mRNA_C-tenellus_contig1038.1.1 (mRNA) Choristocarpus tenellus KU2346

You are viewing an mRNA, more information available on the corresponding polypeptide page

Overview
NamemRNA_C-tenellus_contig1038.1.1
Unique NamemRNA_C-tenellus_contig1038.1.1
TypemRNA
OrganismChoristocarpus tenellus KU2346 (Choristocarpus tenellus KU2346)
Homology
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BLAST of mRNA_C-tenellus_contig1038.1.1 vs. uniprot
Match: D8LE96_ECTSI (Ubiquitin domain-containing protein n=2 Tax=Ectocarpus TaxID=2879 RepID=D8LE96_ECTSI)

HSP 1 Score: 543 bits (1398), Expect = 2.310e-167
Identity = 325/703 (46.23%), Postives = 433/703 (61.59%), Query Frame = 1 
Query:    1 EHGRVVQRFFGWGAKRDEWLPSWSHRVQPLNSRASWRNSWTEEAPVDDSGDPELSVDGE-VVYAVVRQGDAGSGQNGFNGGICLVDNINTFGRAGGFEALVACINPPQVD-----PRSLQVMPTSDPSSPKLLDEMAGVGEGAETMVRALASEEESATAVNARGEVMAMPESVTHTGTGEALREPKKTIPARALKDAVGAVASIRPLLSRGVASSIIQGLATASIAALKGFPDTELRGLSRDRLEGILSALRELLKRGSRRGLVAVTMERLQLDLALKFYKCPYMERKLNGLKVLTDAVSA--------VTQGNGAGLTRQGLVEWLDENNFIRMLFSGHTQLIQRSGEILSFLCRQQALSPAHLDIIWEAGGGGLDKDRRMCVHEVLRSLLYQLGVDLVGRLVDKLFHQAPSEVLEDTVVFIKDIAKATHQQGVGPALRLLDLLWSMVQDDSPYTERIARKAEEALLEVYGFYNLANHRPSALQQCVKHLTQGRAVVISLKLMESVLDQFTLTSTTVYDRMSKREAVRDLEEEHRLTHLLLRCSNAEEVEGRRTKYAMYFLIGICCLLLDSDPLSPHPHTPAPFACMSSITLIGEHGGRDRDWDKSVVCGRDSHLVQVKARLQMLEYLYNNSALVLESWQADMLWACLGPGRRTNAGDGGTEDSLRNSSSSATPGELSILLSWLSKACEAWGEGDGAGGGVF 2067
            E GR  +R+FG  A RDEW+ + S R++ LNSRA W+NSWTEEAPV+D  DP L+ DG  +V+AV R           +G  CLV  +N FGRAGGFE L+  ++PP ++     P +   +P + PS+    D+               A E    ++V A  E           G+G+ +  P   +P  AL+ A+ AVAS+RPLL+R VA +++   ATA  AALKG  D+ELRGLSR+RL+GI++  RE+LKRG R       +E LQLDLALK Y CP+MERKL GLKVL DAV+A        ++QG+   LT Q LVEWLD+NNF++ LF+GHTQLI+RSG+++ FLCR++AL+  H+DIIW AGGGG DKDRR+CVHEVLR  LYQL + L+ RLVDKL  Q P EV+EDTV FI++ A+AT Q G  PA+RLLDLLW+M  D SPY  RI   A E++L V G   L  HR   LQ+CVK++ +GRAVV SLK++E+VL  +   +T+ Y+ +S+R+ + +LE E  LT LLLR   +     R +        G       ++P SP P +  P +  + +  +   GG D++         D+HL QVKARL  LE++++NS LVL + Q   LWACLGPG                  + ATPGE+S LLSW SKACEA  EG+G GGG+F
Sbjct:  420 EGGRRGRRYFGL-ASRDEWISASSARIEKLNSRAPWKNSWTEEAPVNDKEDPYLTEDGSHLVFAVPRAP--------VDGAPCLVAAVNAFGRAGGFENLIVRLSPPALEETLPAPLAEAPLPPAPPSTNTPPDDTXXXXXXXXXXXPVAADEGGVVSSVTAATE-----------GSGKKVPAPAPAVPLEALRSALVAVASVRPLLARRVARAVLGRTATAVSAALKGASDSELRGLSRERLDGIVNGFREVLKRGHRSSEAYRRVEWLQLDLALKLYSCPFMERKLQGLKVLADAVAAAETPISSSISQGSSPALTPQELVEWLDDNNFVKALFAGHTQLIRRSGDVVGFLCRERALTGGHVDIIWAAGGGGQDKDRRICVHEVLRPFLYQLDMALLERLVDKLRVQPPDEVIEDTVTFIRETAEATQQGGAAPAIRLLDLLWAMADDRSPYRPRIKANAAESILPVAGLRGLRGHRAQTLQRCVKNVEEGRAVVTSLKVLEAVLQNYPKDATS-YEVLSRRDVIHNLEAESGLTELLLRELESYVAGSRSSTLPEDTSDGSLAADHSNNPPSPSPVSAGPASTAAGVRSLERRGGSDKN---------DAHLAQVKARLHTLEHVFDNSRLVLSTEQIKRLWACLGPGPGPGL-------------AGATPGEVSTLLSWFSKACEAC-EGEG-GGGMF 1077
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BLAST of mRNA_C-tenellus_contig1038.1.1 vs. uniprot
Match: X6MR44_RETFI (Ubiquitin carboxyl-terminal hydrolase family protein (Fragment) n=1 Tax=Reticulomyxa filosa TaxID=46433 RepID=X6MR44_RETFI)

HSP 1 Score: 142 bits (359), Expect = 2.580e-31
Identity = 125/484 (25.83%), Postives = 224/484 (46.28%), Query Frame = 1 
Query:  538 KKTIPARALKDAVGAVA-SIRPLLSRGVASSIIQGLATASIAALKGFPDTELRGLSRDRLEGILSALRELLKRGSRRGLVAVTMERLQLDLALKFYKCPYMERKLNGLKVLTDAVSAVTQGNGAG----LTRQGLVEWLDENNFIRMLFS--GHTQLIQRSGEILSFLCRQQALSPAHLDIIWEAGGGGLDK-----DRRMCVHEVLRSLLYQLGVDLVGRLVDKLFHQAPSEVLEDTVVFIKDIAKATHQQGV-GPALRLLDLLWSMVQDDSPYTERIARKAEEALLEVYGFYNLANHRPSALQQCVKHLTQGRAVVISLKLMESVLDQFTLTSTTVYDRMSKREAVRDLEEEHRLTHLLLRCSNAEEVEGRRTKYAM--YFLIGICCLLLDSDPLSPHPHTPAPFACMSSITLIGEHGGRDRDWDKSVVCGRDSHLVQVKARLQMLEYLYNNSALVLESWQADMLWA-----CLGPGRRTNA 1929
            K  +P + ++  + A++ S++ L  R     I+  L       L+   D ELR L ++ L  I+  + +LL R      VA   E  QL +AL+      +ER++NG++ +    +   +G+ +     +T + L +W++EN  + ++F    H QL+++  EIL F+C +  L+  HL IIW A      K     +    V ++L  + Y    +    L  KL + +  E+ E  +  +K + + THQQ   GPA +++ +LW +VQD+S   +++  +A+  + EV   Y     R   L++C+ +L + ++V+ISL+++E VL  +   S++    M        +++ HR           E +    T+YAM  +F   I      +   +    T      +S+      +        KSV   R S+L +VK RL  L+++   S L LE  + D++W      CL P  R  A
Sbjct:  220 KPNMPVKNMRSILSALSKSVKSLTGRAYRKFILP-LHDRVWTTLESMTDIELRDLKKELLSRIVECMEDLLLREKSIAEVAQITETFQLTMALRRLTSQTIERRVNGVQHIASVCAHTRKGSPSHSAKFITAEFLSKWIEENKLLDIIFGPKSHPQLMKQGTEILKFICMESTLTIDHLSIIWNALERAAKKSDDVENELQTVCKILEDIAYYFTPEHFEFLFSKLENMSLKELREHHLQLMKGLTRPTHQQNASGPAGKVIKILWKLVQDESSVDDKLVNEAKNLMKEVLTTYFARELREPLLKRCIDNLVEHKSVIISLQVLEKVLQIYATPSSSPMPPM--------MDDLHRW----------EIIAKLNTQYAMMKHFFADIEFFKEKASAKAKEIRTAYNEKELSAKYFAAVNQM------KSVGSPRFSYLDEVKERLDFLDFILGFSNLRLEKQEIDIIWNSMVVNCLTPDEREEA 678
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BLAST of mRNA_C-tenellus_contig1038.1.1 vs. uniprot
Match: A0A1R2D0P5_9CILI (Uncharacterized protein n=1 Tax=Stentor coeruleus TaxID=5963 RepID=A0A1R2D0P5_9CILI)

