conserved hypothetical protein, maker-scaffold629_size122686-snap-gene-0.27 (gene) Tigriopus kingsejongensis

Overview
Nameconserved hypothetical protein
Unique Namemaker-scaffold629_size122686-snap-gene-0.27
Typegene
OrganismTigriopus kingsejongensis (Tigriopus kingsejongensis)
Associated RNAi Experiments

Nothing found

Homology
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BLAST of conserved hypothetical protein vs. L. salmonis genes
Match: EMLSAG00000010467 (supercontig:LSalAtl2s:LSalAtl2s6968:2774:3380:1 gene:EMLSAG00000010467 transcript:EMLSAT00000010467 description:"maker-LSalAtl2s6968-augustus-gene-0.2")

HSP 1 Score: 132.88 bits (333), Expect = 1.837e-39
Identity = 60/101 (59.41%), Postives = 77/101 (76.24%), Query Frame = 0 
Query:   56 YSMVFVTAPNKDVAQTLAGGLVSNKLAACVNIIPGISSVYEWEGKIETDSELLLMIKTRTSTIEAVTDFVNQNHPYDTAEVIATSIEHGSQKYLDWIGNIV 156
            Y   FVT P K+VA  LA G++ ++LAACVNI+PG+ SVYEWEGKI++D EL+LMIKT    I  +TD+VN+NHPYD  EVIA  IE GS+ YL+WIG ++
Sbjct:    7 YRAXFVTTPTKEVADKLAHGIILSRLAACVNILPGVHSVYEWEGKIQSDPELILMIKTSKEKIGELTDWVNKNHPYDVPEVIALPIEGGSKSYLNWIGEVL 107
[Close]
BLAST of conserved hypothetical protein vs. SwissProt
Match: gi|62286534|sp|Q66KY3.2|CUTA_XENLA (RecName: Full=Protein CutA homolog; Flags: Precursor)

HSP 1 Score: 130.568 bits (327), Expect = 4.357e-37
Identity = 66/144 (45.83%), Postives = 92/144 (63.89%), Query Frame = 0 
Query:   13 LLGLGVAVVFMWSPLVTSLQPRIWSSIFALQTAMAASSSTITPYSMVFVTAPNKDVAQTLAGGLVSNKLAACVNIIPGISSVYEWEGKIETDSELLLMIKTRTSTIEAVTDFVNQNHPYDTAEVIATSIEHGSQKYLDWIGNIV 156
            LL  G A +F  +PL       +  ++      MA+ S      S  +VT PN  VA+ +A GLV  KLAACVN+IP I+S+YEW+GK+E D+E+LLMIKTR+S + A+T++V   HPY+  EVI+  IE G+  YL W+G+IV
Sbjct:   13 LLLPGCAFLFYMTPL-------LLRTVGIRAFTMASDSYVSGSLSAAYVTCPNDTVAKDIARGLVERKLAACVNVIPQITSIYEWKGKLEEDTEVLLMIKTRSSKVSALTEYVRSVHPYEVCEVISLPIEQGNPPYLKWVGDIV 149
[Close]
BLAST of conserved hypothetical protein vs. SwissProt
Match: gi|73620711|sp|P93009.1|CUTA_ARATH (RecName: Full=Protein CutA, chloroplastic; AltName: Full=Copper-binding protein CutA; Short=AtCUTA; Flags: Precursor)

HSP 1 Score: 131.724 bits (330), Expect = 4.391e-37
Identity = 62/109 (56.88%), Postives = 79/109 (72.48%), Query Frame = 0 
Query:   46 MAASSSTITPYSMVFVTAPNKDVAQTLAGGLVSNKLAACVNIIPGISSVYEWEGKIETDSELLLMIKTRTSTIEAVTDFVNQNHPYDTAEVIATSIEHGSQKYLDWIGN 154
            M  SS T+ P  +V+VT PN++  + LA  +V  KLAACVNI+PGI SVYEWEGK+++DSE LL+IKTR S +E +T+ VN NH YD  EVIA  I  GS KYL+W+ N
Sbjct:   71 MEESSKTV-PSIVVYVTVPNREAGKKLANSIVQEKLAACVNIVPGIESVYEWEGKVQSDSEELLIIKTRQSLLEPLTEHVNANHEYDVPEVIALPITGGSDKYLEWLKN 178
[Close]
BLAST of conserved hypothetical protein vs. SwissProt
Match: gi|122224183|sp|Q109R6.1|CUTA1_ORYSJ (RecName: Full=Protein CutA 1, chloroplastic; Short=OsCutA1; Flags: Precursor)

HSP 1 Score: 131.339 bits (329), Expect = 6.243e-37
Identity = 60/106 (56.60%), Postives = 80/106 (75.47%), Query Frame = 0 
Query:   49 SSSTITPYSMVFVTAPNKDVAQTLAGGLVSNKLAACVNIIPGISSVYEWEGKIETDSELLLMIKTRTSTIEAVTDFVNQNHPYDTAEVIATSIEHGSQKYLDWIGN 154
            S+ST  P  +V+VT PNK+  + LAG ++S KLAACVNI+PGI SVY WEGK++TD+E LL+IKTR S ++A+T+ V  NH YD  EVIA  I+ G+ KYL+W+ N
Sbjct:   67 STSTTVPSIVVYVTVPNKEAGKRLAGSIISEKLAACVNIVPGIESVYWWEGKVQTDAEELLIIKTRESLLDALTEHVKANHEYDVPEVIALPIKGGNLKYLEWLKN 172
[Close]
BLAST of conserved hypothetical protein vs. SwissProt
Match: gi|62286491|sp|O60888.2|CUTA_HUMAN (RecName: Full=Protein CutA; AltName: Full=Acetylcholinesterase-associated protein; AltName: Full=Brain acetylcholinesterase putative membrane anchor; Flags: Precursor)

HSP 1 Score: 124.02 bits (310), Expect = 3.407e-34
Identity = 56/110 (50.91%), Postives = 77/110 (70.00%), Query Frame = 0 
Query:   57 SMVFVTAPNKDVAQTLAGGLVSNKLAACVNIIPGISSVYEWEGKIETDSELLLMIKTRTSTIEAVTDFVNQNHPYDTAEVIATSIEHGSQKYLDWIGNIVYTCHKVIARL 166
            S  FVT PN+ VA+ +A  +V  +LAACVN+IP I+S+YEW+GKIE DSE+L+MIKT++S + A+TDFV   HPY+ AEVIA  +E G+  YL W+  +  +    I  L
Sbjct:   69 SAAFVTCPNEKVAKEIARAVVEKRLAACVNLIPQITSIYEWKGKIEEDSEVLMMIKTQSSLVPALTDFVRSVHPYEVAEVIALPVEQGNFPYLQWVRQVTESVSDSITVL 178
[Close]
BLAST of conserved hypothetical protein vs. SwissProt
Match: gi|62286457|sp|Q6MGD0.2|CUTA_RAT (RecName: Full=Protein CutA; AltName: Full=Brain acetylcholinesterase putative membrane anchor; Flags: Precursor)

