATTTCGTGTGGTGGACATTGCCTCATGAACTCAG
CTAAATTACTTGTGTTGTTTAGTTATGTAACCATTTTTTATCTGTATTGG
CTCTTACACGTGTTTTTGTTTTGCTCTGCCAACATTTTTTGATTTGTTTA
GAGGCTTTTACACTTTTTTGTGTGTTATAATTATTGAGTTGGTTGGTTTT
GTACAGTTTGCCGTAATAATGTTTTCTGAATCTTTGTTTTTCAGAACTAG
GTACTTGAATGTGTACAAATCACCCTAACACTATTGACAAGCATTCGTTG
GCCGAGTGTTGACTCCCGGGCATAAACTTTTTTTAAAATGTAGGAAATAA
ACGATAACACACCTACACAGTTTATTTAAACATCAGAAATAAATGGGCAA
AATGGTCACTTGTTTGAACTTATTAAAGAGGGTGATTACTATTGACTAGT
ATTCGTGTGCTAAGTGTTGACTCTGGGGCAAATAAACCTATTTTTTTGGT
AAAACTGAAGAATTGTGGTCCCATCAGCAGACACGAAACCGTGAGGTTGC
TTGAGGTTGGGAAGGAAACTACCGATGGCCTAAACTAGAGTACTTTTATT
ACCAGAGTAAAGCAGCCTGGGCAGTCGGCCCTGTAGGGTGTCAGCTGAAA
AAAACTCCCAAAAACCAAAGGGCAGGCAAAGCAGATATGTGCTAAATCTT
CATTATTTCTCATGAGGGGAATAATGTAATCAATTCAGTCCGCTGGATTT
GATTGTTGTATGAATATATTGCTTCCAGCATGTTTAATTCACTGATCTAC
CTTTTGCCCACTAAGATGTAACTCGTTCAAGTTGTGATTTAAATGGAAAA
TTCCTCCCCCAACAGAAATTGGGATTCATGTGGAATGCAAATGGAATCAA
AACTTCTTGTAAAATGGAAAGTTTAATATCAATGATTTGCACACGAAACA
ATCAAAAGAAGAGTTGAAGCTAAACTCGAACTTTAGCAAATAAGTTTAAA
ACTAGAGTATTAGGCTTCCTGTTAATGCATTATTATGGCCCACATGGCTG
GTAAGAGTGTCAGAATGCTTTGCAACCATGTGAGATTTATCAATGATAAA
AAGTTTATAATGTATAGGTCGGGTAAACTTCACATTAACAATGTATTCAA
ATTTAATAATAAACCAACATTTAAAAGCCAGTACAGTTGATTAGTATAGA
GCAAAAAATCTCTAAAAGGTTAAAACATTATAAAAGGTGAATGCGCTCTA
GGCATTTAATAGCTTCTAATTAGGTAAAAGCTTTAAGAACTGAATTAAAC
AAGTTTATAACTGTGAATCTATTATTTCGTGCTAAAACTCCAATCTTTCT
AAACATCATTCAAATTTTTCATTAACTTTTTCTAAGAACTAAACTATCTC
TTAAAAGGTGTAAGCATTCAAAAAATGATTGCAATAACTATATTCTTATG
TCTTCCAAGAAGCAAAAAGCTTCTTAAAATATACCTTCTAGGAAATTAAC
TTATTACAAAAATAGATACCCCTCTCTTCTAAAAGTTCACATTCCTAATA
GTAAATAGCTTCTAAAAGTTCACTAATTCTGAAAGGAAATATCTTGTAAC
AAGATCACTAATTCTGAAAGGAAATCACTTGTAACAAGATCACTAATTCT
AAAAAGTCAATAACTTTTGATTCATTCACTGACTTTAAAAGGTTAGTGTT
TTCTGCAGATTTAACTCATCTCTAAAGGTTAATGTATAAAAGGAATACAT
TTCAAGCTAGTTGCTGACCTCTCATAGGGTTTGAAATAGGAAGTTAGAAA
TCCAATGTTTCAACGGAGACATTTTCCTCTGTTGAATTGAGAGAGATACC
CCTCTCTTGGCGATTTTGAATTTGCTGCGCACTTTTCAGTCTGCTGATAA
AACTCCCATAGGAGCGAGGTTGCTTTACTCTGGTAATACAGGTACTCTAG
CCTAAACCTGTAAATAGGTTGAGAGACCAACTAGCGTCGGAGGAAGCTTT
ACGCCAAGATCTTTAGCAAAGATTTAATAGCGTCCGTATCAGTAGATCAT
TGGGTAGGCAATTACTAAACTGAGATATCACTTAGAACAATATGTATTGG
GATGCTGATGGGACCACAATTCTTCAGTTTTACCATTTTTTTATATGTAG
AAAAAATAAACGGTTACACACACACGCTTTGACCACCCTGTTCACATTAA
TTTGTCACAAAGTGTGAGCAAGACGATCTCCGAGAAAGCTTTTAGGTTAA
CCTGTGTGTCCCGATTGGTATTTCTTTTAAGAGTTAGGCTGGACTGTATG
GTGATTAATGGGGCTTTAAAAAGCTGGATAAAAGCTTTTGCTGCTTTTTT
CGCGTTTTTTCGCTGGAAATAATCTTAAGTGCTGGAAAACGCCATAAATG
CTGGAAATGATGAAAAATGTATGAAATCAGTTTTTTTCTGGACATTTTGG
ATGATTTCCGCATATGACTGATTGAAAATGCTTCTAAATTGGGAAAAAAC
