conserved hypothetical protein, maker-scaffold1061_size65987-snap-gene-0.8 (gene) Tigriopus kingsejongensis

Overview
Nameconserved hypothetical protein
Unique Namemaker-scaffold1061_size65987-snap-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: EMLSAG00000005167 (supercontig:LSalAtl2s:LSalAtl2s272:99930:102894:1 gene:EMLSAG00000005167 transcript:EMLSAT00000005167 description:"maker-LSalAtl2s272-augustus-gene-1.13")

HSP 1 Score: 74.3294 bits (181), Expect = 2.133e-15
Identity = 47/135 (34.81%), Postives = 69/135 (51.11%), Query Frame = 0 
Query:   99 GTCFTTSECVARNGQLRGTCAAGFGTCCVFVVQATGGQVNQNCTYLLDPTV-DRANAGDARTIMYTVNRINSNICSLRLDLDTFNIQGPAVTTVTSLGPCVDQFTIQSKTGLT-----TICGQN-SGEHTPLATT 226
            GTC+++SEC  + G+  G CAAGFG CC+F+V   G  +++N +Y   P          A    +T+ R  SNICS+RLD +      PA     +     D+ TI S +G +      +CG   SG+H  + TT
Sbjct:    3 GTCYSSSECAEKGGRAAGNCAAGFGVCCLFIVDTCGSTISRNNSYFRSPGFPTAFTVTAATACAFTIQRCQSNICSIRLDFENLIXSEPADGACGANN--FDKITITSPSGFSPPGPGGLCGDGLSGQHMYVDTT 135
[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: 74.7146 bits (182), Expect = 2.363e-15
Identity = 51/132 (38.64%), Postives = 72/132 (54.55%), Query Frame = 0 
Query:  106 ECVARNGQLRGTCAAGFGTCCVFVVQATGGQVNQNCTYLLDPTVDRANAGDARTI--MYTVNRINSNICSLRLDLDTFNIQGPAVTT-VTSLGPC-VDQFTIQSKTGLT-TICGQNSGEHTPLATTQDRNPA 232
            EC +R G   G CA+G+GTCC+F     GG + +N T LL+ +        +RT    YT+ R + N+C +RLD  TF + GP V+T   + G C  D F++ S  G +  ICG NSG+H  +   Q  N A
Sbjct:   79 ECASRGGTAGGACASGYGTCCMFTADC-GGTITENST-LLEIS--------SRTTDCTYTICRCSDNVCRIRLDFMTFVLSGPTVSTDGANQGDCNTDSFSLTSSQGASPVICGFNSGQHIIVEADQGCNTA 200
[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: 73.9442 bits (180), Expect = 3.736e-15
Identity = 40/118 (33.90%), Postives = 64/118 (54.24%), Query Frame = 0 
Query:   75 LFNVVTFDNAQCTSNDVTNGEARLGTCFTTSECVARNGQLRGTCAAGFGTCCVFVVQATGGQVNQNCTYLLDPTVDRANAGDARTIMYTVNRINSNICSLRLDLDTFNIQGPAVTTVT 192
            +F V+ F N  C+      G ++ GTC+T++EC +R G   G+CA+GFG CC F  + + G   +NCTY        +   +  +   T+ + + ++C LRLD  +F I GP+  T T
Sbjct:   40 VFQVIRFRNDACS------GGSKNGTCYTSAECESRGGTNGGSCASGFGVCCTFTSRCS-GMSRENCTYF------ESVGNEQGSCSLTICKCDESVCQLRLDFQSFMITGPSTLTET 144
[Close]
BLAST of conserved hypothetical protein vs. L. salmonis genes
Match: EMLSAG00000003421 (supercontig:LSalAtl2s:LSalAtl2s188:147091:148664:1 gene:EMLSAG00000003421 transcript:EMLSAT00000003421 description:"snap_masked-LSalAtl2s188-processed-gene-1.4")

HSP 1 Score: 71.2478 bits (173), Expect = 3.534e-14
Identity = 59/174 (33.91%), Postives = 83/174 (47.70%), Query Frame = 0 
Query:   73 FSLFNVVTFDNAQCTSNDVTNGEARLGTCFTTSECVARNGQLRGTCAAGFGTCCVFVVQATGGQ-VNQNCTYLLD---PTVDRANAGDARTIMYTVNRINSNICSLRLDLDTFNIQ-GPAVTTVTSLGPC----VDQFTIQSKTGLTT--ICGQNSGEHTPLA-TTQDRNPARR 234
              LFNVV F N  C  N   N E   G C+T+ EC    G+    CA+GFG CCVFV    G + + Q   Y  +   P VDR         M ++   ++NIC LRLD   F++  G   ++     PC    ++ FT     GL T  +CG N G+H  ++  +Q  +P+ R
Sbjct:   30 LGLFNVVQFANDVC--NSTVNNEQ--GICYTSQECNRFGGKAVSPCASGFGVCCVFVKNCRGDRSMGQEIMYFQNDNYPDVDRL----PNMCMLSIPIKDTNICQLRLDFIEFDLDPGSQFSS-----PCDQDYLEIFTNSGSDGLGTGKLCGNNKGQHLYISLMSQFDSPSMR 190
[Close]
BLAST of conserved hypothetical protein vs. L. salmonis genes
Match: EMLSAG00000009824 (supercontig:LSalAtl2s:LSalAtl2s639:583718:585337:-1 gene:EMLSAG00000009824 transcript:EMLSAT00000009824 description:"maker-LSalAtl2s639-snap-gene-5.20")

HSP 1 Score: 66.2402 bits (160), Expect = 1.772e-12
Identity = 51/166 (30.72%), Postives = 78/166 (46.99%), Query Frame = 0 
Query:   74 SLFNVVTFDNAQCTSNDVTNGEARLGTCFTTSECVARNGQLRGTCAAGFGTCCVFVVQATGGQVNQNCTYLLDPTVDRANAGDARTIMYTVNR--------INSNICSLRLDLDTFNI-QGPAVTTVTSLGPCVDQ---FTIQSKTGLTTICGQNSGEHTPLATTQ 227
            +L NVVTF N+ CT+   T   +R GTCF++ EC  + GQ+ GTCA+GFG CC+F +      +       L P    A     +  +   N         I+ +IC +RLD  T  + Q P  T     G C ++    T  S+  + + CG  + +H  + T +
Sbjct:   65 NLLNVVTFRNSPCTAVSSTASSSRQGTCFSSEECSQKGGQIDGTCASGFGVCCIFKIVRIFKILEPPVVSPLVPPQVVATHFPEQIWVKYSNELKQSNCQPISIDICRIRLDFKTLQLRQAPTAT-----GVCGNENIAVTSTSRNNIPSFCGILTNQHMYITTAE 225
[Close]
BLAST of conserved hypothetical protein vs. nr
Match: gi|1325303738|ref|XP_023333450.1| (uncharacterized protein LOC111705205 [Eurytemora affinis])

HSP 1 Score: 107.842 bits (268), Expect = 1.014e-22
Identity = 65/155 (41.94%), Postives = 86/155 (55.48%), Query Frame = 0 
Query:   72 VFSLFNVVTFDNAQCTSNDVTNGEARLGTCFTTSECVARNGQLRGTCAAGFGTCCVFVVQATGGQVNQNCTYLLDPTVDRANAGDARTIMYTVNRINSNICSLRLDLDTFNIQGPAVTTVTSLGP----CVDQFTIQSKTGLT--TICGQNSGEH 220
            +FSLFN+V F N  C S D       +GTCFTTSEC ++ G   G+CAAGFG CC+F     GG  + N TY+ +P    A    A T  +TVN+  ++IC LRLD  T ++QG +  T    G       D  T+  +TG+    ICG N+GEH
Sbjct:   90 IFSLFNIVQFPNLACNSLDTV---FPVGTCFTTSECTSKGGTTSGSCAAGFGVCCLFKSSTCGGTFSNNMTYITNPGFP-ATFNTAGTCTFTVNKCQADICQLRLDFLT-SVQGVSANTQGCCGAGCTTAADSLTVTGQTGVNPPVICGTNTGEH 239
[Close]
BLAST of conserved hypothetical protein vs. nr
Match: gi|1238837206|ref|XP_022237737.1| (uncharacterized protein LOC106478433 [Limulus polyphemus])

HSP 1 Score: 105.145 bits (261), Expect = 1.318e-22
Identity = 59/163 (36.20%), Postives = 90/163 (55.21%), Query Frame = 0 
Query:   73 FSLFNVVTFDNAQCTSNDVTNGEARLGTCFTTSECVARNGQLRGTCAAGFGTCCVFVVQATGGQVNQNCTYLLDPTVDRANAGDARTIMYTVNRINSNICSLRLDLDTFNIQGPAVTTVTSLGPC-VDQFTIQSK---TGLTTICGQNSGEHTPLATTQDRNP 231
            F +FN+  F N  CT  D T      GTC++  +C+ + G   G+CA GFG CC+F +Q+ GG V+ N TY ++P     ++ +    M TV +I+SNIC LRLDL+ F+  GP + T    G C  D F++  +   + +  +CG+NSG+H  +       P
Sbjct:   46 FGVFNIFQFPNIPCTVGDQT------GTCYSALDCIGKGGNFSGSCAKGFGVCCLF-IQSCGGSVSDNNTYFVNPGYPSPSSRNELCSM-TVKKISSNICQLRLDLEQFDTVGPDLMT----GTCRADSFSVSGQDINSIVPVLCGKNSGQHVYVEVGSSSGP 196
[Close]
BLAST of conserved hypothetical protein vs. nr
Match: gi|1325311645|ref|XP_023337449.1| (uncharacterized protein LOC111708347 [Eurytemora affinis])