HSP 1 Score: 122.094 bits (305), Expect = 1.893e-33
Identity = 53/99 (53.54%), Postives = 74/99 (74.75%), Query Frame = 0 
Query:   57 SMVFVTAPNKDVAQTLAGGLVSNKLAACVNIIPGISSVYEWEGKIETDSELLLMIKTRTSTIEAVTDFVNQNHPYDTAEVIATSIEHGSQKYLDWIGNI 155
            S  FVT PN+ VA+ +A  +V  +LAACVN+IP I+S+YEW+GKIE DSE+L+MIKT++S + A+T+FV   HPY+ AEVIA  +E G+  YL W+  +
Sbjct:   67 SAAFVTCPNEKVAKEIARAVVEKRLAACVNLIPQITSIYEWKGKIEEDSEVLMMIKTQSSLVPALTEFVRSVHPYEVAEVIALPVEQGNPPYLHWVHQV 165
[Close]
BLAST of conserved hypothetical protein vs. SwissProt
Match: gi|62286579|sp|Q9CQ89.3|CUTA_MOUSE (RecName: Full=Protein CutA; AltName: Full=Brain acetylcholinesterase putative membrane anchor; Flags: Precursor)

HSP 1 Score: 121.709 bits (304), Expect = 2.584e-33
Identity = 53/99 (53.54%), Postives = 74/99 (74.75%), Query Frame = 0 
Query:   57 SMVFVTAPNKDVAQTLAGGLVSNKLAACVNIIPGISSVYEWEGKIETDSELLLMIKTRTSTIEAVTDFVNQNHPYDTAEVIATSIEHGSQKYLDWIGNI 155
            S  FVT PN+ VA+ +A  +V  +LAACVN+IP I+S+YEW+GKIE DSE+L+MIKT++S + A+T+FV   HPY+ AEVIA  +E G+  YL W+  +
Sbjct:   67 SAAFVTCPNEKVAKEIARAVVEKRLAACVNLIPQITSIYEWKGKIEEDSEVLMMIKTQSSLVPALTEFVRSVHPYEVAEVIALPVEQGNPPYLHWVHQV 165
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BLAST of conserved hypothetical protein vs. SwissProt
Match: gi|62286494|sp|P69678.1|CUTA_BOVIN (RecName: Full=Protein CutA; AltName: Full=Brain acetylcholinesterase putative membrane anchor; Flags: Precursor)

HSP 1 Score: 119.398 bits (298), Expect = 2.629e-32
Identity = 52/99 (52.53%), Postives = 73/99 (73.74%), Query Frame = 0 
Query:   57 SMVFVTAPNKDVAQTLAGGLVSNKLAACVNIIPGISSVYEWEGKIETDSELLLMIKTRTSTIEAVTDFVNQNHPYDTAEVIATSIEHGSQKYLDWIGNI 155
            S  FVT PN+ VA+ +A  +V  +LA CVN++P I+S+YEW+GKIE DSE+L+MIKT++S + A+TDFV   HPY+ AEVIA  +E G+  YL W+  +
Sbjct:   67 SAAFVTCPNEKVAKEIARAVVEKRLA-CVNLVPQITSIYEWKGKIEEDSEVLMMIKTQSSLVPALTDFVRSVHPYEVAEVIALPVEQGNSPYLQWVRQV 164
[Close]
BLAST of conserved hypothetical protein vs. SwissProt
Match: gi|61212704|sp|Q7SIA8.1|CUTA_THET8 (RecName: Full=Divalent-cation tolerance protein CutA)

HSP 1 Score: 102.834 bits (255), Expect = 8.464e-27
Identity = 42/96 (43.75%), Postives = 67/96 (69.79%), Query Frame = 0 
Query:   57 SMVFVTAPNKDVAQTLAGGLVSNKLAACVNIIPGISSVYEWEGKIETDSELLLMIKTRTSTIEAVTDFVNQNHPYDTAEVIATSIEHGSQKYLDWI 152
             +V +T P+++VA+T+A  LV  +LAACVNI+PG++S+Y W+G++  D ELLL++KT T     + + V   HPY   E++A  I  G+++YLDW+
Sbjct:    3 EVVLITVPSEEVARTIAKALVEERLAACVNIVPGLTSIYRWQGEVVEDQELLLLVKTTTHAFPKLKERVKALHPYTVPEIVALPIAEGNREYLDWL 98
[Close]
BLAST of conserved hypothetical protein vs. SwissProt
Match: gi|61212572|sp|Q6D9J5.2|CUTA_PECAS (RecName: Full=Divalent-cation tolerance protein CutA)

HSP 1 Score: 93.9745 bits (232), Expect = 2.443e-23
Identity = 40/96 (41.67%), Postives = 60/96 (62.50%), Query Frame = 0 
Query:   58 MVFVTAPNKDVAQTLAGGLVSNKLAACVNIIPGISSVYEWEGKIETDSELLLMIKTRTSTIEAVTDFVNQNHPYDTAEVIATSIEHGSQKYLDWIG 153
            ++  TAP+   AQ LA  L+  +LAACV ++PG  S+Y WEGK+E  SE+ ++IK+ TS  +A+   + Q HPYDT E++   +  G   YL W+ 
Sbjct:   11 VILCTAPDDACAQRLANSLLETRLAACVTLLPGARSLYYWEGKLEQQSEVQMLIKSDTSHQQALLTHLKQQHPYDTPELLVLPVSGGDSDYLTWLN 106
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BLAST of conserved hypothetical protein vs. SwissProt
Match: gi|61212488|sp|Q5PL69.1|CUTA_SALPA (RecName: Full=Divalent-cation tolerance protein CutA >gi|61212665|sp|Q7CPA2.1|CUTA_SALTY RecName: Full=Divalent-cation tolerance protein CutA >gi|61212904|sp|Q8XGE0.1|CUTA_SALTI RecName: Full=Divalent-cation tolerance protein CutA >gi|75478948|sp|Q57GQ4.1|CUTA_SALCH RecName: Full=Divalent-cation tolerance protein CutA >gi|226711153|sp|B5F2K4.1|CUTA_SALA4 RecName: Full=Divalent-cation tolerance protein CutA >gi|226711154|sp|B5FRJ6.1|CUTA_SALDC RecName: Full=Divalent-cation tolerance protein CutA >gi|226711155|sp|B5QZZ9.1|CUTA_SALEP RecName: Full=Divalent-cation tolerance protein CutA >gi|226711156|sp|B5R985.1|CUTA_SALG2 RecName: Full=Divalent-cation tolerance protein CutA >gi|226711157|sp|B4TF74.1|CUTA_SALHS RecName: Full=Divalent-cation tolerance protein CutA >gi|226711158|sp|B4T2N5.1|CUTA_SALNS RecName: Full=Divalent-cation tolerance protein CutA >gi|226711159|sp|B5BKE7.1|CUTA_SALPK RecName: Full=Divalent-cation tolerance protein CutA >gi|226711160|sp|B4TSC0.1|CUTA_SALSV RecName: Full=Divalent-cation tolerance protein CutA)

HSP 1 Score: 91.6633 bits (226), Expect = 1.941e-22
Identity = 38/96 (39.58%), Postives = 62/96 (64.58%), Query Frame = 0 
Query:   58 MVFVTAPNKDVAQTLAGGLVSNKLAACVNIIPGISSVYEWEGKIETDSELLLMIKTRTSTIEAVTDFVNQNHPYDTAEVIATSIEHGSQKYLDWIG 153
            +V  TAP++  AQ LA  +++ KLAAC  ++PG +S+Y WEGK+E + E+ +++KT  S  +A+ D +  +HPY T E++   + HG   YL W+ 
Sbjct:   16 VVLCTAPDEATAQDLAAKVLAEKLAACATLLPGATSLYYWEGKLEQEYEVQMILKTTVSHQQALIDCLKSHHPYQTPELLVLPVTHGDTDYLSWLN 111
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BLAST of conserved hypothetical protein vs. nr
Match: gi|1325308431|ref|XP_023335834.1| (protein CutA homolog [Eurytemora affinis])

