hypothetical protein YQE_10904 partial, maker-scaffold69_size418775-snap-gene-1.9 (gene) Tigriopus kingsejongensis

Overview
Namehypothetical protein YQE_10904 partial
Unique Namemaker-scaffold69_size418775-snap-gene-1.9
Typegene
OrganismTigriopus kingsejongensis (Tigriopus kingsejongensis)
Associated RNAi Experiments

Nothing found

Homology
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BLAST of hypothetical protein YQE_10904 partial vs. L. salmonis genes
Match: EMLSAG00000005995 (supercontig:LSalAtl2s:LSalAtl2s324:157329:162414:1 gene:EMLSAG00000005995 transcript:EMLSAT00000005995 description:"maker-LSalAtl2s324-augustus-gene-1.30")

HSP 1 Score: 80.1073 bits (196), Expect = 5.216e-16
Identity = 91/377 (24.14%), Postives = 156/377 (41.38%), Query Frame = 0 
Query:    3 DTKAKSASRPVDSEEKQPDGMETDTMLPVVNEVVTIVPPEADLPPARGWRQTRTRLLQCPGIGQVFIALSCVTMTSAAAIVK----LNRSTDPFLTASLRNVVVATLATSSALASKTSIFPRGKLKLLLCRSLSGNSNLLLMYYAFRNLPLGDCRMIAASAPIFVTFLARLFLKEPCGIFEVFNLIFTMLGILVVMQPPIIFGEDEHG--LDYQTHHFIAAFMAFLGTIMASFGMVCTRVLKDVNLFVVSTWNGLLGMFPGLIISLCLGTFSIPSLES---------------CLYLLALGVLSFIGQLLMTAAFRFEEAGIISLSRKAEDILLAFLIQILYFE-DIPSNLT-IIGAIIVTVCVLISGIRKILEKSH 356
            DTK    S     +E+    +E D            +PP  +  P+     T         IG +    + +T TSA  I K    LN     F+ A  + +V+  L   S       I P G    +  +   G   LL ++ A +++PLGD   I  SAP F    +   L E  G+F +      ++G+L++ +PP +F  +  G  L  +T +F     A+   I+++   +  R  K V   V++ W G+  +F  LI        +IP L S                +Y   +  L  IG ++MT A +F       + R  E I    L   L+ +  +P ++T  IGA+++ + V++ G+  +++K +
Sbjct:  200 DTKLTPTSYSTH-DERIDSALENDY-----------IPPGEEALPSSITNHTYL-------IGTLLSVFAGITFTSANVIQKYAPNLNFWDLLFVRAVSQLIVIGGL---SFWCGYNPIGPTGSRSRIYAQGFMGGVLLLCLFVAVKHIPLGDASAIFFSAPFFTMLFSSCMLNEHFGLFRISVSTIIIVGVLLLCRPPALFPPESLGSKLHNETGNFFGTICAWTVPILSAIITILNRQCKHVPFLVLTFWFGVGALFVSLI------GMNIPFLHSSNVYSGNIFNFSPLEWVYTATIVTLGIIGNIVMTIALKFISPARAMVFRSFEVIANYILXAXLFXKXAMPFHVTDPIGALLIVISVMLMGLETMIQKRY 548
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BLAST of hypothetical protein YQE_10904 partial vs. L. salmonis genes
Match: EMLSAG00000000982 (supercontig:LSalAtl2s:LSalAtl2s116:186337:190168:-1 gene:EMLSAG00000000982 transcript:EMLSAT00000000982 description:"maker-LSalAtl2s116-snap-gene-2.14")

HSP 1 Score: 61.2326 bits (147), Expect = 3.208e-10
Identity = 51/183 (27.87%), Postives = 76/183 (41.53%), Query Frame = 0 
Query:   64 IGQVFIALSCVTMTSAAAIVKLNRSTDPFLTASLRNVVVATLATSSALASKTSIF-PRGKLKLLLCRSLSGNSNLLLMYYAFRNLPLGDCRMIAASAPIFVTFLARLFLKEPCGIFEVFNLIFTMLGILVVMQPPIIFGEDEHGLDYQTHHFIAAFMAFLGTIMASFGMVCTRVLKDVNLFVV 245
            IG    A+S +  T  +  VKL    DP      R V+   L     L S  SI  P+G   L+  + + G   +  ++  F  LP+GD   I   +PIFV   + + L+E CG+F V                       + G +Y    + AA     GTI+ +   VC R L+DV+  V+
Sbjct:  196 IGIFLAAISGLFFTLCSVTVKLLARIDPSEVLVFRAVIQLVLTLPLVLCSGNSILGPKGVRVLVYLQGVIGCLTVTCIFIGFARLPVGDAATIIFCSPIFVMIFSHILLREHCGLFRVV----------------------DQGHEYDMVGYGAALG---GTILTASNFVCMRKLRDVHFSVL 353
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BLAST of hypothetical protein YQE_10904 partial vs. SwissProt
Match: gi|81875705|sp|Q8BY79.1|S35G1_MOUSE (RecName: Full=Solute carrier family 35 member G1; AltName: Full=Transmembrane protein 20)

HSP 1 Score: 127.872 bits (320), Expect = 4.691e-31
Identity = 95/300 (31.67%), Postives = 168/300 (56.00%), Query Frame = 0 
Query:   61 CPGIGQVFIALSCVTMTSAAAIVKLNRSTDPFLTASLRNVVVATLATSSALASKTS-IFPRGKLKLLLCRSLSGNSNLLLMYYAFRNLPLGDCRMIAASAPIFVTFLARLFLKEPCGIFEVFNLIFTMLGILVVMQPPIIFGEDEHGL-DYQTHHFIAAFMAFLGTIMASFGMVCTRVL-KDVNLFVVSTWNGLLGMFPGLIISLCLGTFSIP--SLESCLYLLALGVLSFIGQLLMTAAFRFEEAGIISLSRKAEDILLAFLIQILYFEDIPSNLTIIGAIIVTVCVLISGIRKILEKS 355
            CPG+G  +  LS    + A+  VK  +       ++ R VV   +     +  KT  I P+G+   L  R + G+S ++LMYYAF+   L D  +IA S P+F +  A +FLKE   +++ F  +F + G++++++PP IFG D  G+ +  + H    F A    ++A+  +V  R + K V+ F+   +  +LG+   +II   +G +S+P   L+  L+L+ +G+L   GQ+ +T A + E+AG++++  K  DI+ AF+ QI +F+++P+  T+ GA+ V V    + IR+ L+ S
Sbjct:   70 CPGLGLFYTVLSAFLFSVASLFVKKVQGVHAVEISAFRCVVQMLVIIPCLIYRKTGFIGPKGQRLFLFLRGVFGSSAMILMYYAFQTTSLADATVIAFSCPVFTSIFAWIFLKEKYSLWDAFFTLFAIAGVILIVRPPFIFGSDTSGMRESYSEHIKGTFAAIGHAVLAAITLVILRKMGKSVDYFLSIWYYVILGLPEAIIILFVIGEWSLPYCGLDR-LFLILIGLLGLGGQIFITKAVQIEKAGLVAI-MKTMDIVFAFIFQIAFFDNVPTWWTVGGALCVVVSTTGATIRRWLQGS 367
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BLAST of hypothetical protein YQE_10904 partial vs. SwissProt
Match: gi|109895215|sp|Q2M3R5.1|S35G1_HUMAN (RecName: Full=Solute carrier family 35 member G1; AltName: Full=Partner of STIM1; AltName: Full=Transmembrane protein 20)

HSP 1 Score: 119.013 bits (297), Expect = 5.685e-28
Identity = 85/301 (28.24%), Postives = 162/301 (53.82%), Query Frame = 0 
Query:   61 CPGIGQVFIALSCVTMTSAAAIVKLNRSTDPFLTASLRNVVVATLATSSALASKTS-IFPRGKLKLLLCRSLSGNSNLLLMYYAFRNLPLGDCRMIAASAPIFVTFLARLFLKEPCGIFEVFNLIFTMLGILVVMQPPIIFGEDEHGLDYQ-THHFIAAFMAFLGTIMASFGMVCTRVL-KDVNLFVVSTWNGLLGMFPGLIISLCLGTFSIP--SLESCLYLLALGVLSFIGQLLMTAAFRFEEAGIISLSRKAEDILLAFLIQILYFEDIPSNLTIIGAIIVTVCVLISGIRKILEKSH 356
            CPG+G  +  LS    +  +  VK  +       ++ R V    +     +  KT  I P+G+   L+ R + G++ ++L+YYA++ + L D  +I  S+P+F +  A + LKE    ++    +FT+ G++++++PP +FG D  G++   + H    F A    + A+  +V  R + K V+ F+   +  +LG+   +II   LG +S+P   L+  L+L+ +G+    GQ+ +T A + E+AG +++  K  D++ AF+ QI++F ++P+  T+ GA+ V    + + IRK  + S 
Sbjct:   67 CPGLGLFYTLLSAFLFSVGSLFVKKVQDVHAVEISAFRCVFQMLVVIPCLIYRKTGFIGPKGQRIFLILRGVLGSTAMMLIYYAYQTMSLADATVITFSSPVFTSIFAWICLKEKYSPWDALFTVFTITGVILIVRPPFLFGSDTSGMEESYSGHLKGTFAAIGSAVFAASTLVILRKMGKSVDYFLSIWYYVVLGLVESVIILSVLGEWSLPYCGLDR-LFLIFIGLFGLGGQIFITKALQIEKAGPVAI-MKTMDVVFAFIFQIIFFNNVPTWWTVGGALCVVASNVGAAIRKWYQSSK 365
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BLAST of hypothetical protein YQE_10904 partial vs. SwissProt
Match: gi|2497208|sp|Q04835.1|YM87_YEAST (RecName: Full=Uncharacterized membrane protein YMR253C)

