mRNA_P-littoralis_Contig837.11.3 (mRNA) Pylaiella littoralis U1_48

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

Overview


Name	mRNA_P-littoralis_Contig837.11.3
Unique Name	mRNA_P-littoralis_Contig837.11.3
Type	mRNA
Organism	Pylaiella littoralis U1_48 (Pylaiella littoralis U1_48 (Mung))

Homology

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BLAST of mRNA_P-littoralis_Contig837.11.3 vs. uniprot
Match: D7FW06_ECTSI (PHM7_cyt domain-containing protein n=2 Tax=Ectocarpus TaxID=2879 RepID=D7FW06_ECTSI)

HSP 1 Score: 1377 bits (3565), Expect = 0.000e+0
Identity = 700/921 (76.00%), Postives = 777/921 (84.36%), Query Frame = 3

Query:  261 KGAQERPTAVTGI-LEEKTNSPDDDEVTRLAEETMRSPLHEGETSTGRGVLPARDRGES-----------NEDSDSSAVDSDEDERHGEYKFDPVTEYVLKHGRKNGQLAMAWDFYAKYTLPKFTRAEDGSGREFRLQEPGEEGGQFYSLWGTPLSQLGDFGVGVGLYFQTIVVFGVVFLLAGLANLNSISYFRSSEYSNGQGLVNEEVSKGSAACTEREVVCLDTFCDDWSQDHRPCMLDLESGMLDFGTTLGLFIVLLCVGRIQNAWANKLDLAEQTAADYSVLVEDPDPSDTRPGTWKQFFSKHFGHVTYVSTSVKSGKLLRLLTERFAVVEKIRVEAEGGQEEEDVAMDPNAVMSRERWPAPCWKLGLMKLGVATDIVYWHEKLVLIHKKIAKETASHKPCTKVFVTFEKEASQRQCLKEMTTGFLSSSANKQVSSSKKDLILNGNVLSVGPAPEPDDIIWENLEYGFWRRLSEFIRGGLIGAGIVSLVALIIYVLSESQAAVAAAFIAISNSALPKLMKVIMDNPRGGEHHHTHSTHQASLMLKIVLAQWMNTAFIIYFINSISESLNEDYINQISKILWADAFTQPLVKVLDLPNRFKQYFLAPRAKTQAKMNSYFMGSQMVLSERYASLLKTMFVCLFFSAIFPQGYFVASMAMFMTYWSSKYCLFNRWKRSPPMNDSLAVSTRRYLAIALVIHVMVSLQFYAGWPFDGLCMTDDVVTVAFTDGASVDFEADFMFNTSSVFPSVGDTVYEVCDQDSPLVWDEFPRDWMPDDQYLIVFVFSVFGLVSTAVVAILLFGSTVWAGVRRLCRGVYKPSG-HAKPAGFTEVAQINAYLPGVPYKGSVHPILACDIGNVNEHHISWTGDYQAYNLCTREAFPGMSRKERAAQFGRVVYYRPGSEKDEALPTPTRMRGIPL 2984
            +G   R  AVTG  LEEKTN+ DD    R A ET  SPLH+      RG+LP RD  E                         +ER GEYKFDPVTEY++KHGRKNGQL +AWDFYAKYT+PKF  AEDGSGRE+RLQEPGEEGGQFY LW TPLSQLGDFGVGVGLYFQTIVV+GVVFLLAGLANL++I YFR   YSNGQGLV+EEVSKGSAACTER VVCLDT CD WSQDHRPC+LDLE G+ DF TT+GLFIVLLCVG++QN WA KLDLAEQTA DYS+LVEDP+P DTRPGTW++FF  HFGHVTYV+T+V+SGKL+ LL +RF ++E+IRVEAEGGQEEED+A DP AVMSR+RWPAPCWK  LMK G+ TD+VYWHEKLV +HKKI +E   HKPC KVFVTFEKEASQRQCLKEMTTGFL S+A+KQ+S SKKDL+L+GNVLSVGPAPEPDDIIWENLE+GFWRRL EFIRGG++GAGIV LVALIIY+L+ES+A VAAAFIAI+N+ LPK+M  IM          THST++ASLMLKIVLAQWMNTAFIIYFINSISE+ NEDYINQISKILWADAFTQPLVKVLDLPNRFKQY LAP AKTQAKMNSYFMGS +VL+ERYASLLKTMFVCLF+SAIFPQGYFVASMAMFMTYWSSKYCLF RWKRSPPMNDSLAVSTRRYLAIALVIHVMVSLQFYAGWPFDGLC TD+VV V F D A+V+F  D MFN S+V PSVGD VYE CDQDS LVW E P++WMPDDQ +IVF+F++FG V TA VAI+LFG TV A +RRLC+GVYKP G HAKP GFTEV QINAY+PGVPYK SVHPILACDIGNV+EHHISWTGDYQAYNLCT EAFPG+SRK RA QFGRVV+Y P +E+ + LPTPTRMRGIPL
Sbjct:   99 EGGAPRVAAVTGTTLEEKTNARDD---MRQAAETH-SPLHD----PNRGLLPQRDNDEEAAXXXXXXXXXXXXXXXXXXXXXXEERQGEYKFDPVTEYMIKHGRKNGQLDVAWDFYAKYTMPKFALAEDGSGREYRLQEPGEEGGQFYGLWSTPLSQLGDFGVGVGLYFQTIVVWGVVFLLAGLANLDTIKYFREGGYSNGQGLVDEEVSKGSAACTERAVVCLDTECDTWSQDHRPCLLDLEVGLSDFLTTVGLFIVLLCVGKLQNMWAKKLDLAEQTAGDYSILVEDPNPHDTRPGTWRKFFQSHFGHVTYVTTAVQSGKLIALLRKRFGIIERIRVEAEGGQEEEDIAKDPLAVMSRDRWPAPCWKRVLMKFGMCTDVVYWHEKLVALHKKIVEEIG-HKPCKKVFVTFEKEASQRQCLKEMTTGFLLSAADKQLSRSKKDLVLDGNVLSVGPAPEPDDIIWENLEFGFWRRLFEFIRGGVLGAGIVCLVALIIYLLAESEATVAAAFIAINNAVLPKVMMAIMXXXXXXXXXXTHSTYEASLMLKIVLAQWMNTAFIIYFINSISEAPNEDYINQISKILWADAFTQPLVKVLDLPNRFKQYVLAPMAKTQAKMNSYFMGSHVVLAERYASLLKTMFVCLFYSAIFPQGYFVASMAMFMTYWSSKYCLFYRWKRSPPMNDSLAVSTRRYLAIALVIHVMVSLQFYAGWPFDGLCPTDEVVQVNFWDEANVNFTIDGMFNVSTVLPSVGDMVYETCDQDSSLVWGEGPQEWMPDDQLIIVFIFNLFGYVCTAAVAIILFGKTVLASLRRLCKGVYKPVGRHAKPVGFTEVQQINAYVPGVPYKKSVHPILACDIGNVDEHHISWTGDYQAYNLCTPEAFPGISRKIRANQFGRVVFYPPNAEEAKGLPTPTRMRGIPL 1010

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BLAST of mRNA_P-littoralis_Contig837.11.3 vs. uniprot
Match: A0A835ZBF6_9STRA (Uncharacterized protein n=1 Tax=Tribonema minus TaxID=303371 RepID=A0A835ZBF6_9STRA)

HSP 1 Score: 487 bits (1254), Expect = 1.530e-153
Identity = 290/747 (38.82%), Postives = 423/747 (56.63%), Query Frame = 3