HSP 1 Score: 152.14 bits (383), Expect = 1.987e-43
Identity = 71/117 (60.68%), Postives = 89/117 (76.07%), Query Frame = 0 
Query:   46 MAASSSTITPYSMVFVTAPNKDVAQTLAGGLVSNKLAACVNIIPGISSVYEWEGKIETDSELLLMIKTRTSTIEAVTDFVNQNHPYDTAEVIATSIEHGSQKYLDWIGNIV-YTCHK 161
            M+++   +  +SM FVTAP  D A+ LA G+VS KLAACVNIIPGI+SVYEW+GKIE DSE+L+MIKTRT++I  +T++V +NHPYD  EVI TSIE G+Q YLDWI   V   C K
Sbjct:    1 MSSTGRPMEEFSMAFVTAPTADKAKELASGIVSGKLAACVNIIPGITSVYEWQGKIEEDSEVLMMIKTRTTSIPELTEYVRKNHPYDVCEVITTSIEGGNQAYLDWIAKTVPEKCEK 117
[Close]
BLAST of conserved hypothetical protein vs. nr
Match: gi|1126213432|ref|XP_019640588.1| (PREDICTED: protein CutA homolog isoform X1 [Branchiostoma belcheri])

HSP 1 Score: 144.05 bits (362), Expect = 7.299e-40
Identity = 77/152 (50.66%), Postives = 100/152 (65.79%), Query Frame = 0 
Query:    6 QIAVILGLLGLGVAVVFMWSPLVTSLQPRIWSSIFALQTAMAASSS-TITPYSMVFVTAPNKDVAQTLAGGLVSNKLAACVNIIPGISSVYEWEGKIETDSELLLMIKTRTSTIEAVTDFVNQNHPYDTAEVIATSIEHGSQKYLDWIGNIV 156
            QIA   G+L L V+ V M        +  +W+    L   MA +++ T   +S  FVT P++DV + +A GLV NKLAACVNIIP I SVYEWEGKIE D ELLLMIKTRTS + A+T+FV +NHPYD  EVI+T ++ G+  Y+ W+G  V
Sbjct:    4 QIAA--GILVLLVSCVLM--------RTYLWAGARRLYGVMAETTAYTSGTHSACFVTVPDEDVGKKIAKGLVENKLAACVNIIPKIISVYEWEGKIEEDGELLLMIKTRTSKVAALTEFVRKNHPYDVPEVISTKLDQGNPAYMKWLGETV 145
[Close]
BLAST of conserved hypothetical protein vs. nr
Match: gi|1279749348|ref|XP_022919663.1| (protein CutA homolog [Onthophagus taurus])

HSP 1 Score: 143.665 bits (361), Expect = 8.862e-40
Identity = 69/120 (57.50%), Postives = 92/120 (76.67%), Query Frame = 0 
Query:   38 SIFALQTAMAASSSTIT-PYSMVFVTAPNKDVAQTLAGGLVSNKLAACVNIIPGISSVYEWEGKIETDSELLLMIKTRTSTIEAVTDFVNQNHPYDTAEVIATSIEHGSQKYLDWIGNIV 156
            S  A Q     S+S ++  +S  +VTAPN++VA+ +A GLVS+KLAACVNIIP I+SVYEWEGKIE DSE+L+MIKTR++ I  +T+FV  NHPY   EVI+  IE G+Q+YL+WIG++V
Sbjct:   20 SPLASQNTQKMSNSYVSGTHSAAYVTAPNEEVAKKIAHGLVSHKLAACVNIIPKITSVYEWEGKIEEDSEVLMMIKTRSTKIPELTEFVKSNHPYTVCEVISIPIEGGNQQYLNWIGDVV 139
[Close]
BLAST of conserved hypothetical protein vs. nr
Match: gi|1126213434|ref|XP_019640589.1| (PREDICTED: protein CutA homolog isoform X2 [Branchiostoma belcheri])

HSP 1 Score: 142.51 bits (358), Expect = 1.684e-39
Identity = 68/127 (53.54%), Postives = 90/127 (70.87%), Query Frame = 0 
Query:   31 LQPRIWSSIFALQTAMAASSS-TITPYSMVFVTAPNKDVAQTLAGGLVSNKLAACVNIIPGISSVYEWEGKIETDSELLLMIKTRTSTIEAVTDFVNQNHPYDTAEVIATSIEHGSQKYLDWIGNIV 156
            ++  +W+    L   MA +++ T   +S  FVT P++DV + +A GLV NKLAACVNIIP I SVYEWEGKIE D ELLLMIKTRTS + A+T+FV +NHPYD  EVI+T ++ G+  Y+ W+G  V
Sbjct:    1 MRTYLWAGARRLYGVMAETTAYTSGTHSACFVTVPDEDVGKKIAKGLVENKLAACVNIIPKIISVYEWEGKIEEDGELLLMIKTRTSKVAALTEFVRKNHPYDVPEVISTKLDQGNPAYMKWLGETV 127
[Close]
BLAST of conserved hypothetical protein vs. nr
Match: gi|1069782794|ref|XP_018334460.1| (PREDICTED: protein CutA homolog [Agrilus planipennis])

HSP 1 Score: 143.28 bits (360), Expect = 1.769e-39
Identity = 64/103 (62.14%), Postives = 84/103 (81.55%), Query Frame = 0 
Query:   56 YSMVFVTAPNKDVAQTLAGGLVSNKLAACVNIIPGISSVYEWEGKIETDSELLLMIKTRTSTIEAVTDFVNQNHPYDTAEVIATSIEHGSQKYLDWIGNIVYT 158
            +S+ +VTAPN+++ + LA GLVSNKLAACVN+IP I+S+YEWEGKIE DSE+LLMIKTRTS I  +T+FV +NHPY   EVI+  I +G+++YL W+G IV T
Sbjct:   46 HSVAYVTAPNEEIGKKLAHGLVSNKLAACVNLIPKITSIYEWEGKIEEDSEVLLMIKTRTSRIPELTEFVKKNHPYTVCEVISMPIANGNEEYLKWVGEIVPT 148
[Close]
BLAST of conserved hypothetical protein vs. nr
Match: gi|939688955|ref|XP_014288398.1| (PREDICTED: protein CutA homolog isoform X4 [Halyomorpha halys] >gi|939688957|ref|XP_014288399.1| PREDICTED: protein CutA homolog isoform X4 [Halyomorpha halys] >gi|939688959|ref|XP_014288400.1| PREDICTED: protein CutA homolog isoform X4 [Halyomorpha halys] >gi|939688961|ref|XP_014288401.1| PREDICTED: protein CutA homolog isoform X4 [Halyomorpha halys])