TTACAATTAGAGTCCGAATTAGTTGGTGAAGAAAACGAATTCAGGCCAGA
TTTAATAACAATTCAGTGATATTTTTTTGTTTTTGTCAGTTTCCAACGCT
TCTAAAAGTGACCAAGGCTAGCGATATTGTATTTTTATCATTTTTCATAT
TTTGTAAAGAAAACGTACCATTCGTCAAAATTCAACCATTTGTCGAAAAA
TGTTTAGCTACTGCATTGAGTTCATCTTCATTGCTTACTTGATGCTGCGT
TTGAAATTATCGGTCACTGGTGAAAATTATGTTTGTTCCACTCAATTTCT
ATGGTATCTTATCACTTGCCAGCAAATAACAATCATTTTTGTATTGAAGC
CAGCTAAAAGTTTTTCTTTTCGTTCTGTGGAGCATTGAGTCATTATTTTC
AATTAAAAAATGCTTCGATTTTATCAACTGCATTCATCTAACAACGTTAA
TTTAAATCTGCAAATGATATTTAAATTCTAACAAAATATAGTGAAAGTTT
TTCTAAAACACATGTTTGTGGAATTTTTTTCTGACTTCCTTCGTTACCCA
ATTGGAAACTTCCCTCTATTGTAGCTGTTTATCACTTTAAGGCCATTTTT
TGGTATTTTTGCCATTCTTTTTTTCAGTTTTCAGGTCTTTTTTCCTGTGA
ATTTGCTTTTTTCACTCTAATTTGCTAGTTCTGTTTGCTGGAAACGACAT
TTTATTCCGCTGATTCCAGCGCTTTTTTGACAATTTTTCCTGCTTTTTTC
AGCCCAAGTAATAAATATCCCCAGTCAACAACAGGCGAGGAAAATTCAGC
AATCCAATCAGGAGTAAGGGTAACCTTTGGTTTGCTGCGCCCTGTTCAGT
TCCAACACTTTGCTCATCCATCTGGAGAAAGGGTAACCTATGGTTTGCTG
CACCCTGTTCGTTTCCAACATTTTGCTCATTCAATCAGGAGTAAGGGTAA
CCTTTGGTTTGCTGCGCCCAGTTCAGTTCCAACACTTTGCTCATCCATCT
GGAGAAAGGGTAACCTATGGTTTGCTGCACCCTGTTCAGTTCCAACACTT
TGCTCATCCATCTGGAGAAAGGGTAACCTATGGTTTGCTGAACCCTGTTC
GTTTCCAACATTTTGCTCATCCATCTGGAGCCAGGGTAACCTATGGTTTG
CTGCACCCTGTTCGTTTCCAACACTTTGCTCATCCATCTGGAGTCAGGCA
GAGTAGAAATACGGCTGTGTCGCAAATAATGAACAATGATCAAGCAACAT
GTGGTGAAAATTTGAAATTTGGACAATGACCAATACCGTTTGACTCGGCT
GCTCCCGAGACGCTCGCATTAAAACCCCACAATGGAAGTGCGACTGGGCC
GTTTTCCTATTAGTTTGGTCACTGTAAAAATGTGGCACCCACACTAGTGA
TAGTGTTTAACCCTAAAAAAAATACGTTAAATCACGGCTGGTCACGAATG
GTCCTGCTAAGTGGACTGCCCAGGATTGGTCAAGACTAATTACAATAATC
TAGGCCAGCGGGTGTGCCCATCTCTGGCTTGAAACTGAGATACTCGTATA
CTTTGATGTTGGAGAGAATTCTTCCGTCCTCACATTTCATATTGAGCAAA
AATGGCCAGAGCACTTGGACAAGACTCGTTCCTTCTCCTAACTTTACTCC
TTTGCTTAGAAATTGTCACTTGTCAAGATTCGTCCACCAATGTTACCCAC
CGCGATCGACACGGGAAAAGTAAGTTAAATACTGTCCGTTTCTTCATGAT
TGACTTTCAAGCCCAGGTCATATTTTCCAATAACGGTGATCCTCGGTAGT
TTTTTGGCCCCTTATGTTATAAGAACAATTGTCGATTCTTCACCATAACT
GTAAATACGTCATACTTTCAAACCAGCCCTTGCCCTGAACAACAAGATAA
AACATGGTACAGTTTTTGGCGCATTTTAACCACCCTTTGTTATCATTAAT
ATCGCCAAAAATTGGTTTACTCCCAACAAACTTGGGATTATGCACGTAAC
CATGGATATCTGGAAGTATTACTCATTATTGTACCTTGCCAGACTTAGGG
CCAAACTCAAAAGGGACCCAATTTTCAGATTGGAAATCCAGCATTAAAAA
GCTGGAGTTGGTCGAAGTTTCCAATCACGAAAACGAATGCCAGATAATAC
TGCCGAGTCTGGCCACCCTGGGAAGCTCTCAGCCATGTCAAGCTGGCCAT
GTTCAGCATATTAATGCTGCATTAGTCGTGATTAACTAATTTGGCCACCA
ACTTGGAGCTGAAGGTATCTGTACTTCCGATTTGAAAATCTGGTCACTTT
TGACGTTGGCCCCCCAAGTCTGGCCAGCGTAATTCCTCCATGTGTACAGG
GTTTCATGGTTTGAGCTACATCCTCTTACCTTTCTCTTTGCCACTATTCC
AGTTCTCAGCCTGTTCAGTGTTGTCCAATTCAAGAATTCAGCTTGTGCCA
CCAACAGTCCACTGACCAAGTAAGTTGAACGCAAACATTTCCTAAATCTC