HSP 1 Score: 101.679 bits (252), Expect = 1.909e-21
Identity = 64/151 (42.38%), Postives = 81/151 (53.64%), Query Frame = 0 
Query:   73 FSLFNVVTFDNAQCTSNDVTNGEARLGTCFTTSECVARNGQLRGTCAAGFGTCCVFVVQATGGQVNQNCTYLLDPTVDRA-NAGDARTIMYTVNRINSNICSLRLDLDTFNIQGPAVTTVTSLGPCVDQFTIQSKTGLT--TICGQNSGEH 220
             SL +VV F N +CT++    G    GTC +TSEC +R+G   GTCAAGFG CC   V   G  +  N TY+ +P    +       T MYT+N++NS++C LRLD  TF   G AVTT    G   D      +TG    TI G NSG H
Sbjct:   77 LSLLSVVNFPNLRCTTSAA--GATTYGTCISTSECTSRSGSASGTCAAGFGVCCYMAVSVCGSSLAYNNTYIQNPGYPSSFTPTTTGTCMYTINKVNSDVCQLRLDFQTFT--GFAVTTA---GVKTDSMAAAGQTGKNPPTISGTNSGYH 220
[Close]
BLAST of conserved hypothetical protein vs. nr
Match: gi|1325334262|ref|XP_023348958.1| (uncharacterized protein LOC111717712 [Eurytemora affinis])

HSP 1 Score: 101.293 bits (251), Expect = 1.379e-20
Identity = 68/192 (35.42%), Postives = 97/192 (50.52%), Query Frame = 0 
Query:   73 FSLFNVVTFDNAQCTSNDVTNGEARLGTCFTTSECVARNGQLRGTCAAGFGTCCVFVVQATGGQVNQNCTYLLDPTVDRANAGDAR-TIMYTVNRINSNICSLRLDLDTFNIQGPAVTTVTSLGPCVDQFTIQSKTGLT--TICGQNSGEHTPLATTQDRNPARRSQPAPPTFDHILHAEADQLDAFEERVD 261
             SLF +V F N +C +++  +G    GTC +TSEC +R+G   GTCAAGFG CC   V   G  VN N TY+ +P         A  T +YT+N+ ++++C LRLD  TF+  G +VTT    G   D   I  +TG    +I G N+G H  +    D         A  T      A A Q + F ++++
Sbjct:   43 LSLFAIVNFPNLRCVTSN--SGSTLYGTCISTSECTSRSGSAAGTCAAGFGVCCYLAVSTCGSTVNYNNTYIQNPGYPSTYTPTATGTCLYTINKASTDVCQLRLDFQTFS--GFSVTTA---GVKTDSMAITGQTGRNPPSISGTNTGYHMYVNLGADTG-----DTATVTMTWGSIASAKQYNIFVQQIE 222
[Close]
BLAST of conserved hypothetical protein vs. nr
Match: gi|1241832303|gb|PBC28660.1| (Intraflagellar transport protein [Apis cerana cerana])

HSP 1 Score: 102.449 bits (254), Expect = 1.938e-20
Identity = 58/152 (38.16%), Postives = 78/152 (51.32%), Query Frame = 0 
Query:   73 FSLFNVVTFDNAQCTSNDVTNGEARLGTCFTTSECVARNGQLRGTCAAGFGTCCVFVVQATGGQVNQNCTYLLDPTVDRANAGDARTIMYTVNRINSNICSLRLDLDTFNIQGPAVTTVTSLGPCVDQFTIQSKTG--LTTICGQNSGEHTP 222
            F LF+V+ F N+QC +++  NG     TCFT  EC    G   GTCA G G CC+F  +      N N TY  +P       G  R  + TV R NSNIC LRLD   F +  P  +     G C  +F + S +G  +  ICG+N+ +H+P
Sbjct: 1534 FPLFSVIRFANSQCLASNNLNG-----TCFTRRECRDYGGVPSGTCANGHGICCIF-QKTCSSTTNVNNTYFTNPEYPTTYEGQGRCTI-TVQRCNSNICQLRLDFLEFTLASPNAS-----GICDFEFILVSGSGSIVPRICGENANQHSP 1673
[Close]
BLAST of conserved hypothetical protein vs. nr
Match: gi|1325295830|ref|XP_023330808.1| (uncharacterized protein LOC111703166 [Eurytemora affinis])

HSP 1 Score: 100.523 bits (249), Expect = 2.252e-20
Identity = 60/162 (37.04%), Postives = 87/162 (53.70%), Query Frame = 0 
Query:   72 VFSLFNVVTFDNAQCTSNDVTNGEARLGTCFTTSECVARNGQLRGTCAAGFGTCCVFVVQATGGQVNQNCTYLLDPTVDRANAGDARTIMYTVNRINSNICSLRLDLDTF------NIQGPAVTTVTSLGPCVDQFTIQSKTGLT--TICGQNSGEHTPLAT 225
            + SLF++V F N +C S    +    +GTC+ TSEC ++ G   G+CAAGFG CC+F   A    V  N +Y+ +P    +    A T  YT+N+++S+IC LRLD  T         QG   +T+ + G   D  T+  KTG     ICG N+G+H  + T
Sbjct:   40 ILSLFSIVNFPNLECNS---LSASFAIGTCYATSECESKGGTTSGSCAAGFGVCCLFSKSACSSTVTNNVSYITNPGFP-STYNTAGTCTYTINKVSSDICQLRLDFITLVQAVSTMPQGCCGSTLCTAGFLADSLTVLGKTGKNPPVICGTNTGQHMYVET 197
[Close]
BLAST of conserved hypothetical protein vs. nr
Match: gi|1325273897|ref|XP_023321599.1| (uncharacterized protein LOC111696274 [Eurytemora affinis])

HSP 1 Score: 99.7525 bits (247), Expect = 3.491e-20
Identity = 68/167 (40.72%), Postives = 89/167 (53.29%), Query Frame = 0 
Query:   72 VFSLFNVVTFDNAQCTSNDVTNGEARLGTCFTTSECVARNGQLRGTCAAGFGTCCVFVVQATGGQVNQNCTYLLDPTVDRANAGDARTIMYTVNRINSNICSLRLDLDTF------NIQG-----PAVTTVTSLGPCVDQFTIQSKTGLT--TICGQNSGEHTPLAT 225
            V SLF+VV F N +C  N +++  AR GTC  +SEC ++ G   GTCAAGFG CC+F   A    V+ N +Y+ +P    +    A T  YTVN+I+S+IC LRLD  T       N QG     P  T  +      D  T+  KTG     ICG N+GEH  + T
Sbjct:   44 VLSLFSVVNFPNLEC--NSLSSSFAR-GTCLASSECQSKGGTTSGTCAAGFGVCCLFTTSACSSTVSNNVSYITNPGFP-STYNTAGTCTYTVNKISSDICQLRLDFITLVQSVSTNPQGCCGAAPTCTIAS------DSLTVLGKTGKNPPVICGTNTGEHMYVET 200
[Close]
BLAST of conserved hypothetical protein vs. nr
Match: gi|1325334812|ref|XP_023349222.1| (uncharacterized protein LOC111717988 isoform X1 [Eurytemora affinis])

HSP 1 Score: 99.3673 bits (246), Expect = 5.533e-20
Identity = 70/192 (36.46%), Postives = 95/192 (49.48%), Query Frame = 0 
Query:   73 FSLFNVVTFDNAQCTSNDVTNGEARLGTCFTTSECVARNGQLRGTCAAGFGTCCVFVVQATGGQVNQNCTYLLDP-TVDRANAGDARTIMYTVNRINSNICSLRLDLDTFNIQGPAVTTVTSLGPCVDQFTIQSKTGLT--TICGQNSGEHTPLATTQDRNPARRSQPAPPTFDHILHAEADQLDAFEERVD 261
             SLF VV F N +CT+     G    GTC +TSEC +R+G   GTCAAGFG CC   V   G  ++ N TY+ +P            T +YTVN+ +S++C LRLD  TF+  G A   VTS+G   D      +TG    TI G N+G H  +    D      +  A  T      A A Q + F ++++
Sbjct:   53 LSLFAVVNFPNLKCTTK---TGSTTYGTCISTSECTSRSGSASGTCAAGFGVCCYMAVSTCGSSLSYNNTYIQNPGYPSTYTPTTTGTCVYTVNKASSDVCQLRLDFQTFS--GFA---VTSVGAKTDSMAAAGQTGKNPPTISGTNTGYHMYVNVGAD-----STDTATLTMTWGDIATAKQYNIFVQQIE 231
[Close]
BLAST of conserved hypothetical protein vs. nr
Match: gi|1325334814|ref|XP_023349224.1| (uncharacterized protein LOC111717988 isoform X2 [Eurytemora affinis])