HSP 1 Score: 141.739 bits (356), Expect = 3.499e-39
Identity = 62/101 (61.39%), Postives = 84/101 (83.17%), Query Frame = 0 
Query:   56 YSMVFVTAPNKDVAQTLAGGLVSNKLAACVNIIPGISSVYEWEGKIETDSELLLMIKTRTSTIEAVTDFVNQNHPYDTAEVIATSIEHGSQKYLDWIGNIV 156
            +S+ +VT P+++VA+ LA G+VSNKLAACVNIIP I+SVYEW+G+I  DSE+L+MIKTRTS +  +T+FV +NHPY+  EVI+T IE+G+Q YL WI N+V
Sbjct:   25 HSVAYVTTPSEEVAKKLAHGIVSNKLAACVNIIPKITSVYEWKGEINEDSEVLMMIKTRTSKVSELTEFVKKNHPYEVCEVISTKIENGNQDYLSWISNVV 125
[Close]
BLAST of conserved hypothetical protein vs. nr
Match: gi|1061138131|ref|XP_017892595.1| (PREDICTED: protein CutA homolog isoform X2 [Ceratina calcarata])

HSP 1 Score: 140.969 bits (354), Expect = 4.517e-39
Identity = 63/101 (62.38%), Postives = 82/101 (81.19%), Query Frame = 0 
Query:   56 YSMVFVTAPNKDVAQTLAGGLVSNKLAACVNIIPGISSVYEWEGKIETDSELLLMIKTRTSTIEAVTDFVNQNHPYDTAEVIATSIEHGSQKYLDWIGNIV 156
            +S+ +VT P +DVA+ LA GLV NKLAACVNIIPG++SVYEW+ +I  DSELLLMIKTRT T++A+T FV +NHPY+  EVI+  I++G+ KYL+WI  IV
Sbjct:    8 HSVTYVTVPTQDVAKKLAHGLVKNKLAACVNIIPGLTSVYEWKNEINEDSELLLMIKTRTDTVDALTKFVKENHPYEVCEVISLPIQNGNDKYLNWISEIV 108
[Close]
BLAST of conserved hypothetical protein vs. nr
Match: gi|1061138129|ref|XP_017892594.1| (PREDICTED: protein CutA homolog isoform X1 [Ceratina calcarata])

HSP 1 Score: 141.354 bits (355), Expect = 8.625e-39
Identity = 63/101 (62.38%), Postives = 82/101 (81.19%), Query Frame = 0 
Query:   56 YSMVFVTAPNKDVAQTLAGGLVSNKLAACVNIIPGISSVYEWEGKIETDSELLLMIKTRTSTIEAVTDFVNQNHPYDTAEVIATSIEHGSQKYLDWIGNIV 156
            +S+ +VT P +DVA+ LA GLV NKLAACVNIIPG++SVYEW+ +I  DSELLLMIKTRT T++A+T FV +NHPY+  EVI+  I++G+ KYL+WI  IV
Sbjct:   37 HSVTYVTVPTQDVAKKLAHGLVKNKLAACVNIIPGLTSVYEWKNEINEDSELLLMIKTRTDTVDALTKFVKENHPYEVCEVISLPIQNGNDKYLNWISEIV 137
[Close]
BLAST of conserved hypothetical protein vs. nr
Match: gi|939688947|ref|XP_014288394.1| (PREDICTED: protein CutA homolog isoform X1 [Halyomorpha halys] >gi|939688949|ref|XP_014288395.1| PREDICTED: protein CutA homolog isoform X1 [Halyomorpha halys])

HSP 1 Score: 141.354 bits (355), Expect = 9.284e-39
Identity = 62/101 (61.39%), Postives = 84/101 (83.17%), Query Frame = 0 
Query:   56 YSMVFVTAPNKDVAQTLAGGLVSNKLAACVNIIPGISSVYEWEGKIETDSELLLMIKTRTSTIEAVTDFVNQNHPYDTAEVIATSIEHGSQKYLDWIGNIV 156
            +S+ +VT P+++VA+ LA G+VSNKLAACVNIIP I+SVYEW+G+I  DSE+L+MIKTRTS +  +T+FV +NHPY+  EVI+T IE+G+Q YL WI N+V
Sbjct:   46 HSVAYVTTPSEEVAKKLAHGIVSNKLAACVNIIPKITSVYEWKGEINEDSEVLMMIKTRTSKVSELTEFVKKNHPYEVCEVISTKIENGNQDYLSWISNVV 146
[Close]
BLAST of conserved hypothetical protein vs. nr
Match: gi|1241832989|gb|PBC29324.1| (Protein CutA [Apis cerana cerana])

HSP 1 Score: 140.198 bits (352), Expect = 9.681e-39
Identity = 62/101 (61.39%), Postives = 82/101 (81.19%), Query Frame = 0 
Query:   56 YSMVFVTAPNKDVAQTLAGGLVSNKLAACVNIIPGISSVYEWEGKIETDSELLLMIKTRTSTIEAVTDFVNQNHPYDTAEVIATSIEHGSQKYLDWIGNIV 156
            +S+ +VT P +D+A+ LA GLV NKLAACVNIIPG++SVYEW+ +I  DSELLLMIKTRT TI+A+T +V +NHPY+  EVI+  I++G++KYL WI  IV
Sbjct:    8 HSVTYVTVPTQDIAKKLAHGLVKNKLAACVNIIPGLTSVYEWKNEINEDSELLLMIKTRTDTIDALTKYVKENHPYEVCEVISLPIQNGNEKYLQWISEIV 108
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: 1
Match NameE-valueIdentityDescription
EMLSAG000000104671.837e-3959.41supercontig:LSalAtl2s:LSalAtl2s6968:2774:3380:1 ge... [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: 22
Match NameE-valueIdentityDescription
gi|62286534|sp|Q66KY3.2|CUTA_XENLA4.357e-3745.83RecName: Full=Protein CutA homolog; Flags: Precurs... [more]
gi|73620711|sp|P93009.1|CUTA_ARATH4.391e-3756.88RecName: Full=Protein CutA, chloroplastic; AltName... [more]
gi|122224183|sp|Q109R6.1|CUTA1_ORYSJ6.243e-3756.60RecName: Full=Protein CutA 1, chloroplastic; Short... [more]
gi|62286491|sp|O60888.2|CUTA_HUMAN3.407e-3450.91RecName: Full=Protein CutA; AltName: Full=Acetylch... [more]
gi|62286457|sp|Q6MGD0.2|CUTA_RAT1.893e-3353.54RecName: Full=Protein CutA; AltName: Full=Brain ac... [more]
gi|62286579|sp|Q9CQ89.3|CUTA_MOUSE2.584e-3353.54RecName: Full=Protein CutA; AltName: Full=Brain ac... [more]
gi|62286494|sp|P69678.1|CUTA_BOVIN2.629e-3252.53RecName: Full=Protein CutA; AltName: Full=Brain ac... [more]
gi|61212704|sp|Q7SIA8.1|CUTA_THET88.464e-2743.75RecName: Full=Divalent-cation tolerance protein Cu... [more]
gi|61212572|sp|Q6D9J5.2|CUTA_PECAS2.443e-2341.67RecName: Full=Divalent-cation tolerance protein Cu... [more]
gi|61212488|sp|Q5PL69.1|CUTA_SALPA1.941e-2239.58RecName: Full=Divalent-cation tolerance protein Cu... [more]