HSP 1 Score: 60.077 bits (144), Expect = 2.334e-8
Identity = 74/315 (23.49%), Postives = 128/315 (40.63%), Query Frame = 0 
Query:   62 PGIGQVFIALSCVTMTSAAAIVKL----------NRSTDPFLTASLRNVV--VATLATSSALASKTSIFPRGK---LKLLLCRSLSGNSNLLLMYYAFRNLPLGDCRMIAASAPIFVTFLARLFLKEPCGIFEVFNLIFTMLGILVVMQPPIIFG----EDEHGLDYQTHHFIAAFMAFLGTIMASFGMVCTRVL-----KDVNLFVVSTWNGLLGMFPGLIISLCLGTFSIPSL--------ESCLYLLALGVLSFIGQLLMTAAFRFEEAGIISLSRKAEDILLAFLIQILYFEDIPSNLTIIGAIIVTVCVL 344
            P IG V + +S    ++     K+          +R   P     +R V+  + TL       S  S  P GK    K L+ R  +G   +  MYY+   L + D  +I   AP    FL+ + L+E     E    + ++LG++++++P  +FG     D      ++    +  +A L  +    GM C  ++     K  +  +  ++  L+      I     G  +IPS+        +  +    LGV  FI QLL+T   + E AG  SL    + +L A    +  ++  P+  + IG II+    L
Sbjct:   67 PNIGLVLLTVSYFFNSAMVVSTKVLENDPDDIANDRQIKPLQILLVRMVITYIGTLIYMYINKSTISDVPFGKPEVRKWLVLRGCTGFFGVFGMYYSLMYLTISDAVLITFLAPSLTIFLSWVILRERFTKVEALGSLISLLGVVLIVRPSFLFGTPELTDSSSQIVESSDPKSRLIATLVGLWGVLGMSCVYIIIRYIGKRAHAIMSVSYFSLITAIVSFI-----GINTIPSMKFQIPHSKKQWILFGNLGVSGFIFQLLLTMGIQRERAGRGSLMTYTQ-LLYAVFWDVALYKHWPNIWSWIGMIIIISATL 375
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BLAST of hypothetical protein YQE_10904 partial vs. SwissProt
Match: gi|74676488|sp|Q08980.1|YP264_YEAST (RecName: Full=Probable transport protein YPL264C)

HSP 1 Score: 58.151 bits (139), Expect = 8.565e-8
Identity = 60/247 (24.29%), Postives = 107/247 (43.32%), Query Frame = 0 
Query:  124 KLLLCRSLSGNSNLLLMYYAFRNLPLGDCRMIAASAPIFVTFLARLFLKEPCGIFEVFNLIFTMLGILVVMQPPIIFGEDEHGLD------YQTHH----FIAAFMAFLGTIMASFGMVCTRVLKDVNLFVVSTWNGLLGMFPGLIISL--CLGTFSIPSLESCL--------YLLALGVLSFIGQLLMTAAFRFEEAGIISLSRKAEDILLAFLIQILYFEDIPSNLTIIG-AIIVTVCVLISGIR 349
            K L+ R + G   +  MY++   L + D  +I   +P    FL+ L L EP    E    + +  G++++++P  +FGE   G         +T +     IA  ++ LG    S   +  R + +    ++S        +  L+ ++   LG   IPS+   L          L LG+  FI Q+L+T   + E AG  SL    + ++ A    ++ F   P+  T  G A+IV+  + +  +R
Sbjct:   89 KWLILRGIMGFFGVFGMYFSLMYLSISDAVLITFMSPTLTIFLSFLLLGEPFSKLEALGSLISFSGVVLIIRPTFLFGEQTQGQQSPQDDIVETQNPKLRLIAIGVSLLGVCGLSSVYIIIRYIGNKAHAIMSV------SYFSLVTTVVAALGVLLIPSMSLQLPHSWKQWGLFLNLGISGFIHQILLTMGIQRERAGRGSLMTYTQ-VIYAVFWDVVLFHHWPNIWTWCGMAVIVSSTIWVINMR 328
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BLAST of hypothetical protein YQE_10904 partial vs. nr
Match: gi|478252133|gb|ENN72564.1| (hypothetical protein YQE_10904, partial [Dendroctonus ponderosae])

HSP 1 Score: 200.29 bits (508), Expect = 3.712e-55
Identity = 111/301 (36.88%), Postives = 181/301 (60.13%), Query Frame = 0 
Query:   53 QTRTRLLQCPGIGQVFIALSCVTMTSAAAIVKLNRSTDPFLTASLRNVVVATLATSSALASKTSIFPRGKLKLLLCRSLSGNSNLLLMYYAFRNLPLGDCRMIAASAPIFVTFLARLFLKEPCGIFEVFNLIFTMLGILVVMQPPIIFGED--EHGLDYQTHHFIAAFMAFLGTIMASFGMVCTRVLKDVNLFVVSTWNGLLGMFPGLIISLCLGTFSIPSLESCLYLL-ALGVLSFIGQLLMTAAFRFEEAGIISLSRKAEDILLAFLIQILYFEDIPSNLTIIGAIIVTVCVLISGIRK 350
            Q + R  + P +G V  ALS +  +  +AIVK     +P   A+ R + V        +  +   FP+GK  +L+ RS +G + L+L +YAFR++PL D  +I  S P+F +  AR+FLKEPCG F VF++I T++G++++ +PP+IFG      G + Q      A  AF  T+  +   V  R LKDV+  V+ T  G   +F  LI++  +G   +P+     YL+ AL V SF+GQ+L+T A + E+AG ++++R + DI+ AF+ Q+L+FE++P+  +IIG+I+V   V+++G+RK
Sbjct:   23 QPKQRCRKYPYLGLVLAALSAMFFSLCSAIVKWMSDVNPVALAAYRFIGVLLPTIPILIHQQRPCFPKGKRIMLILRSFTGTTALMLSFYAFRHMPLSDASVIVFSVPVFTSIFARMFLKEPCGWFNVFSVIVTLIGVVLITRPPMIFGNTIASLGDNGQAPEIWGAVAAFSSTLFGANAFVILRALKDVHFSVIMTNFGTFALFQCLIVAYFIGALCLPACGLDRYLIVALAVFSFLGQILLTIALQLEQAGPVAIAR-STDIIYAFIWQVLFFEEVPNRFSIIGSILVMSSVILTGLRK 322
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BLAST of hypothetical protein YQE_10904 partial vs. nr
Match: gi|1130255991|ref|XP_019768061.1| (PREDICTED: solute carrier family 35 member G1 isoform X2 [Dendroctonus ponderosae])

HSP 1 Score: 200.675 bits (509), Expect = 3.876e-55
Identity = 111/301 (36.88%), Postives = 181/301 (60.13%), Query Frame = 0 
Query:   53 QTRTRLLQCPGIGQVFIALSCVTMTSAAAIVKLNRSTDPFLTASLRNVVVATLATSSALASKTSIFPRGKLKLLLCRSLSGNSNLLLMYYAFRNLPLGDCRMIAASAPIFVTFLARLFLKEPCGIFEVFNLIFTMLGILVVMQPPIIFGED--EHGLDYQTHHFIAAFMAFLGTIMASFGMVCTRVLKDVNLFVVSTWNGLLGMFPGLIISLCLGTFSIPSLESCLYLL-ALGVLSFIGQLLMTAAFRFEEAGIISLSRKAEDILLAFLIQILYFEDIPSNLTIIGAIIVTVCVLISGIRK 350
            Q + R  + P +G V  ALS +  +  +AIVK     +P   A+ R + V        +  +   FP+GK  +L+ RS +G + L+L +YAFR++PL D  +I  S P+F +  AR+FLKEPCG F VF++I T++G++++ +PP+IFG      G + Q      A  AF  T+  +   V  R LKDV+  V+ T  G   +F  LI++  +G   +P+     YL+ AL V SF+GQ+L+T A + E+AG ++++R + DI+ AF+ Q+L+FE++P+  +IIG+I+V   V+++G+RK
Sbjct:   28 QPKQRCRKYPYLGLVLAALSAMFFSLCSAIVKWMSDVNPVALAAYRFIGVLLPTIPILIHQQRPCFPKGKRIMLILRSFTGTTALMLSFYAFRHMPLSDASVIVFSVPVFTSIFARMFLKEPCGWFNVFSVIVTLIGVVLITRPPMIFGNTIASLGDNGQAPEIWGAVAAFSSTLFGANAFVILRALKDVHFSVIMTNFGTFALFQCLIVAYFIGALCLPACGLDRYLIVALAVFSFLGQILLTIALQLEQAGPVAIAR-STDIIYAFIWQVLFFEEVPNRFSIIGSILVMSSVILTGLRK 327
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BLAST of hypothetical protein YQE_10904 partial vs. nr
Match: gi|1130255988|ref|XP_019768060.1| (PREDICTED: solute carrier family 35 member G1 isoform X1 [Dendroctonus ponderosae])