HSP 1 Score: 99.3673 bits (246), Expect = 5.726e-20
Identity = 63/151 (41.72%), Postives = 81/151 (53.64%), Query Frame = 0 
Query:   73 FSLFNVVTFDNAQCTSNDVTNGEARLGTCFTTSECVARNGQLRGTCAAGFGTCCVFVVQATGGQVNQNCTYLLDP-TVDRANAGDARTIMYTVNRINSNICSLRLDLDTFNIQGPAVTTVTSLGPCVDQFTIQSKTGLT--TICGQNSGEH 220
             SLF VV F N +CT+     G    GTC +TSEC +R+G   GTCAAGFG CC   V   G  ++ N TY+ +P            T +YTVN+ +S++C LRLD  TF+  G A   VTS+G   D      +TG    TI G N+G H
Sbjct:   35 LSLFAVVNFPNLKCTTK---TGSTTYGTCISTSECTSRSGSASGTCAAGFGVCCYMAVSTCGSSLSYNNTYIQNPGYPSTYTPTTTGTCVYTVNKASSDVCQLRLDFQTFS--GFA---VTSVGAKTDSMAAAGQTGKNPPTISGTNTGYH 177
[Close]
BLAST of conserved hypothetical protein vs. nr
Match: gi|242023955|ref|XP_002432396.1| (conserved hypothetical protein [Pediculus humanus corporis] >gi|212517819|gb|EEB19658.1| conserved hypothetical protein [Pediculus humanus corporis])

HSP 1 Score: 98.9821 bits (245), Expect = 8.612e-20
Identity = 68/198 (34.34%), Postives = 99/198 (50.00%), Query Frame = 0 
Query:   60 RLQMVSPEVRCVVFSLFNVVTFDNAQCTSNDVTNGEARLGTCFTTSECVARNGQLRGTCAAGFGTCCVFVVQATGGQ-VNQNCTYLLDPTVDRANAGDARTIMYTVNRINSNICSLRLDLDTFNIQGPA-VTTVTSLGPCVDQFTIQSKTGLTTICGQNSGEHTPL-ATTQDRNPARRS-QPAPPTFDHILHAEADQL 253
             L +   +  C++ SLF VV F N  C ++   NG     TC T++EC  R G   G CA GFG CCVF+  AT GQ   +NC+Y + P   ++  G   +   TV++ + NIC  RLD D FNI GP  +  + +     DQF +     +  ICG N+G H  + A +   NP   +   + P+FD     +  Q+
Sbjct:   52 ELVLFQNQNGCLLLSLFTVVEFQNQGCGASSGDNG-----TCLTSAECEERGGVSSGPCARGFGICCVFL--ATCGQDTKENCSYFVSPNFPQSYDGTG-SCQLTVHKSHPNICQFRLDFDQFNIAGPEPINNICN----NDQFIVSGGNTVPGICGMNNGNHMYIDAGSGITNPVTLTFVTSGPSFDRTWKVKICQI 237
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
EMLSAG000000051672.133e-1534.81supercontig:LSalAtl2s:LSalAtl2s272:99930:102894:1 ... [more]
EMLSAG000000091632.363e-1538.64supercontig:LSalAtl2s:LSalAtl2s577:92059:93975:-1 ... [more]
EMLSAG000000129143.736e-1533.90supercontig:LSalAtl2s:LSalAtl2s981:97107:102445:1 ... [more]
EMLSAG000000034213.534e-1433.91supercontig:LSalAtl2s:LSalAtl2s188:147091:148664:1... [more]
EMLSAG000000098241.772e-1230.72supercontig:LSalAtl2s:LSalAtl2s639:583718:585337:-... [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|1325303738|ref|XP_023333450.1|1.014e-2241.94uncharacterized protein LOC111705205 [Eurytemora a... [more]
gi|1238837206|ref|XP_022237737.1|1.318e-2236.20uncharacterized protein LOC106478433 [Limulus poly... [more]
gi|1325311645|ref|XP_023337449.1|1.909e-2142.38uncharacterized protein LOC111708347 [Eurytemora a... [more]
gi|1325334262|ref|XP_023348958.1|1.379e-2035.42uncharacterized protein LOC111717712 [Eurytemora a... [more]
gi|1241832303|gb|PBC28660.1|1.938e-2038.16Intraflagellar transport protein [Apis cerana cera... [more]
gi|1325295830|ref|XP_023330808.1|2.252e-2037.04uncharacterized protein LOC111703166 [Eurytemora a... [more]
gi|1325273897|ref|XP_023321599.1|3.491e-2040.72uncharacterized protein LOC111696274 [Eurytemora a... [more]
gi|1325334812|ref|XP_023349222.1|5.533e-2036.46uncharacterized protein LOC111717988 isoform X1 [E... [more]
gi|1325334814|ref|XP_023349224.1|5.726e-2041.72uncharacterized protein LOC111717988 isoform X2 [E... [more]
gi|242023955|ref|XP_002432396.1|8.612e-2034.34conserved hypothetical protein [Pediculus humanus ... [more]

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Alignments
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
scaffold1061_size65987supercontigscaffold1061_size65987:30364..52118 -
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
maker-scaffold1061_size65987-snap-gene-0.8-mRNA-1maker-scaffold1061_size65987-snap-gene-0.8-mRNA-1Tigriopus kingsejongensismRNA


Sequences
The following sequences are available for this feature:

gene from alignment at scaffold1061_size65987:30364..52118-

Legend: mRNA
Hold the cursor over a type above to highlight its positions in the sequence below.
>maker-scaffold1061_size65987-snap-gene-0.8 ID=maker-scaffold1061_size65987-snap-gene-0.8|Name=conserved hypothetical protein|organism=Tigriopus kingsejongensis|type=gene|length=21755bp|location=Sequence derived from alignment at scaffold1061_size65987:30364..52118- (Tigriopus kingsejongensis)
ATGAGCCAGACGGCTCGAGGAACGCCCTTGGCCAGATTCTCTTCCCCTCC
AACGTCGCTACGGCTGGCTTCGAACGTAACCAAATCAATATCCAGGTCGG
CCCCTATTTGATCAATGTCGTCCAGTTCTGTTGTTTCATGATATTGATAC
TTGATTTGTACGATGATACCATGTTTGCGATTATGTCTTATTCTTTACAG
CTTCTGTTGAGTCATATTGTCATAACCCTTGTCTGGTTAGCGTTAAAGTT
AGTGTTTTTGTTATGTCGTGTTTACATTTATTGTGTTTCTATTAGATCTG
TGCATATTGATTTGTATAGCCTTGTTAACATTTATTATTTTATTTCTCCA
TTATTCTGTTCTTTTGTTTGGAACAGTTTACAGTATAGTAGGTTCTTACC
CATATCGTTGTTTTTCGTTACTACTAACATGTGTTTATACTTATAAATGG
CCCTAACACTATTGACTAGCATACGTTTGCTAAGTGTTGACTCCCGGGCA
GATACCAAATTTTACTAAGCAGGAAATAAACGATTACACATACACTGAGG
ATCGCATGAGCATTTCCACTTTTTGAACAACTTGGTTGACACCATTCATA
TGTCTAATAAATCATATTTCGAAGTAAGAGCTTGTCACTTCATATTTAAT
GTATTGGAAGTAGATCAAACGTACCCCTTTATCCATGTTTTCTGATTCGG
AGAGAGGCAGATTCAGAACATCTTGCGCAGTTCCAAAGGAATTGGATGTA
AATTTAGTACAAAATAGACCACCTTGTTTCTACCGTCCTACGTTCCTTCC
TTCCAAATTTCGATCAATAACAGTCGAAGCTCCAATAGCCATCGCGCTTA
ATGCTCGTCGGGATCCTCTGCCACCATTTTTTGCTTGTCATTGGCAAAAT
CTAAAGGTGCCTGTCAAAATTCAGGCAATCCAACAAATTTTGGACCAATT
CCCAAGTTCCGATCCTAACAGTTTATAAAAAGAAAACCCTTCCAACAGTA
TTTCACTTTTTCGCTGATGGAATGGCCCTGCTGGAGTAAGCCACGCTTTA
TTTGTGCCTTTTCCATAACTTTTTGCTTCTTGATAAACATTTTTAGTCGA
AAAAAACGCAACTAAATCTGAACTTTAGTGCTCTACTAGTTCTCAGAATA
GGCAGACAGATCTGAGAAGTTGAAAAAGGATTTTATACACTTCTCCTACT
GGGTGTGTCTCATCCTTCCATTAACCATACTTGGGTTGGAACTTTGGTAA
AATGAAGCTCGAATGAGAAAAGCTAGGTTTATTTTGAATGAAACTGGGCA
GGCTTTATTTATCGAGTCAATTGGTTGACATCTTGCAACATGTATAATTT
TGTAGGATATGAAAGATACACTTGTACTATATTAACTAACAGTTGTTATC
TTGGAAGTAAATAAGACGAACTCCGTTATCCTTGTTCGTCGATTCACTAT
TTGTTTCAGCTGGATTAATTTGAGCCAAGCTCTCAAAAGAATCTGAGCGA
AAAACTAGACGGAAAGGGGCGGCTTGTGCTGGAAAGAAGGATAGTTACAG
TACATACAGTGCTTTAGGGGATAAATCGTGTATAGCACTCACAGCATATA
GTCAGTGCACCAGTGCCACCTGAAGTAGCTGACAACCCCGAGTTTCTGCC
ACAGAATCGGGAACGGAGGAAGGCATCACCAGCTTTTGCTTCTGCCAATG
GAATACTCAAGGCATCGAGACCAATGGGAGATTTACCCGTGGCTGACGGA
CCCCCGCAACCTGTGAGCGAAGATTGCTTGCTTCCAAGTCCCAGGTCGAG
CGATCCTAAAATGGAGGGGCCTTGTATGATATTTTAGCGTTGAGCATTAT
GTCCTGCCAATCCGATTACGGAGCCAAACAAACCTGTCTTTAACAAGAAA
ATCAAATGAAGATCGGTTGATTGTCATTGAATACGAGTATGACTGCAGGT
GCGTAATACAAACTAACTTCGTAGGGTAGTTGGTAAACGTCAATGTGAGA
CAGGAACGAAAGATAATTGAGGGGAAGCTTGACGAGAGAATGATCATGCA
TTGGGCTGATCTCTGAAAGGATTATCCAGTTCTTGGTTGCAGCCAATGTA
TTTGATGACTTTTCTAGCCAGAAATTGACCTCCAGCAGGAACAGACATTT
TGCTACAACGTCGGCTATTCTTGCAGGAGCTTCGGTGCCACAACTGTTTG
GTAAACAGGCTGTGAGTGACTTATATTTCTAATTCAATGCTGCCAGAAAT
TAAAAATAAGGTTGAGTATCTTATACATATTTTGTGCATTTCCCTCGTTT
GATTTTGACCATTAAATATGTGAACAATTCTACGAAATAGCTTAAAAAAC
ATTTTTGCTAAATAATTAATTAACAAGCCCTTAAATGTATGGAGTGCAAC
TTCTGTCGGCGAGTTTTTTCAAGTTAAAGAAAACAGCCAATACTTGAGGA
ATGACAAAAAGCGCCAACAGCACATCCTTCTTCACCTTCAAGCTCAGGTG
GGACATATTTGTTTCTTATAAAAATGAGATGGAAATAGTGTTCATTGCAT
ACCTGACACGTCAAAGTCTGCATCAACGGTGGTGGTCCAGCATATTCTAA
GGAAAAGCACCAACATGACCTCAAATTTTCAAGGCCTTGAGATTCTCACG
CTTTTACCTGCAAGTGTCTCGGTTTTGCCGCACACACATGACTTGCCTTT
GGTTGGCCAAGTGCAAACCACCCGCAAAATTGAAGGTTTGCACACTTCCC
TGTCCATTCTCCGACACAAAATATTGTGTACACCCTGTTGGGGCCAGATT
GGGTGAATTGCAGGCATATTGGGTGATCTGAATTAACCAATGATGAATAT
TGATTATTGAATTGCATTGTACACGGTTAGATTTAACAAAACCAAACCTT
GATTGAGAATTGTCGGTTGACCGCACCACCACCAAATTGAAAGGTCAACG
CATTACAACCATCATCTGCATCCAAGAACACTGAAACGGGCGAAATATGA
GCCTAAAGGCCGCATGTCGTGTTACTTTTCGGAATTGGAACCCACTGTGA
TCGTCTGAGTTCATGCCACAAATCCCTGGCGGGTTGTTGGCGCTTCCACT
AGTCACTTGGAACAGATCCGTTAAACATTGGCCCACGGCTGAATTGGGGG
TTCCCATAGTTGGATCGGCAACTGAGGCTCCGTTCTTAAGGCTGGTCACT
GAATCTGCAACAGTCGCTGGAGCGGTGATTTGAAATGTTTGGAAATCGAG
TCGCAACTATAAGAATAGAAATGTCAAAGAAGATGTAGACGTGAAATCAA
TTTCGGGCTGACTCTACTTGGCAAATATTGGCTGTAATTGGGCAAATGGT
GCCGGTGCAAACTCCCATGTCGGGGGCAGTATTGTCATTGAAAATGGTAC
AATTCTCGGAGGATGTTTGGCCGCATGAAATGGTGACTGAAACATAAAAA
TAGATGAAATGCTTGCATTCCGTGTTAAACTCCTTCATTGAAATACTCAC
AACCACAACATACGCCATAACCATTGGCACATGCACCCATGGCCATGCCA
CGCCTGGTTTGGCATTCCTGATCCGTGTAGCAAGTTCCCACTGCATTTCC
CGTTCCATTGCAAGCTTCATTTGGGAATCTGGAAAAGGAAGCAATGCAAA
TGGCCAGGAAAAACATGTGGATGGTGTAAGTTCAATCTTATATTAACTCC
CTGGGCTGAGTAGTTTTATAATTCTGAAGAACCAACTAAGAGTGTGTGAG
GGGTCTGGTCACCCTGGTTGCGCCTCTGCCGGACACCTGCCGTGTTCTGC
TGGCCACCCGCCGCCCTTGATGGAAATCAGATCCCCTTTGGGAGCGTAGG
TTCGAATCCTACCGACTGCGCCATGTGACCACCGTCACTCAGATGGATGT
GACTAGACTGATCTTTATTGAGAGACAAGGACTCCATATATATGTACATA
CTGGAGGTGGCGCCCCAAGTACAAGCAGGAGCACCACCTCCAGCGTGACC
AGAACATCACAGAGGGGGAGACCAAGGCCTCCTATGACATACCGTAGGAG