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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|1325308431|ref|XP_023335834.1|1.987e-4360.68protein CutA homolog [Eurytemora affinis][more]
gi|1126213432|ref|XP_019640588.1|7.299e-4050.66PREDICTED: protein CutA homolog isoform X1 [Branch... [more]
gi|1279749348|ref|XP_022919663.1|8.862e-4057.50protein CutA homolog [Onthophagus taurus][more]
gi|1126213434|ref|XP_019640589.1|1.684e-3953.54PREDICTED: protein CutA homolog isoform X2 [Branch... [more]
gi|1069782794|ref|XP_018334460.1|1.769e-3962.14PREDICTED: protein CutA homolog [Agrilus planipenn... [more]
gi|939688955|ref|XP_014288398.1|3.499e-3961.39PREDICTED: protein CutA homolog isoform X4 [Halyom... [more]
gi|1061138131|ref|XP_017892595.1|4.517e-3962.38PREDICTED: protein CutA homolog isoform X2 [Cerati... [more]
gi|1061138129|ref|XP_017892594.1|8.625e-3962.38PREDICTED: protein CutA homolog isoform X1 [Cerati... [more]
gi|939688947|ref|XP_014288394.1|9.284e-3961.39PREDICTED: protein CutA homolog isoform X1 [Halyom... [more]
gi|1241832989|gb|PBC29324.1|9.681e-3961.39Protein CutA [Apis cerana cerana][more]

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Alignments
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
scaffold629_size122686supercontigscaffold629_size122686:14533..26635 -
Analyses
This gene is derived from or has results from the following analyses
Analysis NameDate Performed
maker2018-02-12 .496401
T. kinsejongensis vs L. Salmonis peptides2018-04-19
T. kingejongensis peptided Blastp vs. SwissProt2018-04-19
T. kingsejongensis proteins Blastp vs. NR2018-05-15
Properties
Property NameValue
NoteP:response to metal ion
Relationships

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

Feature NameUnique NameSpeciesType
maker-scaffold629_size122686-snap-gene-0.27-mRNA-1maker-scaffold629_size122686-snap-gene-0.27-mRNA-1Tigriopus kingsejongensismRNA


Sequences
The following sequences are available for this feature:

gene from alignment at scaffold629_size122686:14533..26635-

Legend: mRNA
Hold the cursor over a type above to highlight its positions in the sequence below.
>maker-scaffold629_size122686-snap-gene-0.27 ID=maker-scaffold629_size122686-snap-gene-0.27|Name=conserved hypothetical protein|organism=Tigriopus kingsejongensis|type=gene|length=12103bp|location=Sequence derived from alignment at scaffold629_size122686:14533..26635- (Tigriopus kingsejongensis)
TGGACAGCTGTTTATTTGTTTTCAAAAGTGGAAAGTACCCAAAGATTCAT
TGGTGAATGAGCCGGATCGGGCAAATTGCAGTTATTTTGGGCCTTCTGGG
ACTCGGTGTGGCTGTAGTATTCATGTGGTCTCCTCTTGTGACCTCGCTGC
AACCTCGAATCTGGAGCTCCATCTTTGCACTTCAAACAGCTATGGCTGCC
TCATCCTCGACAATCACTCCCTACTCCATGGTGTTTGTCACCGCTCCCAA
TAAAGATGTGGCTCAAACTCTGGCTGGGGGATTAGGTAGAGTAACTTTCC
TTTTTAATATCAAAGTTGTTCCTCAGACAGATGTATTTACGTATAATAAG
CGCCCCAGAACTCGTGGTTAAGGGAAAAGTGGGACTATATACAGGTTGTC
TTCCTTAGATTGATCGATGTCGCCTTCAAACACTGTGTGTTTGGGCTAAT
TTACTTGGCTAACATGGTTCAGAATATGTGTAATCGATTATTTTTACCAA
TCAACAAAATTCAACGGAAACTCCTTAGTATAAGAGAAACTAGTCATGCG
CAGTTTCAGGAATATGATCATGGTTGCCAACTTTATTCGGGGACTCTCGG
CCAAACGCCTAAGAAATTCGGCCAAATTTCAAAAATTACCACAACACCCT
ATACTAATTGCGGGAAATAGCATCACACCATTTTTTTAACCACTATTTCT
CAACATTTTTACATTCCTAGATATCTTGAGACGTGAACACAACGTTCAAA
GGGCCTGATTTTCACTCCAACATAACCTAAATTGAATTGCTCAACATTTA
TCTCTTCATAGTATTAAAGTTGGGTTTATTGCTACCGGAAATGCTCATTT
TATCAAGGGGGGCGAGTGGGGAAATTGTACTTGTCAGTTTTCTTTCTTTC
AAACACTTACTCAGAATTTCGGTATTGTTGCTTCAACGTGAGTCTGTGAC
CTTTAAAGTCAAAATAGCATTTGCTGAAATGCCACGCTACAACACTTGTG
ATTGTTACTATTTTGCCGGGGGTCCTCGACCGTTCATATTAATACCCTCT
CTAGAGAGAGTCGGACGCTTAAGAAACGCCTCTAGCACCCTTTTCCATTT
CGGTTCCAAAGCCGCCTTTTTAACTACTGTAACACGTGTTTCTCCCCATA
TATGTATTTAAATGTACCATCAAGGTGGAAACCAGATCGCCTGAAGAGGC
AAAAGGAATGTACTGTAATTCGCCCTTTTTGGGACCAAAATTGTTTCAGT
GGTAGGATGGCAAGAGTTAGAGACGTACTCTTGTCATAATGGGCACTAGT
TCATTTTAGTCCCATTCCAGTTGTGACTTGGGTTGTAGTTGTAATTTGGG
CCTCCCTCAGTTGACGTATCAATGCGATCCTTGAAAGCATATTGGTTGTG
AAAGGGACCACAAGCCTTGAAGTTGGACCTTGTCCCACATTAATACTATA
CGTATAGTGCATACAAGCAGATTTGCTAAAGTGTTTACTTTGAAATAAAA
ATCGATCACACTTACTCGATTACTCGACGTCTGCCTTTCACCGAGTTAGG
AGGTGTCGACTCCTACTCCTTGAATAGCTATCCCTCGTCCTCTACCTTAT
TAGTGGTGGAGTGACGAGGGACAGTGTTCGGTGTCTCTTTGAGTTGGACT
CCGTGTTTAGCCCGACCAAATGTGTACCCTGCCGGGTCTTTATCCACGCC
CCCGTGGATGGATGGAGGGCATTCTGGCCCAAATCCCCTTACCTGTGGGC
CATCCCCAAGAACCACGCCTTCGTGAATCTCCTTTCTTCCCTGGCAACGT
GAAGCATCCCGTGTCTTGCCCAAGTGGACCCGCGTGTTCCACTTCGCCGC
TGCATGGCTGACTGGGATGAAGAGGTGACCGTGGACCTCTTTTTTCCTGG
CCATGTGGACGGACCATCCAGTGTCTGGCCCAAGTGGACCCGACCAAATG
TGTACCCTGTTGGGTCTTTATCCACGCCCCGTGGATGGATGGAGGGCATT
CTGGCCCAAATCCCCTTACCTGTGGACCATCCCCAAGATCCTCGCCTTCG
TGAATCTCCTTTATTCCCTGGCAACGTGAAGCATCCTGTGTCTTGCCCAA
GTGGACCTGCGTGTTCCACTTCGCCGCTGCATGGCTGACTGGGATGAAGA
GGTGACCGTGGACCTCTTTTTCCTGGCCACGTGGACGGACCATCCAATGT
CTGGCCCAAGTGGACCCACTTCGGCCCTGTGCCCCGCCCAACCGCATTCT
TATCTTTAGTGGGAGACGAGCAATTAGTGACCTTGATTTAGATCACAATT
CTGCTGACTTGCCGAATGAAGTTGAGGAATCGCAAATTCCTACAACAATT
CTTGCCTCTCCCACGAAATATTTGCTCTCGAAAACTGCCGAGTCTGGTGA
CTTCCAGACTCCGTCGTCTGTTTTCGAGAAGCACAATGTTGGATTGGGAA
TATATATATTTATATGTGCTTGTACACTATAACTAGCTAATTTGTGCTAA
GTGTTGCATCCAGCAAGCGCCACTTTAATAAACGATTACACACACACACA
CTAGAAGCTTATCAAGAGTTTACCCTGACAGTCCCTTAATTCAACGCTAA
ATCGCGCTCAACATGGCCGGAGGCTCGCCCAAGGAGGTCCACAAGATGGT
CAAAGTTTGGTGTGCTGGGTGCTACGACATGGTCCATTATGGACACGCCA
ACGCCATCCGCCAAGCCAAAGCGATGGGGGATTATCTAATTGCGGGTGTT
CCCACGGACGGGGATATCACCGAGCACAAAGGTCCACCCGTCTTCAATCA
GGAAGAACGCTATCGAATGATTCGAGCCATCAAGTGGGTAGATGAGGTGG
TGGAAGGAGCGCCCTNAGCCGTATCGTAGGGATGGTTCTGGTTCACAAAA
TCCGTTACAGCCTCAATTGTGGATGTCCGGGTCTTGATCATGAGCAGAAG
TTCCGAGTCGGTCTCAATTTTCCCCTCCCACTCATACACGGAGGAAATTC
CGGGGATTATATTCACACACGCGGCCAGTTTATTGGAAACTGAAAACAAA
AAAGTACTCGCAATTAGATAGATAGATAGATAGATAGATAGATAGATAGA
TAGATAGATAGATAGATAGATAGATAGATAGATAGATAGATAGATAGATA
GATAGATAGATAGATAGATAGATAGATAGATAGATAGATAGATAGATAGA
TAGATAGATAGTTTATTTCGCGTCTGACAATACGTGTACATTTCTTCATT
GTACTTGAATGCATGATGGTGTATCAAGCAAATCGTCAGATCCCCGGAGT
GCGCAAGAAGCTAAAGCTTGTTCGAATGCGCCCCCGAGAATACAGTTCAG
AAGTCGGAGGGAAAGAAATAGAGAATAAAAGAAAGGAAAAGCCAAATAAC
ATGGATCAAGGACTAGTTTTAAATGATTTGAAGGAGCGTGTTGTGGGAGT
AAAAGAGTACTTTAAGTCCCAGACAATTAGAGTTATACAAGACTACAATT
GCCTGGAGCCCGTCCGTGGCATCCGGCATGGATTGTTTATGCTTCACTGG
ACCATTATTAACGAGGAAGAGAATAAGAGATGGCACCCAACTGTTTTTTT
GAATACAGTGATTAAAACCTGATTTTAAAACCAAAGAATTGTGAGCAATT
TTAAAAATGAAAAAATCTGCAAACTTTGTAACTGTTCAAGCATCCTTTCA
GTTTTTTTGTTGAAGGCGAGGGAGGGTAGAAAAGCACCCCTGATCCATGT
GAAGTCTGAGTAGATATGGGTGATCAAAATTCTGGGACAGTTTTCAGGAG