Query:  687 LSQLGDFGVGVGLYFQTIVVFGVVFLLAGLANLNSISYFRSSEYSNGQGLVNEEVSKGSAACTEREVVCLDTFCDDWSQDHRPCMLDLESGMLDFGTTLGLFIVLLCVGRIQNAWANKLDLAEQTAADYSVLVEDPDPSDTRPGTWKQFFSKHFGHVTYVSTSVKSGKLLRLLTERFAVVEKIRVEAEGGQEEEDVAMDPNAVMSRERWPAPCWKLGLMKLGVATDIVYWHEKLVLIHKKIAKETASHKPCTKVFVTFEKEASQRQCLKEMTTGFLSS--SANKQVSSSKKDLILNGNVLSVGPAPEPDDIIWENLEYGFWRRLSEFIRGGLIGAGIVSLVALIIYVLSESQAAVAAAFIAISNSALPKLMKVIMDNPRGGEHHHTHSTHQASLMLKIVLAQWMNTAFIIYFINSISESLNEDYINQISKILWADAFTQPLVKVLDLPNRFKQYFLAPRAKTQAKMNSYFMGSQMVLSERYASLLKTMFVCLFFSAIFPQGYFVASMAMFMTYWSSKYCLFNRWKRSPPMNDSLAVSTRRYLAIALVIHVMVSLQFYAGWPFDGLCMTDDVVTVAFTDGASVDFEADFMFNTSSVFPSVGDTVYEVCDQDSPLVWDEFPRDWMPDDQYLIVFVFSVFGLVSTAVVAILLFGSTVWAGVRRLCRGVYKPSGHAKPAGFTEVAQINAYLPGVPYKGSVHPILACDIGNVNEHHISWTGDYQAYNLCTREAFPGMSRKERAAQFGRVVYY 2921
            + QLG+FG+GVGLY+  I V G++   AG  N ++I+YF+S EYS+ Q  + E   +GSA CTER                        +G+LD+ T + LF  L  +G  Q A A ++D++EQTA DYS++V+DPD   T P  W++FFSK FGHV+YV+ ++ +G  ++ L  R ++V  + +E  G     + AM+ +  M+R+  P PCWK  L K+G+A+D+V+WHEKL  I  ++     +    +KV+V +E+E  QR+CL  +TTG + +   ++ ++S+S+K    + NVL V    EP +I W N  Y    R  E     L  A +V + ALII+  S      +AAFI+ISN+ LP ++K+I       EHH T S  Q+SL++KI++ QWMNTAFIIY I    + L E+Y+ QISK    DAFTQP++ +LDLP +   Y LAP AK+Q KMNSYF+GS   L+ERY+++LKT+FV L+FSAIFP GYF+A++AMF+ YW +KYCL   W+  PPM+D +                       A WP +GL +    VT    D AS+   A     T           Y +     P  W      WM DDQ ++V ++S+  +V T ++A   FG      +  L  G YKP G  +   +++VAQI AY+P V      HP+LA D+  +N  HISW+GD+  YNLC+    P + R++R   F   V++
Sbjct:    1 MDQLGEFGLGVGLYYHMIAVVGLMLAAAGAINAHTIAYFKSGEYSDQQPGI-EGSMQGSAICTER------------------------TGLLDYFTIMMLFGALSLLGLHQEAEAERMDVSEQTAQDYSIIVQDPDKDATDPAEWREFFSK-FGHVSYVTVALNNGDFIQTLANRRSIVNSLMLETGGEGPLFERAMNVDKPMTRKE-PLPCWKALLQKVGMASDVVFWHEKLREITLQVRAMGITKYEASKVYVIYEQEEGQRKCLAALTTGLIPALLESSTKISTSRK--FRSTNVLKVEEPSEPGEINWVNQHYTLLYRAIEQSSALLFTAVLVGISALIIWATSLVDPVFSAAFISISNTVLPTIIKMITAK----EHHLTDSAQQSSLLMKIIMVQWMNTAFIIYIIRPRPDLLTEEYVAQISK----DAFTQPILLLLDLPGKLSHYVLAPMAKSQLKMNSYFLGSGWFLAERYSNMLKTVFVALYFSAIFPAGYFIAALAMFINYWVNKYCLLRIWRTPPPMSDFITK---------------------ASWPHNGLQLGTGSVTSVTPDVASLGISAGSPLYTD---------FYVMESHHDP--WKVRTGWWMTDDQKILVTLYSITAIVMTVIIAAAYFGKEAAFSIYHLFHGAYKPVGDTQGISYSDVAQIQAYVPQVSIPTIPHPLLATDLSKLNRDHISWSGDFDHYNLCSSSDLPDIKREDRVKLFSPCVHF 678

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BLAST of mRNA_P-littoralis_Contig837.11.3 vs. uniprot
Match: A0A835YVZ1_9STRA (PPIase cyclophilin-type domain-containing protein n=1 Tax=Tribonema minus TaxID=303371 RepID=A0A835YVZ1_9STRA)

HSP 1 Score: 474 bits (1221), Expect = 4.020e-147
Identity = 290/777 (37.32%), Postives = 418/777 (53.80%), Query Frame = 3

Query:  633 LQEPGEEGGQFYSLWGTPLSQLGDFGVGVGLYFQTIVVFGVVFLLAGLANLNSISYFRSSEYSNGQGLVNEEVSKGSAACTEREVVCLDTFCDDWSQDHRPCMLDLESGMLDFGTTLGLFIVLLCVGRIQNAWANKLDLAEQTAADYSVLVEDPDPSDTRPGTWKQFFSKHFGHVTYVSTSVKSGKLLRLLTERFAVVEKIRVEAEGGQEEEDVAMDPNAVMSRERWPAPCWKLGLMKLGVATDIVYWHEKLVLIHKKIAKETASHKPCTKVFVTFEKEASQRQCLKEMTTGFLSSSANKQVSSSKKDLILNGNVLSVGPAPEPDDIIWENLEYGFWRRLSEFIRGGLIGAGIVSLVALIIYVLSESQAAVAAAFIAISNSALPKLMKVIMDNPRGGEHHHTHSTHQASLMLKIVLAQWMNTAFIIYFINSISESLNEDYINQISKILWADAFTQPLVKVLDLPNRFKQYFLAPRAKTQAKMNSYFMGSQMVLSERYASLLKTMFVCLFFSAIFPQGYFVASMAMFMTYWSSKYCLFNRWKRSPPMNDSLAVSTRRYLAIALVIHVMVSLQFYAGWPFDG-LCMTDDVVTVAFTDGASVDFEADFMFNTSSVFPSVGDTVYEVCDQD-SPLVWDEFPRDWMPDDQYLIVFVFSVFGLVSTAVVAILLFGSTVWAGVRRLCRGVYKPSGHAKPAGFTEVAQINAYLPGVPYKGSVHPILACDIGNVNEHHISWT---GDYQAYNLCTREAFPGMSRKERAAQFGRVVYYRPGSEKDEA 2948
            + EPGEEGG+ YSLW T   +  DFG+G+GLYF  +                                                 VC    C +  Q+        + G+LD+ T   LF+  + +       A  +DL  QTA DYS+ VEDPD   T P  W++FF + FGHVTYV+ ++ +G LL  L ++  ++ K+ +E  G   E + A+D    M+RE    PCW+  +   G+  D+V++HEKL      I +    H    KV+VTFE E  QR+CL+ MTTG ++++  +      +      NVL +    EP ++ W   +  F+ RL E      I AGI++++A +IY+ S++  A+AA FI++ N  LP L+K+++      EHH T S  Q+SL+LKIV+ QWMNTAFIIY I    E L   +I+QIS     D +  P++ +LD+P R  +  L+  A  Q KMNSYF+GS   L+ERYAS+LKT FV LFFSA+FP GYF+A++A+F+TYW +KYCL   W   PPM   LA  +R YLA+A+++ ++V+L FYA WPFD  LC T + VT    + A++            + P  G TVY  C  D S   W  F   WM DDQ  +V ++S+  +V+T +VAI  FG      V RL  G YKP G AK   ++ V +I A++P V +K   HP+LA DI  ++ HHI++     DYQ +NLC+    P +  +ER+  F R + Y P   +  A
Sbjct:  146 ILEPGEEGGELYSLWKTSFYEFDDFGLGIGLYFHMVAP-----------------------------------------------VCTAAVCLNVKQNTAT-----DVGLLDYFTIPFLFLFGVVMHMYHKKEAKSIDLGAQTAQDYSIRVEDPDKDATNPDEWREFFQQ-FGHVTYVTVALDNGTLLESLVKKRTIMHKLELEVGGTGPEYERAVDVANPMTREG-SRPCWRWFMNLFGLCGDVVFYHEKLRKTMDSITELEHKHCNAVKVYVTFEHEKDQRECLQAMTTGIIAATQERSTKVKPEHRFRGSNVLKIEEPAEPAEVNWLTQDSTFFYRLIEQGVTLAITAGIIAVLAALIYLTSKADNALAAIFISVVNKVLPILIKLVVRK----EHHLTDSGLQSSLLLKIVILQWMNTAFIIYIITPSDEFLTRGFIDQISN----DVYVSPVIMLLDIPGRLSRLVLSRTAHNQLKMNSYFIGSPWFLAERYASMLKTAFVALFFSALFPAGYFIAALALFVTYWVNKYCLLRLWATPPPMGAFLAQLSRSYLALAVLVKLLVTLNFYANWPFDNELCKTGETVTQVSPEVAAL-----------GIAP--GATVYGYCATDVSGSPWYIFTEPWMNDDQKTLVHLYSITAIVATVLVAIFCFGGPFCYFVYRLYWGAYKPVGRAKGVPYSRVEEIQAFVPQVKFKLLPHPLLATDISRLDTHHIAFQVQDDDYQKFNLCSEADMPTIPEEERSNFFSRCINYPPAHGRKSA 847

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BLAST of mRNA_P-littoralis_Contig837.11.3 vs. uniprot
Match: A0A7S1XQ05_9STRA (Hypothetical protein n=1 Tax=Phaeomonas parva TaxID=124430 RepID=A0A7S1XQ05_9STRA)

HSP 1 Score: 370 bits (949), Expect = 2.430e-108
Identity = 262/793 (33.04%), Postives = 400/793 (50.44%), Query Frame = 3