HSP 1 Score: 200.29 bits (508), Expect = 4.419e-55
Identity = 111/301 (36.88%), Postives = 181/301 (60.13%), Query Frame = 0 
Query:   53 QTRTRLLQCPGIGQVFIALSCVTMTSAAAIVKLNRSTDPFLTASLRNVVVATLATSSALASKTSIFPRGKLKLLLCRSLSGNSNLLLMYYAFRNLPLGDCRMIAASAPIFVTFLARLFLKEPCGIFEVFNLIFTMLGILVVMQPPIIFGED--EHGLDYQTHHFIAAFMAFLGTIMASFGMVCTRVLKDVNLFVVSTWNGLLGMFPGLIISLCLGTFSIPSLESCLYLL-ALGVLSFIGQLLMTAAFRFEEAGIISLSRKAEDILLAFLIQILYFEDIPSNLTIIGAIIVTVCVLISGIRK 350
            Q + R  + P +G V  ALS +  +  +AIVK     +P   A+ R + V        +  +   FP+GK  +L+ RS +G + L+L +YAFR++PL D  +I  S P+F +  AR+FLKEPCG F VF++I T++G++++ +PP+IFG      G + Q      A  AF  T+  +   V  R LKDV+  V+ T  G   +F  LI++  +G   +P+     YL+ AL V SF+GQ+L+T A + E+AG ++++R + DI+ AF+ Q+L+FE++P+  +IIG+I+V   V+++G+RK
Sbjct:   29 QPKQRCRKYPYLGLVLAALSAMFFSLCSAIVKWMSDVNPVALAAYRFIGVLLPTIPILIHQQRPCFPKGKRIMLILRSFTGTTALMLSFYAFRHMPLSDASVIVFSVPVFTSIFARMFLKEPCGWFNVFSVIVTLIGVVLITRPPMIFGNTIASLGDNGQAPEIWGAVAAFSSTLFGANAFVILRALKDVHFSVIMTNFGTFALFQCLIVAYFIGALCLPACGLDRYLIVALAVFSFLGQILLTIALQLEQAGPVAIAR-STDIIYAFIWQVLFFEEVPNRFSIIGSILVMSSVILTGLRK 328
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BLAST of hypothetical protein YQE_10904 partial vs. nr
Match: gi|1080057896|ref|XP_018570762.1| (solute carrier family 35 member G1 [Anoplophora glabripennis])

HSP 1 Score: 199.519 bits (506), Expect = 8.675e-55
Identity = 109/302 (36.09%), Postives = 183/302 (60.60%), Query Frame = 0 
Query:   52 RQTRTRLLQCPGIGQVFIALSCVTMTSAAAIVKLNRSTDPFLTASLRNVVVATLATSSALASKTSIFPRGKLKLLLCRSLSGNSNLLLMYYAFRNLPLGDCRMIAASAPIFVTFLARLFLKEPCGIFEVFNLIFTMLGILVVMQPPIIFGE--DEHGLDYQTHHFIAAFMAFLGTIMASFGMVCTRVLKDVNLFVVSTWNGLLGMFPGLIISLCLGTFSIPSLESCLYLL-ALGVLSFIGQLLMTAAFRFEEAGIISLSRKAEDILLAFLIQILYFEDIPSNLTIIGAIIVTVCVLISGIRK 350
            R++R+ L +CP +G +   LS +  +  + IVK     DP   A+ R + V   A    +  +  +FP+GK  +LL RS +G + L+L +YAFR++PL D  +I  S P+F    AR+FLKEPCG+F VF++I T++G++ + +PP++FG   D  G + Q      A  AF  T+  +   V  R LK ++  V+ T  G   +   +++++ +G   +PS     YL+ AL + SF+GQ+L+T A + E+AG ++++R + DI+ AF+ Q+L+F++IP+  +I GAI+V   VL++G+RK
Sbjct:   22 RESRS-LCRCPYLGLILATLSSLFFSLCSVIVKWMTDIDPMALAAYRYLGVLLPAIPIVIYRQEKVFPKGKRIMLLLRSFTGTAALMLSFYAFRHMPLADASVIVFSVPVFTGIFARMFLKEPCGLFNVFSVILTLIGVIFITRPPMLFGNTIDSLGHNGQRPEMWGAVAAFSATLFGANAYVLLRALKGIHFSVIMTNFGCFALVQCVLVTILIGALCLPSCGIDRYLIVALALFSFLGQILLTLALQMEQAGPVAIAR-SSDIVFAFIWQVLFFDEIPNKFSIGGAILVMSSVLLTGLRK 321
[Close]
BLAST of hypothetical protein YQE_10904 partial vs. nr
Match: gi|546676973|gb|ERL87897.1| (hypothetical protein D910_05285, partial [Dendroctonus ponderosae])

HSP 1 Score: 194.512 bits (493), Expect = 3.139e-53
Identity = 109/302 (36.09%), Postives = 180/302 (59.60%), Query Frame = 0 
Query:   51 WRQTRTRLLQCPGIGQVFIALSCVTMTSAAAIVKLNRSTDPFLTASLRNVVVATLATSSALASKTSIFPRGKLKLLLCRSLSGNSNLLLMYYAFRNLPLGDCRMIAASAPIFVTFLARLFLKEPCGIFEVFNLIFTMLGILVVMQPPIIFGEDEHGL--DYQTHHFIAAFMAFLGTIMASFGMVCTRVLKDVNLFVVSTWNGLLGMFPGLIISLCLGTFSIPSLESCLYLL-ALGVLSFIGQLLMTAAFRFEEAGIISLSRKAEDILLAFLIQILYFEDIPSNLTIIGAIIVTVCVLISGIR 349
            + Q + R  + P +G V  ALS +  +  +AIVK     +P   A+ R + V        +  +   FP+GK  +L+ RS +G + L+L +YAFR++PL D  +I  S P+F +  AR+FLKEPCG F V ++I T++G++++ +PP+IFG     L  + Q      A  AF  T+  +   V  R LKDV+  V+ T  G   +F  LI++  +G   +P+     YL+ AL V SF+GQ+L+T A + E+AG ++++R + DI+ AF+ Q+L+FE++P+  +IIG+I+V   V+++G+R
Sbjct:   21 FEQPKQRCRKYPYLGLVLAALSAMFFSLCSAIVKWMSDVNPVALAAYRFIGVLLPTIPILIHQQRPCFPKGKRIMLILRSFTGTTALMLSFYAFRHMPLSDASVIVFSVPVFTSIFARMFLKEPCGWFNVVSVIVTLIGVVLITRPPMIFGNTIASLGDNGQAPEIWGAVAAFSSTLFGASAFVILRALKDVHFSVIMTNFGTFALFQCLIVAYFIGALCLPACGLDRYLIVALAVFSFLGQILLTIALQLEQAGPVAIAR-STDIIYAFIWQVLFFEEVPNRFSIIGSILVMSSVILTGLR 321
[Close]
BLAST of hypothetical protein YQE_10904 partial vs. nr
Match: gi|914568814|gb|KOB72644.1| (Transmembrane protein [Operophtera brumata])

HSP 1 Score: 193.356 bits (490), Expect = 1.733e-52
Identity = 107/300 (35.67%), Postives = 179/300 (59.67%), Query Frame = 0 
Query:   55 RTRLLQCPGIGQVFIALSCVTMTSAAAIVKLNRSTDPFLTASLRNVVVATLATSSALASKTSIFPRGKLKLLLCRSLSGNSNLLLMYYAFRNLPLGDCRMIAASAPIFVTFLARLFLKEPCGIFEVFNLIFTMLGILVVMQPPIIFGED---EHGLDYQTHHFIAAFMAFLGTIMASFGMVCTRVLKDVNLFVVSTWNGLLGMFPGLIISLCLGTFSIPSLESCLYLLA-LGVLSFIGQLLMTAAFRFEEAGIISLSRKAEDILLAFLIQILYFEDIPSNLTIIGAIIVTVCVLISGIRK 350
            R  + +CP +G +   LS +  +  + IVK   + DP   A  R + V        + ++  +FPRGK  LL+ RS+ G   L+L +YAFRN+PL D  +I  S P+FV   AR+FLKEPCGI+   ++I T++G++++  PP++FG+D   EH  +Y +     A  AF+ TI  +   V  RVLK ++  V+ T  G + +   L+ S  LG   +P+  +  +L+  L + S++GQ+L+T + + E+AG ++++R A DI+ AFL Q+++F ++PS  ++ GAI+V   V++ G+RK
Sbjct:   30 RPLIKRCPYLGLILATLSSLFFSLCSVIVKSLVNIDPMQLAMFRFIGVLLPTVPIVIYTEQPVFPRGKRILLILRSIVGTVGLMLSFYAFRNMPLADASVIVFSVPVFVALFARVFLKEPCGIWNTISIILTLIGVILITHPPLLFGDDSSTEHSDNYNSLK--GAVAAFVSTIFGANAYVLLRVLKGLHFSVIMTNFGAIAILQTLLYSFLLGVLCMPNCGTERFLVVCLALFSYLGQILLTMSLQMEQAGPVAIARSA-DIVFAFLWQVMFFNEMPSKYSVCGAILVLSSVMLVGLRK 326
[Close]
BLAST of hypothetical protein YQE_10904 partial vs. nr
Match: gi|1285024351|ref|XP_023024453.1| (solute carrier family 35 member G1 [Leptinotarsa decemlineata])