HSP 1 Score: 128 bits (321), Expect = 1.210e-26
Identity = 83/329 (25.23%), Postives = 168/329 (51.06%), Query Frame = 1 
Query:  583 VASIRPLLSRGVASSIIQGLATASIAALKGFPDTELRGLSRDRLEGILSALRELLKRGSRRGLVAVTMERLQLDLALKFYKCPYMERKLNGLKVLTDAVSAVTQGNGAGLTRQGLVEWLDENNFIRMLFS--GHTQLIQRSGEILSFLCRQQALSPAHLDIIWEAGGGGLDKDRRMCVHEVLRSLLYQLGVDLVGRLVDKLFHQAPSEVLEDTVVFIKDIAKATHQQGVGPALRLLDLLWSMVQDDSPYTERIARKAEEALLEVYGFYNLANHRPSALQQCVKHLTQGRAVVISLKLMESVLDQFTLTSTTVYDRMSKREAVRDLEEEH 1563
            V    P+  R  A   I    +  I  L   P    R  ++++L+ ++  L  L KR          +E+  L+++LK ++ PY+ERK+ GL+ ++DA+S       + +  Q L +W+ +++ I  +F   GH QL+QR GEI++ L     L+  HL+ IW       D+D R  V+++L  +   +  + +  +V+ +    P+++L D ++ +++I K   +     A R  + LW  + D++ Y+  I   A E  + +   + L  +R + +  C++ + + ++V +++++++++L+ F  T T   D +SK EA+  L  +H
Sbjct:  377 VGKAAPMFHRKFAREYIPEFNSLVIQKLIDSPQVNYRDFNKEKLDIVIFNLETLFKRVYSIEDKNEKLEQFALEISLKSFQTPYLERKIQGLRGISDAISRAKFAKESTMQTQELTQWIKDHDIISEVFGPKGHYQLVQRCGEIVTLLSNSGELTRKHLEFIW-GSAQKQDEDMRQSVYKMLGEVNCSIKPEHLEMIVEFIEQIPPNKILRDDILLVQEITKYAVRAEAA-AKRACNFLWHSIIDNAGYSNTIIDLALETYIGLMKGWELKKNRMAVMIDCLQKIKENKSVTLAIQIIKNLLNSFPPT-TNQNDPISKSEAIGVLVNQH 702
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BLAST of mRNA_C-tenellus_contig1038.1.1 vs. uniprot
Match: A0A3P3YG12_PLABS (USP domain-containing protein n=2 Tax=Plasmodiophora brassicae TaxID=37360 RepID=A0A3P3YG12_PLABS)

HSP 1 Score: 115 bits (287), Expect = 1.600e-22
Identity = 118/490 (24.08%), Postives = 205/490 (41.84%), Query Frame = 1 
Query:  583 VASIRPLLSRGVASSIIQGLATASIAALKGFPDTELRGLSRDRLEGILSALRELLKRGSRRGLVAVTMERLQLDLALKFYKCPYMERKLNGLKVLTDAVSAV-------------TQGNGAGLTRQGL-----VEWLDENNFIRMLFS--GHTQLIQRSGEILSFLCRQQALSPAHLDIIWEAGGGGLDKDRRMCVHEVLRSLLYQLGVDLVGRLVDKLFHQAPSEVLEDTVVFIKDIAKATHQQGVGPALRLLDLLWSMVQDDSPYTERIARKAEEALLEVYGFYNLANHRPSALQQCVKHLTQGR---------------------------AVVISLKLMESVLDQFTLTSTTVYDRMSKREAVRDLEEEHRLTHLLLRCSNAEEVE--GRRTKYAMYFLIGICCLLLDSDPLSPHPHTPAPFACMSSITLIGEHGGRDRDWDKSVVCGRDSHLVQVKARLQMLEYLYNNSALVLESWQADMLWACL 1905
            V  +  LL+   A   I+ + ++    +    D ELRGL++D L   +  LR  L R S +   A  ++  +LD+ALK ++ P +E++LNG++ L D +                  G  A +  Q L     + W+DE++     F    H QL++R+ E+L F+CR+  L+  HLD+IW A    +     +   E+L ++L ++  DL    +  L  +  S  L+D VV   D+     + G+   +  LDL+W+ +Q+ S    R AR   E++L V     L+    S   + V  ++ GR                            V+ +++L++ +   F   S   Y+R     +V + + +  +  L   CS +E ++      +    F I +   +  +             A   S     +H  R         C   S L  ++ RLQ L +L + S+L L +   DMLW  L
Sbjct:  412 VRQLSVLLTNEFAKQFIEDIVSSLTGTILSLTDVELRGLTKDFLSDFVMILRVPLLRISGKATAARRLDEFELDVALKRFRSPIVEKQLNGMEFLHDTMHVCKNNDMYSRSCRSGADGGWAAVRWQWLDSHKFIVWMDEHHVWEDAFGEHAHPQLMKRASELLRFICREGELTFGHLDLIWSAIQRAIRWQDEIAA-EILYTVLDEISFDLSPEHIKHLLKRVSSVNLKDYVVHTLDLIL---RLGIDD-MTALDLMWNAMQNGSAELSREARLRLESMLNVQSL-PLSRTGSSTNLKHVNRVSSGRQPLASDSKLSSRTQFLVRAGLKIQEQSCVIENMRLVQDIASSFPEVSA-FYERTLNAGSVNNADVDEAVQQLSPYCSRSEALDYLDHHCQLMASFFIELATFVDRAVASRGDTTVQEDLAASFSTESAVDHEDRS--------C---SFLDHIRIRLQFLRFLLSESSLCLSASHVDMLWKSL 883
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BLAST of mRNA_C-tenellus_contig1038.1.1 vs. uniprot
Match: A0A7S1CDN1_9STRA (Hypothetical protein (Fragment) n=1 Tax=Bicosoecida sp. CB-2014 TaxID=1486930 RepID=A0A7S1CDN1_9STRA)

HSP 1 Score: 103 bits (258), Expect = 3.200e-19
Identity = 98/376 (26.06%), Postives = 179/376 (47.61%), Query Frame = 1 
Query:  493 ESVTHTGTGEALREPKKTIPARALKDAVG----AVASIRPLLSRGVASSIIQGLATASIAALKGFPDTELRGL-SRDRLEGILSALRELLKRGSRRGLVAVTMERLQLDLALKFYKCPYMERKLNGLKVLTDAVSAVTQGNGAGLTRQGLVEWLDENNFIRMLF---SGHTQLIQRSGEILSFLCRQQALSPAHLDIIWEAGGGGLDKDRRMCVHEVLRSLLYQLGVDLVGRLVDKLFHQAPSEVLEDTVVFIKDIAK-ATHQQGVGPALRLLDLLWSM-VQDDSPYTERIARKAEEALLEVYGFYNLANHRPSALQQCVKHLTQGRAV--VISLKLMESVLDQFTLTSTTVYDRMSKREAVRDLEEEHRLTHLLL 1584
            E    TG G    +   + PA  + D +     AV ++ P L R  A+  I  L  +++AAL  F + +LR + S+++   + SA R +L+R  R    A  +E+  L LALK +    M  +L GLK++ DAVS V        TR GL  +L +   +  +F   + H + ++R  E++ FL  ++AL  A +D++W      +D++  + + +V   L Y+L    + R++ KL      +   +TV   K +A  A H   + P    L +LW++ V         +A  A++ L+E+    ++   R     +CV  L +  AV  V + ++++ V++ +   S    +  ++   +R L+ E  L  ++L
Sbjct:  535 EGAESTGGGATAADAAASAPAPLMADEMADLLTAVGNMAPSLRRPFAARYIPTLVRSALAALLSFDEGQLRSIQSQEQTAAVGSATRRVLRRIMRPAAAAEVLEKASLALALKLFHGGNMPLRLQGLKIVLDAVSKVQADGATYATRVGLCRFLQDTRLLDDVFDAKTSHIEYMKRGTELIKFLTSKRALPLAAIDLVWAPST--VDQEHMIAIFKVFGDLSYKLEQAHLRRVLQKLAEIPAVQYSTETVALTKKLAGIAQHSAKLAPDA--LAVLWNVAVVAREEVAPGVADVAQQKLVELAKMPSMKEQRLPLALKCVDCL-KAHAVGSVAAAQILKEVVELY-YPSAYASETFTRGTFIRHLDNEAGLIDVIL 904
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BLAST of mRNA_C-tenellus_contig1038.1.1 vs. uniprot
Match: A0A0V0QCA4_PSEPJ (Armadillo-type fold n=1 Tax=Pseudocohnilembus persalinus TaxID=266149 RepID=A0A0V0QCA4_PSEPJ)

HSP 1 Score: 93.6 bits (231), Expect = 8.390e-16
Identity = 66/307 (21.50%), Postives = 153/307 (49.84%), Query Frame = 1 
Query:  592 IRPLLSRGVASSIIQGLATASIAALKGFPDTELRGLSRDRLEGILSALRELLKRGSRRGLVAVTMERLQLDLALKFYKCPYMERKLNGLKVLTDAVSAVTQGNGAGLTRQGLVEWLDENNFIRMLF-SGHTQLIQRSGEILSFLCRQQALSPAHLDIIWEAGGGGLDKDRRMCVHEVLRSLLYQLGVDLVGRLVDKLFHQAPSEVLEDTVVFIKDIAKATHQQGVGPALRLLDLLWSMVQDDSPYTERIARKAEEALLEVYGFYNLANHRPSALQ---QCVKHLTQGRAVVISLKLMESVLDQFTLT 1500
            I+P   R  A  I   +  A+  +L   P   +R  ++D++E IL ALRELLKR +   +    +++L   +AL  ++  ++ERK+ GLK   + +S           +  +++W+ ENN    L+ S +  LI RS + +  + +++ L   +L+++W+ G    D ++++ + +V   +   L  +    ++ ++   AP++V+++ +  + ++ +    Q      + +D+ W+++++    +  I   + + L  +  FY       S L+   +CV+++   ++V    K+ E ++ Q +++
Sbjct:  439 IQPYFHRDFAREINDRIFEAAEFSLLNSPSQNIRNFTKDKIEYILRALRELLKRTTHDLIRNEKIDKLDFKIALICFESDFLERKIQGLKQFQEILSNSQAMEDDRFKK--VIQWVKENNIFEKLYASNNANLITRSSQFMRIIVQEEQLDLENLELVWK-GTQKNDHEQKLAILKVFWEISKYLNFEHKEFIISRIKEVAPNQVIKEEIELVVNLLQFNSDQQ--STQQQIDIYWNILENSQGVSNDIIDLSIKELASI--FYQADAQILSKLEFIKKCVQNIENNKSVFPMFKVTEKIIHQSSMS 738
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BLAST of mRNA_C-tenellus_contig1038.1.1 vs. uniprot
Match: A0A1R2D430_9CILI (USP domain-containing protein n=2 Tax=Stentor coeruleus TaxID=5963 RepID=A0A1R2D430_9CILI)