Query:  567 FYAKYTLPKFTRAEDGSGREFRLQEPGEEGGQFYSLWGTPLSQLGDFGVGVGLYFQTIVVFGVVFLLAGLANLNSISYFRSSEYSNGQGLVNEEVSKGSAACTEREVVCLDTFCDDWSQDHRPCMLDLESGMLDFGTTLGLFIVLLCVGRIQNAWANKLDLAEQTAADYSVLVEDPDPSDTRPGTWKQFFSKHFGHVTYVSTSVKSGKLLRLLTERFAVVEKIRVEAEGGQEE-EDVAMDPNAVMSRERWPAPCWKLGLMKLGVATDIVYWHEKLVLIHKKIAKETASH--KPCTKVFVTFEKEASQRQCLKEMTTGFLSSSANKQVSS-------SKKDLILNG-NVLSVGPAPEPDDIIWENLEYGF-WRRLSEFIRGGLIGAGIVSLVALIIYVLSESQAAVAAAFIAISNSALPKLMKVIMDNPRGGEHHHTHSTHQASLMLKIVLAQWMNTAFIIYFINSISESLNEDYINQISKILWADAFTQPLVKVLDLPNRFKQYFLAPRAK------------TQAKMNSYFMGSQMVLSERYASLLKTMFVCLFFSAIFPQGYFVASMAMFMTYWSSKYCLFNRWKRSPPMNDSLAVSTRRYLAIALVIHVMVSLQFYAGWPFDGLCMTDDVVTVAFTDGASVDFEADFMFNTSSVFPSVGDTVYEVCDQDSPLVWDEFPRDWMPDDQYLIVFVFSVFGLVSTAVVAILLFGSTVWAGVRRLCRGVYKPSGHAKPAGFTEVAQ-----INAYLPGVPYKGSVHPILACDIGNVNEH-----HISWTGDYQAY 2843
            F+  +T+P++ +  +         EPG EG  FY +  TP+++L DFG+G+ +YF+T++      ++ GL N+ +++YF S EY   Q  +   + +GSAAC   E++CLD  C + + + + C         DF     L I L+ +   Q+  A +LD AEQTA DYS+ VEDP P    P  WK FF   FG V +++ + ++G+LL LL ER      IR + E  Q+E E +        +++ W        L K+G+  D  YW  ++  I++KI  E      +   KV+VTF  E  QR CLK MT G +++  +  ++        +K  +  +G N L+V  APEP D+IW+N    F +R L  FI   L G  + +  A+I   ++     + A FI++SNS LP LMK+  +     E H T S  Q S+++K+V+A+W  T+ I   I +  ++ +E  I QI  IL+ADA T P +++LD+  R ++Y +AP A             TQ +MN  F G++  L+ERY  L KT+FV LF  +++P G F+ + AM + +W  KYCL   W   P +   +  + R Y+A+ L+ H MV+L  YA WPFDG   T +  TV    G S            +V+  VGD          P V+    R WM  DQ  +V VFS F +V   V  +  FG  ++   R L  G+Y+  G  +  G T V+      I+ Y+P +   G  +P+LA  I    +H     H    G Y  Y
Sbjct:   38 FWDLHTVPRYKKVVEDGVETLEKCEPGVEG-TFYDIIWTPINELRDFGIGLTMYFRTLLYIAASSIIVGLINIAAMNYFLSDEYGGQQDDMVWAI-RGSAACAP-EIICLDATCGE-TAEAQVCPFAPVIAWTDFAAFFVLVIGLVLLTIKQSRLATELDEAEQTAQDYSIRVEDPSPDAVDPDLWKDFFGD-FGQVRFITVTRRNGQLLELLAERRF----IRKQLEFKQKEIEKLEASHTTFRTKQGWRGM-----LQKVGIGCDFPYWALRMQEINEKIGAELKKPEIREAAKVYVTFNTERGQRNCLKSMTDGAINTFFDANLTGWFTGHHVAKLWVDKDGENKLAVVEAPEPSDVIWKNQSVPFQFRYLEIFIGFFLCGVVVAAAGAVIEAFVAAGMPGMVATFISLSNSVLPTLMKMFTEV----ESHLTFSAKQTSMLVKLVVARWFTTSIIYSIITATEDTADEATIEQIYNILFADAVTTPALRLLDVGGRIQRYLVAPGASLPCLAGAFPGANTQGEMNKSFEGTEWSLAERYTDLTKTVFVSLFNMSVYPAGVFITAFAMIVNFWVDKYCLLRIWAPQPELGAGITTTNRSYIALVLLFHFMVALHVYAAWPFDGYIDTGEPTTVT---GVSA---------RENVYEKVGDMTAR-----GPSVFLINTRRWMSGDQKGVVKVFSAFSVVVFVVFILTYFGQGLYDAYRMLTTGIYEEPGEDQ--GITHVSHTGEDAIDVYVPKIHQPGIKYPLLAAKITFPLDHLPFKIHPDEVGHYNLY 793

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BLAST of mRNA_P-littoralis_Contig837.11.3 vs. uniprot
Match: A0A7S2WAU7_9STRA (Hypothetical protein n=1 Tax=Rhizochromulina marina TaxID=1034831 RepID=A0A7S2WAU7_9STRA)

HSP 1 Score: 332 bits (851), Expect = 1.480e-93
Identity = 241/835 (28.86%), Postives = 402/835 (48.14%), Query Frame = 3

Query:  447 DSSAVDSDEDERHGEYKFDPVTEYVLKHGRKNGQLAMAWDFYAKYTLPKFTRAEDGSGREFRLQEPGE--EGGQFYSLWGTPLSQLGDFGVGVGLYFQTIVVFGVVFLLAGLANLNSISYFRSSEYSNGQGLVNEEVSKGSAACTEREVVCLDTFC--------------------DDWSQ-----------DHRPCMLDLESGMLDFGTTLGLFIVLLCVGRIQNAWANKLDLAEQTAADYSVLVEDPDPSDTRPGTWKQFFSKHFGHVTYVSTSVKSGKLLRLLTERFAVVEKIRVEA----------EGGQEEEDVAMDPNAVMSRERWPAPCWKLGLMKLGVATDIVYWHEKLVLIHKKIAKETASHKPCTKVFVTFEKEASQRQCLKEMTTGFLSSSANKQVSSSKKDLILNGNVLSVGPAPEPDDIIWENLEYGFWRR-LSEFIRGGLIGAGIVSLVALIIYVLSESQAAVAAAFIAISNSALPKLMKVIMDNPRGGEHHHTHSTHQASLMLKIVLAQWMNTAFIIYFI--NSISESLNEDYINQISKILWADAFTQPLVKVLDLPNRFKQYFLAPRAKTQAKMNSYFMGSQMVLSERYASLLKTMFVCLFFSAIFPQGYFVASMAMFMTYWSSKYCLFNRWKRSPPMNDSLAVSTRRYLAIALVIHVMVSLQFYAGWPFDGLCMTDDVVTV---AFTDG-----ASVDFEADFMFNTSSVFPSVGDTVYEVCDQDSPLVWDEFPRDWMPDDQYLIVFVFSVFGLVSTAV---VAILLFGSTVWAGVRRLCRGVYKPSGHAKPAGFTEVAQINAYLPGVPYKGSVHPIL 2780
            DS+ + S+     GE+      E   +  RK  +L    ++  +Y LP++   EDGS R+    EPGE     Q Y +  TP+ ++ DFG+G+G+YF T +  G + ++  L      +Y+ S+EY       N   + GSA+C+  E VCL+  C                    DD ++            HR C +    G++D    + +   LL +   Q+  A  LDL+EQTA DYSV+VEDP+     P  W+ FF  HFG V  V+ ++ +G+L+RL  ++F ++ ++++EA              E +D  +D    M  +R     +K  +  +G+   + ++  +L+ ++++I  +   H    KVFV F  E SQR CL+ M  G + +  + +     K L ++GN+L +  APEP D+I+ENL+ G +R+ + + I    +   ++     ++      Q  + A  I++ N  LP++ +V++      E HHT S  + S + K V  +W  +  I+Y +  +  ++ L   YI QI K+L ADA T P+++V D+    K+Y LAP A T A+  +   G+  +L+ERY  L KT+ + LF+SAI P GY+ +++A F+++W  K+C+   +++ PP  D L   TR  +A+ ++IH +++  FY GWP+D LC T  +V V   +FT       + V ++ D   N+  + P  G                     W P D    +  F  +  VS AV   V ++ FG      V  L    +KP G      F  V     Y+P     G  H ++
Sbjct:   11 DSATMTSEAANAKGEFASTEGDEEKKRELRKIRRLK-GENYRNRYLLPRYVLEEDGSKRKL---EPGEYDPNSQLYPIT-TPIREMSDFGIGIGMYFTTTLWLGTLMIICALIQTPIATYYSSNEYDKFNNKDNFYANIGSASCSYEERVCLNVECTQVAGSFQFPNGQHRDVAVDDDQAKADYNITRIVEPGHRLCEVRRFFGVVDLMMMIFIAGTLLILANRQDKEAEMLDLSEQTAQDYSVIVEDPNEEKIDPDDWEAFFRTHFGEVFMVTVALNNGELIRLYKKKFWLMNEMKLEAIEEAQYTTWKRRASEVDDQELDS---MKAKRKTKSYFKQFMELIGLDKTLDHFTYELIKVNRQIGTKKHHHYKACKVFVIFNHEKSQRACLEAMCVGIIPALLDWEGQIDDKYL-MDGNLLHIKEAPEPSDMIYENLDIGLYRQFIEQIISWAAVFVLLMVTYFTVVACFDNDQPDLGAIMISLWNGVLPEINRVLVQT---FESHHTWSDVEDSFLTKTVACRWFTSTLILYIVALSDPTQFLGVYYIQQIQKVLLADALTNPIIRVCDVSGNLKRYILAPIAGTDARAKALNEGTDWLLAERYTDLAKTILMSLFYSAILPTGYWYSALACFISFWVDKFCILRLFRQKPPSGDKLVRITRTTIAVIILIHCVITAHFYYGWPYDELCPTKQLVNVTGSSFTPADIGVTSPVVWKEDCQQNSEDLLPPTG------------------KEKWFPSDHQTDLVKF--YNAVSVAVLVYVCVVYFGQNGVLSVYSLFYYRHKPVGDHTDILFDTVESGEGYIPQFQVAGLHHAVM 813

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BLAST of mRNA_P-littoralis_Contig837.11.3 vs. uniprot
Match: A0A7S2PN30_9STRA (Hypothetical protein n=1 Tax=Leptocylindrus danicus TaxID=163516 RepID=A0A7S2PN30_9STRA)

HSP 1 Score: 304 bits (779), Expect = 2.230e-83
Identity = 240/829 (28.95%), Postives = 402/829 (48.49%), Query Frame = 3