HSP 1 Score: 191.43 bits (485), Expect = 7.605e-52
Identity = 106/310 (34.19%), Postives = 179/310 (57.74%), Query Frame = 0 
Query:   57 RLLQCPGIGQVFIALSCVTMTSAAAIVKLNRSTDPFLTASLRNVVVATLATSSALASKTSIFPRGKLKLLLCRSLSGNSNLLLMYYAFRNLPLGDCRMIAASAPIFVTFLARLFLKEPCGIFEVFNLIFTMLGILVVMQPPIIFGEDEHGLDY--QTHHFIAAFMAFLGTIMASFGMVCTRVLKDVNLFVVSTWNGLLGMFPGLIISLCLGTFSIPSLESCLYL-LALGVLSFIGQLLMTAAFRFEEAGIISLSRKAEDILLAFLIQILYFEDIPSNLTIIGAIIVTVCVLISGIRKILEKSHHTPNTLR 363
            R   CP +G +   LS +  +  + IVK     +P   A+ R + V   A    +  +  +FP+GK  +LL RS +G + L+L +YAFR++PL D  +I  S P+F    AR+FLKEPCG+F +F+++ T++G++ + +PPI+FG+  + L    Q      A  AF  T+  +   V  R LK ++  V+ T  G   +   ++++  +G   +PS     YL +AL + SF+GQ+L+T A + E+AG ++++R + DI+ AF+ Q+L+F +IP+  +I GAI+V   VL++G+RK +    H  +  R
Sbjct:   26 RTCHCPYLGLLLATLSSLFFSLCSVIVKWMTDINPMALAAYRYLGVLLPAIPIVIYREEKVFPKGKRIMLLMRSFTGTAALMLSFYAFRHMPLADASVIVFSVPVFTGIFARMFLKEPCGLFNIFSVVLTLIGVVFITRPPILFGDTVNSLGETGQRPEMWGAVAAFSATLFGANAYVLLRALKGIHFSVIMTNFGAFALVQCVLVTSIIGALCLPSCGMDRYLIIALALFSFLGQILLTLALQMEQAGPVAIAR-SSDIVFAFIWQVLFFNEIPNKFSIGGAILVMSSVLLTGLRKWIMALPHDASLRR 334
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BLAST of hypothetical protein YQE_10904 partial vs. nr
Match: gi|1229723067|ref|XP_022124135.1| (solute carrier family 35 member G1 [Pieris rapae] >gi|1229723069|ref|XP_022124136.1| solute carrier family 35 member G1 [Pieris rapae])

HSP 1 Score: 191.43 bits (485), Expect = 8.860e-52
Identity = 107/297 (36.03%), Postives = 176/297 (59.26%), Query Frame = 0 
Query:   55 RTRLLQCPGIGQVFIALSCVTMTSAAAIVKLNRSTDPFLTASLRNVVVATLATSSALASKTSIFPRGKLKLLLCRSLSGNSNLLLMYYAFRNLPLGDCRMIAASAPIFVTFLARLFLKEPCGIFEVFNLIFTMLGILVVMQPPIIFGEDEHGLDYQTHHFIAAFMAFLGTIMASFGMVCTRVLKDVNLFVVSTWNGLLGMFPGLIISLCLGTFSIPSLES-CLYLLALGVLSFIGQLLMTAAFRFEEAGIISLSRKAEDILLAFLIQILYFEDIPSNLTIIGAIIVTVCVLISGIRK 350
            R  + +CP IG +   LS +  +  + IVK   + DP   A  R + V        + ++  IFP+GK  LL+ RS+ G   L+L +YAFRN+PL D  +I  S P+FV   AR+FLKEPCGI+   ++I T++G++++  PP IFG+++   +        A  AF+ TI  +   V  RVLK ++  V+ T  G + +   L +SL  GT  +P+  +  L ++ L + S++GQ+L+T + + E+AG ++++R A DI+ AFL Q+++F++IPS  ++ GA +V   VL+ G+RK
Sbjct:   29 RPLIKRCPYIGLLLATLSSLFFSLCSVIVKSLVNIDPIQLAMFRFIGVLLPTVPIVIYTEQPIFPQGKRLLLILRSIVGTIGLMLSFYAFRNMPLADASVIVFSVPVFVALFARVFLKEPCGIWNTISIILTLVGVILITHPPFIFGDEKVESNENYDSLRGAIAAFVSTIFGANAYVLLRVLKGLHFSVIMTNFGAIAILQTLFVSLVFGTLCMPNCGTERLLVVCLALFSYLGQILLTMSLQMEQAGPVAIARSA-DIVFAFLWQVMFFDEIPSKYSVCGAALVLSSVLLVGLRK 324
[Close]
BLAST of hypothetical protein YQE_10904 partial vs. nr
Match: gi|91085389|ref|XP_966562.1| (PREDICTED: solute carrier family 35 member G1 [Tribolium castaneum] >gi|270009150|gb|EFA05598.1| Solute carrier family 35 member G1-like Protein [Tribolium castaneum])

HSP 1 Score: 191.43 bits (485), Expect = 9.448e-52
Identity = 104/301 (34.55%), Postives = 177/301 (58.80%), Query Frame = 0 
Query:   53 QTRTRLLQCPGIGQVFIALSCVTMTSAAAIVKLNRSTDPFLTASLRNVVVATLATSSALASKTSIFPRGKLKLLLCRSLSGNSNLLLMYYAFRNLPLGDCRMIAASAPIFVTFLARLFLKEPCGIFEVFNLIFTMLGILVVMQPPIIFGE--DEHGLDYQTHHFIAAFMAFLGTIMASFGMVCTRVLKDVNLFVVSTWNGLLGMFPGLIISLCLGTFSIPSLESCLYLL-ALGVLSFIGQLLMTAAFRFEEAGIISLSRKAEDILLAFLIQILYFEDIPSNLTIIGAIIVTVCVLISGIRK 350
              R++L +CP +G +   LS +  +  + IVK     DP   A+ R + V   A    +  +  +FP+GK  +LL RS +G + L+L +YAFR++PL D  +I  S P+F    AR+FLKEPCG+F VF+++ T++G++++ +PP +FG+  +  G   Q      A  AF  T+  +   V  R LK ++  V+ T  G   +   L+++  +G   +P      YL+ AL   SF+GQ+L+T A + E+AG ++++R + DI+ AF+ Q+L+F +IP+  +I GA++V   V+++G+RK
Sbjct:   22 HPRSKLCKCPYLGLILATLSSLFFSLCSVIVKWMTDVDPMALAAYRYLGVLLPAIPIVIYRQEPLFPQGKRIMLLLRSFTGTAALMLSFYAFRHMPLADASVIVFSVPVFTGIFARMFLKEPCGLFSVFSVVLTLIGVVLITRPPSLFGDTVNSLGESGQKTEIWGAVAAFSATLFGANAYVLLRALKGIHFSVIMTNFGSFALCQCLLVTFLIGALCVPPCGLDRYLIVALAFFSFLGQILLTLALQLEQAGPVAIAR-SSDIVFAFIWQVLFFNEIPNRFSIGGAVLVMSSVVLTGMRK 321
[Close]
BLAST of hypothetical protein YQE_10904 partial vs. nr
Match: gi|1059395000|ref|XP_017771121.1| (PREDICTED: solute carrier family 35 member G1 [Nicrophorus vespilloides])