ACCCGTCCAATGCCTTTTTTGTCGACAAGGTCCAGAAAATTCGCAACGCC
ATTGATACCCATCTCATCGTTCCACCTCTCGAGAAGATTGAGAGGAATGG
GCTCGGCCTCAGATTCAACTTCCGCTTGGTACATTCCAGTCGTATGTTGA
AAATCGTAATGTCGATGAAGGAAAGGCTTCTTCTCATTGAAGAAGCGAAA
TATGCCTCATTCTGCTACAATTTAGTTTCCGTAAGTACGGTTTGAATAAA
GTAGTTTACTCGAGAGCTTGGACTACGTGGCTCTAATTTGTGATATGGTC
TTTAAGAGTGTTATCTAAATCTGTGATACACATTTAATTCGAAATACCTA
TACACAGTCCATTACCACCAGCTTGAGGGAACAATTGTGTAAGTTAATAA
GCATGAGCTGATCAGTGTGTGGGTTCTTCTGCTCACTTATGTGTCTGTTG
AACACTTGGATCGCCAATGGCACGGTTTCCAAGCCTAGAAGGAGGCCAAA
GTGACACCTATTCCCAAGAAAGGAGACCAGAGCCCCCAGGAGAATTACTG
ACCCATACTGTACATCTTTTCCTCCGAAAAATCTGGAGAAAGTGGTGGAG
GAGCAAGTGTCCCCACCATGTCCATGGTCTCCACATTTGGAAGAACATCT
AATTCTCCCACCATCACAACACGGTTTTTTCCTCACCTCTCCTGCACCAA
ACCCCTTATGGACCCAGCACTCAACTGGGGACTTGGTCAAGACGGGAAGA
AGGTCAAGGTACTGGTGGCGTTTGGTTTGAGCGCTGTTTGGACCGGGAGA
TCCTCGTGGGCGACCTACACAAGTACAATTTTGGTCCAGTCACCATCGAC
TGGATCTCCTCGTACCAGAGCAATCGACAGCCAAGGGTTGTGATTGCCAA
TGTAGCGTCTTCTGGTCAATATCTGAACATTAGAAGCCCTTAACGGTCAA
TATTTTCGCTTATTATTTTGTTCATCCTCTACTTGGCCGACCAGCCACTC
TAGCTCAAGGGATATTCGGTCAGCTTCTATACTGATAACACTAACATATG
CTTCTCACATCAATACAAAATGATCATCCGAGGAGTGGACGAAGGCGTTC
AAAGTGTCTGAGCGCTCATGGCTTTGAACTCGCTTGAGGTCAATCTGGGC
CAAAATCCCACAATGACACGGTGGTTGAAATATAAAAAAAATTCAACACC
ATGAATGTAAGGCTACAGATGCTAAGTATATATCAGCTCGGTTGGTTCAT
TTACTTACCTAATGACCTGAAACAGTGAAACTGAAAAAAAAGATGCAATT
TACCTAATTCTCCTTTTTCCGACTCGACCATTTAATCGAACCAATTAGGT
CAGCAATGAAACTTACACAGCTTCCCTTGTCGGCTTCCTTTCGATTTTTT
TGCCAATGCTGCGAACATTGTCGAAGACGACATAAAAAGACAAAGTAGTG
CCAAAACCATCCACTCCATTCTAAAAATGAAATGAAATGAATACCTATAA
GTACAGTATCAAACTACCACTTCAATTCTTACGTTTCAGTGGTGCTTGAC
GTACCTGAATCAAAGCTCACGAACCCACTATTTATAAACTCGGTTCTCAC
CACCAACAACAAGCACAGATAGTAGCTAAGAATGCTTAAAAAAATCATTC
ATCTTGAAACCAAAGTAGTTCTCAGATCGCATAAATCGCCATCTTTTGTT
ATCCCCTTTTGATATAACCTTTGATACTTCTGTAAATGATGTGTATTGAG
TGTGAGAGGAGATACATCAGTGCCAAGAGTACGTTAGTAGTCGTACGTTT
CTTGCATAGCGCTAAAAAGCACATTCAGGTCATCTTGCCAAGAAAAGTTA
TTCTTCCTCGAAAACAATTATCATTTTTTCGAAATTTCGAAACTATCGCA
ATTGCAACCATTTGCCTCGTATAGGAATGAAAATTGGATGGTAAAATGGT
CAGGGGATGAACCACTGGAAATGAAAGGTCAGCACATGAGATATCTCAAG
TATTCTCGTTCTGTGTTTTTGTTTGTTTGGAAGGCCCTAGGAATGATCAC
AGTACAGTACAGTCAGTACAGTACAATCACTTCCCAGTTAGAAATCTCCG
GCGAGACATATTCGACCTTAGGACTTTCTGAAAAAAATATTCTAATCCTT
GGACCGAGTGCAAGATAGTCATGGTTTGACCCAGAAGGGACAGGACTACC
TTGGGATTCCAGTCCAGGGATATATTGGTGCCGTCGTGAATACTAGCCCA
CAGACGGCAGGTGGCAGGGCAAACTGTCGCTAGATGACAGGGCGAATCCT
CCGTTTTTCCGCATAAGCGACAAATTTGGCCAGCCACTTGCCCTGATTTG
ACTGCGTTAAAGTGGTTCAGGTCACAATGACCAGTGATCCAGGGGATCAG
CTGGCCCAGACCCTTCCTACTTAGGTCCAGAATATGCTTGGAAAAATATT
GATCTGGGTTGCGGATCCAGTACTTAGTCTGGCGGTATCCGACACTATTC
TTCCATTGAACGCCCCATTTGTGGCGAGTAAAATCTTTAATGGCTGATTT
GGTAAAGCTAAACGGTGTGGGAACAAATGGCTCGGGGCCTTGAGTTCGCA
CCAGCTTACTACTACATGCCAAAGATGATGCTTGGACGAGGTTGGGGTGT
ATGCGAGAGGACCCGAGAATCACCCTAGCCCGTGAAGATGTCTCTGCTAA
AAGATTTAGTTTCCTGTAACAATTCAATGTGATCGAAGACGATGTTGTCT
TTTGCAGTAAAGCTAAGAGTGCCGTTTTCCTGCTCACTATAATATCAACA
TGCCCGGCACAATTGGACAATAAACTTTCGGCGATTTTGCCAATAGCTAT
AAGGTCCGCTTGGCCCGGAGTGGTGAACTGCCCTAAGAAAGCAGTTTCGT
CTTGGAAAGAATTGTGGCTGTTGGAGATGACAATGGCTGCCACCGTTCTT
CCATTTGTGACAACATCCCCCACATAACCTACCACGGTGCTATTACGGGG
TTTTATGATATTGTCAGTTTCTATGACCTTGAATTTCGGTGATAGCCAAG
AGTTTGGAATAGAATCGGTAGGGATCCCACAGCTAGGTAGTGTCCTGACC
TCATCTTTCCAGTAGCGAAGATGACCTTTCCCACTGATACCAAGCCCATC
CCATCTAGTGGGCAACGTGCTCTGGATACGGATATAAGTGGTGGTANNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNGATACCAAGCCCATCCCATCTAGTGGGCAATGTGCTCTGGATACG
GATATAAGTGGTGGTAAGTGGTGGTACTTATCTTGTGTAGCAGGAGGTCA
TATGTCTCTAGACCCAGCAAGAGTTCCAGACCTTCTGTTGGTGTGCTTCG
TTGGAAGCCCGCCATTGTTTGAGCTGCGAGCCTGTTCAGTCTCCTCAGCC
TCACTTTGTGTCGCGCCTTCAGATGGTGAGCCCAGAGGTGCGCTGCGTAG
GTTAGCCCGGTTCGAACAATCCCGGCGTAGGCCCAACGGGAGAGTTTGGG
AATCGGGCCCCACGTCCTGCCGATGCTGTTAGACACCTGGAAGAGTAGAG
CCAATGCCTTATTGATTTTGTGATCGATATGCTGGGTCAACGATAACTTC
TCATCGAGAATAACACCGAGGTATTTCGTAGACTTTTCATATTTGATCAA
TTGGGCACCCATTTTTAATCTTGGAGGGGGTAGTGGTTTAAGCTTTTTAT
GGAACCAAACCGCAATGGTCTTCTTTGGGTGAAAGATTAAGCCATTTTTC
CGACCCCATTCCAAGGCTATTTTAATTTTGCCTTGGGCGATCTGACCCAG
TGTTCCTGGGTCATGGCCTGTGACTAAAATTACTGCGTCGTCTCGTTCTG
TGTATCGGTAGTTCTGTTTTGTATGTTATGTTATTCTGTACTGCTTTTCG
TTCTCGATACTGGTATTCTTTTCAGTTTTGTAAAGTATTGGTTTTGATAA
AGTTTGGTTCCTGTACTGAAATGTTTTTGTACTGTATTTTTTTGTATACT
GTATGTACCTTAGCATAGATTGCTTTATAAAATACATAAACGCAACTGAC
TTGCATTTGTTTGAACCATCGGAAGACAAGGACGCACTCCCGCAAAACCT
CGAAACGCCGAAACCCGAAAGCGACGTTGGCGAACGAAGACCAGTCGACC
TCCGCACACACTTCGTCTAAGGTCCATAAACGAACCTCCGCGCCTCACCA
CTCCTCCAAGACATCACCTCGCAGGGTCAGTAATCCCTCCCCCGTAACCA
CTCATCTACATAACTGTATGTACCCAATCTATACAGTGATATGTAATAAC
GCGTACGTACCCTTTGTATTAAAGGCTGTGACTACGGACTCTGCAGAGCG
CGCTATTTTAGTGTTGACTACCGGACATAACCATCTTTTAAATGTAGAAA