Query:  534 RKNGQLAMAWDFYAKYTLPKFT--RAEDGSGREFRLQEPGEE--GGQFYSLWGTPLSQLGDFGVGVGLYFQTIVVFGVVFLLAGLANLNSISYFRSSEYSNGQGLVNEE-VSKGSAACTERE-VVC-------------------LDTFCDDWSQDHRPCMLDL------ESGMLDFGTTLGLFIVLLCVGRIQNAWANKLDLAEQTAADYSVLVEDPDPSDTRPGTWKQFFSKHFG-HVTYVSTSVKSGKLLRLLTERFAVVEKI-RVEAEGGQEEEDVAMDPN-------AVMSRERWPAPCWKLGLMKLGVATDIVYWHEKLVLIHKKIAKETASHKPCTKVFVTFEKEASQRQCLKEMTTGFLSSSANKQVSSSKKDLILNG-NVLSVGPAPEPDDIIW-ENLEYGFWRRLSEFIRGGLIGAGIVSLVALIIYVLSESQAAVAAAFIAISNSALPKLMKVIMDNPRGGEHHHTHSTHQASLMLKIVLAQWMNTAFIIYFINSISESLNED-YINQISKILWADAFTQPLVKVLDLPNRFKQYFLAPRAKTQAKMNSYFMGSQMVLSERYASLLKTMFVCLFFSAIFPQGYFVASMAMFMTYWSSKYCLFNRWKRSPPMNDSLAVSTRRYL-AIALVIHVMVSLQFYAGWPFDGLCMTDDVVTVAF-TDGASVDFEADFMFNTSSVFPSVGDTVYEV--CDQ----DSPLVWDEFPR-----DWMPDDQYLIVFVFSVFGLVSTAVVAILLFGSTVWAGVRRLCRGVYKPSGHAKPAG--FTEVAQINAYLPGVPYKGSVHPILACDIGNVNEHHISWTGDYQAYN 2846
            ++   L  AW ++    LP+     A+ G        +PGE     + YS W TP  QLGDFG+G+G+YF ++ +F  +  +AGL  +  I Y+RS +YS G     +  V +GSA CT    V C                   L+T  DD   +    + +L      E G+   G TL + + +  +  + +    K D    TA+D+S+ V DP    T P  W+Q+FS+HFG  V Y + ++ + KL+  L +R  + + I  +     + E++  +D +       A +  E  P P WK  L  LG+  D V   +K   I+ +I +        T VFVTFE E  QR  L  ++ G L S  N    + K D    G +VL    A EP+ + W   L+    RR+S+F+   +   G++     I+  + E     +   I+I NS +P  ++ I     G E H      QASL  KI + +W NTA +  F+   +++++++  IN +  +  A+ FT PL+++LD  N  K++  APRA  Q  MN+ F G+   ++ERY ++ K +F+C ++  IFP GYF  ++++ + Y++ K+CL   W   P + D ++V  R Y   + LV+  +V   ++AG+PFD LC  +   T+A  T       E    FN +S+     + +Y+   C+Q    + P +  E+ R      WM DDQY +   +  +G ++  V+ +L +   +    R L  G +  SG  K +G  +++   I+ ++P   ++   +P++ACDI  + + HISW+   + Y+
Sbjct:  127 KRGPSLDSAWAYFEHIALPRKLCGNAQYGENVNSYKADPGETMLATELYSYWTTPEDQLGDFGIGIGIYFLSMRIFSCICFIAGLLYIPLIHYYRSDDYSKGPHPNRDSWVLRGSAICTHTMWVPCPTCVEDKDKFDQNRLAIGILETDGDDDGNEVYFALRNLCGGNNWEQGLNHLGVTLFMCVSIFVLSWLLHKGELKFDEDNLTASDFSIRVTDPPEDATDPDEWEQYFSEHFGARVVYCTIAMNNEKLIDALAKRRTIAQAIIHILPADLKGEKNAILDDDEELETVAASLVAESPPTPFWKKCLQPLGLFQDAVMLKDKFEEINGEIEELLKVKYKATNVFVTFEYENEQRTVLSSLSVGKLWSFFNV---AGKCDFPFRGVHVLHAEEAAEPEAVRWIHGLDSTLVRRVSQFLVTIIPLVGLLFFCGYIVAKVREQSVFWSGMMISIFNSIIPIAVRAI----NGLEIHDNEGYAQASLYFKITIFRWANTALLTTFLAEFTDTVSDEALINSLLAVFIAEIFTSPLIQLLDPVNHLKRHLKAPRAMNQIAMNNCFTGTFYNIAERYTNMTKIIFLCSWYGVIFPAGYFFGALSLVVQYYADKFCLLKTWHVQPRIGDEISVLGRLYFFPVVLVVMSVVGSYYWAGFPFDNLCSDNMESTIAVGTYMLQFKNETSSTFNWTSLDEG-NEAIYDYKYCNQYFLGEFPAIGTEYERASADNGWMSDDQYTMSKYYG-WGSIAVLVLVLLHYLQFIVKLGRSLFYGSWTDSGE-KDSGERYSDQGSISCFVPQKKHRSFEYPLIACDIDLIEKKHISWSDPVKPYS 945

[Close]

BLAST of mRNA_P-littoralis_Contig837.11.3 vs. uniprot
Match: A0A7S4W5Q3_9STRA (Hypothetical protein n=2 Tax=Ditylum brightwellii TaxID=49249 RepID=A0A7S4W5Q3_9STRA)

HSP 1 Score: 303 bits (776), Expect = 2.760e-83
Identity = 240/851 (28.20%), Postives = 403/851 (47.36%), Query Frame = 3

Query:  516 YVLKHGRKNGQLAMAWDFYAKYTLPKFTRAEDG-SGREFRLQEPGEEGGQFYSLWGTPLSQLGDFGVGVGLYFQTIVVFGVVFLLAGLANLNSISYFRSSEYSN--GQGLVNEE----VSKGSAACTEREVVCLDTFCD-------DWSQ--DHRPCML-------DLESGMLDFGTTLGLFIVLLCVGRIQNAWANKLDLAEQTAADYSVLVEDPDPSDTRPGTWKQFFSKHFGH-VTYVSTSVKSGKLLRLLTERFAVVEKIRVEAEGGQEEEDVAMDPNAVM----SRERWPAPCWKL----------GLMKLGVATDIVYWHEKLVLIHKKIAKETASHKPCTKVFVTFEKEASQRQCLKEMTTGFLSSSANKQVSSSKKDLILNGNVLSVGPAPEPDDIIWENLEYGFWRRLSEFIRGGLIGAGIVSLVALIIYVLSESQAAVAAAFIAIS--NSALPKLMKVIMDNPRGGEHHHTHSTHQASLMLKIVLAQWMNTAFIIYFINSISESL---NEDYINQISKILWADAFTQPLVKVLDLPNRFKQYFLAPRAKTQAKMNSYFMGSQMVLSERYASLLKTMFVCLFFSAIFPQGYFVASMAMFMTYWSSKYCLFNRWKRSPPMNDSLAVSTRRYLA-IALVIHVMVSLQFYAGWPFDGLC-----------MTDDVVTVAFTDGA-SVDFEADFMFNTSSVFPSVGDTVYEVCDQDSPLVWDEFPRDWMPDDQYLIVFVFSVFGLVSTAVVAI---LLFGSTVWAGVRRLCRGVYKPSGHAKPAGFTEVAQINAYLPGVPYKGSVHPILACDIGNVNEHHISWTGDYQAYNLCTREAFPGMSRKER 2891
            Y  +    N  L  AW +Y   TLP++   E   +G+      PGE   + Y +W TP   L DFG+GVGLYF T+ +  V+F LAG  ++ +I ++ S EYS   GQ  V +     +++G+  CT+RE V   T  +       D+++  D+ P +L       +L  GM+++ + + + I    +   Q+    + +  + T  DYS++VE+P P  T P  W+ FF +     VT V+ ++ +  L+R L  R      +R     G   ++  +   AV     +R++    C+ L           +  L +  D +Y  E++  +  +I +        TKVFVTFE EA QR  L  +T     S +N + S      I    +L +    EPD + W +L      ++ + I    I  G+V      I     S   V  + I ++  N  +P ++K+++      E H T    QASL  KI L +W+NTA I  FI+S +  +   + D I  I+ +L ++    P +++LD+   +++++LAPR KTQ  MNS+F G+   L+ERY  L K +F+C F+S +FP  YF  +      YWS K  L   W   P +   ++  +RR+L  +AL    +V+  FYA +P+D +C             +DV     T G+ +V  +   +F    +  S+ DT   +     P ++     +WM D Q  +    +V+G  S A +A+   ++FG +++   + +C+ +Y+PS   +   F+ +  +  Y+P V + G  +P L CDI ++ E  + W  DY   NL     + GM R+ R
Sbjct:   73 YYPQQSEDNPSLKDAWCYYEHMTLPRYREDETRVAGQAPERALPGESNTELYGVWSTPTHWLKDFGIGVGLYFTTLKLMAVIFFLAGCISIPNIMFYASDEYSGPGGQDSVLQSPVMSLARGTMICTKREFVACPTCTESQLGNVFDFAKTPDNTPLVLRTLCEGAELTQGMVNWASFIFMVIAFALIALYQSQIEIRFNEDQVTVTDYSIVVENPPPDATDPDVWRDFFEQFSEKGVTVVTIALNNEALVRSLAFRRHFRNNLRYHLPPGTNIDNNEILKKAVEKATEARKQKKKTCFGLLCNCTLLPILRIFGLFLKEDQLY--ERVQKLTPQIQELQTKKYSATKVFVTFETEAGQRNALTALTLSKWDSWSNNKNSVGPSS-IFQDTLLKIQEPTEPDAVRWLDLSATTKAKIIQRIITLAITIGLVIASGFSINAARNSSLGVTLSSIVLTLFNLIIPFIVKLLLLI----EKHTTEGGRQASLYYKIALFRWVNTAIIPIFISSFTSWIGNDSRDIIITINSVLLSELLLSPTLRLLDIITTYRKHYLAPREKTQRNMNSHFNGTHYNLAERYTDLTKVIFLCFFYSPLFPSIYFYCTAIFIQQYWSDKISLLRIWGHQPLIGPQVSRFSRRFLLPLALTAFAIVASYFYASFPYDNICDPFEPEPGFAGKYNDVTFANGTMGSITVTNDDSVVFCQQELVGSL-DTGLFIKFPALP-IFQPSDAEWMTDSQSTLT---TVYGWTSVAALALFVGIVFGGSIFLAFQSVCKNIYEPSTRDQMIDFSGIQDMFGYVPQVKFGGYAYPWLCCDIDDIAEDLVGWNADYDENNLIYDVPYKGMKRRAR 911