ACACCTACCAGGAGGATTCTTTACAACACGGATTGGGAGATTTCAATCTT
GAGTTCTATCTCGATCCATATGGAACGGAAACTCCAACTCCAATGCAAAA
ATTACATCTTTGTACTACAACTTTGGCAAACACTGAGAGCAAAAGTACCC
CCGGAGGCCCCCAGAGGGGAGGCCTTGGTTTTTCTTTGTCTAGGATTGTT
TTGAGGAACCTGATGGGGCATTACCGTATTTAAGTTCGACAAGGGACAAT
GTTCCTCACAAGCTTTTGCTCAGGCAAGCTATTAATCAAGTCTAAAAAGC
CTAAAAATAAAATCCTCCCTTCTTTTATATAGTTGGAGGCATAGATACCA
TGTCAATTTAATGCCTGAACCACAGGACGTAAATCAACCAGAGCCCGATG
GAATTAATGGTCATTCATAGGCCCTGGATTTCAAGGCGAATCGCATGGAA
AAATTGTTTAACCTAAAAAATAATAATTAAAGACACAGTCACCAAAAATC
TAATTTTCGGCCAACGATCACCTGAATCAATGTTTTTCAGTAAACATGTA
ACATCTAAAATCCGTTTTAATAGAATTTGGCGAATATCTGATTTGAAAAA
AAATACAGCACGAGTGTTCCGTACACCTATTGGCGTATCGGTCCACAAGG
CGTCTGTTCCTACCAGATTTGTTCCCAGGATCTAGACAGCCGTGCTCAGG
GATTTGAATCCTGAGGGGAGAACACTAGGGTCCTGGGTTTAATGTTTTTA
GACAACCTCGATCTAAAGGTTGCCCCGATTCCAACAAAGTGAGACGNAAA
ATATGTGAATGGAGTTTAAATCAGATATATCGAAAGAAAACGAAAATTAT
TTGGGTCAGAAAAGAAATGGAGGTTCATAATTCGAAAAATCTTAAAAATG
TCGAATATTACTTGATAATACGTCAAAAATTCAAAATTTGTGATACGGAC
ATAACTGTGAGTGCCTTTGGCAAGATTCAGTACAAAATTGTAAACATGCT
TTTAAGATTTTTCGAATTATGAACCTCCATTTCTTTTCTGACCCAAATAA
TTTTCGTTTTCTTTCGATATATCTGATTTAAACTCCATTCACATATTTTG
CTTCTTTCTTTAGCAGGCAATTTTAAAAATAGTCATAGAATAAAAATGTC
ATGTTTTCATCCCTTTTTCTTCTGTCAAAACTGTTTTTTTCCATCATTAG
TGTTCGAGTCCTACTTCTTACTATCTTCAGATGCAGAGCAGATACTTATC
AGTCATAAATATTAATTCTCGAAAAAAACATAAGAAACATATTTTTAACC
TTGATATCTTTTCATGATTTCTTGCGTTACTTTATGGCTGTATGCTCCCA
TGGTGGGCTATGTTTTTTTGTTTATTGGCGTTTTTTACGATTTTTCCAAA
GTTTCGCTCTTTTTTGCTGGAAAGCTTTTTTTTCAGTTTTTGTCATGTTT
TCGTCTATTTCCAACGCTTTTTGGGGCATTTTTTGCACCTTTTTTTACAG
CTCTACTTATGGCATAGCATCTACCCAGGGCCTCAATGCTCAAACTACTC
AATTCTAAACAATCAAAAAAGGCAAAATCGCCTAATTAAGTACAAGTTTT
AACTGAACGAAATTTGCAAAAGTGAAACACTACGTATTATTGAGGTGTAT
TCGTTAGCAAAAGCCACTTCACGGATTTATTTCACTTATTCACACATTGG
GCCACTTCATCTCGCCTGCTGTGACATTTTGCGTCCTCTTTACCCATATT
TTTTTCTGTAGGTCGAAATAGTACGAAAATGGGGACTTTTTTTCACGCCC
AAAATGAACCCATAAAAATCGGCCATAGAATGGTAGAAATTATTTTTTGT
TAGGTTAAGTTTTGTAGCATTTATGCAAAAGAGGTGAAAAAATGACAAAT
AATCCGTATTTAAAGAAATAGAGGACACAACTCGTCCTCTAGAGGACTTT
AGAGGACATTTCAATTTTTGGATGTCCTCTAGAGGACATAGAGGACATCG
TACGCGCCCTGTACATGGAAAAACTTTTTCAAGAGTCAATTCTTTAAAAC
ATCATCAACAGCCCCAAAAGTTCGACACAAGGAATTGAATTTTCGAGAAC
CATGGTCAAAGAATAAAAAAAGATGCATAGAAATAGCGGAATACTATTAA
ATTTTGAGATGATATTACCTAAAGAACATAAAACATTGCGTTCAATCAGG
GACAAGTATGCCAAACAATGTTTGATCTCCAAAATCGAGTGAAAAATTGT
GTTAACTACGATCAGTTTGACTCTTTTTCCATTTCCAAGAGTTTACCTTT
TTATCATTAAAGAAGCACCTGTTCATTCATAACTAGTTTAGAGCATGGGT
GGATGGAAAAGGGGTTTTATGGAACATATAAGTAGATTTTCAGCACTGCT
TTTGTAATGAAAGCCAATGTGACTCCATGAAACGCAGTCGGGTCAAAGCT
ATTATTTTGATGGCGAGAACATTATTACACTCCTGTTGAGGTAAAAAAAT