TAAACTGGATGTTTTGACTCTCAGGCATAATAACCCCATTTTTATATGTC
GGAAATAAGCGATTACACACTCACATGTCGTCGTTTTCTTCTTCTTTGAA
TCCATCCCCTTGGTCGATGGACTGACACATGGAACCTGTACACATTGAAA
AATTACGCGTGCCAGACTTAGGGCCAACGTCAAAAGTAATTAGATTTTCA
TATCGGAAATACAGATACATCTAGCACAAAGATTGTGGCAAAAGTAGACA
ACCCGACCAATTTAAGCGATCTCGTCAAAGAGGAAAAAACATTTGGTTTT
GTGCCATGTTTACTACTAAATCGCAACGCATGCTTTTACTAGTGGAGCAC
GAGCTGACGATGAGTTTTGAAAAAACATGAGGAAAACACGACCCTTTCAA
TTTTCTTACTAATGAGCCGATCTCTTCGCCCACAGCTGATCAGAGTCATG
TTACTGACATTACCATTCGTCGCATGGTTTCGTTATACCATAGTTTTTAA
ATGAAGAATGTCACCATAGCAGTCTGGGATTTTTCTCGAAACTTTCTAAA
ATGTCTACCACTCTTTTCATGTTTCAAGTTTATTGAGTTCGTCCATAGTT
CAGTCAAGAGGCACATAATGGGGTGTGTGGAGTCGGACATAAGCCAACTT
CGAGCTGATTCGCGGAATGACGAACCGAGGCATGCCCATTGAAGTTGATC
CTGGGTGGGAAACGGGCCATTTCATCGGGTTGTTCTTTGACCTGATCTGC
AAGAGTGAAGCCAATAACTTAGCGACAGGTTACAATTTCCCCTTGGTCTT
CAATAGATGGCGACATCACCACCCGCAGCACATCATTTAACCGAGAGTAC
TTGTACATGAAGGAAGGAAGGGCGTGGCTCAATAATGCCAAGCTCCACGG
GCAGGGAATTGCTGGGACGGTGACAAATCCATCGAACCATGGACCAAGAT
CGAGCAGTCACCACGATCTAATGACGTGATTGATCGTCCGGATCTGAAAA
TGGCCCGGTGGGAGCCACCCTTGACATGCCTAGGTCAAAGTGTTCCGAAG
AAGCGAGGCTGTCACGGGTGCAGCAAATCTTCAGCCGGGGGAACTGGCAG
TATTTGGTCGAGTCAGCAGCCACGATCCATGACGATGATTGAAGCACACT
TTGCACCGGGCTTGCATTGATTTTTCACGATTCAGTTAGGCTGACACTCG
CAAGGCCCACGAGACATAACACCGGATATGCATCCACAAGAAGAAAAGAT
TGGTCAGCTACCCATTTATAATTTGTATCTGGGTGACAAGGTCTTCACAT
CAAACATCAGGACCAAATTAAGGACGAGACCGATATTAGGTCATTTTCCT
CGGGCCTCGACGGAGCCTCTATCAAAAATTTAGGTTCATTTCATTGTCCC
AACTTAAAGAATGATAGAAGGATGCGATAAAAAGCCGTTACATGGCAGAC
GATGCTCGGATGCATCTGCATCGCCAAGTCTGAGGAGCTTAATTTCGGCG
CATTTTTCAGTCGGTCCTCTCATTCCTTCGCTAACCATGGGAGATTCAGC
AACTTGCCAGAGTCTTGTCTTCTCCTGTCTTGTCTTCATGGTCGGGACTT
TGTGTTTAACTGTAAATGCAGCGAATAGGACAAAAATCAACCGAGAAGGA
AGAGGTAACAACTTGTTAACTTATCGAACATTGGATGGAATGAAAACATA
AAATCTTGAAACCGTTTGCCTTCCAGTTTTTTCTCTCTTTAATGTTGTGA
CGTTCGACAACGCCCAATGCACCAGCAACGACGTCACCAATGGGTAATAT
TTAGGGAGGCATGACACTATTGATCGAAGTTCTTTTCCAGGCACAGATTT
GGAACAATAACTCTACGCTGATCATGATAAGTTTTTAAGCTCCATTTTGT
CTGGAACAAACCCTGACTGGCCATAATAGTTGACGAATCGCACCTTCAAA
CAATTGGAAGGGTATATTAATCTTTTGCCCAATAATTGTCGAGTTTCACC
GAGATGACCAAACTGTGTGGCTCGTGCTCGCTCCTAATGTTTGCTTCTAT
TTTAGAGAGGCTCGCTTGGGCACATGTTTCACCACTAGTGAATGTGTGGC
CCGAAATGGACAACTTAGAGGAACGTGTGCAGCTGGGTAATTTGAAACAC
GGGTTCGCGTAGTTCATAATGATATTGAAATATTGTGCAAACTTCATTCC
CACAGCTTTGGAACTTGTTGTGTATTTGTGGTACAAGCGACAGGTGGACA
AGTGAACCAGAATTGCACTTATTTGCTGGACCCCACTGTGGATAGGGCCA
ATGCGGGGGATGCCCGTACCATAATGTACACTGTCAATCGCATCAATTCA
AGTATGCACGATTGTCACGCTGAACTATCCATTCAATACAACTGATCCAA
TAATTTTGCAGATATCTGTTCCCTAAGACTGGATCTGGATACGTTTAACA
TCCAGGGTCCTGCTGTAACAACTGTTACGTCATTAGGTCCCTGTGTGGAT
CAATTTACAATCCAGTCGGTGAGTTTGGGATGGATTTTTGTGAAAAATGA
ATCCCACTCTGAAAATCTACTGTCTCCATTTAATCATTCGCTTCGCAGAA
AACCGGCCTTACTACAATTTGCGGTCAAAACAGCGGGGAGCACAGTAAGA
TATCCTAATCAACAATCATGGGGTTCGGTAAGTTCCACTGATTGCCACTG
TTTGCTCCTAGTTTACGTTGATATTGGAGCATTAACTTCATCGCGAATCG
AAATCGCTCTGCCAGCCGTCACAGGCGCAGTGACTAGAGAGTGGGACATC
AAGGTGTCCCAAATTCCATGTAGCGCAAGTTTTGGGTGAGGAAAGATCAT
AATGAATTTGCTGCTTATTATAGATCCCTTCTGTTTGGGTAAGTACTTTG
ACTTCAAAAATTGCAAGGTTCATTTTCACTCTTGCCTTCAGAAATCGTCT
AGGGGTGGTTTTAAACACAGTTTCAGGTGTACGTTTTCATTTTACAGCCC
TCCGCCAGGATGCTTTCAATACCATACCGAGAACACTGGTCGAATCATAT
CACTCAACTTCAACGGTGCTGGTGGCCACCTTCAAAATCAAGCGTAATTT
AGTTTCCTACTTTTTAGCTCATGCCCATCTATAAAGCACGGTAACTTATA
GTGTCTGATTTAGTAATAGGATAAAGTCAAGAGTTACCAAGTGTGAAAGA
TTAAGTATCTTGAGTCACATGTAACCAATTATTTGTAGTGCTAGAAATCA
TTGTTATCATCTCCAGATCCTTTTTAGGTCAACAATACAAATTGTTGGGA
ACAATTTTGGGTCAGAAATGTTACTTAACCATTTTTTCTGGGTCATAACT
GGCAAGAATCAGAGCTTACGAACCAACGAAAGAAATATATGCTCGCCAGA
ATCATCAGAGCAGGACATGCCGTAATTGGAGCCAAACAGTTGTCGCTACC
ATCCAAATCTTTGCTGGATGGGATACAACTGTAGGAGACCCAACAAAACA
TGACGAACGAACCATCGAGAGATCCTGTGTGCTGTATCCACTCGCACAAC
TTGGTGCACAGCAGTACCCGCATGGAACAAGAAACCCTGGAGGAAAGTCG
AAGTATGGCTTGGGGGATCTCAGTTGACTTAAATCCTGTGAAATGGTTGT
TGGGACCGCATTGCTAAAAGAGACTAACAGAGCCCTCAATTAAAAAAAAT
CAAAATTAGAACGTAAGTATTTCTTCACAAATACCTAACCTCGCTTTGAG
CAAGAAATGAAAACAACTTGATAACAGAACTAGGTGGGACAGAGCTAAGT
GGGGCTGTAGGGATCTAAGTACAGCGAGGTTAGGGTTTTGTGGGGAGACA
CTTTTGATATAATTTTGAGATTCTTATTAATTGAGGGCTGTCGCCTCTCT
GTTACTCCCACTGGTAGTGCCCATTTTGAACGACGAGCACTTGAGGTCAC
TGAAGGTGCACGTTGGCTAAGGTGACAATCAGGACACGTCCTGGAGGGGC
AAGATGAATGGTGGCAAGGTGTAAATGGGCGGCAATTCGTGGCCCACCCG
GTTCGAGCGATCCTCGTTTTTCCGGAGGCGCTAAACCCCACAACGGAAAA
TCTGTTGCCCAACGTGACAAATCGTGATAATGGCAATTCTTGGCCCACTG
TGTTGTATTGTTTGGTGACTTTTGGTATATGAATTTTGGCCAAGACACGC
AATATCTTTCTTGATTGTTAATTTATCAAGCGATGAAAACTAGTGTACAC
TGCTCTAGGGTATTTGAAAGTCACTTTATTTATGGAAATAATGGCCCGCG
AAGAAGTATGCCGCGCTGAAATGCCGCAGATTGATTCCTGGGCCCGGTAT
ATCAAAAAAATCGCCACTCCAGACTTTTTCTCTTCCAATGAGGGGGTGAA
TGACGACTCCCTGAAACCTTAGTCGTTGAAGGTCAGGTACATAGGTGCAG
CCACATCTTGAGGAAGGGTTCCTTCTGGATCCCCACAAATGAAAGTAGTG