[Close]

BLAST of mRNA_P-littoralis_Contig837.11.3 vs. uniprot
Match: A0A7R9ZIG1_9STRA (Hypothetical protein n=1 Tax=Pseudictyota dubia TaxID=2749911 RepID=A0A7R9ZIG1_9STRA)

HSP 1 Score: 301 bits (772), Expect = 5.630e-83
Identity = 241/837 (28.79%), Postives = 385/837 (46.00%), Query Frame = 3

Query:  549 LAMAWDFYAKYTLPK--------------FTRAE----DGSGREFRLQEPGEEG--GQFYSLWGTPLSQLGDFGVGVGLYFQTIVVFGVVFLLAGLANLNSISYFRSSEYSNGQGLVNEEVSKGSAACTERE-VVCLDTFCDDWS-QDHRPCMLDLESG-------------------MLDFGTTLGLFIVLLCVGRIQNAWANKLDLAEQTAADYSVLVEDPDPSDTRPGTWKQFFSKHFG--HVTYVSTSVKSGKLLRLLTERFAVVEKIRVEAEGGQEEEDVAMDPNAVMSRERWPAPCWKLGLMKL--GVATDIVYWHEKLVLIHKKIAKETASHKPCTKVFVTFEKEASQRQCLKEMTTGFLSSSANKQVSSSKKDLILNGNVLSVGPAPEPDDIIWENLEYGFWRRLSEFIRGGLIGAGIVSLVALIIYVLSESQAAVAAAFIAISNSALPKLMKVIMDNPRGGEHHHTHSTHQASLMLKIVLAQWMNTAFIIYFINSISESLNED---YINQISKILWADAFTQPLVKVLDLPNRFKQYFLAPRAKTQAKMNSYFMGSQMVLSERYASLLKTMFVCLFFSAIFPQGYFVASMAMFMTYWSSKYCLFNRWKRSPPMNDSLAVSTRRYL-AIALVIHVMVSLQFYAGWPFDGLCMTDDVVTVAFTDGASVDFEADFMFNTSSVFPSVGDTVYEVCDQD-----------SPLVWDEFPRDWMPDDQYLIVFVFSVFGLVSTAV--VAILLFGSTVWAGVRRLCRGVYKPSGHAKPAGFTEVAQINAYLPGVPYKGSVHPILACDIGNVNEHHISWTG---DYQAYNLCTREA 2864
            LA AW ++   TLP+              FTR          ++    EPGE+    + YS   TPL Q+GDFG+GVGLYF T+    V+  LAG+ N+ +  YF   EY+ G+  V+  +  GSA C  +  V C     DD+  Q+ R  M   +SG                   M+++GT L + + +  + R Q A     D  EQT  DYSV+V++P P  T P  WK +F  +F   H T V+  + +  L+R L ER   +  +++    G +   + +   A     R      + GL  L   +   +     +L +++ K+        P T +FVTFE E +QRQ L  +  G ++   N   S     L     VL V  A EP  + WE+L   F  R+       +     V L A I+ +         A  IA  N+  P   K + +     E H      QASL +KI L +W+NTA ++  I   + +L E     +  ++ I +A+  T  ++++ D     +++FLAPRAKTQ  MN    G    L+ERY ++ K +F+ L++ +I+P   F+ S A+F+ +++ ++ L   WK +P +  +++  +R+Y  +IA+    +V    + G+PFD LC  ++        G + +  +     T+       ++    C+QD           +  +W     +WM  DQ  +    S++G  S AV  V  L+F S V++ VR L RG YKP+G  +   F++V  + AY+P V       P++A DI NV+E    W      Y  Y+L TR+A
Sbjct:   59 LAKAWAYFEHITLPRYIIHEKQFEMKKGLFTRCMRKLFSKGNKQLDRAEPGEDDVPTRLYSPIFTPLKQMGDFGLGVGLYFSTLRAITVMTFLAGVINMYNFVYFNGEEYNRGKDAVDHWLLYGSAICANQNWVPCPTCDPDDFRRQEGRLAMGTSDSGESVLFAIQNQCERPPFKVGMVNYGTLLFVIVGMFVMSRYQKAQEVAFDEDEQTTQDYSVVVQNPPPDATEPEEWKSYFEDNFDDVHATCVTVGLDNDLLVRSLVERRRQLLLLQMALPPGTDMSVLNLAKIAGEMERR------RNGLQNLLAKIVPGVPEHFAQLAILNAKVQGLAQQEYPSTNIFVTFETEEAQRQVLTALNVGSVAIKRNDASSVQPHHLFRGTKVLRVTEADEPSTVRWEDLNAKFASRVKTLAITSVATLCAVVLTAFIVVLCRNRSTVFGAYAIAAFNAIFPVFAKFLTNM----ESHKGEGEKQASLYVKIALFRWVNTAIVMTIIVPFTSTLTEGTEHLLTGVATIFFAEITTTNVIQLADPVGHLQRHFLAPRAKTQEAMNILMQGQIYELAERYTNMTKILFLALWYCSIYPCALFLCSFALFINFFTDRFSLMRTWKPAPMLGATISAMSRKYFFSIAMCAMAVVGSYMWTGFPFDNLCDGEETNQY---QGQTWNLTSLGDNPTTEAVSVTSNSTVRYCNQDLLRYENVAAFPALPIWQPEGDEWMTADQERLT---SIYGWTSVAVCFVVFLIFVSRVFSSVRGLFRGTYKPNGEVQGVNFSDVPAVAAYIPEVAINFLPFPLIATDIDNVDEELFQWEDADKPYSYYDL-TRDA 878

[Close]

BLAST of mRNA_P-littoralis_Contig837.11.3 vs. uniprot
Match: A0A7S2V6J7_9STRA (Hypothetical protein n=1 Tax=Fibrocapsa japonica TaxID=94617 RepID=A0A7S2V6J7_9STRA)

HSP 1 Score: 295 bits (756), Expect = 6.990e-82
Identity = 233/785 (29.68%), Postives = 372/785 (47.39%), Query Frame = 3

Query:  546 QLAMAWDFYAKYTLPKFTRA-EDGSGREFRLQEPGE-EGGQFYSLWGTPLSQLGDFGVGVGLYFQTIVVFGVVFLLAGLANLNSISYFRSSEYSN--------GQGLVNEEVSKGSAACTEREVV--------CLDTFCDDWSQDHRPCMLDLESGMLDFGTTLGLFIVLLCVGRIQNAWANKLDLAEQTAADYSVLVEDPDPSDTRPGTWKQFFSKHFGHVTYVSTSVKSGKLLRLLTERFAVVEKIRVEAEGGQEEEDVAMDPNAVMSRERWPAPC-WKLGLMKLGVATDIVYWHEKLVLIHKKIAKETASHK--PCTKVFVTFEKEASQRQCLKEMTTGFLSSSANKQVSSSKKDLILNG-NVLSVGPAPEPDDIIWENLEYGFWRRLSEFIRGGLIGAGIVSLVALIIYVLSESQAAVAAAFI-AISNSALPKLMKVIMDNPRGGEHHHTHSTHQASLMLKIVLAQWMNTAFIIYFINSISESLNEDYINQISKILWADAFTQPLVKVLDLPNRFKQYFLAPRAKTQAKMNSYFMGSQMVLSERYASLLKTMFVCLFFSAIFPQGYFVASMAMFMTYWSSKYCLFNRWKRSPPMNDSLAVSTRRYLAIALVIHVMVSLQFYAGWPFDGLCMTDDVVTVAFTDGASVDFEADFMFNTSSVFPSVGDTVYEVCDQDSPLVWDEFPRD----WMPDDQYLIVFVFSVFGLVSTAVVAILLFGSTVWAGVRRLCRGVYKPSGHAKPAGFTEVAQINAYLPG--VPYKGSVHPILACDIGNVNEHH 2813
            +L  AW  +     P+  +  ++GS R+FRL    E E  +   L+G+ +S   +FG+G+GLY++ ++    + L+ G   + +  Y  S  YS+        G       + K SAAC +   V        C +  C   S     C L    G+ DF   + L I  +   R+Q     +LD A QT  DYS++V DPD     P  W QFFS+ FG V YV+ + K+G LL+ L++R  +V +I+  A G  EEE+    P+   +    PAP  W+    KL    +   W  KLV I+++IAK +   K  P  KV+V F+ E  QR  L+ +TTG +   A  ++S+ +      G NVLSV  A EP +++WENLE   W  L++ +   ++ A ++    L IY   +S  + A   + ++ N  LP ++++I       E H      Q SL LK   A++MNTA I + I    ++L+   I  I  IL +DA   P V ++D+    K+ FL+  AKT AK+   F G+   L ERY  + KT+FV +F++A+FP G +VA++    TYW+ KY L   W++ P  +  LA+  R ++  +L++H++++  +Y GWPFD   ++ D V               + +   + +  V           S   W  F  D    W   +Q  +V ++ +  L     + +      +   V     G Y   G ++   +  V  I  Y+P    P   +V P+ A    N+ EHH
Sbjct:    7 KLDEAWKHFRTRVNPRRVKMHQEGSTRKFRLANEKELEISEPVPLFGSAISDYPEFGLGIGLYYKQVLGLMWLCLIYGAVLIPTAQYLGSPAYSDHTMTDPKTGGDTAVTGLLKFSAACHDYNTVDVLEGAEKCGEAGCTHASA----CTLLKRMGIFDFAALIMLIIFCIVTARVQEKQVEELDEAVQTPQDYSLVVNDPDEDADDPDEWNQFFSQ-FGEVAYVTVTRKNGPLLKALSQRKVIVHEIQ--ANGWDEEEEKLRSPDEAHTLLDHPAPSFWE----KLKGGKEA--WMYKLVKINEQIAKLSHPDKEYPVCKVYVIFQTEEGQRNALEALTTGAIP--AAFEISTVEDKYKFRGTNVLSVEEAVEPSEVLWENLELSVWYSLAQSLVSLVLTALLIYWAYLAIYAAKKSAKSTATGLVVSVINVLLPIVLRMITMV----EKHVDQGNKQDSLFLKTTAARFMNTAIINFMITDFHDTLDAAAIKTIMSILISDAIITPTVGLIDISGNLKRLFLSKFAKTHAKLEKNFQGTPWNLGERYTGMSKTLFVAMFYAALFPPGLWVAALCFAYTYWADKYLLLRVWQKPPQYDAQLAIQARGHIMFSLLVHLLITAHWYYGWPFDNTYLSSDGV---------------YKYQDKNSYNLVK----------SGKFWFAFYVDPKSTWQNAEQQFLVKIYGIASLALLGFLLVFYLYKDIVDTVNWAWYGDYDAVGESQGIPYNAVESITTYVPMSVFPSDPTVGPLPAAYCENLMEHH 747