HSP 1 Score: 92.8 bits (229), Expect = 1.370e-15
Identity = 72/290 (24.83%), Postives = 141/290 (48.62%), Query Frame = 1 
Query:  664 LKGFPDTELRGLSRDRLEGILSALRELLKRGSRRGLVAVTMERLQLDLALKFYKCPYMERKLNGLKVLTDAVSAVTQGN----GAGLTRQGLVEWLDENNFIRMLFS-GHTQLIQRSGEILSFLCRQQALSPAHLDIIWEAGGGGLDKDRRMCVHEVLRSLLYQLGVDLVGRLVDKLFHQAPSEVLEDTVV-FIKDIAKATHQQGVGPALRL----LDLLWSMVQDDSPYTERIARKAEEALLEVYGFYNLANHRPSALQQCVKHLTQGRAVVISLKLMESVLDQFTLTS 1503
            ++     EL+ +S++ +  I++ ++ LL    R+  +  ++E+  L L LKF+K PYMER+L GL  + + V   T+ +     + LT + L EW+     ++ + S  H ++++R  +IL FL +   LS  HL+++WE+  G  D    +  H+ +  +   L +D++  L  K+  Q    V ++ V+ FIKD +     Q       L    +++   ++QD+ P    +   A   + E+              Q C++++ Q ++V  SLKL+  +   +  +S
Sbjct:  299 IENISQKELKEVSKELINEIITKMKRLLNDCYRKPDLE-SLEKADLCLILKFFKSPYMERRLKGLNEIKELVERTTKSSWGRESSWLTGKYLSEWITNEQVVQQILSYSHPEMLKRVSDILIFLFKNDLLSNTHLELLWESAVGKHDS-LEIEAHKAIMDIAPYLKIDMLMFLYQKI-KQIDLNVYDERVLKFIKDFSLRALDQAFSARSSLDDFAIEIFMPLIQDNCPIN--LCDNAVGYIAEILKHPTARGKIYKYQQICMENVVQEKSVPQSLKLLTQLFSLYQTSS 583
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BLAST of mRNA_C-tenellus_contig1038.1.1 vs. uniprot
Match: A0A7S4HMV2_9EUKA (Ubiquitinyl hydrolase 1 (Fragment) n=1 Tax=Vannella sp. CB-2014 TaxID=1487602 RepID=A0A7S4HMV2_9EUKA)

HSP 1 Score: 88.6 bits (218), Expect = 2.770e-14
Identity = 105/472 (22.25%), Postives = 185/472 (39.19%), Query Frame = 1 
Query:  583 VASIRPLLSRGVASSIIQGLATASIAALKGFPDTELRGLSRDRLEGILSALRELLKRGSRRGLVAVTMERLQLDLALKFYKCPYMERKLNGLKVLTDAVSAVTQGNGAGL-TRQ----------------------GLVEWLDENNFIRMLFSG--HTQLIQRSGEILSFLCRQQALSPAHLDIIWEAGGGGLDKDRRMCVHEVLRSLLYQLGV---DLVGRLVDKLFHQAPSEVLEDTVVFIKDIAKATHQQGVG--PALRLLDLLWSMVQDDSPYTERIARKAEEALLEVYGFYNLANHRPSALQQCVKHLTQGRAVVISLKLMESVLDQFTLTSTTVYDRMSKREAVRDLEEEHRLTHLLLRCSNAEEVEGRRTKYAMYFLIGICCLLLDSDPLSPHPHTPAPFACMSSITLIGEHGGRDRDWDKSVVC-GRDSHLVQVKARLQMLEYLYNNSALVLESWQADMLWACL 1905
            +  +R LL+          L  A    +  F   EL+  ++  L   +  L  +L        V    E+ QLD++LK    P +E++L GL+V+T  +  V +       TRQ                       L+ W+DE N +  LF    H +L++RS EI  FLC ++ L+  H+D +W +  G   ++  M    V+ S +   G     ++  L+ KL      +   + V  + +I ++   +G+   P   + +LLW  VQD+S  T+ +  +A + LL +             L+ C+ +L    +V  SL+++  ++  +      + +  +    +  +EE H L +L                +A +                 H H     A   S  +  E        D +  C G   HL +V+  L  LEY+ ++ AL L       LW C+
Sbjct:  242 IEEMRRLLNEDFMEKYSLELKDAVFDLILNFTHDELKATTKTSLVSAVEFLSSILIISFSTSEVGEITEKFQLDVSLKCLDSPSLEKRLQGLQVITGLIEMVNRKEAPRYATRQYAYYGGAQSRVVLPTTKWLCSDELLTWIDEKNIVDELFGEKMHHELLKRSNEIFKFLCTKKGLTTNHIDALWSSCLG--KQEEVMAASFVIISDIADSGEFTSQMMIYLMQKLCELPIKDYDTNFVTLLGEIEESCLAKGINTYPGFPM-ELLWKTVQDNSGATDEVFTEALQVLLRIL---ERIRGMKIFLKYCIANLNNHTSVPQSLQVLTKLIGHYPTRVIHMGNSETVETVIASIEENHDLVNLF---------------FADFM----------------HYHN---IASSKSKKIAAEKR------DSTKYCSGYFPHLQRVRIHLNFLEYIMSHCALPLSKENLAALWECI 667
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BLAST of mRNA_C-tenellus_contig1038.1.1 vs. uniprot
Match: A0A0D2WMI0_CAPO3 (Ubiquitinyl hydrolase 1 n=1 Tax=Capsaspora owczarzaki (strain ATCC 30864) TaxID=595528 RepID=A0A0D2WMI0_CAPO3)

HSP 1 Score: 72.4 bits (176), Expect = 2.880e-9
Identity = 69/276 (25.00%), Postives = 121/276 (43.84%), Query Frame = 1 
Query:  601 LLSRGVASSII-------QGLATASIAALKGFPDTELRGLSRDRLEGILSALRELLKRGSRRGLVAVTMERLQLDLALKFYKCPYMERKLNGLKVLTDAVS----------AVTQGNGA---GLTRQGLVEWLDENNFIRMLFSG--HTQLIQRSGEILSFLCRQQALSPAHLDIIWEAGGGGLDKDRRMCVHEVLRSLLYQLGVDLVGRL----VDKLFHQAPSEVLED----TVVFIKDI------AKATHQQGVGPALRL-LDLLWSMVQDDS 1317
            +LSR VA+          Q +  A    +    D ++R  S+D ++  L++L     + S     A+  + L L +A K+++ PY+E+++ GL  L +  S          AVT   G     +T   +  WL E+  I  LF    H +L++RS E++ F+  +  ++  H+D+IW A  G          HE +   +YQ+ +++ G L    + +LF       L D    TV  +  I      A++  +    P     +DLL+ +V   S
Sbjct:  200 MLSRNVAALTTRFIHEYGQTIYNAVFLRISNLSDDDIRNESKDTVDQCLASLTVTKAKLSPTPSDAMEADMLTLSIAFKYFRSPYLEKRVLGLTSLKEFASRQLEAQARAAAVTGMQGVDSPAMTVAEVAAWLAEHQVIETLFGQNMHVELVRRSAELIRFMAARNTVTSEHIDLIWNASKGK---------HETIVHAVYQILMEIAGTLPHDVISRLFEVINLLPLADFDLQTVDLVAKISIAALDAQSRRRDSTSPTSSFGIDLLFQLVDSSS 466
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BLAST of mRNA_C-tenellus_contig1038.1.1 vs. uniprot
Match: A0A1R2BCS9_9CILI (USP domain-containing protein n=1 Tax=Stentor coeruleus TaxID=5963 RepID=A0A1R2BCS9_9CILI)