AGGTAAACCTTTTAACAATACGCCTATCTAAAATGATGTGAAATGGTGTT
GAAAAATGGTCAGCCAGGAACGGTTTCTTCGATTGATGATTTTGGGGCTT
CAAATTTGGCAGGTGTTGCTTTGAGCGAGGTAAGCATCACTCTGAACATT
AGCGACCTACTGAAAAAATACACAAATTCAATGAGAACTGGGAACAAACA
ATGAAGTATCCAGGATAATTGTTCTTCGATCAAGATCTTGCATGAAATAC
AGGCACTTATTCGCTTCCAAGGCGAAAAGGATTCGCTTCAAACTTGGAGA
TCAAACACCGATTGGATACCCAGACAGTATCTCATAAATCATAAGAAAGA
GCCTCAAATAAATTCCTATCCTAATCTTAGAAATAGAGATAAAAAAATGG
TGCTCAATGAATGTTAAAAACCAACCGCTATCTTTTATTAGCCGGCATAA
ACTGTATGATAAAAATATAATTTGATTGTATCACTTGTCATGGGGCTAAC
GAAACCTTCTACTTTGAGTGCTGTTTTAATTTTCTTTCTTCGTATTTGGG
GTAGAATTGTACTGTGATATATCGTAGGCTTGGGTTTAAATTAGGGAACT
CTAAATCATTCCACAAAAATAAACAATGGAGCTACAGGTGATGTTGAACA
GAAATAAATTGTGTACTTAAACCTTGCTCATGAGCACTAAAAATGTGCCC
GGGCGTTTCAACCAGGGGTAGTTTTTTTTTCGGAGAACAAAAAAGCTAAA
ATACTCCACAAACAGAGCAAGGAACCTTTTCAAATTACATGGTATATAAA
TGCATGAGACAGCAATAAGTGCACTGATGCCCAGAAATAAGGAAATAAGA
CCTTGATACTCATTGCCAGTGCCTTCTGAAGCTAGAAATGCAAAATAAAG
AATTACAGTAAGTGAGTGAAAGGCATCTCAAAACTGGAGGCAAGTCCTAT
TTTCCGACATTAGAAAGCGCCATAATGAAAAAAGAGTGGGATCATTCTGG
AACAACATATTCCAGCCGAACCAGCCAGTAAGATAATCTCGGCCTAATAC
CTTTTTAACCGGAAAAGGGCGGCTATTTGAATCGAAGTAAGATTAGTTAC
CTTGAACAAAATGGACACTGAGGGTAGCTTCCCCATCGTTTCGTAAATAA
CCAACCCTAGCATACATTTTTTGGCTCAAACGACTTCCTCACCCTTGGGA
CCACCCCAAACAATTTGAACTTGAAAAAAGCGCCTCTTTTATTCGGACAT
TGACTTTGGTCAACATCCGCCCTGTGCAAATGTATGCTAGGTGAGAAAAC
GCTTGGAGCCCTCCGGTCTTCGAGTGCTGAGCCGGCAATTGTTACCCAGG
CCCATCATGGTAGGTTGAAAGAATTCTTCCCGTTTTGATACTCTTCGTCT
TAACTATGTTTTGTCCGAATGTGTTAGTTCGTACCATTAGTGCTGACCCT
CCTCTGTGGGCAACTTATAACAGTGCAATGTAGCCCACCGGACGAGGTTG
GGGAGCGAAAGGCCAAACTTTGTAAGTCCACTCATTCACAAGATACAATT
TCCAGTCAAACACCCAGTTATCTTTTTCAGTGAATGTCTTCAGTGTCATA
AGGTAAGTGCTTGAACTGAATTTGAACCAAGAGCCAAGTCTCCCTGAGCT
AACATTTTTAGGTTCAAGAATTCGCCATGTGCTGGAAGCAGCAACAAGAA
TGGAACTTGTTACACTCCGTGAGTACTACTTTTTTATCACCCTTTCAATT
TGGAGTGGACTGTAATATACCTAAAGAGGGTCCACGTATCATCTCTAAAA
ACGGCCGTTAGTATGCCAGAAATATGACCATCTACGAACTGCACTTTGCT
AATGTTTACGAATATCATTTGTCTCAAAAAAGACCAATCAAAATAAATGA
AAGTTTTAGCTTCGTTTCAGTGTAGGAAACAAAAAAATAGTTGCTTGGCT
CAGAAAATGAAATGTCGAGTCCAAAGCATCAGGGATTTTATTTTATGTAG
CATTTCACACTGCTAAGAGTGGGATACTGTAAACTGGTACTGAACAACAA
ACCACTGATTATTGAAAGTGAACAAAAAATATGCATTGAATGGCCAATAG
CATTTACAGTATACTGTATATTAAGAGTGAGATAGTATGGACAGATTAGC
AGGGGAGGTGGGTGACGCTAATAACTATCTTTAGCTAACCAAATATGGTC
GAATTTCTCTCACCGTCCTTCTGCATTATTTGAGATTGTCTGAACTGTCA
AAAATCTCATTTTGACTATATAATAAGCGGAAGAAAGCTTAAGTTCGATA
CATTCCTATTTCGACTCCCTCCGGCTGCTACGCGTTTTCACTCGAGACGG
ATTATTCGGTAAAAGTTTCATGGACGTTCGCAACCTTTCAAGCTTTTAAG
GTCGGGGATGTAAGCAATCCAGATCTATGTGCTTCTATGTCGTGGCCTTT
CAGGGGGTGGCCAGCGACCCAGGATCAAGCATTTGGACGGGCAATGAGCC