[Close]

BLAST of mRNA_P-littoralis_Contig837.11.3 vs. uniprot
Match: A0A7S4K519_9STRA (Hypothetical protein n=1 Tax=Odontella aurita TaxID=265563 RepID=A0A7S4K519_9STRA)

HSP 1 Score: 300 bits (767), Expect = 1.600e-81
Identity = 251/835 (30.06%), Postives = 395/835 (47.31%), Query Frame = 3

Query:  549 LAMAWDFYAKYTLPKFTRAEDG-----SGREFRLQ--------------EPGE--EGGQFYSLWGTPLSQLGDFGVGVGLYFQTIVVFGVVFLLAGLANLNSISYFRSSEYSNGQGLVNEEVSKGSAACTERE-VVC----LDTFCDDW-------------------SQDHRPCMLDLESGMLDFGTTLGLFIVLLCVGRIQNAWANKLDLAEQTAADYSVLVEDPDPSDTRPGTWKQFFSKHFG--HVTYVSTSVKSGKLLRLLTERFAVVEKIRVEAEGGQEEEDVAMDPNAVMSRERWPAPCWKLGLMKLGVATDIVYWHEKLVLIHKKIAKETASHKPCTKVFVTFEKEASQRQCLKEMTTGFLSSSANKQVSSSKKDLILNGN-VLSVGPAPEPDDIIWENLEYGFWRRLSEFIRGGLIGAGIVSLVALIIYVLSESQAAVAAAFIAISNSALPKLMKVIMDNPRGGEHHHTHSTHQASLMLKIVLAQWMNTAFIIYFINSISESLNED---YINQISKILWADAFTQPLVKVLDLPNRFKQYFLAPRAKTQAKMNSYFMGSQMVLSERYASLLKTMFVCLFFSAIFPQGYFVASMAMFMTYWSSKYCLFNRWKRSPPMNDSLAVSTRRY-LAIALVIHVMVSLQFYAGWPFDGLCMTDDVVTVAFTDGASVDFEADFMFNTSSVFPSVGDTVYEVCDQDSPLVWDEFPR------DWMPDDQYLIVFVFSVFGLVSTAVVA--ILLFGSTVWAGVRRLCRGVYKPSGHAKPAGFTEVAQINAYLPGVPYKGSVHPILACDIGNVNEHHISWTGD---YQAYNLCTREA 2864
            LA AW ++   TLP+F   + G     SG  F                 EPGE  E  + YS   TPLSQ+GDFG+G+GLYF T+    ++  LAG  NL ++ YF S EYSNGQ  ++  +  GSA CTE+E V C     D F D +                   +Q  RP  +    GM+++GT + + + +  + + Q       D  EQT  DYS+++++P    T P  WKQFF  +F   HVT  +  V +  L+R L ER  ++  ++     G    D+++   A +         W L      +   +     KLV+++ KI          T VFVTFE E  QRQ L  ++ G ++   NK +S  KK+ +  GN VL V  A EP  + WE+L   F  R+ +      +    V+LVA I+ +         A  IAI N+  P   K++ +     E H      QASL  KI L +W+NTA +   +   + +L+E     +  ++ I +A+  T  LV++LD     +++FLAPRAKTQ  MN    G    L+ERY ++ K +F+ L++           S A+F+ +++ ++ L   WK +P +   +A  +R+Y L++A+V   ++    ++G+P+D LC  D   T  +     VD + + + +  +V     D +    D D  + +   P+      +WM  DQ  I     ++G  S AV+A   L+F   +   ++ + RG YKP G  +   F++V  I AY+P V       P++A DI  ++E    W      Y  Y+L TR+A
Sbjct:  199 LAKAWTYFEHITLPRFILKDKGPEGERSGNCFARMMRKVCKGDEQLDRAEPGEDEEKTRLYSPIFTPLSQMGDFGLGIGLYFSTLRAIAIMTFLAGCMNLYNMYYFNSPEYSNGQPSISA-LLLGSALCTEQEWVPCPTCSTDNFGDGYDRRLTNGTSGGESVFFAKQNQCERPPFV---VGMVNYGTLMLVIVGMFFMHQYQKRQEIAFDEDEQTTQDYSIVIKNPPADATEPDEWKQFFETNFDNVHVTCCTVGVDNDLLVRSLVERRRMLILLQNALPPGT---DLSVMNLAKIGGNILRGRSW-LQRFIAAIVPGVPENFGKLVVLNAKIQGLAQMEYSSTNVFVTFETERGQRQVLSALSVGSIAVKRNK-ISCVKKEHLFRGNKVLKVDEADEPSTVRWEDLNAPFRARIKQVAITTFVTCCAVALVAFIVQLCRGVDVIFGAYAIAIFNAVFPVFAKILTNM----EAHAAEGDKQASLYFKIALFRWVNTAIVFSIVVPFTYTLDEGAHALLPGVASIFFAEITTTNLVQLLDPLGHLQRHFLAPRAKTQEAMNILMQGQIYELAERYTNMTKILFLALYYCXXXXXXXXXXSFALFINFFTDRFSLMRTWKPAPKLGTRIATLSRKYFLSVAIVAMAVLGSYHWSGFPYDNLC--DGEETDQYQGVWMVDGKEELVVSNYTVRYCKQDLL----DLDDIIAFPALPKWQPEGDEWMTADQERIT---RIYGWTSVAVLAGVCLIFIKGIITSMKDMFRGTYKPCGDDQGINFSDVKSIAAYIPEVSIAFVPFPLIASDIDGLDEELFEWENPDKPYSCYDL-TRDA 1010

The following BLAST results are available for this feature:

BLAST of mRNA_P-littoralis_Contig837.11.3 vs. uniprot

BLAST of mRNA_P-littoralis_Contig837.11.3 vs. uniprot
Analysis Date: 2022-09-19 (Diamond blastx: OGS1.0 vs UniRef90)
Total hits: 25


Match Name	E-value	Identity	Description
D7FW06_ECTSI	0.000e+0	76.00	PHM7_cyt domain-containing protein n=2 Tax=Ectocar...	[more]
A0A835ZBF6_9STRA	1.530e-153	38.82	Uncharacterized protein n=1 Tax=Tribonema minus Ta...	[more]
A0A835YVZ1_9STRA	4.020e-147	37.32	PPIase cyclophilin-type domain-containing protein ...	[more]
A0A7S1XQ05_9STRA	2.430e-108	33.04	Hypothetical protein n=1 Tax=Phaeomonas parva TaxI...	[more]
A0A7S2WAU7_9STRA	1.480e-93	28.86	Hypothetical protein n=1 Tax=Rhizochromulina marin...	[more]
A0A7S2PN30_9STRA	2.230e-83	28.95	Hypothetical protein n=1 Tax=Leptocylindrus danicu...	[more]
A0A7S4W5Q3_9STRA	2.760e-83	28.20	Hypothetical protein n=2 Tax=Ditylum brightwellii ...	[more]
A0A7R9ZIG1_9STRA	5.630e-83	28.79	Hypothetical protein n=1 Tax=Pseudictyota dubia Ta...	[more]
A0A7S2V6J7_9STRA	6.990e-82	29.68	Hypothetical protein n=1 Tax=Fibrocapsa japonica T...	[more]
A0A7S4K519_9STRA	1.600e-81	30.06	Hypothetical protein n=1 Tax=Odontella aurita TaxI...	[more]

Pages

Alignments

The following features are aligned


Aligned Feature	Feature Type	Alignment Location
P-littoralis_Contig837	contig	P-littoralis_Contig837:46460..71267 -

Analyses

This mRNA is derived from or has results from the following analyses


Analysis Name	Date Performed
Diamond blastx: OGS1.0 vs UniRef90	2022-09-19
Pylaiella littoralis U1_48 OGS1.0	2022-07-08

Properties


Property Name	Value
Stop	1
Start	1
Seed ortholog	2880.D7FW06
PFAMs	PHM7_cyt
Model size	3673
Max annot lvl	2759\|Eukaryota
Hectar predicted targeting category	other localisation
Exons	23
Evalue	0.0
EggNOG OGs	28PFW@1\|root,2QW3U@2759\|Eukaryota
Ec32 ortholog description	conserved unknown protein
Ec32 ortholog	Ec-01_002880.1
Cds size	2754