HSP 1 Score: 70.5 bits (171), Expect = 1.060e-8
Identity = 66/287 (23.00%), Postives = 129/287 (44.95%), Query Frame = 1 
Query:  655 IAALKGFPDTELRGLSRDRLEGILSALRELLKRGSRRGLVAVTMERLQLDLALKFYKCPYMERKLNGLKVLTDAVSAVTQGNGAG------LTRQGLVEWLDENNFIRMLF-SGHTQLIQRSGEILSFLCRQQALSPAHLDIIWEAGGGGLDKDRRMCVHEVLRSLLYQLGVDLVGRLVDKLFHQAPSEVLEDTVVFIKDIA-KATHQQGVGPALRLLDLLWSMVQDDS-PYTERIARKAEEALLE-VYGFYNLANHRPSALQQCVKHLTQGRAVVISLKLMESVLD 1485
            I  ++   D E++ L +D +  ++  LR ++             + + L LALK  KCPYME+KL GL  + D +  +++   +       L  + L  W+ EN  +  +  + H ++I+R   +  FL   Q L  +HLD+I +      D    + V++V+  +   +   L   L  KL      +  E  +  I + + K+  Q+        L+LL+ +  D + P    I+ K    LL+    F +  N+    +++ VK++    +V  S+ +++ +L+
Sbjct:  288 IERIQEISDKEIKMLEKDMVSNVIGVLRIMIDDSDD------DWDSVDLGLALKLLKCPYMEKKLKGLSEIKDFIENISEKESSVKRKYKFLNSEVLARWIIENKVLETVVENAHEEMIKRLSCVFIFLAENQKLETSHLDLILKYAQNHHDS-LLISVYKVITDISPHISFKLQHYLYKKLIETPAEDYDEKFLRMISEFSIKSISQER--EEYFALNLLYDLCLDSAKPKLHEISTKCFVDLLKHTKSFDSYGNY----IEKSVKNIQNNDSVCQSMMIIQKILN 561
The following BLAST results are available for this feature:
BLAST of mRNA_C-tenellus_contig1038.1.1 vs. uniprot
Analysis Date: 2022-09-19 (Diamond blastx: OGS1.0 vs UniRef90)
Total hits: 20
Match NameE-valueIdentityDescription
D8LE96_ECTSI2.310e-16746.23Ubiquitin domain-containing protein n=2 Tax=Ectoca... [more]
X6MR44_RETFI2.580e-3125.83Ubiquitin carboxyl-terminal hydrolase family prote... [more]
A0A1R2D0P5_9CILI1.210e-2625.23Uncharacterized protein n=1 Tax=Stentor coeruleus ... [more]
A0A3P3YG12_PLABS1.600e-2224.08USP domain-containing protein n=2 Tax=Plasmodiopho... [more]
A0A7S1CDN1_9STRA3.200e-1926.06Hypothetical protein (Fragment) n=1 Tax=Bicosoecid... [more]
A0A0V0QCA4_PSEPJ8.390e-1621.50Armadillo-type fold n=1 Tax=Pseudocohnilembus pers... [more]
A0A1R2D430_9CILI1.370e-1524.83USP domain-containing protein n=2 Tax=Stentor coer... [more]
A0A7S4HMV2_9EUKA2.770e-1422.25Ubiquitinyl hydrolase 1 (Fragment) n=1 Tax=Vannell... [more]
A0A0D2WMI0_CAPO32.880e-925.00Ubiquitinyl hydrolase 1 n=1 Tax=Capsaspora owczarz... [more]
A0A1R2BCS9_9CILI1.060e-823.00USP domain-containing protein n=1 Tax=Stentor coer... [more]

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Alignments
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
C-tenellus_contig1038contigC-tenellus_contig1038:7..15089 -
Analyses
This mRNA is derived from or has results from the following analyses
Analysis NameDate Performed
Diamond blastx: OGS1.0 vs UniRef902022-09-19
Choristocarpus tenellus KU2346 OGS1.02022-07-08
Properties
Property NameValue
Stop0
Start0
Seed ortholog2880.D8LE96
PFAMsUCH
Model size2067
Max annot lvl2759|Eukaryota
KEGG koko:K11840,ko:K11869
Hectar predicted targeting categoryother localisation
Exons14
Evalue3.79e-168
EggNOG OGsCOG5077@1|root,KOG1866@2759|Eukaryota
EC3.4.19.12
Descriptionubiquitinyl hydrolase activity
Cds size2067
COG categoryO
BRITEko00000,ko01000,ko01002,ko04121
Relationships

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

Feature NameUnique NameSpeciesTypePosition
1680789128.587646-CDS-C-tenellus_contig1038:6..2611680789128.587646-CDS-C-tenellus_contig1038:6..261Choristocarpus tenellus KU2346CDSC-tenellus_contig1038 7..261 -
1680789128.6025212-CDS-C-tenellus_contig1038:924..9961680789128.6025212-CDS-C-tenellus_contig1038:924..996Choristocarpus tenellus KU2346CDSC-tenellus_contig1038 925..996 -
1680789128.610641-CDS-C-tenellus_contig1038:1399..15221680789128.610641-CDS-C-tenellus_contig1038:1399..1522Choristocarpus tenellus KU2346CDSC-tenellus_contig1038 1400..1522 -
1680789128.6186101-CDS-C-tenellus_contig1038:1760..19131680789128.6186101-CDS-C-tenellus_contig1038:1760..1913Choristocarpus tenellus KU2346CDSC-tenellus_contig1038 1761..1913 -
1680789128.6292627-CDS-C-tenellus_contig1038:2835..29341680789128.6292627-CDS-C-tenellus_contig1038:2835..2934Choristocarpus tenellus KU2346CDSC-tenellus_contig1038 2836..2934 -
1680789128.6399505-CDS-C-tenellus_contig1038:4349..44601680789128.6399505-CDS-C-tenellus_contig1038:4349..4460Choristocarpus tenellus KU2346CDSC-tenellus_contig1038 4350..4460 -
1680789128.6482816-CDS-C-tenellus_contig1038:5349..54871680789128.6482816-CDS-C-tenellus_contig1038:5349..5487Choristocarpus tenellus KU2346CDSC-tenellus_contig1038 5350..5487 -
1680789128.6586492-CDS-C-tenellus_contig1038:5920..60521680789128.6586492-CDS-C-tenellus_contig1038:5920..6052Choristocarpus tenellus KU2346CDSC-tenellus_contig1038 5921..6052 -
1680789128.6692667-CDS-C-tenellus_contig1038:8437..85001680789128.6692667-CDS-C-tenellus_contig1038:8437..8500Choristocarpus tenellus KU2346CDSC-tenellus_contig1038 8438..8500 -
1680789128.6778736-CDS-C-tenellus_contig1038:9307..94041680789128.6778736-CDS-C-tenellus_contig1038:9307..9404Choristocarpus tenellus KU2346CDSC-tenellus_contig1038 9308..9404 -
1680789128.6885269-CDS-C-tenellus_contig1038:10021..101741680789128.6885269-CDS-C-tenellus_contig1038:10021..10174Choristocarpus tenellus KU2346CDSC-tenellus_contig1038 10022..10174 -
1680789128.7036784-CDS-C-tenellus_contig1038:10531..109531680789128.7036784-CDS-C-tenellus_contig1038:10531..10953Choristocarpus tenellus KU2346CDSC-tenellus_contig1038 10532..10953 -
1680789128.7158086-CDS-C-tenellus_contig1038:13194..133141680789128.7158086-CDS-C-tenellus_contig1038:13194..13314Choristocarpus tenellus KU2346CDSC-tenellus_contig1038 13195..13314 -
1680789128.7255743-CDS-C-tenellus_contig1038:14960..150891680789128.7255743-CDS-C-tenellus_contig1038:14960..15089Choristocarpus tenellus KU2346CDSC-tenellus_contig1038 14961..15089 -


The following polypeptide feature(s) derives from this mRNA:

Feature NameUnique NameSpeciesTypePosition
mRNA_C-tenellus_contig1038.1.1prot_C-tenellus_contig1038.1.1Choristocarpus tenellus KU2346polypeptideC-tenellus_contig1038 7..15089 -


Sequences
The following sequences are available for this feature:

protein sequence of mRNA_C-tenellus_contig1038.1.1

>prot_C-tenellus_contig1038.1.1 ID=prot_C-tenellus_contig1038.1.1|Name=mRNA_C-tenellus_contig1038.1.1|organism=Choristocarpus tenellus KU2346|type=polypeptide|length=689bp
EHGRVVQRFFGWGAKRDEWLPSWSHRVQPLNSRASWRNSWTEEAPVDDSG
DPELSVDGEVVYAVVRQGDAGSGQNGFNGGICLVDNINTFGRAGGFEALV
ACINPPQVDPRSLQVMPTSDPSSPKLLDEMAGVGEGAETMVRALASEEES
ATAVNARGEVMAMPESVTHTGTGEALREPKKTIPARALKDAVGAVASIRP
LLSRGVASSIIQGLATASIAALKGFPDTELRGLSRDRLEGILSALRELLK
RGSRRGLVAVTMERLQLDLALKFYKCPYMERKLNGLKVLTDAVSAVTQGN
GAGLTRQGLVEWLDENNFIRMLFSGHTQLIQRSGEILSFLCRQQALSPAH
LDIIWEAGGGGLDKDRRMCVHEVLRSLLYQLGVDLVGRLVDKLFHQAPSE
VLEDTVVFIKDIAKATHQQGVGPALRLLDLLWSMVQDDSPYTERIARKAE
EALLEVYGFYNLANHRPSALQQCVKHLTQGRAVVISLKLMESVLDQFTLT
STTVYDRMSKREAVRDLEEEHRLTHLLLRCSNAEEVEGRRTKYAMYFLIG
ICCLLLDSDPLSPHPHTPAPFACMSSITLIGEHGGRDRDWDKSVVCGRDS
HLVQVKARLQMLEYLYNNSALVLESWQADMLWACLGPGRRTNAGDGGTED
SLRNSSSSATPGELSILLSWLSKACEAWGEGDGAGGGVF
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mRNA from alignment at C-tenellus_contig1038:7..15089-