HSP 1 Score: 190.66 bits (483), Expect = 1.558e-51
Identity = 105/302 (34.77%), Postives = 178/302 (58.94%), Query Frame = 0 
Query:   52 RQTRTRLLQCPGIGQVFIALSCVTMTSAAAIVKLNRSTDPFLTASLRNVVVATLATSSALASKTSIFPRGKLKLLLCRSLSGNSNLLLMYYAFRNLPLGDCRMIAASAPIFVTFLARLFLKEPCGIFEVFNLIFTMLGILVVMQPPIIFGE--DEHGLDYQTHHFIAAFMAFLGTIMASFGMVCTRVLKDVNLFVVSTWNGLLGMFPGLIISLCLGTFSIPSLES-CLYLLALGVLSFIGQLLMTAAFRFEEAGIISLSRKAEDILLAFLIQILYFEDIPSNLTIIGAIIVTVCVLISGIRK 350
            R  + +  +CP +G +   LS +  +  + IVK     DP   A+ R + V   A    +     +FP+GK  +LL RS +G + L+L +YAFR++PL D  +I  S P+F    AR+FLKEPCG+F  F+++ T++G++++ +PPI+F E  +  G   Q     +A  AF  T+  +   V  R LK ++  V+ T  G   +   LI++  +G   +P   +  L ++AL   SF+GQ+L+T A + E+AG ++++R + DI+ AF+ Q+L+F+++P++ +IIGAI+V   VL+ G+RK
Sbjct:   20 RLAQPKKCRCPYLGLILATLSSLFFSLCSVIVKWMTDVDPMALAAYRYLGVLLPAIPIVIYKGEPLFPKGKRIMLLLRSFTGTAALMLSFYAFRHMPLADASVIVFSVPVFTAIFARMFLKEPCGLFNAFSVVVTLIGVILITRPPILFSETVESFGDSNQKTGVWSAVAAFSATLFGANAYVLLRALKGIHFSVIMTNFGSFALVQCLIVTWAIGALCMPRCGTDRLLIVALAFFSFLGQILLTLALQLEQAGPVAIAR-SSDIVFAFIWQVLFFKEVPNSYSIIGAILVMSSVLLIGLRK 320
The following BLAST results are available for this feature:
BLAST of hypothetical protein YQE_10904 partial vs. L. salmonis genes
Analysis Date: 2018-04-19 (T. kinsejongensis vs L. Salmonis peptides)
Total hits: 2
Match NameE-valueIdentityDescription
EMLSAG000000059955.216e-1624.14supercontig:LSalAtl2s:LSalAtl2s324:157329:162414:1... [more]
EMLSAG000000009823.208e-1027.87supercontig:LSalAtl2s:LSalAtl2s116:186337:190168:-... [more]
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BLAST of hypothetical protein YQE_10904 partial vs. SwissProt
Analysis Date: 2018-04-19 (T. kingejongensis peptided Blastp vs. SwissProt)
Total hits: 4
Match NameE-valueIdentityDescription
gi|81875705|sp|Q8BY79.1|S35G1_MOUSE4.691e-3131.67RecName: Full=Solute carrier family 35 member G1; ... [more]
gi|109895215|sp|Q2M3R5.1|S35G1_HUMAN5.685e-2828.24RecName: Full=Solute carrier family 35 member G1; ... [more]
gi|2497208|sp|Q04835.1|YM87_YEAST2.334e-823.49RecName: Full=Uncharacterized membrane protein YMR... [more]
gi|74676488|sp|Q08980.1|YP264_YEAST8.565e-824.29RecName: Full=Probable transport protein YPL264C[more]
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BLAST of hypothetical protein YQE_10904 partial vs. nr
Analysis Date: 2018-05-15 (T. kingsejongensis proteins Blastp vs. NR)
Total hits: 25
Match NameE-valueIdentityDescription
gi|478252133|gb|ENN72564.1|3.712e-5536.88hypothetical protein YQE_10904, partial [Dendrocto... [more]
gi|1130255991|ref|XP_019768061.1|3.876e-5536.88PREDICTED: solute carrier family 35 member G1 isof... [more]
gi|1130255988|ref|XP_019768060.1|4.419e-5536.88PREDICTED: solute carrier family 35 member G1 isof... [more]
gi|1080057896|ref|XP_018570762.1|8.675e-5536.09solute carrier family 35 member G1 [Anoplophora gl... [more]
gi|546676973|gb|ERL87897.1|3.139e-5336.09hypothetical protein D910_05285, partial [Dendroct... [more]
gi|914568814|gb|KOB72644.1|1.733e-5235.67Transmembrane protein [Operophtera brumata][more]
gi|1285024351|ref|XP_023024453.1|7.605e-5234.19solute carrier family 35 member G1 [Leptinotarsa d... [more]
gi|1229723067|ref|XP_022124135.1|8.860e-5236.03solute carrier family 35 member G1 [Pieris rapae] ... [more]
gi|91085389|ref|XP_966562.1|9.448e-5234.55PREDICTED: solute carrier family 35 member G1 [Tri... [more]
gi|1059395000|ref|XP_017771121.1|1.558e-5134.77PREDICTED: solute carrier family 35 member G1 [Nic... [more]

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Alignments
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
scaffold69_size418775supercontigscaffold69_size418775:145494..159979 -
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
NoteC:membrane
Relationships

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

Feature NameUnique NameSpeciesType
maker-scaffold69_size418775-snap-gene-1.9-mRNA-1maker-scaffold69_size418775-snap-gene-1.9-mRNA-1Tigriopus kingsejongensismRNA


Sequences
The following sequences are available for this feature:

gene from alignment at scaffold69_size418775:145494..159979-

Legend: mRNA
Hold the cursor over a type above to highlight its positions in the sequence below.
>maker-scaffold69_size418775-snap-gene-1.9 ID=maker-scaffold69_size418775-snap-gene-1.9|Name=hypothetical protein YQE_10904 partial|organism=Tigriopus kingsejongensis|type=gene|length=14486bp|location=Sequence derived from alignment at scaffold69_size418775:145494..159979- (Tigriopus kingsejongensis)
GTCGGAGTTGGAACCTAATCGTCCCGTGTCCCACATAAAAAAATCGAATC
ATACTCCGGACGCGCTGCAAGTTCTGACCCATCATCGGCAATGGGCGATA
CAAAGGCCAAAAGTGCCTCCAGACCGGTAGACTCGGAAGAGAAGCAGCCA
GATGGGATGGAAACCGACACCATGTTGCCCGTTGTGAACGAGGTTGTGAC
CATTGTACCCCCCGAGGCTGACCTACCCCCGGCCCGGGGATGGCGACAGA
CCAGGACCCGCCTGCTCCAATGTCCGGGGATTGGCCAGGTGTTCATCGCC
TTGTCCTGTGTGACCATGACCTCGGCGGCGGCTATCGTCAAGCTCAATCG
TTCCACGGATCCCTTCCTGACGGCCTCTCTCCGCAATGTCGTGGTCGCCA
CCTTGGCCACATCCTCGGCCTTGGCCTCGAAAACGTCCATATTCCCGCGG
GGGAAGCTCAAACTATTGCTGTGCCGCAGTTTGTCGGGCAATTCGAATCT
CTTGCTCATGTACTACGCCTTTCGAAATCTACCCTTGGGTGAGTGATCGG
ACTTGGTAGTTGATGCGTGTAGGGGGGATAGGCACTATATGCCTTTAGAG
ATTTTATTTCGAGCAGCTGCACATTGATATTTCCGGCTTCTTAGCTATGT
AATGTGAACCTTCCAATTCGGGATGGGATCGGAATTGAGGGAAGAGAAAC
GGTTTTTTTTTTCAAGTGGGTGGGTGAGAGATCGAATTTATTCCCTACAT
TGTAACAGTCTTTCAGGTTCATCCCTACAAAGGTGTCAACACTTGCCCAG
CAATGGAAGTCAAACGGGTTGGCCTTTGTTAAACCAGGGAGGCAAAACCA
TACCAAAATGAATATCTCAAAATGGGACATTCCAAACTGTATAAAAGCAG
TCGTGTACTGAATACAACAGGGATATAAGTATGAAAAACCGAAGAAAAGA
AATACCTAAATATGTAAAATACTTAAAATAATTGCCTGGTGGAGCAACTC
CCTGACATAAAACGGCGTGCCATGCTCGCTCAGCCACACCCTATTCATCC
CTTCATGCTCCGCTTAGAGTTTTGACATTGACACAATTCAGATATGAGAG
ATTTGGTAATTATTAAGTTGTTCTGAGCCAAGTTCTTGGTCTGTTTCTTT
CAGGCGATTGCCGGATGATCGCGGCTTCGGCTCCCATATTCGTCACTTTT
TTGGCCCGCCTTTTTCTGAAAGAACCTTGCGGCATCTTCGAAGTGTTCAA
CCTCATCTTCACCATGTTGGGTATTTTGGTGGTGATGCAGCCGCCTATCA
TCTTCGGGGAGGACGAGCACGGACTAGACTATCAAACCCACCATTTTATA
GCCGCGTTCATGGCCTTCCTGGGGACGATCATGGCCTCTTTCGGCATGGT
CTGCACGCGAGTATTGAAGGTAACTCCCGGGGACACTTAACTGATTAGGA
TGGCTTAAAACATACCGGCAGGGTCACTTCTTTTAGAATTCATAATTTCA
GAGGACATTCGAGCCACTCGAACTCAACTGTATTTGCTAATGTAACTTGA
ACTGTATGTAACGTACGTATACTATGAACCTTCGAGCCCCCTATGGCATA
CAGAGTATCGGCAAGCAAATCAAAAACACATTTCGACAAACTCCCAAAGG
CCTCAAAATGCGGAAGCAGCGGCAAAAGATGAAGGAAAAAAAGAGCCTAA
TGTAGAGGACGTAAGAAATTCACTCTAACGGAGTCGAGAGATGGCACAGG
ATTGATTCATAGAAGGCGGGAGGAGGTAAATGTAAGCTGGCGCCCTGCGA
GCAAACCGGTTATAAAGAACCGGCTCGCAGGGACGCCCCATTATTACAAA
TGTCTTGCTGGATTGTTAGATATCGGATTTTTTGACCCAAACGCACAGTA
ATAGACGCAATCAGCCATCAATCTTTGGGTTCAGCCTGGAGTCGTTGGTT
CGATCTCCGGGCTGGTTTAGGTCCTGGTAATGGTACTGAAGTGCACTTGG
TGTATCTTACTCTACGGGATCAAAAGGGGTGTATTTACGGTCTTTCCTTC
AGGGTAACGTAACAATTTTAAATACATATACTTGAATCCTACCAGCCGTT
AGTAGATTAGGTCTCATTGGGGCTTCCTTGCTCGGGTGAAGAGGCCTTCA
AACAAACCATGTGTCAAAGGGATGGGATATTCAGTAGTGTACCAAAACGG
CAGCAACCAACTAGCTTAAGGTTATATAGCTTAAANGCAAACCGGTTATA
AAGAACCGGCTCGCAGGGACGCCCCATTATTACAAATGTCTTGCTGGATT
GTTAGATATCGGATTTTTTGACCCAAACGCACAGTAATAGACGCAATCAG
CCATCAATCTTTGGGTTCAGCCTGGAGTCGTTGGTTCGATCTCCGGGCTG
GTTTAGGTCCTGGTAATGGTACTGAAGTGCACTTGGTGTATCTTACTCTA
CGGGATCAAAAGGGGTGTATTTACGGTCTTTCCTTCAGGGTAACGTAACA
ATTTTAAATACATATACTTGAATCCTACCAGCCGTTAGTAGATTAGGTCT
CATTGGGGCTTCCTTGCTCGGGGGAAGAGGCCTTCAAACAAACCATGTGT
CGAGCGGACAGAAGTTTTAGTTCATTGTTCATCAGTAGGGGGTGGAAATA
GTGAGTTGTAGGGTTCAGAAAATTGTTGAAACCGGTTTTTTTAAGTTAAG
AAAATTGAAACAAGTTGGAAAATGGGTTATTTATTGTAACAAGAAAGTCA
ATGATGCACCTCAATTTGTTAGGAAATGATCAATTTGAGCCATGTCTTCT
ACGGCTTCATGTAAATACTAATTATTGGCATATTTTTATATTGTTCTGTT
ATTTCTGTCGGCCAAAGAATGACTTTGCTCACACCTCGGTCCGATGATCG
ACCATTAAAGCGGCAAATCTGGAGAAAACCCTGCAAAAAAGTAATACAGT
AAGAAAAGAGGGAGAAAATCAGGATTAAACAAACTGAGATAAAATTGTTA
AGATCCAAATGAGGGGGGAAATAAAATTATGAGCAGAGCAACTAAGCTGT
TTTTTTTTCATTTTGAAATGGGATTATAGTTAAAACTCAACTTTTGACGA
CCCCTACTCAGAAGGGGAAGAAGAAAGGCAAAAATACTGTTGTCTCACTC
ACTGGAAACCCAATTCTCGCCCAGAACCCCAAAGAGCTGTGTTTCCCTCT
GAGCCTGAACTTGACTATCATTCCGGATCTGCTCAACCAAAGGCGGCTTT
CATCCTGAATCTACAAAGCAAATGCAGGTGGAGAGATTTAGGCACTAATA
GTGTGAGCCCTTTTGCACAGGATGTGAATCTCTTCGTGGTTTCAACCTGG
AATGGATTGCTTGGTATGTTTCCTGGACTCATCATCTCCTTGTGCCTGGG
AACGTTCAGCATTCCCAGCTTGGAATCTTGCCTCTATCTTTTGGCCTTGG
GTGTTCTGAGCTTCATCGGACAACTCTTGATGACAGCAGCCTTTAGGGTT
AGTACTGAAGGGTCACTTTTGCCTGAATGATTAGACTTCAAGTGATTCGT
TCTTATTTCAGTTTGAAGAGGCCGGAATAATCTCTCTGTCCAGAAAGGCG
GAGGACATTCTTCTGGCCTTCCTTATCCAGATCCTCTATTTTGAGGATAT
ACCCTCCAATCTAACCATTATTGGAGCCATCATCGTTACCGTTTGTGTTC
TCATCTCCGGGATCAGGAAGATCCTGGAGAAAAGTCACCACACGCCAAAT
ACTCTCCGGATCATCTTATGTCTACTGCCATGGGAGGAGACCCCTCCCAG
GGGGGAGGTAAGGCACGTCGTCTCTGAGTGATACTATGGTAAAGGTGATC
ATGAAGATGGCGAAGCTTCGGAAACTGGCAATGATGAATGGATCCACATC
ATCCGACACCTTCACGAGGACCGACTGGATACCTGCGCACACACTAGACC
CAATCACTAGCAAAATGCGATATCGGTGGCAACTTTTTGTTCCCAGCAGA
TCTTGTGAGTCGTCGAATGATGTCAAACTCATCGCAACCAAGCACCTTCT
TTCGACTGCAACTATCAATTTATGGCCGTGATGACGCCAGCCGACTTGGT
TGAAGCATTGCGGGCACATGTGTTATTCTCTTGATTGAGTCTCTCGCTAA
AGCTGCGAGTAATATTGGACAAAATCAATGACTAAGCTGCTGGGTTCGCT
GAAAAATTCGGTTCGTTGTATTTGCTACTAATCAAGATGGTCAATGGAAT
AGTATCATTAAAATAGATATGGCACTCACAACCAATGGAGGGGAATGGCA
ATTGCCAAATTCAAATATTGCACATATAATATCGGTTTCCTGACAATTCC
AAGGTTCCTCGACTGAGAATCAGTCGGTTTGAGCGTCACTACTGTGGAGA
GAGCTCGCGTCTTGATCCCATGGCAGTAGACATAAGATGATCCGGAGAGT
ATTTGGCGTGTGGTGACTTTTCTCCAGGATCTTCCTGATCCCGGAGATGA
GAACACAAACGGTAACGATGATGGCTCCAATAATGGTTAGATTGGAGGGT