GCTGGAAGTGGATTGTAAGGGCTGCACGCTGACTAGCTAAACTAGCTAAT
AACGTCAGTGGGCCCCGTGCTCACCATGGGGTTCCATGGTGAGGAACACG
AAACCACCGGAAGATGCGATCAAACAGCTAGGGTGATCCTCGTGTACCGG
AGGAACCAAACGCCCCAATGGAAAACGTACCAGCCAACGTGACACATGGT
GATGGCTGTAATTTTTTCCAAAATGTACAACGGTATCAATTGGAACAGCG
TCACGGCAAATCAGAACCGTGCGATTGATCATTTCACAGGTTAGGCAGAC
ACGACAAACGAAGCATCACCTAGTTGTAACTTGCTTGCCCGATCACCACT
GCTTAAATCATCTTTTACCGGCAATTATTTCTCACTCGAATCAGGCCTAA
GTGGCAGAATCGCCGGTGAGCCACACCCTTCAAATATACAGTGTGTAATC
GTTTCTTCCTACACATATAAATATGTTTATTTGCCCCAGAGTCAACACTT
AGCATACGAATACTAGTCAATAGTGTTAGGGCCATTTATAAATAAAATAT
GCACATTAATAAAAACAAAGATACTGTAAACAACATTGCAGCAAATTATA
CAATCCAGAACAACTCAATAATGGGACTCAGTACCTGTTTAAAAGCCTAA
ACAATCAATAAATCTGTACCAAACTAACGCACAATAAATATTAAAAAACT
TAACAAAACACAAGTATTGTAAACAAAACAAAACACAGCAAATGTTCACT
TAAGTACGTAGTGCTCTACGCCACGATTTCTGCAATTGCAACACATTAAT
AAACAACAATTAACAATTGGAAGCCAGATGACACGTTCTGGAAAAAGAAT
CAAGTCCAGTATTTTAGTTGCAGCGACTTGCTCTTAAAAACTCAATCAAG
GGATACCCAGAAATGTTAACCACCATTCTTTCTGTTGCCATAGGTACAGC
ATCTGCATTCGGCAAACGAAAGGATTTTGTTGCGTGAGGTATCGAGAGTG
TCCCAATACGGTTGACAATTTCACTTTTGATAACATCGCTGGCACTCTTT
CTTCGGACGAACTTGGGTGCGCAACCGACTTCATCGTTATAGGTGGTAAG
GAGTGGTGGCCCTGAAACACTTAATAATATGAATTTGAATTGGCACCCAA
CCAAAAACGACCCTGATGGGGGAACTCGGTCAACACCATACTTGACCTGG
ATACCACAATCTCAAATTCATCCCATAGTGGAGGTTCTGAGAATGACCAA
GTTGCAGTATGCACCGCCCAATTTTGGACAGTTTTGAATGGCCCAATCAG
AATCTTTCCCCCATTGATGCCCAAACTGCAAGTTTTGCTCAACCACTTAA
TGCATTGCTATCCAACTTATGGACCAATGCTCAGCCAGGGAACTTTCCCA
ACTCACTGAGGTAACCTCGGCCAATCGTGTCTGCAAAACGGTGTTATGTG
TGGTTTTACCTTTTTTACCTCTTTGTGTGGTTTTAAATTGAGACTGCTGA
GACTGCTGGATATACTGTACAATTCCTGGAGTTTTGAAAAGTCTGTCGAC
TAGAGAAAAATGTGAATATTTTTTTGCTACTGCATAAAAAACAGTGGTGC
CAATTTGGGCACCTCTACGTAGGTATTACTTGTCCAGTGTCTGCTGGCCC
GTTACAGAGCGGAAAACTAGGCAGTCGCCCAATTTGTACATTTATAATTC
TTTACACTTAGGTTCCACAAATGTTCAGAACGGGGCACCTGGAACAGCAG
TGAGGACCAAATACTGTTCCCCCTTTATAAATTTCCTCCCAGGTCAACCT
GCTTCAATGCCCATTTTTGGTAAGTTAGTTCGACAAAATGTTCCCATATT
GTCAACTTCTCTTGAGTCACACTTTGTTCCCTGAACATTTCCAGCTGAGC
TAATAAAAGCATTAATTTTTCTAGATTGCACCCCACCGTTCTCCGTTGGC
CTGGTGACCAATGATATGCAGTCAGCACCGCCCAATAGAGGTACTCTATT
ATAGTAACGTCATAATGGAAAAATGATCCAACATTTACCTTTTAGGCCTT
TGCTTGGAATACATGCAGCTGACATGCTAAATAGTATACAGTACGTACAT
CATATCGAATCAATTTCTTGACATCTTGCATTTTAAATACACAACCAACA
CCAATTTAGATCATTTACTTTCACGAAGTTTCCCCGACGGTCACTCGACA
TTTTGCGCCCATAGTCCCACAATCCTCTGATTATCTTATAAATGTCAGTT
GGCTTCGATCCTCGATGAATAAACAGCTTACCTAGCGAGGCTCTGTTTCG
CTTTGTGACACAACAGTTACGATAAATCCGCGTCCGTGTGAGTGATTTGC
GTTTGAGGCATTGGAGTGGCTTTCAAGCAAGCTGTTTACGTCGACTCCCC
TTGAATCAAGCCCTATCCTGTAATGTTGTGTCTGCGAGTCACGGTTCAAT
CCAGATGTATTGCGGTGAACATAATCCGATGAAAATGTAGATGTAGCAAC
GGGCTGCAAGCTATTTCCTTCATCTATAGACTGATCTTATCCAAACAGGG
ACGTTAATTTGCGAGTAGAAGTGTGGTGATCGGGAGTCGAATCTAACGCC
CTTCTGTCTCTCGAGCTGATCCCCTGGATCACTGGTCACTGTGACTTGAA
GAACTTTAACGCAGTCAAATCAGGGCAAGTGGCTGGCCAAAGTTGTCGCT
TATGCGAAAAAACGGAGGAATCGGCCTGCCATCTAGCGACAGTTTGCCCT
ACCACCTGCCGTCTGTGGGCTAGTATTCACGACGGCACCAATATATCCCT
GGACTGGAATCCCAAGGTAGTCTTGTCCCTTCTGGGTCAAACCATGACTA
TCTTGAACTCGGTCCAAGGATTAGAATAATTTTTCAGAAAGTCCCAAGGT
CGAATATGTCTCTTCGAAGATTTCTAACTGGGAAGTGATTGTACTGTACT
GATCATTCCTAGGGCCTTCCAAACAAACAAACAAAAAGTCTCTCGATCCT
GTGCGTTGCTGAGAAGTGCATAGATGATCTGACCTCTATTTGTTATGCTC
ATTGTGCCCAATCATATTTCGCCTGGCAAATAAACCAGACCCTTCTCTAA
ATCTTTCTGAGTCCAATTGCCAAGTTGAGGTCAATTAGGGCCTCCAAAGT
GGTGATACTGGAAGTGAAAATAGCGTGCAACCTGGCTCGTTTCACCCTCT
GGTTTCACCCAATGCAGCTTTAGCCAGCCACGAACGAGCAGAAACAGTGA
TCGTCGTCACCTTGGTGTGAATCTGAAGTGACTTGTTGGATAAGGTCTTG
GGGGTGCGTATTGAACCCAAACGAGATCCCAACATGACTCGTACGCCGAG
AACTCCGACTTCAAAGGGCCTTGATTTGAATCATTCAGCTGAGAGCGGCA
CCAGTGTGACCCTTGATAACGGTGATGGGAGAGGATACGCCGATAGAGTG
AAAACGATTACACCTCGGCCCAACTTTGCCCATCCAACGGGCAATGGCTC
ACAGGTGTCATAGAACCCACACAAGTTCCCGGTCCTGGATTTCGAGTGTT
CTAAGGATGGAGTATACCTCTCGATCCCAGTGGTGGCCGACTTGATCTTG
GAAGAGCTTGGAATGGCTAGAGACGAAATTGAAAGGTTTCGACTTATTGG
AGGCATCAATCCGACGGTCCGGGTACAAACCAAAAAGGAGATCATAGTTC
AAGAAAAGTTTGGTGAGAATATAAATTTTCAAAGAAACTATGGAGAGATC
AAATGGAGTTGCAAGATCCGTGGGGGCCGGATTGGTAACAATTTGAAACT
ACTGAGTGTCCCTGAAGAACTAACCGACCACTCCCTTCTTGAGGCGGTCA
GATCCTTTGCCACAACTCATGTCAATCTTGAAGATGAGAGAGTATCCAAA
GAGCAAGATATCCGATTGGTTGGTATCCCAAATGGAAATAAAATTGTCCG
AATTAAACAAGTCAAACCTGTTGAGTTGAACGTTTATTCAGAATCAACTT
CGAGAGAAGAATGAGGAGAGCAACACCAAGCAACACAGCTGAACTAGATA
CAGCGAAGAGCCTTGGCCTGGATGTCTCGACGAGGTGGTAGATAGACCAA
CAAACCCGTCCCATATTTTATTGTCGAGGGCGGAAAACGTATTTTTCTCC
AACACAAGCAAAATGTTTTTTTCTTTTTTCAATTCGTAAATGTTTCGTTT
GTAAAGCTGAGGGTCATATGGCCCAATTTTGTCCACGTGAGAAAGTACCA
CCATCAATAATTGAAGTCAATGAGAAGTTGTTACCCCCTTCCGAAACTAA
CCCCCAACTTGAAGAAATATGCCCAAGCGAATCTGATCAAAGCTCTGTGG
ATGTCCCGGAGTCTACAACTGACGAAGCAACATTAAAATGTAATAGTCTT
CAATCCCCTACGCCAGTTGATCTTAAGGAGAAGAAAAGAAAAAGACTGGA
ACATTCGCCAGTTTGCACTCGAGCAAGGGCAACGTCCACACTGTAAAATT