Legend: polypeptideCDS
Hold the cursor over a type above to highlight its positions in the sequence below.
>mRNA_C-tenellus_contig1038.1.1 ID=mRNA_C-tenellus_contig1038.1.1|Name=mRNA_C-tenellus_contig1038.1.1|organism=Choristocarpus tenellus KU2346|type=mRNA|length=15083bp|location=Sequence derived from alignment at C-tenellus_contig1038:7..15089- (Choristocarpus tenellus KU2346)
GAACATGGGCGAGTTGTTCAAAGGTTTTTTGGGTGGGGAGCTAAGCGGGA
TGAGTGGCTTCCATCTTGGAGCCACCGGGTGCAGCCCCTGAACTCGAGGG
CTTCCTGGAGGAACTCTTGGACTGAGGAGGTTAGATGGTGGATTTGGGGG
AGGGGGGGGAGGTAGGGGGGGCTAGCATTTCCTGACAGAATTAATCTTTA
GTCAAATTCTTTTACTGCAATTTTAGCCCCGAGAATGTTCCACTTTTAGA
GGTTAGTGAGATAATAGAATGGGTCAGATAAGATCAATCAGTCTCTTGTA
TAAGATGGGAAATTATTATGCACCAATTGCTCGATATGTCATTCATCTGT
AAAAACCAGATACTTGAAGCTTTCGAAAATGGAAGTGCTGATAGAGATAA
ATGCCCCAGTATCTTCGTAGTCAAGAAGAGCAAGGCCGAGTTCATTAGCA
TTATTCAAGAGATTTGTTTGATGTGTATGATAAAGAAAAATTAGAATTAT
TATGTTCAAAAAATGTTTATAGAACAGAACTCTGATATTTTGAGTATCCA
AGTGACTGTTTGAACGACTAATTGGCCTAGATTTAAATTATAGCATTTTA
ACTATGGGCACCAAGGAGTTAGGGGTGTGTAGGGGCAGGAGCATGGCAAG
GGGTGGTTTCTGAAAGAGAGGATAAATTAGGTTCTTTGGGGGGGGGAGGA
ATGGTAACCTTCTCTTTTGTGTGTGCCCTTTGGATTGCCCTTTTTGGAAT
TTTGGGTTTTGTCTTGGAGTTCTTACCAAACCTACATTACTTTCAGCTGG
ACTGGTTCCTGCTTTTTGTCTGATTTGCTCTAGAAAGGAATGAATGTGAA
TGTGCATCTATCTGTCCAATTGTTAGTGGTGAATAATTTTTATTTGGTGT
TCTTTTCTTCCTGCAAGGATGTATTGTTTTTCAATCATTGCAAAAATCAC
GAGCCATGTTGTCAATTGCAAGGTGGAGGGCTGGAACTTGTTTCATATGA
TTAGATTATCCTACCCTTCTGCAAGACCTGCAAGTGGTGTTGTCCATCAT
GGTGCAGTTGCATATCATTGGATCGTAGTGTGATTGTGTGGTCATTTTTT
TGAGTAGTGAAAGTTGGAATTGATGCAGATCTGATTTGTACCATAGTACA
TCTACGTGCACATTTGTGGCATACTCAAGGGAGAAGGTGGAGACTCAAGC
AACCAACCGTTTTCACCTCTATCAACTCCTTCATAGTATACAACTGGAGG
GCACACATACATGCACACACACACCCACCCACGCACGCATGCACACATAC
CTGGCTCCTTGTGACTATTCCCTAATGCTGCACTGTCTGGCTGACCCTCA
GTGCTGTAGAGAAGGTTTTCCAGTTTCTTAAGGTATAAGGGGTGTTCGAG
AGTGGTGATTGACCATAACAAACGAGTAATGCAGTGATGTCATGTTTTGT
ATGCCTGGATGTCTTGGAGAATGAATATGGAGTTACAACTTCTGAAAGTG
TAAACACAAGGAGCAATATTTTTTTTATATAGGTGGATCCCAATTTTATC
TCTCAATTTTCTCCCTCGATTAATCTCTCGTAACCCCTTGCCACCTTCCT
CCCCTTTTGCGTTCACCCCCACTGTTGTACACAAGTACACATACACACAA
ACAGACAGAGAGACAGACAGATAGACAGACAGACAGACAGACAGACACAC
ACACACACATGCATGCATGCATGCATGCATGCGCATGTAATTACGTTTGT
GCACATGCATCCCCTTGTTGTTCAGGCCCCTGTGGATGACAGTGGTGACC
CTGAGCTGAGTGTTGATGGGGAGGTGGTCTATGCTGTGGTGCGGCAGGGT
GATGCTGGCAGTGGGCAGAATGGATTCAATGGGGGGATTTGCTTGGTGAG
ATGAGTATGCAAAGGTGATGAGTTTTCCTGTGCATAGTACATGCATATTG
TTCTCACCTAGAAATTCTTATTTGTATTATGAAACTGTCGAGGTATATTT
TTATTGCCAATAATGTTGAAGTATTCCATAAATTTTCAAGAAGTTTTCTC
TGTTGACAATAATGCCGAATCAATTTGAGGATAAGAAAATTGTGTGCTGC
TATGTGGATCTGTTTGATACTATGAAGTTGCCATTAAAATCATCATGGAC
AACCTGGATTGAAGTGTGATCAGTTGAGATGGTGATCTGTAGCAGGGGAT
ATTGTAGTACAGAGGTTTGTTTTTGTCTTTGACTGTGGAGGTAAGGTTCC
GTGAGTAACATTTATCGTTTGAATTGTGGTGTCTTTTGCTGTATGAATGC
ACTAGCAGGGTATATGTTCAGGAGTGTATTCTGTTGTGTATCATGTCTTT
TATGTAGTCGAGGCCTGGGATAGGGTTGAACTACAAAGGTCTGTTTGAGT
GCAAGGGTTATATTTTCAAAGTACAGAACTAGTTCAGCGATTGCATGATC
TTGTGGAAGAGAGGGTTGGGATGAGAAGTGGTGTGCACTGTCTATATTGT
ACTGTGTGTGGTAATACATGTACTCTTTTCTGTGACCTACAGTTAAATTT
CATTAGTAGTGATGGTGTGCAATAGGTCAAGATGGTAGCGACTGCTATGG
TAGCAGATTGATTGTGTACAAGTCATGGTATTGTCTAGCATAGAGTATTT
CCACTGCAGTTGGGGCTTATCATTGGATAGTTTACAATTCCTTAGGGTGC
TGTGGCACAGCAGCATGGATTTCTTGAAATATTTTTCTGTAGGGGTTACG
TTCAGGAGTTGTGTGGTGGGACTAGAGGTGGGGTGATAGTGAATTGGTGT
ATGGTGGTTAGGGTTGAGTTCTGGGTAGGATTCGGGTTAACAAGGTCCCA
AATGAGAACCTAACAATGGTTGCAGGTATTGGAATCGTAAGAGCTCCAGG
ATCTAAGTTAGATATACAAGCTAACTTGTGCACTGTATTCGAAGTATGAT
TCAGGGTTAGGGTAGGTCTTGGGGTTGTTTTTGATTAGGGGTAGTTTATG
AGGATGAGAGTCAACAACTAGGTTCAGTTATGGATTATGAAGAAGTAGAG
GTTCAGGGGAAGAAAAGAGGTTGAATATATGTCCTTTCAAGTAGGCCTTT
TTAGCATGGCCCTTCTGTTACTCCAGGAAGTTCCCGGTTTCAGATGACTG
TGGAGTGTAGGTTAGCGGAGCGTAAGATGACATTCTGATATTTTGTTGTA
ACAATGTATGTTAATCAACATGTAGTATTGGAGGCTTCTTGCATAGCTAC
ACTGCTCTGCTGAACTTACTGTAACATTTTTTTTGCTGGTGGGAGTTGTT
GGGGCAACTGGTTAGCAGGATTACTTCCTTTTCTACTACTGGGTATAGTG
GTGCTTTGAGTTTGGGTGTGGGTGTTATCCTGGAGGTATGGGAGTTGATC
AGCATGTTGTCTTGTATGTACACTGTAAGTCTTGGAAATTGAAGTGCTGA
TAGGCAGTGCAAGGCATGGTTGTGCAGTCTGTGTTTATGTGTTTTTTTTG
GAGATGTGAAGTGAAGTTATGGGTGAGGCATGTGATGGAGGTGCGATTTT
AGTTTGTTTGTTCCGCTCTGCATGTTGTCAGTATTACAGAACGGATTTGC
TAACAAATGTGGCAGAGGAACTGTAATGGCACAGTGCTAGTGGTTGCAGT
TTTGTTCTGGTTTGATGCTGTGATGTTGTCATGATGATGCCACTCCTTTC
ACTCTTGACGTAACTTGGTGTTGAGAGATTTGGGTCAACTTTTGTCATGT
AAAAGTACATGGTAAATGGAGATAAGCATACCTGTAATGTGATACACTTC
TACTAAGTATCAAGGCATGCATTGACACAGTTAATCCCCATGATCAGTAC
CCTTTCTTCTTGTGGCATTAGATGTTTTGGACATGCCCAGGGTCTCCTCC
TCTTGTAGGCTGCAGCAGAGACGATCAATATGGCATTATGGTTTTTGATG
TTGGTGGGCTTTGCCAGCACTCCTGTATCATAGCATATGTATAAGGCCCA
GGTAGTTTAGTCAGATTCCAAAGTATAGTCCTATGGACGTAGTACCAATA
AATGACTATAGATCTTGCTTAACCCCCCTTTCTTCACCCCCCACCCCCCA
CCCCCCACCCCCCTCCGTACTCCCTATGCACTTCAGGTGGATAACATCAA
CACATTTGGCCGTGCCGGGGGCTTTGAAGCCCTTGTTGCTTGCATAAATC
CCCCTCAGGTTGACCCAAGGTCTTTGCAGGTAATGCCCACTTCTGATCCT
TCTTCCCCCAAGCTGTTGGATGAAATGGCAGGTGTAGGGGAAGGGGCAGA
GACCATGGTTAGGGCCTTAGCTAGTGAAGAAGAATCTGCCACGGCTGTGA
ATGCGAGAGGTGAGGTCATGGCTATGCCTGAGAGTGTGACTCACACTGGG
ACTGGGGAAGCGCTGCGGGAACCTAAGAAAACCATACCAGCAAGGGCACT
CAAGGATGCAGTTGGTGCTGTAGCGTCTATCCGTCCTCTGCTATCACGAG
GGGTTGCTTCAAGTATCATCCAGGGATTGGCTACTGCATCTATTGCTGCA
CTTAAGGGGTGCGTTTTTTGGGCATTGTTCTAGCTTTCCTATTGTCCTGT
CACTAATGTGCCTTTTCCATGATATGTGAAGGAGCGATGGTCACATTTAA
TCGGAAAGAGTACTTGTGTATTTATGGTATTTTGTTGTGTTTGTGTTCTT
GATTTTTTTTTTTGACTCCCTCAAAAGAGGAGAGGTACACTCTTTTGTGG
AATGTTTTGTTACATTGTTAAGAGCTTTCCTTGTTGATTCTGTTTACAAT