ATATCCTCAAAATAGAGGATCTGGATAAGGAAGGCCAGAAGAATGTCCTC
CGCCTTTCTGGACAGAGAGATTATTCCGGCCTCTTCAAACTGAAATAAGA
ACGAATCACTTGAAGTCTAATCATTCAGGCAAAAGTGACCCTTCAGTACT
AACCCTAAAGGCTGCTGTCATCAAGAGTTGTCCGATGAAGCTCAGAACAC
CCAAGGCCAAAAGATAGAGGCAAGATTCCAAGCTGGGAATGCTGAACGTT
CCCAGGCACAAGGAGATGATGAGTCCAGGAAACATACCAAGCAATCCATT
CCAGGTTGAAACCACGNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNCCGACCGACCGACCGACCGACCGACCGACCGACCG
ACCGACCGACCGACCGACCGACCGACGTACAGACTTTTCATTATTCAGTT
CTCTTGCTCAAAGGTTCTTTTCTATTTGCCATCCACTCGGAACTGCATCG
ATGAATCTACGTACAGAAGGTCACAACAATGGACCTGAAATAATGAACAC
AATGTGAACACCTGTGGATTCGGTGCAATTGAAATTGTAATCACTCAGTT
TAAGGAGTTCTAACTAACCTCGGTTGTTAACCATGTGGTCATGTACTAAC
CTCGGTTGTTAACCATGTGGTCATGTACTAACCTCGTATGTGTAACCATC
GGGTGCTTAGCCTAATCAACCGATGGAATTTCTGTAGCAGAAGGTGGGGA
AACGGGGATTGCAAGTGTTTGCCTAGTGGATGATCTTGTTTTTTTCCACC
TGTTTTCTTAAGGGAAATATTAACAATTACTATTACCCTTAACGTGAAGT
CAAATGGTGCAGATAGTAAGAAAGATAAGTAATTGGAACTAAGATTTAAT
TGCACCATGTAAACAATATTGTGCTGTTTTTGTTTTATTTTTGTCTTTTT
TTGCAATACCTAGGGCGCTTCCGGTGTCCTCTTTGTCCTAGAGATATCCA
AAACAAGAAATGTAGGGTTTTTTTTCTTTGGTCAAAGGCAGAATTTAATG
CTTTGAAGTTGGGAAAATGGACAAGTGGTCCAGTTCTTCGATTACTTTCG
CCTAAAGAGCGCTACGATATACCAAATGGGGCATGCAAGGTCGATGAAGC
TGAAAAATGTGTGATTAAGTGGAAACAACCGTATCGCGTGACTTTTGTTG
AATAAACAAAAAATAGTTCGTCAGTTGGTTGATTTACAGTTACATCAGTG
ACAGTTTGCAACGTTCTAGGTGATTTAGTGTGTGTGTATCCGGGTTATTG
ATCCCAACAATTTCGCTCAACGCCGATGGGCGCTGGTCAATTACAGCGCA
ATATACGTAGATCCCTAGCCTTTTCAGACATTTGACATCAAGACTTAATA
TTAGAGCTCAGCGCATCAGTGGAAAACAAGGTGACTGTAGTTTTTTGATG
AGGTGTCAGAGTGGAGCAGCTTTTGCCAGCTTGCAGGCCACTTTGTGGGC
CAGGGATTTTGTGGTCGCAGCCCTGAGGTCCGGCGTTGAGTTCCACATTG
TTATACCACGGTTTGCTAAGGTGGTTGTGTCAAGCCAGAATTGGCTTGGC
TCCTCGCCATTGAGGTTATATCTGGTGGGCCGGGGCTGAAATAGTAAAAG
GTAGACTTGCTTTATTAAAAAAACAAAAACTTGGACGGGTGGCCTCCGAA
AGAAAAAGTAAAATGGGATATGTAAACGAGGAAGCAAACGAGAATAATTT
GGCAATCTGAAAAAGTGAAAGTTCATAAATCGACAAGTTCTAAAAAATGT
GGGAAAGACTTACAAAATGGCGAACATAAATTGAAAAAACGCCCAAAAAG
TTAGTACATTGTGATTCACGGCAAAAAGATTGTATTTTTAGGCCTAGTAA
CAAGTTATTTAGGTGGTTACACTCAAAAATGCATATGCCCGTCGCACACG
ACAGCTGAGAATGGTTTTGCAGGTAATTCGTTACTTCGTATCTTTGATAT
TAAGGGGGAAATATATGGTTCCCTCCATGGCTCATGATAACAATGCCTCT
GAAGATTTTGTAGACTCGATACACTAACATAAATGAAGCAAGCTGCGTAG
CACAATGGTGGATTGAGACAATCAGTCAACTATCATTGAGTTATCCACGG
GTATATGCGGGTCGTTGGTTCGATCCCCGGGCTTGCCAAGTTCCGTCAAC
TAGTGATGTCAAATCACAGCTATTGTTTGCTTCACTTTGCGGGATTAAAG
TGGGCGTACCTGTGGTCATTCCCCAAGGGTAAGGTAATAATTCATGATAA
ATTTGTCCACCAGGCTGGCTATGTCTCTTCGGAAAAATCCATAGTTGGGC
AGAAATACCCGGGGCCTTCGAAACAAACAGGTTTTAAAAATTCGTTTATT
TTTCGCCCTGCAACATATGCTGTCAAATTTAAGTCATATTTTCTTTTTGG
CAAATTTCACTTTATCAGGTATGATTCGAGTTTTCGCTTTATTCTGATCT
TCGCCTATTTGGCTGATTCGCTTGACATCTGCTTAACCTCGGTGTTGAGA
CAACAAAGATAACTGGGGGCCGAAACTGTAAGTGTCACATTTGGCGGGTT
GCAATCCTGATGTGAAATCATGTTTTTTGTTGATTTCAGTATTTGGTAGC
TAACAGTGGGTCACTCTGGTAGTTTAAAAAAAATCTTTTTAAATCATTTT
TCAGACATTACGTATGTTTTAACAACGGCAGCACTCTTTTTTTTATTTAG
TACACGTCAGATTTTTTTGTTGGGAAAATGCTGAATATGAAACTGAAGGA
AATGTAATGACCAAAAAGTTTCCCCAAAATATCAAATTTAATGAAACTAG
CCGGAACAAACGATGTCATTAAATTATTCATTTGTTTACATCTTCAGTGA
ACTGAAAGTTGACGAGTTTTTTTTTCTTTTTCATTTTCGAATGAAATCGG
CTGCAAACGAAATGTCAAAAGATGGTGCAGTGATATTAAAACCAAACTTG
TACTCTATTTTTGTAGAAGAAAAAGTCCCGTAAGCGCCCTGAAAACGGTA
TGATTTTGTCCCTCTGCATTTCGTAAGGCAAAAGAAATTCCTATTTAAAA
AAAAATGAGTTAACTAAATAATATTTTGCATAACATTTTTTTTAATATAT
TCACTAGGTCAATTCAACAGGATCTCAGGGCAGTGCTGTCGTCCCTGTGG
AGTGTGGATCCCACATAATGTTGGACAAAATTACTATAGCCATCTACAGG
GTAGACATTAAGTTCGGCATCGTTGAAAACTTGTTGTAAAAAATGTTGTA
AACGGCTTACCTTCCCTGTCGGCAAATACTACAATTAGCGTTCCAAAATC
CAGTGACTCCATGATTTCACATGGTACACAACAGTATGCCCCTAAGTGCA
CGTTTTGTGTTTTCTTTTTTTGTTTCCAAGGGTGCCCAATTATGACCTAA
TCAGTTGTTCCGACAATCTACAATTTTGTTATACGTATCTCAGCATCCTT
ACGGTGTATGTCTGAAATTTATTTGATTATTTAGCAAATCTGACCACGCT
GGTTCTAATTCAGTTGTAGGTCGCTGTTGTTTCATATGAGACATGTGCTA
AGAGTGTATGAATTAAAGTAATTGAATTCTTAGACGCACATTCAAAATTA
CATTTTCTGTTCAATGGCAATTATGCAAACATAGCCTTTGTTTGAAGGGA
ATGATTGTGTGGGCGAAATGCATTTGGACATTGTGGCGACTCAACAACAC
TGAAATAACGGCATATACGTACAGATATAAGTGAAGATCCTTTGGGTTTC
AAATTTGTGAAACATGTACAGTACATGGAAACAAACTCCAAACAAAAACA
TGACCTACTCAGCTTCTTGTGCTTTTATTTCAGTAGTAGAAAGTAGGTTT
AATAGAAATTTAAGGTATTCTACAATGTCTCCGTAAGGTATACTATATAA
TGTATCTCTCAATCTCCATATAAGGTATGTTCTATAAAATATGACTATTA
ACCAAGGTATATCTGAGATATAGTCAATGCTAGCAACCCTCGGTTTTGTC
AAATTTGGCTCTCTAAAGAGCGAGATGGCACCACTGATAGAATTCCAAAG
TTTGTCGGCCATTTTCAAATTTTGTGCCCAGATGTGGCGTTTTTCCGCAC
AAAAAAGGGTTTCTATACGTTCCGCACAAAAAATACGTTTTTTTCTATGG
TATGTGGTGGGAAAAATCTTAGGTCTGTTGGTTGGATGGGAAAAATACAA
CTTCTGATATTTGAAACGGACCCAATAGTCGAAAATCGTAAGCGCTTTTC
CAGAATTCACGTATAAAGATCAAGAAATGGCAAACAAAATTCGTTTGGTC
ATACGTTAAAACTGTTTTACCCAATTGCGAGTGGAAGAACCTGACAGGTT
TTATTCCACCAAGGAAAACTCCCAACACTTTGAAATGGTTAAGTTCAACT
TTTTAAGGTTCTTGAATGAACCTAGTATGAACCTCTGGCGCTCATTTTCT
AAAAAGTCATTAACAGAAACAGAAAACGTTTTCACTATTTGTGACAATTT
AACATAAATAACCAATTTAACTTTCGCTTTTTGACTTTTCACATCTCACC
CTTCGACTCGCTGAGTCGTTGAATTATTTGAAGACCCAAGACAAATCTGC
TGCAGAATGCCGATAATTCTCCAACATAATTGTCGATGTCAACCACAATC
TGGCCAAAATGAGGAAATTCGATAACTCTGGCATCCCTGAACAGTGTTGC
TAGACTGCGGAAAAATTGTATAATCGACGAAAATTTAGTGAATTTCAGGA
TTAGCAAATTGCCTAGGGCAAATATTTTGAGGAAAATTAATCACATAACA
TAATAAAATATACAAAAACATAATCCGTTTAGGCAATTTTGGACTTGTAA
ATTTTGAAGGTTGGTAAAAAAATCCGTTCCCGAATTAGTAAAGGCTTTGA
AGGCTGCCTGGAATGATATCCCATCTCTGGGAAATATCCAACTCGGTTAC