Relationships

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


Feature Name	Unique Name	Species	Type	Position
mRNA_P-littoralis_Contig837.11.3	prot_P-littoralis_Contig837.11.3	Pylaiella littoralis U1_48	polypeptide	P-littoralis_Contig837 47122..67150 -

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


Feature Name	Unique Name	Species	Type	Position
1680791700.47729-UTR-P-littoralis_Contig837:46459..47121	1680791700.47729-UTR-P-littoralis_Contig837:46459..47121	Pylaiella littoralis U1_48	UTR	P-littoralis_Contig837 46460..47121 -
1680791700.7954738-UTR-P-littoralis_Contig837:67150..67368	1680791700.7954738-UTR-P-littoralis_Contig837:67150..67368	Pylaiella littoralis U1_48	UTR	P-littoralis_Contig837 67151..67368 -
1680791700.806665-UTR-P-littoralis_Contig837:71228..71267	1680791700.806665-UTR-P-littoralis_Contig837:71228..71267	Pylaiella littoralis U1_48	UTR	P-littoralis_Contig837 71229..71267 -

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

Sequences

The following sequences are available for this feature:

protein sequence
mRNA from alignment at P-littoralis_Contig837:46460..71267-
coding sequence from alignment at P-littoralis_Contig837:46460..71267-

protein sequence of mRNA_P-littoralis_Contig837.11.3

>prot_P-littoralis_Contig837.11.3 ID=prot_P-littoralis_Contig837.11.3|Name=mRNA_P-littoralis_Contig837.11.3|organism=Pylaiella littoralis U1_48|type=polypeptide|length=918bp
MKGAQERPTAVTGILEEKTNSPDDDEVTRLAEETMRSPLHEGETSTGRGV
LPARDRGESNEDSDSSAVDSDEDERHGEYKFDPVTEYVLKHGRKNGQLAM
AWDFYAKYTLPKFTRAEDGSGREFRLQEPGEEGGQFYSLWGTPLSQLGDF
GVGVGLYFQTIVVFGVVFLLAGLANLNSISYFRSSEYSNGQGLVNEEVSK
GSAACTEREVVCLDTFCDDWSQDHRPCMLDLESGMLDFGTTLGLFIVLLC
VGRIQNAWANKLDLAEQTAADYSVLVEDPDPSDTRPGTWKQFFSKHFGHV
TYVSTSVKSGKLLRLLTERFAVVEKIRVEAEGGQEEEDVAMDPNAVMSRE
RWPAPCWKLGLMKLGVATDIVYWHEKLVLIHKKIAKETASHKPCTKVFVT
FEKEASQRQCLKEMTTGFLSSSANKQVSSSKKDLILNGNVLSVGPAPEPD
DIIWENLEYGFWRRLSEFIRGGLIGAGIVSLVALIIYVLSESQAAVAAAF
IAISNSALPKLMKVIMDNPRGGEHHHTHSTHQASLMLKIVLAQWMNTAFI
IYFINSISESLNEDYINQISKILWADAFTQPLVKVLDLPNRFKQYFLAPR
AKTQAKMNSYFMGSQMVLSERYASLLKTMFVCLFFSAIFPQGYFVASMAM
FMTYWSSKYCLFNRWKRSPPMNDSLAVSTRRYLAIALVIHVMVSLQFYAG
WPFDGLCMTDDVVTVAFTDGASVDFEADFMFNTSSVFPSVGDTVYEVCDQ
DSPLVWDEFPRDWMPDDQYLIVFVFSVFGLVSTAVVAILLFGSTVWAGVR
RLCRGVYKPSGHAKPAGFTEVAQINAYLPGVPYKGSVHPILACDIGNVNE
HHISWTGDYQAYNLCTREAFPGMSRKERAAQFGRVVYYRPGSEKDEALPT
PTRMRGIPLVSLPDTDV*

mRNA from alignment at P-littoralis_Contig837:46460..71267-

Legend: UTRpolypeptideCDS

Hold the cursor over a type above to highlight its positions in the sequence below.