TATACATTCAGAGTCTTTTAGTTTTTTGTTAGATGTTTTGGTTGCAACTT
GCTTCCCTCTTGAGAGAGAGATTTAGTAATGTAGTTAGTTCATTTTTCTG
AACAACATTTTATAGGTTTCCTGACACAGAGTTGCGTGGACTGAGCCGGG
ACCGCCTTGAGGGCATCCTATCTGCCCTGAGAGAATTACTGAAGAGGGGT
TCCAGGAGAGGTCTGGTGGCGGTGACTATGGAGAGGCTCCAGCTTGACCT
AGCACTCAAGTTTTACAAGTGAGGGGAGGTGGGAAGTTGGAGGCCTTGGG
GGACTCCATATCTTGAGGGAGGGAGGAATGATCTCGATGCTCCTGAAATG
ACAGGATTGGTGTATGTTCAGGGAGGCATTTTTTGTTTTGATGAGAATAT
TTTGATCATTTTTGTGTGTAATGTGTTGAGATATGACATACACTATTTTG
TGTTATTTTTTGCTCCATGTAAAGCCTTAGTACCTGCAAATTTCAGTTCA
GTAAGTTCTGGCTGAGGTTGTGGTAGTGCCCCCTGGAGTGGAGGGATCAG
GGGGAGGGGAGGAGGAGTGTATAACATACATAGAGGTAGGTGCAGGATTA
GAGTGGTCATGATTTTTGTGTGTCATGATGTTTGGATTGAATGACAATAG
CGAGTTATTAGTCTCACGAGTCAACAATCCCCTTGTTCCTTTACCCAATC
ACTACCCCAAACCCTAATTCTAGCTCTTGTTGTTTGTCGAAGGGCCCAAG
CCTCCCCCCTCCCCCCCACCCCCCCTTGATTGCCATATTAATTTAACCTT
GCGTTCTTTCGTAGATGAACTGCCTTGATCTATCTTACATCCTTTCCTCA
AATCCTGACCTGCAACAACCCAAATTTGATCAAAGGTGTCCGTATATGGA
GCGCAAATTGAACGGCCTCAAGGTGTTGACTGATGCCGTTTCTGCTGTCA
CCCAAGGAAATGGTGCAGGTCTGACACGCCAAGTAAGCTCAGTTGAAGTA
CCTTTCCCCTTCCCCTCTCCCCCTGTTTGTGTGTGGCTAGGGCTAGGGTG
ATGGTTGATGTGGGGTTGAGTGTTTTGAGGCAGGGGCTGTATGGTGTATG
TTTGACAGGGTCAGGTGCAAGTGGTATTTCGACATATTTTTGTACCTGAT
GTTACTTTTGAGCTAAACCGCTTTTGTAGGAGTGTGAGTGCTCATTAGTG
CATGTGTTTGATCAATAGAAATATCCATTTTGTAGGTTTAACAAAGAGAA
ACTGATGTATCAATTGTATTGATTTTTGTGCCTGGTTGGAAGTTAGATAC
TTTTGTTTTGATGGATGGTGATGGCTGGGGATGGATAGCAGGGAACCACA
ATTATACTTTGTGTGGTCACAACTCTATTAACCCTACCCCCTAGTCTGTG
GTGTGTAAAAGAACCTCTGAAACCATTGTATTACGACATTGTATTTGTGT
TAACTACTTACTGCTTTTTGATCTTCTCTTTTGACTTTGTCCTTGTTCTG
CACTGCTCTTCATCATCTTGATAAGTCCGATTCAAGAAGCAAAACATGGT
ATATTATGATGGAAGTGCGTCGATGTTATGACAACAATCCTCTATTAATT
TAGATTCCTTCCTGGCACATGAAAACATCCACTATATATATTGATGCTGC
GAGTGGATAACATGAGTCAACAGGCATGCAATCGTATCTCACACTGAAGA
CATGTGGCTACGCGTTGTACATTGGAGTGAATGTTGACACCTTGCTGCCT
TTAAAAAAATTATTTTTGGGGGATTGAAATGACATGCAGGGTCTGGTCGA
ATGGCTGGACGAAAATAATTTCATCAGGATGCTCTTCTCTGGGCACACAC
AGGTGAGACATACGTTTTCTTCACTTTTTTTTTCCAGCATTATTTTAAAA
CCAACATGACAAAAAATGGATACACTTTGGGACATACTACTTGAGGTGAA
TTTGCATGGGTTTGGGCAGTTATGCCTTCTAGTGTCTCTCTGCCGTCTTT
TTCTAATTCATGACAGTATTTATTTTGTTTTATTCTTTTGGGTGGTGGGC
CGCTATTTCAATCCATCATTAAACACAAAAAAATAACTTCCGTATTGTGA
GTAAAAAGGCGTGGTGAGCTCTCTCTGTACAGGTTAGATCAGCTCTAGGT
GTTCAATGTACTCTTAGTTGATTAGGAATGAAATGTTACATGCTACGGGC
AAGACTCTGCGAAGCCCGCGAGGGTCTGAGGGTCTGCGAGGCTATTGAGC
AAAGCGTGCAGTATGTGTACACACATGCAAGGTAGTGACCGATCATGTAG
AGTCTTTTGATTTGGATGCCAGTTATTCTTTGGTTAGCTCGCTTGTGCTA
AATTGAATGAATGCGATTAACAACACTGTAAACTGTTCCAACAGGATGCG
GTTTGAAAGGTGTAATTTAGAAACTGTTTAGTTTACATGTGTCATGTTAT
TTGCCATGCGCCCTGGGATCTGGATATGCATGTTATTTTCTTTGATGTCT
TGTCTTTTTTTTGTTATAGGTTTTTACACGTACTCAGGACCATTCCGAAT
ATGTGTTTTTCTATGCATGTGTAATGTCTGCATGTTGAAGTACTTCACGA
GAAGCACATTTTTCAGGCATAGGGTTCTAAATAATCATAGTTGTAGCTTG
AAGTATTTCTAATTTTGTGTGTCCTTTAGATGTATGTGCATATAGTTGTA
GGTGTGCATGTATGTGTAAATGGACATTATTGGTGCTTCTCGTAATATAG
ATTGTGAAATGGACTTCAGAGAAACAATCTTGGAGGCATTACAACTGTCA
AGTGGATGTCAGTGAGCTCCATGTTGCGGTGGGGTTGGTGTTTTTAGTTA
TGAAAGGGTTTAAATGTATGGAATGTGCTGGGATTGCTGTTCTCCTATTG
TACTACGTACAGACATGTGATGTTAGGAAGGTCACACTTATGTACTCTGA
CACAGGGTGACTGTATTGTAAGAGTATTGAGGGGGGAATAACCTCTGTTG
TAAGCATTGTGTAAGTGTTTTTTCCTTCCACATACACTTGTGGTTTGGGT
TAAGGCTGGGGTTAGGAGGTAGGGCTTAGGAGTAGATTCAAGAGATTGAA
TGATGGTAGTGAGGGTTAGGGTTCATATGTTTTCCTATTGAAAGGTTTAG
ACTCTGCAGTAGTTTTTTTCTAGTTTTGTGTTTGTAATTTGGTGGTTAAT
TGTTGTATTTGGGGTTAAAAATGTGTAGTTTAAAAGGTGATACTGAGGGT
TAGGGATAGGGTTAGAATCATCTTTGAAGTTATGGTGTAAAGCACTGGGT
TAAGGCTAGGTTTTATGTGTGGGGTTGAAACGTAGGGTCAAGGAATATAA
TTTGGGTTGTCACAGGATTATTTTGGTATTGATGGTGAGGAGGGACAGGG
TAAGGGTTAGGTTCTTACACCCTCCCTTCAGTATTAGTTTGAACAGTTTA
CAAGGGCAGAAAATATGCTGCTTTGGGAAGGCATTTCTTTTGACTTTGCA
GTGACCGGTGTAGGATAGGTAGACTAAGTTGGATTTTGTTAATATTATAG
GGCAACCTCTTGAAAGGGTTTTTGCAAGACCCTCATGCTAAGAAATGACA
ATCTGATACCATTTTTTGCATTTGTAGCCTGCCCCTGCGAGCTGTTCAAA
CTGATGCCAAGGGGAGGAAGTAATAAATAGAGCCGGTGTACACTGTTAGG
GCTTTGTCCTTCTTGAGTGTACTACAAACTGTGCTGTAGTCTGCAGGGTT
TGGGGATGGGAAAGGTTGTGATGGAGGGTACATACGTGCATGCTCCAAAG
GATATATATATATATATATATATATTGTACTGGGTGAGAGCTCTGTGGAT
ATTTTTACTTACACTTTTTCCCCTCTCGTTGATGTTGATCGAAAAAAAAA
GCTTTTGCTTAGTGTCATTGCTTTGCTCGATGTTTCAAAATCTATCCAGA
CCCATCTAGTGTACTGTATTAGAGTATTAGTGTATTTGTGCCTATGGTGC
AGTGTAGTACACAAGTCACACCTATTTTCTACTGATACTATATTTGAGAG
CATGGAAAAGGGAGTTACGTTGTATGTCCTCTGCGTCCTCATTTTCCGTA
ACGCTATAATGTTACTAAAACTTAAACTTGATCCTACTACTGTTTCAACT
TCAGAAGCCCTGGAAAGTCTGTTGCGCACATTTGCTGTTGAATGATGAAT
GATACGTGTCGTTGCGTTGTATTTTTGTCTGCTACAGCTCATCCAGAGAA
GTGGAGAAATCTTGAGTTTTTTATGTCGGCAGCAGGCATTGTCTCCTGCG
CACCTGGACATCATCTGGGAGGCTGGGGGAGGGGGTTTGGACAAGGATCG
AAGGATGTGTGTACATGAGGTGAGTTCTTTTTCCTTGGGAAGGTGTTGCT
TGGCATTACGTGAGATGCTCTCTCTCTCTCTCTCTCCAAGTACCAAGTTG
TACAATTGCTTGGTTGATGTTGTTATTGGCAGATTATGTGCTTCTATGGT
TGCAGTCAAGAGTGTGTTACTGTGTGCCCATTGGAGTATGATTTTTGTGC
AATATAGAACATGTGTGAGGGCTGTGCTATCTTTGGTATTTTTGCAAGGA
GGCTCGACGTTTGTGAGGTCCACTTCTGCCCGCGTGACCTGTGAAGAGGC
GGGGAGCGAAGGGGGGGGGGTCTAATGAGGATATGTTTTAGCAGCTCTTG
AGCAGCCTTTCGCATAACCAAATATGCTCCAAGTCTGTTTTTGTGTGTTG
TAGTGTTTGTGTTTGTTGATGCATGTCCACATGTGTATGCTGTGTGTTTC
AGGTGCTGCGATCCCTTCTGTACCAGCTGGGTGTTGACCTTGTTGGGAGG
CTAGTTGACAAGCTGTTTCACCAGGCACCCTCAGAGGTCCTGGAGGATAC
TGTTGTCTTCATTAAGGACATTGCCAAGGCAACCCACCAGGTTGGGCACT
ATCCCTACTGCGTCCTCAATATTTTTGAACGGAGAGATGTGCTTGAAATG
ATGTATGCAGATCCCCTCCCCGCTTCCGCAGGTCAAACCTATTCTGTCTG
ACATAGAGGGCTCATGGGATCAGTCCATACCCCAATACTACAATATTGTA
TTCATGAAGAAATGTGACCTGTTGAATTTCTTGGAAACTGGACCGTTATC
ACATTTAATAATCTTTTCTATCATCGATCATAGATTGCACAGAGCCTGAA