GAAACTGTGCTTGGTACCAACGCTGAAGCCGATGAACGATTTTGCCTTGA
AATCGCTCAACAAGGGAATTAATTTGTGGGGTAACAAAAATATGAATTTG
ATTCATTGTTGAGTTAGGCAGTTGTGCTGTGCTCTAGCCACCCTGCCTAC
TCGTCACCCTACCCGTGTCTGTCCTCATGCTTACCTCCAGTCATGTCTCC
ATCACCTCGTCATATTCGAAAACATTGGTACTACTGTAGTTCTTATATTT
GATAACTAACTCTTTATTCAAGATCTAACTCTTACTCGTACATCGTGCAT
CAATCATATCAGTGTTACCATAACACCCCCTCACAAGTCTAGAGCTTGTC
GAAAGGCTTTCGTACATTTACACAGAATCGAATTATTCATAATACTCTGG
AGAGAATCGAACCCGCTTGCTGCGTCTCAATTCTTTTCGTTCGGGTTGAA
TTTGCTCTTCCTTTTGAGGCGATGGTAATTCAGTACGTGCTTCATTCTCG
GTCTGATCCTCGTCCCCTCCTTTGGCTCTGGGTCGCAAGAACTTTCGATT
TCGCCAACATTCTCCCCCTTGGTCTACTAAGCGCACTTTGTAGTCTCTGT
GTTTCCCACACGACACAATTATTCCCGATCTGTCCCAAAGCTTGGACCGT
GGATTTTGGACTCGAACAGGTTCGTTGAGTTTGAGTACGCTCAAGGGCTT
CGTGTGTTGGTTGTAATATTTGGCTTGATTCCGCGATGCTTCTTCAATTT
TGGCGTCGAATTGCCTTAGCTCCTTGGACCACCCAGGTTTGAACAATGAT
TCGTGGGCTGGAACTCGTGATCGAAGTGGATGTCCGAAGATGATTTGAGC
TGGCGACAAGTTGTGAGCTCGTGAGGTGTTTCTCAGCACTAACATCCCTT
CAGTAAAGGCTTCGTTTGGTTTCCCTCCGCTCTTCAATAACAACTTTTTC
ACGACCTTAACGGCTGATTCGGCAAGGCCGTTCGATTGCGGGTTGTGGGG
ACTCGAACATCGATGTGTTACTCCCCAACTCCCAACGGTCAAATAAATCT
TGGGTTTCATTGGCCGTGAATTGCGGTCCACCATCTGAGAATAATCGATT
GGGACATCCCATGTTCGAGAAATGATGCCCGAGGTCGCGGACCAGCGATG
CTGCTGACGGAGGTCCAGATTGGTGGTAAACTTGTGGCCATCCACTGTAT
CGGAAGTGATGTTTTCCGTGTACTTCAAAGTAGTCGCACGCAATATCGTG
GAAAATCCGCTTTGGCAATGGGTCCATTGCCATTGGCTCGTTGGGTAGAC
CGGGCCTGTGCATTTGTGCCGGCCAGCACACGGGTTGTCTTGCTCTTTGC
ATTGTCCGGTCTCTTCCCATGTGCGATGCGTGAAGTCGTTTCATGACCTC
CCTTCTTAAACGCTTTGGGATGATTATCCGATTGCCTATCATGACAATGC
CATTTTCCACTGTCAATCGATCTCGGACCTTCTTGAATGCTATCATACCT
GAATCGTCGTGCAAAAAGTCCTCTTGGAGTGCCCGAATTTTTGAGTTATT
CTGTGTCTGTTCCTCCAATTCGGCGCATCTCGTCCATAAACTTGTCCGGT
GGCTCATTCATGGCTTCTTCCGCTGTTGCGTTCATGATGGCGCACACATA
GCCATAAATTTCTCCTTCTTCTTCCAAGTCATCTTTTGTAGGATCCTGGA
TCGGAGCTCGTGACAAAGCATCGGGAATCCGATGATCTTTGCCTTTCTTC
CATTCTGTTTTAAATAGGTACGGTGCGAGTTTGGCCTTCAATCTTTGAAT
CCGCGGGTTGTCGATGGCATCCAGACCATGTTTGTCAATGATGGTCACCA
ATGGCTGGTGATCCACAATCAGTTTGAAACTCGGCAATCCTTGCAGGAAA
AGCCGACATTTCTTCATGGCCCAAACCGTGCTTAAGTAACTCCCGCTCCA
TCATTGCGTATCTTGCTTCTGTCTCGGTGATGAACCGACTTCCACACTCA
ACTAGTCGCCATTGGTCTTGCTGTTTTTGCAATAATACATAGCCGAGCCC
GTTTTTTCTTGAAGCATCCGTTTGGAGCTCGGTTGGCAACGTTGGGTCAA
ATGTGGTGAGTATTGGTGGTGATACCAAAGCTTGCTTGGTTGACGCGAAC
GCTTTTTTCGTAGTCTGATGTCCATATAAGCTCGTGCTCAGAAGTGGGCG
TAATGGTCCCTTGGTTGTTGAGAGTTCGTTGGAGAACCCTGCCAATTGCT
CTGCCATTCCCACAAATGAACGAAGATCGGTAATATTTTTTGGGGTAGGG
AAGTTTGTGATCGCTGTCAGCTTGTTCGAATCCGGACTGATCCCTTCTTG
ACCAACGATGTAACCCACAAACGGCAGTGATGTCTGACCCAGCTTGGTCT
TGGTTGGGTTTAGTGTGATGTTCTTCGCTTGGCATCGTTGGAGAAAATTT
CTTTCATGTCCTTTGTGTTCTTCTGATGTCTTGGAATGAAATAGGCAATC
GTCCACGACTTTTTCCACGTTGCTAAGTCCTTGGAGGGCCTCGTCTCCCC
GTCGATTGTATTCATCTCCAGCACAATTTAGTTCCATTGTGGCTCTTAGG
TGTTTGTTCCCTACCCCAGGGGGTGACAAATGTCGTCAACTCTTGGCTTT
CTTCGGCCAATTGGACTTGGAAATAACCCATAGACGCATCGAATGTGGAG
AAATACTGAGAACTGGGCGGAATGTTGGCGATGGCGTCCTTTGGGGTTCG
AACTGGATGATGTGGTCGTCTCACATATTTTTTGAGAGGCCTCAAGTCGG
TGCAAATTCGGATTTCTTCGGAGTTCGGCTTGGGTACGACTGTCATCCAA
TGACACCATTCAGTGGGTTCCTCCACCTGGACTGTTACTCCGCGATTTTC
CATGGAGTCCAGTTTATTTTCGACCGTTTTTCTTATTGGGAAAGGTATTG
ATCGGGGTTTGGCAATGTACACAGGCTTTGCATCGTCTGTTAGCTCAATT
ACCATTGGCGGCCCCTCCACAGGGGCTAATGTTTGCCCAGTGTCAAACAC
ATCTCGAAACTCCGTGAGTAGGGATTCAAGGCCTGGTCCCGGCTCGTCTG
TGACCTTCGCCACCACGGGTCGGGGAAACTTCTCGTGAATGATTCCTAAG
TCTTGACACGTTTAGAGGTTGAGAATAGTCCCCTGGTACTCGTCCGTGAT
GATGAATGTGGCCATGGCCACGGATTCCTCATATTCGACCGCCACGGTTA
TTGGGATCAGGGTGCTTATTGTGGCTCCGTTAGCTCCAAAGAGAACATCT
CCTCGCTTGATCAACTCGCTCCGATCCAGTCCCGTCCTCTGAAGGTCCTG
CAGTCCCATCAGATTGGCTCCTGCTCCACTATCAGGCAGGACTCCGCTCA
GGTGGGTGATGAATTCTTGCGTGTCTAGGCAAAGCAGAGATATCTTGATG
GTGCTTAGTTTACACGTACCCGCTGTGTTGGCGACAATTCCCACGAAGAC
GGATGATACCGTGGGCTTCTTTGCGTATCCGTACTTGTCTCCTCCACCTG
ATCGGCAGACTTTGGCAAAATGTCCCTTTTATGGCATTTGCCACACGCCT
TGCTCTGGTCGTTTCGTGAACGTACTCCTGTTCCACAGCTTTGGCACGGG
ATAGTGTTGGTGTCCTTGGAATGGATCGGAGTCCGATTTCGGGAATTGCT
TCTCCCACGAGGGACCAATTTATTAACCGGGTGGCTACTTGGAGTTTCTC
GATTTTTAGTGGCAATCTCCACGGTTTGACAAAGCTCTATTGCCTTTGTG
AGCGATGGGAACGGCTTCTCCTTGAGCAAGTCTTGCCTTGCCTTACTCCC
TGTACTCCGATCATGATCTGTGTCACGATCTGGTCTCCCCGGCAGTGGGA
GCACAAGTCTGCATCGTCGGCTTCTTCTTCTAGAGCGAAGCGAAAATGAT
CGAACGATTCCCCGGGTTCCTGTCTCCTTTGGCGAAATTTTACTCGGTCC
ACGGCCACATTCCGTTGGTCTCGGTAGTACTGGCCGAGGCCATCCAGAAT
AACGTCGACTGTGGTTCTCTCGGCGAAGTGGAACACGCGGGTCTACTTGG
GCAAGACACGGGATGCTTCACGTTGCCAGGGAAGAAAGGAGATTCACGAA
GGCGAGGTTCTTGGGGATGGCCCACAGGTAAGGGGATTTGGGCCAGAATG
CCCTCCATCCATCCACGGGGGCGTGGATAAAGACCCAACAGGGTACACAT