TATCCAGCAGTTCTCTTGAGTGGCTTAGAGTTGACCTAGAACCAAACCTG
TAAAAGATTTACCTTTAATCATCAAATTGGCATGTTTTACTTATTAGTCC
TTGAAACATCCGGCTCGCAGATCTCGTGTGTACCAACCTAGTATATTTAC
CAGTAAGTGTATGCAGCGTATACATACTGTAAATATATGTAAGTTATTAC
CCTGCGGGTCAATGTTATATGGTGGAAGAGTTCGGTGGAGTGCGACATTT
GGCACTCGCACATTCCCTTTTGAAAGGTTATGGAGGTGAACTGCGATAAG
GGGGGAGACTGCGTTCCAGTCACGATGTGACAGTCCATAGCTTATGGACT
GAAAAGCCAGGACTCCAAAAACAAAAGAGGGCGATTTGGAGATTTTCCGT
CCTTCTAGGACACTGAGTTGGTCTCAAAACCTGTCCAATAAGCGGCTCTC
CAATGCCAATGGGTCATGAACCTGGTTAAGTTAGCTACATACCTCAGTCT
CGTTGGCATCCCGGCGATCGTGGTCCAGTGTGACCATTGCTGCTCTTTGG
GGGTAGGAGTTTGCCCGATTAGTATACGTATGCATTGCCCAAACAGCCCA
ATGAATCCCTTGTTCTTAAAGTTATGATCAAAGTAACTCAATTATAATCT
TCGTACGAGTAAAAATAAAGCCTTTATGTTAAGGCTGATCCTCGGATATT
ACATATTTTGAGATATGATGCTGAAATAGCCACCATATGTTTGTACCAGA
ACCTAACGGTAGAAAATGATGAATAAGGGCCGAGGAAGTAAGGACAGCGA
TAGTTCTAAAGAGGAACGGACATGGTTTGAGCTCGACTATTGCACTTGAA
CCCGGAGTTACCGTGCAAAATAATTGTCTTGAACCTCATAACCTCAAACT
TGAGCTAACCTGCTCAATTAACCGTTCCTGACAAAACAAGATACGAACGG
AAAGGTACTTGTGTGCATGTTCATTTTGTTTATTTACGTACCCCTCCACA
TGACATGGTATTCACTTTAGAGCTATATTGGGAATATGTATCTTGTGAAA
TGAAAAAAATAGTAGGTATATACTGGCAAAAGAAATAGTTTTCGGCCACC
ATGTCATCTGTCAACATTGTTTTCGAATGCTCTCTCTTTTAGTGAAGAAT
GTGCCAATCGAGGGGGAGCTGCCACCGGATCCTGTGCTTTGGGATATGGC
GTTTGCTGCACATGTAAGTTACAACGATCAATTGCTTTCTGGAACTGAAT
TTGAATTCGATTCAAACAATGAATAATTTTTTTTCATATAAAACAACATA
AAACGCTATGTACATAAAATTTTACTAGTATGAGTAAAATATGTTTTACA
TTTTCCCCCAACCCACCATAAATTTGATAGACTTTTAAAATCTCTTAATT
TGTATGGAAATGTAACAAAAGTAATATATAAAAATGGGTGTATGGATTAG
GCTAGCAACGCAGCGCAATGGTAGAGTGGCACAATCAGTCATCTATCATT
GAGTTATCCGAGGGTCGTTGGTTCGATCCCCGGGCTTGCCAAGTTCCGGC
AACTAGTGGGTTTACTAACAGCTATTGTTTGCTTCCCTTGCGGGATTAAA
GTGGGCGTACCTGTGGTAATTCCTCGAGGGTAAGGTAATAATTCATGATA
AATTTGACCGCCAGGCTGACTATGTTTCCTCGGAGATTTCCCTAGCTGGG
CAGAAATGCCCAGGGCCTTCCAAACAAACAGACAAACAAACAAACAAACA
AGCAAAAAACAAACAAACAGGTGTATGGATTTAAAAAAGGTTCATGTCCG
GGAGTCAACACTGAGCCAACTAATGCTAGTCAGTTGTGTTTGGGCATTTT
ATAATGTAATACAAACACAACGTAAAATGTATTTTCTCTACATGAGCAAC
AGACTTTTGAACTCTCTTTTTTTATGCGTGGTTAACCCAAAGAAGTAGGA
GGTGGAATCTGGTTTGAAATTTCATTCCCGCCTACCATTTATCGCAACAT
GGCTAATTTTAACTAGACGCTGTGCAACCACGTAGTACAATCCAGTTACA
AGCACTATTTTAATTCGTGGGAACCAGAAGGAACCCTTCCTCAACGTGTG
GCCACACCTGTGTTCCTGATCCCCACGGACTAGTAGGGTTACAGAGATTC
GTCAACTCCCCTCAGTAGGAGAAAGTCTGGAGTGGCGAAAATTTCTTTAA
CCGCCAGGCTTGGGAATTGACCTGCGGTCCTTCAGAATCGCAGATCTCAT
CGGTGACCACTAAACCATTCATTCTCCATAATGTTGAGGTAAAGCTAGTG
GGTAGGTTTCTTTCAGAAATGAATCCTCTGGACATCGCCACTTTGGAGTA
TCTTCTCACTACGCATGTCTGACTGACAATGCGTGCCATGAGCCACATGC
CTGTCTGAGAGACATGGGAACAGACAGAACAATGGAAAAGTAGGAAAGCC
ATCCCTAGGCGATATCTAGGACCCATAAATAGTAGGTGGCTGATTTATTA