AATGATAGCACACACAGTGTGAATTAAGCATTTTTTACATTCTGTACAAT
TGGCGCTTCAGAAACTAGGTTTGCATTGTAAGCATATTTTTTTGCGGCTT
TTTTTCATGCTATACTTAGAAGTACTCCTTTTCAAATAAGTAACCCCAGA
AAATATTTAGGCTAAGTTGTAGCCCCTCCAATTTATCCTTAGCCTTGATA
GCTGTCGTGTCTTGGTTGAAACTAACCCTGAACTTTTCAATGCTCAGCTG
AATATATATATATATATATATTTATATATATATGACCTGAAATCTCCACT
CTGATCCTTTTAAACTTCCCGATACTTCCTCCAGCGCGCTCTAGGGCATA
CACCCAATGAAACAAAAGGTAGAACACAGAAGCACCCCAACTATGTTGGA
TTCATGTGATTGCATTGCATTGCATGTATTGGTGTTGCTCCTTATCTGTT
GACCCATGAAGACATTAAACAAGGAAGATCTATGCAGCTATGGCATCTAT
CACACAGATGGCGGTGTTTTTTATTTTCCTTTCTTGGTGACACCCTGCAT
TTTTATTTTTCTCGTAAGTATTTACATTCCTCAGTAGTAATCCATGTGCT
TGTGTTTTGTTGTATTCTTGCTCCTTGAGCAGGGGGTGGGACCGGCACTT
CGCCTGCTTGACCTCCTGTGGTCTATGGTTCAGGATGACTCTCCATACAC
GGAGAGGATAGCAAGAAAGGCAGAAGAAGCTCTGTTGGAGGTGAGCCTTG
ATGCTGTTGAGACAAACAAACGTACTTTGTATTGTTCTAGTGATTATTGT
GTAGTATTGACGGCTTTTATTGCTAAAGATGATGCTACTGTAGTGACACT
ACATTTTTCTGAAATTTGTGATTTTTGCTATTTTTGCTTGGACATCTTCA
AGAGATTAAATAAATCCTATATATATATATATATATATATATTTGTTGAT
ATTCACTTCAAACTATATATTTGTATATCTATTTTAGTGTGACTCTCTCC
ATAAGCTAGAGATGGAGTGGTAACAGGTGGCTGTGCGTGTATTTGATTGA
ATTTTGCAGAGAACCTTGTTAGTTATCAGTACAGACAAAAATATTTTTTC
TTTGTGATTGAAATATCAAGTACTGCAACAGTACAGTATTTTTTGTAGTT
TTGTGTGAACTGTTTTCTGCTTTACTGGTAAGAGATACTAGCATATAGGA
AGGGTTATAGTTGTTTTTTTGTTTGATTTCTGCCGCCTGCAGTATTAATG
GGGTTAGGGTTGAAGCTCTATGTCAATAGTGCTACTTTGAGGGATGTACC
ATTGTTTTATACTGATGTGGTTGATGCTATTTATAGGACATTTGGAAAAG
GTTGTTGTCCTGACACCTCTCATTTTTGGGGTTATTTGAGAGGAGAGGAA
ACAGATATTCTTGTCATGTCCTTGTGCACCATGTTTCTTGTGGAGAGGAG
GTAGAGGGCCAATGGTCTGGGATTTTTCTCGAGATTGGTTGACTTTGCCA
CCTTGCCATGGTTTTTGAAGCAAAAAAATGTACGTGTAACTCCACATCTT
GTTGTGGACATGGCTGCATTGAGGGGTTGAGATTAGTCTCATGTGGTCTA
CCCCAAACCTCAACACTTAATGAGGTGCATTCCCTTGCTGCTTTTCTCTT
GTTCCTGGTTGTGGCCAACCCTCAATCCTGACAAGGCATTTCCAATGTTC
ATCATTCCCCCCAATATTGCTCATTCAAGTATTTCATTATGCTATTTTGA
GTACTGAGAGTGGAGTGGTATGTTGTATGTCTTGGTACATTGTGGTTGCA
GCAAATAGTGACATTTGATAAAAATTACGTGTGTTCAAAGTAGAGGAAAT
AGTATGTCGAGTTAGACATATGCTTGTCTTCAAGTGGTGTACTGTGGGCT
CTACATGGAAGGGTCTTGTCATAGTTGAAGCGTTCTTCATGCACCTACCT
GCACCTAAGTAAAATACATCATTCCTCACAATGGTTTATACGCATTGAGG
TAATGTAGGTCGTTGTTTAGTGGAACTTAGAGAAGTTGGCACCCTCGTAG
AGGGGTCATGTGTTTGTGTCTGACAAGCCAATATGTGTATTTATGTGTCC
ATGTGTGTATGTGTGTGTGTGCTGCTTGTTGTCTCCATAACCCTTATATT
TGTAGGTGTATGGCTTTTACAACCTGGCAAACCACCGCCCAAGTGCCTTG
CAGCAATGCGTCAAACACCTAACCCAGGGGAGGGCTGTGGTGATCTCTCT
CAAGGTACGGATTTGAGAGTGACGAATGGGGGTAATCATAGGTAGAACAG
AATGTGTGTATGCTATCAATAACTTTTTAATGGTGCAATTTGCACTTTCA
TAGTGGGTTTGTATTTTTGCTGAACAGCATTGGATCGTGGTCTATCTGGT
GCTGAATATTTACTAAACATTGCAGTGCCCCATGCTGATATTTTGCTTGG
AGAGAGTTGTGAGCGCTCATGAATTGAAGGAATTTTAGACTTTCTGTCAA
CTTGCATGTGTTGCTCGCTCTTCTTGGACCTTTGTTGTAGAGGCAAGGAG
TTGGCACAGATTTCTCCAGGAGTTGCTCTACTGCATGGAGCGATTGTGTT
ACATGTCTTATCAATTGAGGAAAATCTTGGATGGAGTGTAGGGGTGTTAG
TTGAAAGTGGCACACCTCCTTTTCCAATATATAGTCTCTCAAGGTGGCGT
ATAGCTCCCCCCCCCTCTTCCACATTGGTTGTGCTCTGGATTATACTATG
TGAGTAGCATAAATGTACATCCTGTTGTAGAAGAGGTAGGGTGTGTGGAA
TCGGTCTCGCGGTGCGATATGTTTTGTTTCTTACTGACATGGTGTAAAGG
GTAGTGAGGGCGATGCAGTGCCTGAAATCATTCATTGTTTTCCTCTTCCT
TTTAGAATGCATAATGGAGTTTGGAGAACACATGGAGTGAACAAAATGAC
TGTTTAGATGGGGCTGTAAAGCAATAGAAGTGGATACACTATTGAATGTG
GTTAAAATGTTCCATCAGACTTTTTGGCTTCGTCAATCTTCACCGCTATG
CTGTGTCATTGCATCTGCAAAAACTTTATACTTCTCTGATATTCTCTCTG
CTGCCCGGGCCCACTCTACCGCCGACATTTGTTACACTTCTTTGTGTGTA
TATATATATATATATATACATTGAAGTTGATGGAATCTGTGTTAGATCAG
TTCACATTGACATCGACCACAGTGTACGATCGCATGTCAAAGAGGGAGGC
AGTGCGTGACCTGGAAGAGGAGCATCGCCTCACGCACCTCCTCCTCAGGT
GCAGCAATGCAGAGGAAGTTGAGGGTAGGGTAGGGGTTAGAGTTTGGGAT
AATTAGTGCTACGGAACTTCTGAGCAGGCCCCCTATGGGGTGAATATATC
CTGTTTATTTTGTTTTCATTGTTTTTTTGAGTTTCTTGTTTCAGTTTTTT
TTTTTTGGGTGTGGTGGGGGGTAGTTCTCATACTTTTTTGTTGATATGAA
GTAATACAATCTTTTGTGTGTATTTTGTGTGTGCGAATTGTGTGTGTTCT
ATTTATGTGTTGACCAGAGAACCAAATATGCTATGTACTTTTTAATTGGC
ATCTGCTGCTTGTTGCTTGACTCTGACCCACTTTCCCCTCACCCACATAC
ACCTGCACCATTTGCCTGTATGTCCTCTATTACTCTAATTGTGGATTTTC
TGTATTGCACTTATTCTGCATGGATTCTTCTGTATCCATTTGAGCCAAAG
TATCTTAGAGGGTAGGGCCGCGTACATTTTGGGGCCAAAATTCTATGTTA
CGATTTTGATGTAATTTTGACTATTGTGTTTGTTAGAAAGTATCAGTATC
CTTGTTCCGGATACACCATTTCATAATGTATACATTTTTCCTACTCCGAA
ACATTTTGGAGAGTAGGAAGATGTCATAAAAAACCCCATGGGAAGCCAAG
CCTTAAATGGACAAACATGACAAAAATTGTACCCTCTAAGATACTTTCAC
TCTTTGACACATGGTGTTGAATATACCATTTGTGTTTCTTTGCTCAGTGA
GCTGGAGACATACACCACTGTGGCCAGGAAAGCCTGGGCGGAGGGGGAGC
ATGGGGGAAGGGATCGTGATTGGGACAAGTCTGTTGTTTGCGGACGCGAT
TCCCATCTTGTGCAGGTTTGATCTGTGAATGCTACTAAGTGGGTCCTAAT
GTTGTGGAATGCTCTTGAAATAACCTCTCAGCAGATCAGTTTGGAAAGGT
CTCACTCCTTGGCAGTGTGGTTTGAGAATTTGTTATTTTCTGTGTACCAG
TGTTTTTCTAAAAATTGGTCTCAACCTATTGCAGAACCCTCATCCCTTAG
GGCAGTGGGTATGGCAACTGTCAGTGGTGTTGGGGTGTTGGTGTTGCCCT
ATTAATTGTGTGTACTTAGAAGTTGTGTTGGCTTTTGAGCGGTCAGTTTC
CCCTGCTTTCACAACAGTACCCTTTGTGCCAGTATGCTGTCAGATTTTTT
TTCTTCAGTTGTACTTCATTCAGCACTAAACCCAAGTCCCAATATGTCCT
GAAGGTTGGTTGTGATTCGATCATTCTTGTTGTGATGAACTTGGGAATTA
CATTGATAAGACTCTTTAGAGCGAAGCATCTTTTCTGCATTTTAAAGTTT
ATTTGTTCCCTATGCTGTTGAAACAAACCTCTCATACCCTACACCTACCC
CAATCCTTTTCGATGGAAACAGAGACTTGTATTGTTCTGGTCAATGCCCA
CAACCTACAACCATTGATAATACGACCCCTGCACTTTCCTCCCCCATCTT
ACTGACCACCTCGATTTTCCTTTGATAGGTCAAGGCGCGCTTGCAGATGC
TGGAATATCTGTACAACAACTCGGCCCTTGTCCTTGAGTCGTGGCAGGCC
GACATGCTTTGGGCATGCCTTGGCCCTGGCCGTAGGACCAATGCTGGTGA
TGGAGGCACTGAGGACAGCCTCAGGAATAGTTCATCGTCAGCAACACCAG
GAGAGCTCTCAATACTTCTCTCATGGCTCTCAAAGGCCTGTGAGGCATGG
GGAGAGGGGGATGGTGCTGGGGGGGGGGTCTTT
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Coding sequence (CDS) from alignment at C-tenellus_contig1038:7..15089-