TTGGTCGGGTCCACTTGGGCCAGACACTGGATGGTCCGTCCACATGGCCA
GGAAAAAAGAGGTCCACGGTGACCTCTTCATCCCAGTCAGCCATGCAGCG
GCGAAGTGGAACACGCGGGTCCACTTGGGCAAGACACGGGATGCTTCACG
TTGCCAGGGAAGAAAGGAGATTCACGAAGGCGTGGTTCTTGGGGATGGTC
CACAGGTAAGGGGATTTGGGCCAGAATGCCCTCCATCCATCCACGGGGGC
GTGGATAAAGACCCAACAGGGTACACATTTGGTCGGGCTAAACACGGAGT
CCAACGCAAAGAGACACCGAAAACTGTCCCTCGTCACTCCACCACAAATA
AGGTAGAGGACGAGGGAGAGCTATTCAAGGAGTAGGAGTCGACACCTCCT
AACTCGGCGAAAGGCAGACGTCGAGTCTAGTGTTTTCAATTATGAATCAA
GAGCATGCGAAGCAAGAGCGATATGAAGCAAGAGCACAGTAAGTNATTTC
GCGTCTGACAATACGTGTACATTTCTTCATTGTACTTGAATGCATGATGG
TGTATCAAGCAAATCGTCAGATCCCTTAGCTTCTTGCGCACTCCGGGGAT
CTGACGATTTGCTTGATACACCATCATGCATTCAAGTACAATGAAGAAAT
GTACACGTATTGTCAGACGCGAAATAAACTATCTATCTATCTATCTATCT
ATCTATCTATCTATCTATCTATCTATCTATCTATCTATCTATCTATCTAT
CTATCTATCTATCTATCTATCTATCTATCTATCTATCTATCTATCTATCT
ATCTATCTATCTATCTATCTATCTATCTATCTATCTATCTATCTATCTAT
CTATCTATCTATCTATCTATCTATCTATCTATCTATCTATCTATCTATCT
ATCTATCTATCTATCTATCTATCTATCTATCTATCTATCTATCTATCTAT
CTATCTATCTAATTGCGAGTACTTTTTTGTTTTCAGTTTCCAATAAACTG
GCCGCGTGTGTGAATATAATCCCCGGAATTTCCTCCGTGTATGAGTGGGA
GGGGAAAATTGAGACCGACTCGGAACTTCTGCTCATGATCAAGACCCGGA
CATCCACAATTGAGGCTGTAACGGATTTTGTGAACCAGAACCATCCCTAC
GATACGGCTGAAGTCATTGCCACCTCAATTGAGCACGGAAGCCAGAAATA
TTTGGATTGGATCGGCAATATTGTTCCTGAAAAAAAATCATAAATGCACT
TAAATATAGTGGAATGGTGTGGACTGAAGGAGCAATATCCATAATGTGGG
TTAACCTAATTTTTCGGAAGATATGCTAGGTGTTTTTTTCAGTGCAGAAG
TGACGTCGGAATCTGCGCAATTATATTGTATTTTATTTCGGGTTTTGGCA
CCCACGACCAGGGGTTGAGCTGAGGTCCTTTCTCATTGCAGGAAAGTGTT
TGACCACTGCACCAATTCGAAATGGAGTTTATTCGGAATTTGAAAATGAA
TTTTGAATGAGCTTTCAATGAATTTTCAATGATTTTCGAATGAATTTTGA
AAGTTATAGTGCAGACATTGGTCGGCGATGAGGTCTGCGGTTCTCAAGGA
CTGCAGATCGATTCCCAGGCCCGGCAGATAGCGAAATTCTCCAGACTTTC
TTCTACTGAGGGGAGCTGACGTCTCCCGGTAACCCTAGTTCCTTGGGGGT
CAGGAAAACAGGTGCGGCCACATCTTGAGGAAGGGTCCCTTCTGGTTTCC
CACAAATTAAAGTAGTGCTGGATTGTAGGTACTGCAAGCTGGATAGCTAA
AATAGCTAAAATCATCAGTGGGCTCTGTGTTCCCATAGATGCCTGTCTAT
GAAAAGAAAGCACCGGAAGGTGCAATAACACACATTCATCATTTAAATAA
AGTAGACATTCATTTCACTTCTTGACCGCAATACTACCGATGTAACGGAA
GCGGCGTGACCTAGTGATTAGAGTGGTACTCTCAGAATACTCCTCTCACT
CGCCTGCCATGCGAATGTGGTTCGATCCCCAGCGAAACTAGTTGGACCTA
GCTTCCTCAGCTCAGAGCCCCTTGGGGATCTCTCACTGGTCACCGAGTGC
CAACCGCAGGTTATTATGTACCTGCTGGTTCCAAGTGAATACCGTAGAGT
TCCTCATGTTGGTGTCGATGCTGGTTCCGCGTGCAACCGCCGCCAAACTC
CCATGAGCGCCCTCTGCAGGTTACCGAGTGCAACCGCAGCGGCGAATAGC
CCCTGCTGGTTACCGAGTGCAAACCGTGGAGGTCACCATGTGGGCTGCCT
TTGCGGACGAAATTGAGTGAACCTGTGGTCATTCCTCGAGGGTAAGGTAA
CCATTCATGAATACGGTCAAACTAAGTATCGTCAGAGATGTCACTTCCGG
ACAGAAATGTCCGGGGCCAGCACAACCAACCAACCCCAAATGTCAGGAAA
ATCGGCATGGTGCTCGGTGTAGGTTGACGTGAAAGATACTTGAAGAAGTT
CCACTAAGCAGTTTTAGCTCTAAATAGTCTAGGAGGGACGATATGAGTTT
TGAACACGGCTGTCAAAAACTAGTCAAAAAGGGCTTGAAAGTGCCGAGAG
AAATGGCATTTCTAGAGAAAAGAACCAACAAATAAGGCTGAAAAATGCAG
ATTTAAGAGCCAAAAGAGAAGGCCATCTGGAATTCAAATTTCAAAAAATA
AACAAAAATATCTTATGGACGAAAACAAAAACAAAATCAAAGAGATTTCA
AATAGTTCAAAGAGGAAGAAACTTTTGAAAAGTTGCTAAATGCGCAAATC
TGGTCGCTATTTTTTGAGAAATTAAACGTTACATTCCAGATTCAACAACA
AACTTTGATTAATTTATAAAAAAGAGAAAAAACCATATTTAATAATAATA
ATAGAATAAAGTGAAAAGGTATTTTGAAAGCAAACGGGTTTTTTTTTCAC
CATCAACCCATTCCCCATGGCCGCAAGTGTAGACCCCCTCCCCCGGAGTA
GCCGCTTTGGATGTTTGGATTTGCTCAAAAAATTAAATCCGTAAGGGTTC
CAAATGGGCAAGACAAAAATACCTACAGAACACTAAACAAAAGATAACTA
AACGAAAACTATGCAAAAGATAACTAAACGAAAACTAGGCAAAAGATAAA
CTGAACGGAAATAAAACTAGGCAAAAGATAATTAAACGGAAACAAAACTA
AAAAAGTAAATTCCTGAATTCTATTTTCCTAAATTATAAATTCCTAAATT
GTAAATTCCTATCCTATAAATTCCTAAATCATAAATTCCTAAACCATAAA
TTCCTGCATTATAAATTCCTACATTATAAATTCCTGCATTATAAATTCCT
TCATTATAAATTCCTACATTATAAATTCCTGCATTATAAATTCCTTCATT
ATAAATTCCTTCATAATAAATTTGCTAGTTTATTTATCTAACTGCATTTT
AGGTAAAAACTCTATAAGCAAAAAAACATCAATCGGAAAGCTGTATTTAA
GTGCAACTCATTATATTATCTACAATAAAACGGTTCCCTTTTTATAGATT
CGAGCAAAAATGTGGCCCTGCAGGTGTCTTTTCCCCAGATCCTATCGAAG
GTTTTTTCGGCCTTCGTTTGTTTCTTTTCCTAGTGCCATGCAAGCCTTCA
CTCGGGCTTTGCCTGCAATTTCAAGTTGGTAGTTTTGGGCCTGCCGTGGT
AAAGCGAAACTTGCAGTCCGGCCAAACTGAGCCCAAAAGGCTCGAAAACA
CATTTTTTAAGTTTTAAGGTATATACTTGCCATAAGGTCATTGCTAGGCT
GGCCCACCACTTGCCCCGCGGCGAATACTTGCGGGAGTTGGCCAGGGGAC
TTTTCATGAGCGTGGTCGGTTATGGGGTTGCGGCCGTTGTTCCACCCCGC
CTCAAAGACTGGGAAGCCTCCCCGTTCAACGCACACAAAGCCGTCCAGGT
GGCTTTGAAGGACGTGGCCAGGACCATTACTGGGAAGAGCAGGCAGGATC
ATGTTCAAATCGCTGACCTCCTCCACCTGGCAGGGTTTACCCTTGTTCTG
TAA
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Synonyms
The feature 'conserved hypothetical protein' has the following synonyms
Synonym
Tk00809
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