AATGGTGAATACCTTGTGCCGCAGTTAAAACATAAAAGACCTGAATGTGT
CTGTTCTTCCAAGCAGATGTCAAATGTGTCCGGCCAAGGCTTTAAACAAA
AAAAAAGAAAGGGTGTCGTCGGCCAAGCCCTTGGCCGCACCTTTTGTATT
GAGCACGTCAATCTACTGAGAACGTACTTAATCTTTTTCAGTTACTGTGA
GCTGTGGGCAGAGGTCCAACGAGAATTGCACCTACTTTGAATCGACTGGT
GTGAACGCTGGGGCTTGCAGCGTCAAAATTTGTCGCTGCAACTCAAACAT
TTGTCAGGTAATTGGTGTACTTCCAGCCATGGAGAAGACTGCACTAAGTT
GTGACTTCTTTTTCACAGCTGAGATTGGATTTCTCCAACTTTGTGCTCAC
GGGCCCATCCACACAGACCGTGAGTACTGGACTCCAAGTAGGCGGGGTTC
TATCCCCGGCGGGGGTCAATCCGGTCTCTCCAGCCACTCAATGTCTGACA
GACAGCTTCTCGGTCACCAACCCTGGAGGGCAATCGCCTCCATCCATTTG
TGGGGTCAACAGCGGGGAACACAGTGAGTATGGAGAGAGCACAATGAGTT
TAGATGCTCTCATATCCCATCGAAGTTGACGATCGGGGCCTAATGGTTCT
CCACGACCGCTCACTTTAGAGCAGAACATAATGTTACATGCTTCACACTC
TCGCAACCACAAAGGATCTACAGATGATGCCACCCTGTCATGACATCTGT
GAGTGTGTGGAACGCAAATGTAATACGACTTAACATAAGCACAATGAAAC
CCTACAAATGCACAAATATTGTCTGACGTCTGATCCTTCTTCTCTGGCGG
AGTCATTTTTTTGATATACAGTGTACAGCATTTTTCAAGTTGTCCCTCCT
GTTTTTTCGATCACTTGTTTGCTCTAGAGAATGACTCAATGATCAAACAT
GCCCAAGGAAAGAGGATAGTGAAGTATAGTACATTTAAAACCCTTTGCTA
AGACTGGGTGAATCCCATCCAATTGGGTCCATAATTCACTCACTAACTCG
CCCTGGGTCCAGATGGATAGTAACTGACCTGTAGCCAAGGAGTGATAGAT
GAAGTGAATGCCCACCCAGCTTGCTTCAGTTCTAGTTGAGGCCAGAAGCT
TCCCAGCAGGGAAGAAGATCCCGTTTTGAGACAAACTGGAAGCTACACCT
TTTCAGGTCATAACTACCGTAGAAATAAAACCACTTGTGTTCTCATTCCT
ATGGATCCAGCTTTCTTTGACGTAGGCAAATTGAAAGGTCAGAGGGTTCC
CTCCCGTTGCTACAGAACTAGCTACGCACTACAGATTGGCCAACTGGGCC
GGTTTAAATGTCAGACAGCTCATCTGCATACTGACTCAAACAGTACCTGT
CTGCCCTTGACTCCCAAAAAGCAAGGGTGAAGAGTGTGAACATAGTAGAT
CAACATAGAGGGTCTATCTTGGAAACCATTCAGTGGTATGCCAATATTAT
TGCTGCTTGCAATGCTGGAGTCAATGGGATACATTTTGGTCGTTTGCGTT
TGATAAGACGCCGACACAATTCAAAAAAAATGATGGCATAAGCTTGCAAG
AGGAAAGTTGCTCCTATTACAGTTTGGAACACAATTTGAGAATCCAAGTT
CGCATCAATATACATGTACTATCTTAATGCTTGTTTTGTTGACTGTTCTA
GTCTTTTGCTTTACCCCCCGTTGAGTAGCTGGGAAAGGACCTATGCCACT
AAGCAATCCTGCTCTCATATGGATCAATGACACCTCAATAATCCTGTTTT
GACTGAATGTGGTCCAAATACCCATACATAACGATTACAGGAGGATACTC
CATCTTTTTAGTGTATGTGGACGCGTCTCAGTCTTGCAATGACCTGGCTT
TCCAGCTTGGCAGTTCACCATCTGACGCTAATGCTGTGACTCGCAGATGG
TCAATCAAGGTGAGTTTGAAACCACATTAATATGACACGTTATTTCATGA
ACCAACATATAATATGAGTCTTTAACCATAGGAGCCAAGGTAGAATGACG
GACTGAAAACTTGCTGTTTCGTATATAAACTCAATCGATTCTGTAGGGAA
CGCACGCGGTCATATTTAGTCAACGGATATTAAGTTATCCGAACCAGGCT
CGAAAGTGTCACCTCCAGAGAAGATTTGAGATCTACCAAACAGTTGACAT
GTTCCAATTTCAAGCGTACCATTCTAACATAATTTAGTGTGCTATGCTCT
AACCTTTGAAACCCTCTACATCTGTGCTCAATTCGCTCTGCAGATCACAC
AATATTCATGCGATTATAATAATCTGGCCCCGAAGGGATGCACCCAGTAT
TTTTTTGGATCAACCACGGACACGGTGCAAACGTTCAATTTTGATGGGGG
AGTCCATTTGGCCAATCAGAATCAGAACATATGTGTTAGGTGAAGTTCAA