>mRNA_C-tenellus_contig1038.1.1 ID=mRNA_C-tenellus_contig1038.1.1|Name=mRNA_C-tenellus_contig1038.1.1|organism=Choristocarpus tenellus KU2346|type=CDS|length=2067bp|location=Sequence derived from alignment at C-tenellus_contig1038:7..15089- (Choristocarpus tenellus KU2346)
GAACATGGGCGAGTTGTTCAAAGGTTTTTTGGGTGGGGAGCTAAGCGGGA
TGAGTGGCTTCCATCTTGGAGCCACCGGGTGCAGCCCCTGAACTCGAGGG
CTTCCTGGAGGAACTCTTGGACTGAGGAGGCCCCTGTGGATGACAGTGGT
GACCCTGAGCTGAGTGTTGATGGGGAGGTGGTCTATGCTGTGGTGCGGCA
GGGTGATGCTGGCAGTGGGCAGAATGGATTCAATGGGGGGATTTGCTTGG
TGGATAACATCAACACATTTGGCCGTGCCGGGGGCTTTGAAGCCCTTGTT
GCTTGCATAAATCCCCCTCAGGTTGACCCAAGGTCTTTGCAGGTAATGCC
CACTTCTGATCCTTCTTCCCCCAAGCTGTTGGATGAAATGGCAGGTGTAG
GGGAAGGGGCAGAGACCATGGTTAGGGCCTTAGCTAGTGAAGAAGAATCT
GCCACGGCTGTGAATGCGAGAGGTGAGGTCATGGCTATGCCTGAGAGTGT
GACTCACACTGGGACTGGGGAAGCGCTGCGGGAACCTAAGAAAACCATAC
CAGCAAGGGCACTCAAGGATGCAGTTGGTGCTGTAGCGTCTATCCGTCCT
CTGCTATCACGAGGGGTTGCTTCAAGTATCATCCAGGGATTGGCTACTGC
ATCTATTGCTGCACTTAAGGGGTTTCCTGACACAGAGTTGCGTGGACTGA
GCCGGGACCGCCTTGAGGGCATCCTATCTGCCCTGAGAGAATTACTGAAG
AGGGGTTCCAGGAGAGGTCTGGTGGCGGTGACTATGGAGAGGCTCCAGCT
TGACCTAGCACTCAAGTTTTACAAGTGTCCGTATATGGAGCGCAAATTGA
ACGGCCTCAAGGTGTTGACTGATGCCGTTTCTGCTGTCACCCAAGGAAAT
GGTGCAGGTCTGACACGCCAAGGTCTGGTCGAATGGCTGGACGAAAATAA
TTTCATCAGGATGCTCTTCTCTGGGCACACACAGCTCATCCAGAGAAGTG
GAGAAATCTTGAGTTTTTTATGTCGGCAGCAGGCATTGTCTCCTGCGCAC
CTGGACATCATCTGGGAGGCTGGGGGAGGGGGTTTGGACAAGGATCGAAG
GATGTGTGTACATGAGGTGCTGCGATCCCTTCTGTACCAGCTGGGTGTTG
ACCTTGTTGGGAGGCTAGTTGACAAGCTGTTTCACCAGGCACCCTCAGAG
GTCCTGGAGGATACTGTTGTCTTCATTAAGGACATTGCCAAGGCAACCCA
CCAGCAGGGGGTGGGACCGGCACTTCGCCTGCTTGACCTCCTGTGGTCTA
TGGTTCAGGATGACTCTCCATACACGGAGAGGATAGCAAGAAAGGCAGAA
GAAGCTCTGTTGGAGGTGTATGGCTTTTACAACCTGGCAAACCACCGCCC
AAGTGCCTTGCAGCAATGCGTCAAACACCTAACCCAGGGGAGGGCTGTGG
TGATCTCTCTCAAGTTGATGGAATCTGTGTTAGATCAGTTCACATTGACA
TCGACCACAGTGTACGATCGCATGTCAAAGAGGGAGGCAGTGCGTGACCT
GGAAGAGGAGCATCGCCTCACGCACCTCCTCCTCAGGTGCAGCAATGCAG
AGGAAGTTGAGGGTAGGAGAACCAAATATGCTATGTACTTTTTAATTGGC
ATCTGCTGCTTGTTGCTTGACTCTGACCCACTTTCCCCTCACCCACATAC
ACCTGCACCATTTGCCTGTATGTCCTCTATTACTCTAATTGGGGAGCATG
GGGGAAGGGATCGTGATTGGGACAAGTCTGTTGTTTGCGGACGCGATTCC
CATCTTGTGCAGGTCAAGGCGCGCTTGCAGATGCTGGAATATCTGTACAA
CAACTCGGCCCTTGTCCTTGAGTCGTGGCAGGCCGACATGCTTTGGGCAT
GCCTTGGCCCTGGCCGTAGGACCAATGCTGGTGATGGAGGCACTGAGGAC
AGCCTCAGGAATAGTTCATCGTCAGCAACACCAGGAGAGCTCTCAATACT
TCTCTCATGGCTCTCAAAGGCCTGTGAGGCATGGGGAGAGGGGGATGGTG
CTGGGGGGGGGGTCTTT
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