CAAACGAATTAAGGTTGTGATCCAAATCAATGTTGAATAATCAAAATTAA
TCACGGAGAAGAAACGAGGAAAATAGGGGAAACGAGATAAATGCAGGCTC
AGACTGATGGCAGCCCCCCCTTTAAGGGGCTGCTAAGGGTTGACTACCGA
GGTTTTGCGAATTGCGACGAAATATTTATTTCAGCAATTTGGCGAAATAA
GCTATTGGTTTGAGCTGGATTGTAGGGGCTGCCCGCATAATAGCTAAACT
AGGAAATAACATCAGTGGGCCCTGCGTTCACCATGGGGGGTTCCATGGTA
AGGAACACGAAGCCGCCAGGGTGTGCGATCACATTGGCACCAACGCAAGC
AAGTGACCATTTTTTTAAATATTGCGCTGCTTTTTCCAAAAAGAAATGAG
ATCAAGCATCATTTTTCAAAAAAAAGCAATTTTTTGATCAACATTTTGTC
AGGATGAACCAATTTTAAGCTCTTGTTGGCTTCAAAAACTCATTTTTATT
GCACTCTAGTGCTTACACAAGTTTTTGTGCGAAACTTTGGTATTCCGCTG
GTGGGACGGGTTGACTACAGAGTTTTTGCGAATTGCGACGAAATATTTAT
TCAGCAATTTGGCGAATTATTCTTCAAGTGTTCGCAACTTATTCGTCAAA
AATATGTATCTTCCACATTGATAACCCTGCTGTAAACCCTATTAGCAACC
CTAAGCTAAATATCCATTTTGCCTACCATTTTTCCAGGCTTAATCGTACA
TTTTATGCCCAGCTCATTGAGCTGAATGGTTTTAATGCTGCATCGTTCAA
AACCAAACCAAATGGAAGTCGAAAATTACAAACTATTTTTTATGCCTGCT
GTAACCTTTTTCAGGAAACTTGCAAGCGATCGAGGCCACAAGTCCAGTTT
TCGTCACGTTTTATGCCCGATTGTTCTTGAAAGAGGCTTGTGGACTCTTT
GAGATCTCTACGATGATGGTATCACTCTCAGGCATGCTGTTTGTCATGCA
ACCACCATTCTTATTCGACGATCCCGATTCACAAGATGAACCGGCGCAAG
TCCATTTCCGAACCTCGATACTAGCCTTTTTAGCCACCTTGTGCGGATCG
GGAGCCGTAGCTTTGTCCAGAGCTCTCAAGGTACACACACACACACATCC
AAATAATCTGACACTTTCGATATGCACATTGTTTATGTCACCACCCTGTA
ATTCCCTGACTCTCCTTCTACGTAGATATAATAGAAGTTTTCTCTTGAAT
AGGGTCATGTTAGAAGAAGGCAGAATCAGGCGAATCCACATTTTTGTATT
GCCGTGCGAGTAATTTAGCACATAGTAAAAATAGCAGATACTAGAAAATA
CGACACTCCTCCCCAACCATTGGCAAATGATAAATTCAGAAAAAGACGAC
ATTGCAGACAACCAATAACAAGTAGGAATGACAACGAATGTGGTCAAATG
TGTCCAAAAAGGGGGGAAAATATCGTAACCTATTGTTTCAAAATGTACAT
AATGTTTACAAAATGTAATGCTAAGATTAGATATGGCAGAAATATGCGAA
TGAGACTCGCCATTACTGCGCATAATTGAGTCCTTTAAAAGGTCAAATAT
GCTAAACCATGTGCCAAGTGTGGCAAATACATTGATGATTTTTTATGAAA
AAGGACAAGTTATGCCGAAACCCATATTTATGTACGTAAGGAGGGAAAAA
ATGTGTACTTCAAAACTACTTTGGATTAGAGAACATCAGTCGTAGCTGGG
GAGGAATATCCAAAATATGCAAGTAAGATCAGTGAAAGAAAGAATTAATT
GTGTTTTTGACTTAAAAAGTGCTAATAATAAATAAAGATGCATTAAAAAT
GCAACTTAGGCATGAGCAAGATAAATTAAATAGGTCAAAATGCGTAAAAT
GCAACTGACCAACCGAATGAATGGCCAGTTCACAACCCAGGCTAACCTTT
CATGACTATCTGGTGCAATTAAACATTTTCAAAAAAAGCGTCGAACAAAT
CTGGGGGTGTCCAGTAATGGTAAATAGAAACACTATAACGTTAAAAGAGC
GATTTTTAAGGTGAATTCATCATTTCTTAACTGATTTTAGTTTATTTTAT
GCACCTAAAGAATCTTCAGATCATCAGAACATTTTTTTAAACTAAAACTT
TCTTGTAGCGTTTTAAATTTTTGAGAGCAAAATCATTCAATCAATCATCA
GTCACAAAATGTTCAAAAGTTGGTGAATTGTTTTTTTTTAAATCGCAAAA
TAAGTCAAAACTTAAATTAGTTACCAAGCAAACTAACTCCATGTATCAAG
GAAGTTACGTACACAGGACAAATTAGAAATAAAAGAAAAACGAAAAACGT
CAAAAAAGTTAAATCACAGGAAAACACAATAAAACGGTGACACGTTTTTT
AGTTCAAACAGGACGAAAAATGGAAGCATTTTTCTTGAGGCCTAAGAATC
GCACATTCCTTTGTTTTTAAGTTTAATTTAAAATTTCAAAACTGGCCGAA
AATCCCAAATTTTGCTTTAAAACGATCGAAAATGGGACGCAAACGGAGAA
AGCATTTGTATTTTACTACTTGCTTGAGGTCTACGGTCGCTTCACAACAT
GTCAGAAACAGCTTCAGCAAGCTGGACTCTATAACTTTTTTTGAGAACCT
TTCTTTCACATTCTTTGTCATCCCATTGGTTTTCACGCAACCTTTCATTA
ATTTCGCCATTTTGGATTCTGCAATCACTCACTACTGTTCATTTCGAGCG
CCACATATGAGAACCTTAAAATCGTGCTTAATATACTTTTTGTCATTCGC
AGGACATTGATATATTTGTCTTGACCATGTGGAACGGATTCTTTGGCATC
TTTCCTGGCCTCATCCTGCATTTGTGGAAGTGTGAAAAACCTGGCTTGCT
CATCCCCACACTATCTCAAAATCTCCACCTTTTGCTAATCATCAGCGGGC
TTTGCTTCACTGCCCAGATCTTGTTCATAACCGGAATCAAGGTGCACATA
TTCTCAAATATTCACCCCAATAGAGACTCTAACCTCGCACTATTTCGATT
GCAGTGCGACAACGCGAGTATTATCTCGCTCACCAGGAAATCGGGCGACA
TTGTGATCGCTTTCTTGTTCCAGGTGACCTATTTCAAGGATCTTCCCACC
GATTTCAGCGTGTTTGGCGCTCTCTTGATATTTTCCACCCTAATTGCCGC
CAATCTCCGAGGAAGCTCCTCAACCACCTTCAACTCAATTCCAGAAAAAC
TGCCCAGCCAGGGCAAATTTCTCACCCCCAGAAAATCGGTTCCCAAGTTA
CTATGTTTGAAATGACCATATTTACTCCAGTGCAAGTTTTTTTGTCGAGC
ATGAAGAGATGCTACATTTAGATAGTACCGAATAAAGAGATTATCCAATT
CAAATAATGGACAGAACACTTCGGAGATCTCGAAAGGAAATTGTATTTCA
GAAACTGTTCGAGAAAAGTTGTTTGCCACCTGAGAATGCATCAGTTTCCT
TGCAATGTGTTTTTTAAACAAATTTGCTCCATTTAAATAGATTGTAAAAA
TATCATGGGAGCATCGATGCATCATATTTCTTTGGTCTGTGATCACATTC
TTAAAGGACAGAAAGTTCAAAATTTGCATTTGTCGCAAGTTAATAGCAAC
AAATATGACGCTAATGCCGTCAATGCTGAATCTTATAGTACATGGAATAT
ATTTCAAAGAGTGATTTTTTGTTTTCCGGTTTTTCGCCAAAAAAGAAAAA
CAGTTTCGATGAAATTTGTATTAGCAGGGTGTTTAGACTTTAGGTTCTTT
ACAAAGACGCGCGATTCCAAATGAATTAACTTTTAAGTGTCTTTCCGTTA
TCTTCCTCTAGTGCTTCAAGCACACGGTGTGACACCGATTGTTGTTTAGC
TTCTATCCATTTTTTTAACCTTAGCAATTCTTTCATTCTAACTTAGTCGG
TCACCAAGGCAATTTGAGCTAAGAAGTCTAGCTGTCAGTACGCAAGTTCG
AGTTCCAATCAATGTAACGCAAATTTTATTGATCACTTGACCCAATCACT
TTGACTGCTTCAATTAGTGCATCCTAGATTGCTTAAATTCCCCACCATAG
TCAACCCAGTAGTGTTAGATTCACCATCGGCCAACCAACAGATCGTGGCC
AAAATGCGGTCCGGAGATTTGCCTTTCAAGTGCATCAAGAACGTATTAAT
GAATATGAAAGTGGAAGACTCTGATGCTGAGGAAGATGTGGTGATAGATG
CCGAAGAAGACGTTTATGTGTCGGAAGGCGAAGAGCTCTCCGAGGATAGT
CCAGTCGAGGATCTCTCCAAATGCTATTCGCCCGACACGATGGAGATCTT
AGATCGACCCATTCTACTCGACCAACCGTTCGTGCGCGGACAGCAAGAAT
TCCGAAGTCCCGAGGAAGTGATCGAATATTTTGAAACGGTCGAGAATATT
GACGAGGAGAACGCTTTCCCCAAGATCTCGCGCGAGTTCGCCCTCGCCTT
GGCGGATCTTGACAACTATGAATTCCAAAAACTCGATTGCAGGAATTGGA
TCATGGGAAATTTCCTCTTGGAAGGCTACACTAAGTGCTACGGTCTGGCC
AAAGAGGTGTACAAAGATATCCTCAAGGGGCTGGATATCCTCATCCGAGA
AACTGGAGAAATGGAGACTGCCTACACGGTCACAGACATTGTGGTCCTTC
AGGCCTTCGTGAAGGAGATCTTCAAGAAGATGCAAAATGATATTCGTAAA
AAACATCCTTGCATTCAATTCAGTCCCATCCGATAG
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Synonyms
The feature 'hypothetical protein YQE_10904 partial' has the following synonyms
Synonym
Tk03251
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