CCCATTTTGCCATCACGTTAGCCCAACTCCCTTTCATTTCACCATTCATT
TTTCAGACAAGAGCGGGGCAACTGCCGAATTTGTTGGACCACAATGAATG
ATGATGATTTTATGCTATCTGGAACTACTGGCCTCATGTCTGGAGTCACT
AAGGTGAGTTTTGTGACAAATGGGACCCGAACAACTGGAGTTTTCACTTC
TGTTCCCATGGAATATCTATTCCTTTTCTATTCCTACGGAATAAAACACG
TTGTCGGCCAAAGTTGACCCTTTCCGATTTTTACGCCCACTTTTTAACAC
TATACGTGTCTGTTTGACCTTTCCTAATTGATCAGCTTCCCCAAGAGGTC
CAATAGGGCTTTATCCCGGATTGTTTTCCCCAAAACAAGTGTAGGGTTGA
CAATCAAAGACGTTTTACCAGTTGCAAGGAACGGTGGGTTCGGAATGAAA
TCGCAAGCTCGATCGATTTTTTCCATGTACCCCACTTTGGTATCGTATCA
TGTTTAAGTTCCTGGGAATTTCAAACGAGAAATGAAAGGTCAAAAAATGA
AAAAATCGGTTGAGCAAAGTGTCAATCAAAAATGGACATTCAGAGGCTTG
CATTGGCTAACGCAGCTCCATATGGAGCCATATTCTACATAAGAGGGTGA
AGCTGAACTTTTTACACGTTCTGAACACCACATGCACAAACAACTACAAC
TAGTAGTTCATGTGTACACGAACCGCAGGTGAGATTCTTCTGCCCCTACT
TTGGCCCAGACATTGATTTTGACCAACAAAGCTCTTTTAGACAATCGTTA
TGAGGCCTAATGTGACACTCTTGGCATATTTGCATTTTTAATTGTTTCAG
AGTGGAATGTGCTGCGGCTATGGGCCTGACGGTATGGGGACCAAAGGTTA
TGATTGTGTCATGATCCCTGGTGCACAAAAGATGACAGTTCCCAGCACAA
TTTTGGCTGCCAATTCATTTTGCGGCCGAAACAAGGGCCTGGTGACCATG
GAAGGCTCAGTTCCAGCCACTGTTTGCTGTGAGTATGACATACCTTGCAA
ATATGACCGATGCTTTAGATGTGAATTAAGTCTTTCTGGGAAAAAACTAG
AAAGACTATTGAATACCCATCTAGCAGTGAGCTACACAGTCACCATCTTG
TCGGAGGTTTCGGCCCGAAGGGCTTCTCTTTCCGGCCCACGGACTAATTT
GCTTTCATTTTGGATTCAGACATCGTATGATGTTTTTTGCCCTTCTGTTG
TGTTTTTCTCACTAGGCGGGGTCACAACATGACCAAACCTGAAATTAAAC
AATGTAAAATGAAAGGGTTTGTATACCACAGAACAAACTTAATACCAACT
GCGGAGCAATAAAACAAGCCTTTGGAAAATTATCACTTTGTGAAAGAAAC
TCGATCCTTGGCCATTTTAGCCCACAACGGAAAACTGACAAGTGTTGAAT
CGCTTAAGACGAATCGAACCATGTGCTCTAAATATTGATCGCGTAGTTCC
TTGGGGTCTGTTTTGGGCCTCAGAGAGCAAAAATCACGAAACATTCAGTT
GCACCAATAATTGCGGATCACTTGGCGACCTTTTTCTTTCGCAAGATGAA
CGAATTTTATTTTCTTAGACCAACATTCAGTCGACTCTTTCGACAGTGAA
AAATATAAATCGGTCATTTACTTTTTTTCGTAGTGTACGGGCGATTTTGC
CGGAACTTCCATGTCGCTTACGGCCTAATGGGACCCGAAATATATTAGCG
ATTTGTAGATGGTGGTGAAAGCAAAATGTGTCATAGTAAAATAATATACC
TGAAATGACAAACTAATCTGGGGTCTGATTGGAAAAAGATAGTTCATTTG
CTTGAATGAACTTCAAATTCGAACCATGCGATCGCTTCAACTGGTATTGG
GTGAAACCTGATACACATTACAGTCGTTAGGTGTATGCTAAATAGATGTT
ACCCTGCACCGGATCTAGGTGGCATTGGCCTTATCTTAGAGAGACTAACA
GAGAGGTGACATCCCTGAATTAACACTCACCTAGCAAGGATCTCAAAATT
AGGGCGGAAATATCTCTCCCACAACCTTTACCTTGCTGTACTGAGATCCC
TTCAGCCCCAACTAGGGGCATAGCAACGTTTCCAAGTTGATTTCCACTCT
TGATTCAGCGAGGTTTGGGTTTTGTGGGGATAAATACTTCCGAACTATTT
TTGAAATTCTTGCTAATTGAGTGTTTTTCCCTCTAGCTCTATCTTATCCA
ACAACCAAATTATAGATTTAAAACCAAAATTTTCGAATCGACTATTTTTC
GACCTTTTTCAGCCTCTCAACGCCCGTTCAACATTCGATTCTTGTCGGAC
TCCTTTGAAATGGGAGGTGGTGTGGACACTGGAGAGGCAGCTATCCCTGG
CAAGGGATTCAGACTCACGTATATTCAAACCAATTGTTAAAATTACTTTG
TTCAAGAATAAACCGATTATTTGAACCCATGGCCTTTTTCTGAATGGAAT