GTGTACATAGTAGTTTTAAATGGGAACAGCCTTAATTTTTAATCTGACCA
CATCACAATTTATGTTTTTGATCATACTTAGCAATAATTTACTTGATCCA
ACTTTTTTTTCTTCCGTATTTCAAACTATTCGTGTATTTACATTTCGAAC
AACTTTTTCAACATTCTGCTGACTTTGCTAACGTGTTGTTTCTCCTACTT
AGAGTTTCTACTACCCGATATCATATTCATCTTAGCTCCCAATCACTATT
GTATAATCAATTATCTGATTTGCCTGTCATCGATCATCGATCATCCTTTA
TCTCAATCTGTAACCAGACCTACCCCATCCAAGTACTTCAACTATTAAGG
GGTCTCTTGACCATCCTCCAAAGTCTTGGATTTTGTTCGGGGGGACAGAT
ATCGTAAACAATGAGACTCCGGGACTTACATACCTTGTTTACACTGGTGC
CTTACCCAAAGGGCATGAGCTAGCCTGGATTGTCTCCCTAAATGTTAGAT
CACCGATAGCAAACCAAGAATTATTGGCCGAGTTTTTAGAAGAAAACAGT
CCTGACATCCTTGCGCTTCAAGAGGTTTGGCAATTTTCAAAAGCTCCGAT
TATTTTCCCAGGATATAGTTTTGAAGGAAAGGAAAGAGAACACAAAAGAG
GAGGATGGGTGTGTTTTTGAGTCAAATCACATATACTGTTAAATGTCTTG
CCCACATTGACCTTGATTTCCAATGACTTGGAAATAATGGGTATTGAACT
TGGGGGTAAGGTCATTCTTTCTACATATGTATTCCACCAAATAGCAATCA
CTCGCAAGCTTTAAAGGAACTGAATTCAATCTTAACCCAATGTAAAAGTA
GGCAGGTGTTTTTATGTGGCGATTTCAATACTAATATCCTGAACAACACT
CAAAGGACGTCATCCTTGTGCGATGTTTTAACATGTAATGGTCTTTATCC
CCCAGTGCATGACCCAACTAGAATAACCACCACATCTAGTACATTAATTG
ACAATATACAGTGTATTCACAAACTCGACCAATAATCATGTATCTGGTAT
CTTGGATTGTGACGTATCTGATCATTTGGCAGTCTTTGCATCTTTTAAGA
TGAACAGGAAACGAACACACAACTTCGATTTCTCTTCATAAGGGATATGA
GAGAAAGAAATATTAATTTGCTTCGCGAGCAGCTAACCTTGGTTAGGGAT
TGGGGATTCTCAGCGGAGAATCCAGAGTTATCATTTACATGTTTTAAAAT
CATATGAACCAGCCTTCTAAATTTTTCGTGTCCTCTGAGGAAAATAAAGG
AATGTAATGGAAAGGAAAGCCGCCAAAAACAAAATGTGTGGATGAGTGGG
GGAATAATAGTATCTAGAAAGAGAAAAGCCAAACTATTCCAAACCTTCAG
AAAGAGTCCAAATAGTGAAAACAAGGAAAAGTATGATGTGTATCACAAAT
TATATAAAAGAGTGATCGGGCTGCTAAATCTTTATATTAGAAATCATACT
TCAAAGAAAATTCGAACAATTCCAAGAAAGTGTGGCAAGGAGCGCACGAG
TTGTCGGGAAAGGTGGGACTTGCTTCCTTTTCCCAAACTATTCAACTTGG
GGGCAAAGAAAACCTAGTTAGCGACCCATATGATGTTGCCAACCAGTTGA
ATAATGCTTTCGTCGAAATTGGGCATAGGTTAAACGAAGGCAAAACAATT
TCTACCAAATCTGCCATAAAGTATCTTGGAGGTCGTCACCTCGTATGAAA
TTGCAAATGTAATAAAAGGGCTTAAAAATATCAAGAGTCAAGGCCAAGAC
GGCATCTCAAACCAACTGCTGAAGCGCTCAAGTATTGAAATTGTTAATCC
ACTGACTTCTCTTACTAACATGTCCCTTTCCACAGGATTTATTCCTGAGG
AATGGAAAACTGCAAGAGTTATTCCTCTTTTTGAGGGAGGTGACAAGACA
TCAAAAGAGAATTATAGACCAATTAGTATTTTATCATCGTTTTCGAAAAT
AATTGAGAGGGTAAATCATAGGCAAATGTTTGATTTTTTTGAAAGCACTT
TTTATGCAGAGAACAGTTAGGTTTTAGGCCTGGACATGGCACAATGCATG
CAATTAATATATTCTTGCAGGACATATTCTACAACAGTGACAAAAAATCG
TCTGTAGCCATATTTCTACATCTTAAAAAGCGTTTGGCACTGTACTGTAA
ACCACAGCATTTTACTGTCCAAACTAACACACTACGGCTACAGAAATGGG
CCATTAAAATGGTTGCGCCACTACCTGGGCGCAAGAAAACAGTATGTGGA
ATATAGTTGTTCTAAGTCAGATTTAAAACATATATCTTGCGGGGTCCCAC
AAGGTAGTATTCTAGGCCCATTATTGTTTTTAATTTACATAAACGACTTA
CCCCTGGTAATAAAATTTAAGATTACTATGTTCGACGACGCAACTCTTCA
GCTCTTTGGAAACGACATAAAACTAATTGAAAACGATACCAATACTATGC
TAGCAACTCTAACTGATTGGTTTGATGCCAATGTCCTTCATTTGAATATT
AGTAAAACGAAATGTATTGTTTACCAGGATAAAATCGCCACCGGTCATTT
ATCTTAAGTGCAAAGGTGAGAAATTAGAACAAATCGGAAGCAAATGTGTC
ACAAAGAAGGGTCAAATTTCTGGGGCTAATAATGGACGATAAACTGCATT
GGCGAGACCACATTTCCCATGTCATAAGCAAATTAAAAAAAATTATGTTT
CAACCAAATCGTGTCAAGGGATGTACGGTATGACACCCCACGTCCGCCTC
TTGATCTACAATTCGGTTATAAGAAGTGTTTCGGAGTATGGGTTAGAGTT
CTTTGGCGGGGCCAGGACGGTCGAAATGCTATTTAAGCTTCAGAAAAGGG
CAGTTCGTTGGATTGTTGGGGCAAAGTGGTTGGCTCATATGGACTCAATA
ATTAAGGAACTAGGTTTGCTGAAAATTAGGGACATTAGGTCATCAAAAGT
TGTCAAACTTATTCAGAAATCCCCCCTGGACTGTCCTCACAAACCGTACC
CGAATCATCCGTATACCCTTAAACACTCACGCAAAGGATTGCTACTTAAA
GCGCCCCAGGCGAAAAAGACCTGGTTGCAAAATCTCCCTCCATATGGATT
TCCCAAGATTTGGAACAATCTCCAAACTTGCTTTTCCCTAGCTGATCTGA
CCCAAAAGCATGCAGTGCAGACAATAGGCCCGGCGATGTACTCTACTGTA
GGTACGAGAACCAGTGTGAAAAACAAAATTGCTTCAGTTGTCAACGAACT
TCGCGTAGGGTTTCAACCTGATGGGTATTATTGACTCTTGTTCTTCCCAG
TACTTCAATGCACGGAAGGGGTTGGAAAATTGCCTCGAAATAGAAAGGGG
AGCTAGCTTCTCCTGCCGAAATTCACTGGCTATGAATATATTGGATTGAG
GTGTGGTCTGGAGGTGCTTTGGAATGAAGCTACTGTACATTGTTACACGC
CTAGCCCATGTTTCGATAAACGCATCTCTGTTCATACTTATGTGCCTGAA
CACCTGATTTCTTCTATTGGACCACCAGTCAAGATTGTATTTTGAACGGT
GCTGACTATGTATACAAGTAAATATTCAACTGTTGACCTTCAAACCCTGC
CTTGCCTTTATGCCAGAGACTCGAATGAATCCATGTGTTTTTCATCTGCG
AACGTTGTTTTACTTCTTTTACTTCACACATATTATATCTCCCTCTTATT
TGTGTTGCCTCATCGTACTCATTTTTTCTTGTATTGTATTTTACGTATTT
CGAAATATTGTATTGTATTACGCCATGCTTTCCATACTCCATTTGTGTCA
TCCTCAATAATATGTAGGACCTAGTGAAAACAAGCTCTTAAGCTTACTAA
CAGGTTCCTGGCTACTCCCAATGTGTATAAATATTTTCAACATTCTGGCA
ACACCAAATAAATACTACTACTACTACTACTCTACTACTACTACGGCGGA
GCCCCACTGGCCACCACGCAAGATCGGAACCCTGCCCGGCGCTCGCAACC
GGCCCCACCCACATTCGACCACATCCTCCACGCTGAAGCCGACCAACTCG
ACGCCTTCGAGGAGCGGGTCGACGACTTCGAGGGCTTCTGCGAGATCTAC
CTGGACCATGAAGCGCCCCCACTGGTCCAGGTCATCACGAGCATGGCCCA
ATGGAAACGCCTGGTCCGCCTCGCACTGGGCAAGCCCACCCTGTTACTCA
CTCCC
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Synonyms
The feature 'conserved hypothetical protein' has the following synonyms
Synonym
Tk06303
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