GCCACTCTCCCGTGTCCGTAACTGGTTGGTATCTGGAGCACACGACATAT
CATGGCTGTTAGGCGGTTGAAACTGATTCCCTCTCTACAGGGTTTCAATT
AACAGGGCTGAAATAACCCGTCTCTTAATATCCGTAGTAACAACCTAATA
GAAGATCCACCACCTGAAGACTACCAACATCGCCACAGGTTCCATTCCGC
TGGAACTTAACTTCCAAAAGGAGGAGAAGAACCAAGTTTTGCTGGACCGG
CAGGCGACATATAACACATATCATAACACTAGCCCATGGTAATCTCCCAG
AAAATTTGGAAACTCATAACGCAGCCAATAGAACACACCTTTCTCTGCGA
GGAATAACTTCAGGCTCTGCAATTGAGCCCAACCCTCACCCTCTCGATGC
TAGTTAAACCGGGCAGAGTAATAACTGTTGTTGTGACCTCACGCGTGACG
TCAAGAGAGGGAAAATAAACCACCGCAGCGTGAACGTATTATGCATAACC
CATTGCTCGGTTGCTGGAATCCCATGACGATCGGAAAACCCGGTAAGTCG
TTGGTGATTCACTGATTTATCATGTATTTGGGTGTTTTCTTTTGTTTGTT
TAAAGGCTCTAAAGCTTTTCGGCTCAGTCGCAAAATCTCTGTTGCGTGGT
TTATATCATTTGGTTGCTCAAAATAGTTGGTGATATGCTAGCCCAAGCTC
CCCCGTTCGAGTTCCTCCTTGTGCGAGTCCGGATTGTCCTTGAGGGCTGC
CGAGAGCATGGGATTGTCGTCTCGGCCGGGAAGTTTGAGATCAGGCAATC
AATTCTCCTCGCTGGCTATGTCATCAACAGCAAGGGCATCACTCCTGATC
CATCTAAGCTCAAGGCCTTTTGCGAGTTCCCGTCCCTTCTACTGTCAAGG
ATGTTAAGATATGTCATCCCTGACAGAGTCAGCTGGACTCATGTTGACCG
TCAATAGAGACTCACTTTCAATAGACAACATGGCGCAGCCGCATGAAGAA
TTTGCACGAGGGTTATAAACGTGGGAGCTTGGGCCAGCATATCACCAACT
ATTTTGAGCAACCAGAGGAGGCCGACAATTGCTCTGCCCCATTTGCGACT
GAAGAAGTCCAATGAAGATTTGAGTCCCATGGGAGCTCCCAGGTAGCGGA
ACCTCCCAAAAGAGATGAAACAGGTTTTCATCGAACTGTTTTCATCAATG
GGTACCTGGAAGTATCCATGAACAGCAACATCTTTGCAAACCATTATTAG
GTTCGTTTGGTCAGGATGAGTAAGGGTATTTTTAAATACTTAAGATGCTG
TTAGGGTTTGGTTGGTCAGGTAAGGATATACGTATTTAGAATAATTAATA
TGCTGTTCGGGTTAGGTAGGGATATTTAAATAATTAATATCCTTTTAGAG
TAGGCAAGCAGCGTAGCGCAATGGTAGAGTGGCACCATCAGTCATCTATT
ATTGCGTTATCAGAGGGTCGTTGGTTCGATCCCCGGGCTTGCCAAGTTCC
GGCAACTAGTGGGGTTAACTCACAGCTATTGTTTGCTTCCCTTGCGGGAT
TAAAGTGGGCGTACCTGTGGTCATTCCTCGATAGGTAAGGTAATAATTCA
TGATAAATTAGACCGCCAGGCTGACAATGTCTCCTCGGAGATTTCCCTAG
CTAGGCAGAAATGCCCAGGGCGTTCCAAACAAACAAAAAAACCAGACAAC
ATGGCGCAGCCGCATGAAGAATTTGCACGAGGGTTATAAATCCGAGCAAA
TCGCTTCCATCTAGACGAAAATACTCTAGAGCGAAAAGTGAAATCGACCG
GGCACTCTGGCACCACCAATCTTTCGAACTTGAACGATGCCCTACACGTT
CAAGCAAGGTGATCTCCCCAAGTTGGACCTTGAAGTGGACAAGGGCAGTG
ACTTCCTAGCATGGAAAGACCATTGGGATGCTTACAGAACCCTCTCTGGC
CAGGGCAACGAAGACCCAAGTTCAGGTCCTTCGCCTGTGTCTATCACGTG
ACGCCGTCCACATTGTGAACAACTTGGGCCTGTCCCATGCTGACAAGGCC
GACCATGCACTGGTCATTGAAGCCTTAAAAAACACGTGGAAGGAAGCATC
AACACCACGGTGGAAAGACGAAACTTTTGAAGGAGAAGGCAAAATCCGGG
CGAATCATTCGATGACTTTGTCAGCGCCCTCAGAGACCTGGCGAAGACAT
GAAGCTTCTGCAACACCGAGTGCCTCCAAGCATCGCTCCGAGATCAAATT
GTCGAAGGCTTGTCCGACTCCGAGACAGTACAAGACCTCCTCCAAAACCA
ATCAATGA
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Synonyms
The feature 'conserved hypothetical protein' has the following synonyms
Synonym
Tk03148
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