>mRNA_P-littoralis_Contig837.11.3 ID=mRNA_P-littoralis_Contig837.11.3|Name=mRNA_P-littoralis_Contig837.11.3|organism=Pylaiella littoralis U1_48|type=mRNA|length=24808bp|location=Sequence derived from alignment at P-littoralis_Contig837:46460..71267- (Pylaiella littoralis U1_48)
GCCCATATCATTGATCATCATCTCCCAACTCCTCTACAGGTGAGAGGTAC
ATTTCTTTGTTAAGATTTTTGTGGTCGAGGTTCTGGCTCTAAAGGGATCA
GTTGTGTGAAAGCAGAGTGTCCGGACGCGCACAAATTCTACCAGCACAGC
AGTACTTCTGTCACACAGGCATCCAGCTTTTTTACCTCTCCCACCGGTAT
GTTTCCGGGTTGCTTGATGGGTTGCTTGATGTTTGGCTTCAAGACAGGAG
AGACTGCTCCCGCCAACAGCAACGAGGGACGTGTGGAATACCTATATCGC
TCCGCTACCAGGTTGTTCACAAGTTTTCATTTTCGGTGCATTCCGCTCGC
AGCGAAAGGAAGTATGTGGCAGTGGAAACACACGAGGCAAATATGGAATC
AAATATCTCAGCACAGCTGCAAGTAGTCCAATACGGAGTATATGATACTC
CGTACTTCGAAGAATTGTATCACATGATGACACGAACAGGTCCTACTTTT
CTGTATACCTGTTGTGATATCATTCCCATGTCCGACTGATTTCATGATCT
GTCTTCTCTCTGCGGTTCGAAGAGGGCCTTCGTACAAGCTCGAGGAGTAT
CGTGACACTCTTCGGATCTCTTGGTTTCATACCGCCAAGTTGCCCCGAAC
AGGAGTGTATGGCGTGGTGCACTATTGCTGTACAGCCCTGTCATAGCAGT
ACTGCCACGCTGTCACCAAACTCCACACTGCTTTAGTCAGCTCACGTGCA
CCGGAGTTGTCGGTTGGTTCAATGCGGCCCTACTCGTCAAAAGTGGAGCA
ACTAATGTGCTCTCACAGCAGCGGTATGACTTAGCGGGTGTGTAGGCCTT
AGCCTCGACAGGCGATCGCCGAAAACGCCTATTTTCGAAAGTCATCGCCT
TGAAAAACAGGGCATTTTGGGTCGCCGAAAAAAAAAAAAACGCCGAAATT
GGGGGCGGGCCCGCCGAATTCACCTGAGGCGGTTTCTTGTAGGGCCGGAT
TTTTTTCACTTTTTGATAGAATCCGAACGAACTTTTTCCGGCCAACGGCT
GCCGATCCGCTGTTCTTATAGGTGATGCGTGTTCGGATTTTCGGTGATCC
TTTTTTGACGTGGTTGGTCGAAGAGTCGGCTCCAGAGTATATATCTGCAT
CGAAGGACCGCATGGTGATTTTTTTACGCTGAGACCCGTTTGCATCGCCG
CTCGTAACTTTCGAACGAATGAAGACACAGCAAAGACGAAGGCATCTTCC
GTGAGCTGCGTATATGATCCCCCTCGTGTCGTGATCTCTTGGGTTAGGGT
TACATCCGTACATTCGCAACGTAGCTTTGCTCATGGCCAACTCATGCGAA
AGGAGTTGAGAAAGATCTATCAGCCGGTCTGCTGTACAGCAGCATTATTA
TATACTGCTGTATGTAGTTGTACAGCAGTAGACAAAGGAGATGATAGCTC
GGGTTCTTTTTTACAACACGACATCCCACAGCCACGATCAAGCCCATTTT
GCGAACATGCCAGTGTGATCCTCACCCAAACGATCACCACACGAGGGGGG
CCATACGAACAGCTCACGGGAGATGGATTTGTCATCGCTGTGGCTTCATT
CATTGGGGAGTTACGAGCGAAGATGCAAACTGGTCTCACTCATAAGAAAG
GAGCTTTGATACTCCTCCTCCTACTGCTGCTGTGATGATGCTGCTGCTAC
ATAAGGTTGGTTTTGGTTGCTGATGAACACGATGGAATGAATGATGACAC
GGCAAGCGTACACAGAAAGATGGTGGGCACATATATGGACAGCAGCAAGC
AGTAGCAGCAGCAGCAGGAGCAGCAGCTGCAACAGCACAGAAAGTAGTAG
CAGCAGCTCTCCTCCTCTGCTGCTGCTCTGTTATGATTAATATCGTTTGT
TTTGTCCACACAAAAGAGAGATAACTTCACACATTTTTTTTTTAATATAT
TTTCCGATCGTATTTTCCGAACTGATCCAGCGTTCGGAAAATGTCCGATT
TTCCGGCAGAAATCCGATCAAAATCTGTTCGGAAAATGTTGTTCGGAAAA
AGGTGTTTTCCGAGCCTATAAGAAGCCTGATTTAATTTTTTTTTGGAATC
TATCAAAAAATGAATAGAAAAAACGGCCCTACAAGAAACCGCCTGAGGGC
CCACATTTCGCCGATTTCTACGTTTTTTCTACCTGCTTTTTTACCATTTC
CCCCCGGGCTAGATGTTTACTCGCCAGTTCTCTTTTTTTCATTGCATGAA
ATCAAGTATTCTCTCGAACTTTGGAACTCAAAACAGATTTTGAGGAATTT
GACGAGAGGAGGGTTTTCTTTTGGAACGCCGCGAGGAGGGACTGAACAGC
CCTATTCTTTGCGAGCGTGATCGTTTCGCCCAATTTTCTTTCAAATCGCC
GAAATGTCGCCGAAAAGCAATTTTTGCCATCAAATCCGGGTCGCCGATTT
TTCTGTTCATCGCCGAATGTCGCCGAAAACGAAACAAAAACATTAAACCA
AATCGCCTTTTTTTTGTGGATCGCCTAAAAATCTGGAAATAAATCGCCTG
TCGAGGCTAGGCCTACGGGTGTGTGGACGTTCCAAAATAGGGCAGTATAA
CTCTCTCGTGTCGGATGTTGTGTCAACGGTTTGCGCTTTCTCCACAGCGA
CCAGCCTATCTGTGACTTGGCATTGTTGGTGTTCGTGTTACAGCAGTTCA
TGCCAGTTCATATCGTATGTTTTACGTCACCTGTGATTAAAAATCGAATA
ATTCTTCTCCTGCCTGCAAGTACCGGTACTGTTCTTCCAGTTCTGTACCA
ATGGGTGTTCCGACCTGTATCAAACCTCCTAATATTCCGTACGAATCCAA
CCAATGAAATACTTCATTTCGTGGTCAAAGGCTAACACCGCATAGATGAC
GGTACAAGATGCGTAATGCAAGCTAAGGTGTATCACAGATACTGCTGTGA
GTATTGCGGTGCGTATGAAAGGCGGAAAATTCAAAATTCGGAAATACGAA
AAGGAAAAGGAAAATGTCGTATCATATCATATGATGAGAGAAAAAATGTC
CCGAGGCCCTGTACAACTACTGCTGTATGTTTGCTGGACAACAACGGCAG
CAGCAGGTAGTCCTCCCGTTGACGGGGTACAGCAGTCAGTGGCTTGGCTG
AGTTTCGCTCGGACGCCCTCGGTATTCTTACAGCAGTATGATAGGAATGA
AATAAACAAGCCTGCCTGCTTGGTACGTGGGATACATGGAACCGAATCTC
CGGAGAGAGTGTGTGTGTGTTGTCATCCCTTTAATTGGACGCCACTCTAC
ACCTTTCGGGTAGGTCGACGCTCCAACTGGTGTCACACAGGGGGAAGTCA
ACACAGGAGTTTTTTTTTTTCTTTCTCCACTTCCCTCTGCGGTTCTTGCC
TTGTTTTGGTTGAGCTTTTATCGCGAGAAAGGGGACAGCGATCCCTTTCC
CTCGTCGATGGTACGATCGAATTTTGTTTACTCACGAATTAATCGCTTTC
CACTTTCATGTACATCGTGAGAAGAAGAGTACTCAGGGTTATTTACCCAA
CTGCTGTCTTTTTTCACTCATGTTTCCCGTTTGGTCCGCATAGAATCGCG
TGGCATTACCAGGCACAGCAGTCCTCGTCCGAACAAAATACCAAGGGGGC
AGGGTACTACACAAGATAAAATCCTACGTACGATAATGCATGCAGATGCA
TTTACTGCTGTACGGAGAAGGTATCAACATTTTTGTAGAAGAAAAATGTG
TTCACAACATTGCAATCAACCAACCAACCACCCAACAACCCCCCCTCTCT
CCGTTGCGTTATTTTGTGTTGCGAAACGTGCGTGCGCGTGCGTGTGTGTA
TTTGTCTGTCTCTTGCCTCTCGCACCTCCGCACTAAAAAAAAAATCCAGG
GAGGACTGGATTCGAATTGGGTTTGGATTTGGGTTTGGATTTCTTGACTC
TTCCGACCGCAGGCGGCAGAATCGACCTTTTTTTCTTGTATTATACAGCA
GTAGCGTGGAAGTTCTCTCCGGTTCCTGTGGATACCGGCTGTAGCGATAT
TATAACCAATTTTTTTGTATCATACGCACATTTTCCTTTTCTTTACTGGA
AATTTTCCATCTTCAGCATGAAGGGGGCCCAAGAGCGACCTACCGCCGTG
ACGGGCATCCTGGAAGAAAAAACCAACAGTCCGGACGATGATGAGGTGAC
GAGGCTGGCCGAAGAGACGATGCGCTCGCCCCTGCACGAAGGAGAAACCA
GCACCGGCAGGGGGGTGTTGCCGGCGAGGGATCGGGGGGAGTCTAACGAG
GACAGCGACAGCTCGGCAGTCGACAGCGACGAGGATGAGGTGCGCGCGTG
TTTGTGTTTAAGGGGGGGAGGGAGAGAATGAGAGCAACGAGAAAGGGATT
TCGTGGTGTGCTGTGATGCGGTTCAAGTGACACGGGGTACGGTGCGCGGT
AAGGTGCCGTGTCTTGCTTGTGCGTTGCGAATTACTTTTTTTTATATATA
TTTTTTCTCCGCGGGGGGGCGAGGGAAGAAGCGCACTTTGTGTGCATGTG
TTGTATCGTATGATCACATTTTTACGTACAGTCAGTAGTACTTCGAAGTA
TGCCGAAATATTAATTGCTGCTGTCTGCACAGACATTTAGCTTATGTGTC
TGGCGGAGGAAAACGTGAACTATTTACTGTCGAGCGGACCATACGATATA
TATCCGGACAGCAATGACGGATGGAGCTCTTCGCCCTATCTATTTCAATC
TCCCGCCTCCCTCACCCCCCTTCTACCCTCCGTCACCCCTACCAACGGCA
GCGCCACGGAGAGTACAAATTCGACCCAGTGACGGAGTACGTGCTCAAGC
ATGGTCGCAAAAACGGTCAGCTGGCCATGGCTTGGGACTTCTACGCCAAG
TACACCCTGCCCAAGTGAGAGTGTAGAAAAATCGTTCGAAGGGACGTATC
GTACGAAACATCAGATGAACATCAGATATATGGCTCCCGGGAGAGAGAAA
GGGTTGGTGGTGGTGGCCGGCCGGCCGGGGGAGGGCCTTTTTTTTTTTTT
GCCCTCCGGCGGACCCACTCCATTCAGATACCTCCAGAGTGGTCGGTTTT
TGTTTCATCTTTGTGTTTGCGTTTTGTGTGTGGCACGGATCAAAGTTTGT
TGCTTAGCTGCTCTGTTTGATTGCCTTTACTCTTCGATAGATGGACCCAC
TTGGACTACTCATTCTGAGTAAGGTGATAGTGGGGTAAGAGTGATGAGTA
AAACATCATGTCGGGGTGTCCATGCCCGCCAGGCGTCGCCTTTCCACGAA
AAATAATGTTCGGAGTAGCTCGCGCTCGAATGGCAGGCGGGAGAAAGCCC
GCCACCACTCTGAAAGGCTAAGAGGCGTTTGGCGAGGGGGAGGGAGGGGT
ACCGCGAACCCTCGGAGATCACTGCACCTGATGAGATGGGATCTAATCCC
AAAAGCATGCATTTTGTTCGTTAGACAGAGTTTCCCACTAGACCACTCAG
TCATTGTTCGCGTCATGATTTTCTCCAACAGACTACTGTACTCAGTCAGC
ATTTTTTTATGGACTGGTCCATTTACGAGACCTCCCAGTCGGCGTCCGCT
ATGTAGGCTTCGTTCCTAGATCAGTCAGCGTTCGGTGGATGGTCTCCTCT
CCTAGATCCAGATCAGTCGGGTTCGCCAGGTGGACGTCTCCACTAGGCCA
CTGGGTCAGCGTCCGTGAGATGGACTCGTCCACTACCTTGGTGGACCACA
CAGCCAGCCTTTGTGGTCTCGTAGAAAAGTACATCTATTGAACATGTTCT
CGTTGTTTTTATTTTTGATGTCTCGATTGTGAAACACGTGCCGGTAACAT
GCCGTTCTAATGCTTTTGCACGAAACAAACATGTACGTAATTTCTTGGTT
AGTGTACTATTACGAGCATTTGTATTTCAAATTCAATAATCGAAAGTGGA
TTGGCAGATTTTGAAACCGAACACACACCTTCCTTTCTTTTCTATTCGTT
GCACACCTCGAAGCTAGGCAGGTTTGTTCCAGCACCTTTATTTATTTTTC
ATTTTAATCTATTTTTTTGCGATGATTTCCGCGCAGAACGTGACCGCCTG
AAACAGTGGCTCGGTACGCACTTGAGAGCACGTACGTGGGCGGTGGCTTA
ACCCCCGGACCGCTGATGGATGGACTGCTTGGATGATTGTGTAGTTGGTC
GGTCTCGGTTGGTTCTTCTTCTGTTTTTTTTTTTTTTGAAGAGTTTTTGG
GTTGGTTGACAAGCTGATGCCGGATTGATCGCATGTTGGTCCGGCTGCAG
GTTCACTCGAGCGGAAGACGGCAGCGGGAGAGAGTTCCGCCTTCAAGAGC
CGGGGGAGGAAGGCGGGCAGTTCTACAGCCTGTGGGGGACACCTCTCAGT
CAGCTGGGAGACTTCGGCGTGGGAGTGGGGTGCGAGCGTTTTAGGGTCCT
CTTGTCGTGGTAGCCCACACTTTCTTTCGTGGCATCCTTGAATTATGTGT
ACACAACCTTTGTTGCATATTTGACGACGTATGTATGTATTGCTTGCGCA
TATTCTTTTGATGCCTTTTTAATTCATTTTAGTACGACGGTGGCGGCGAA
TGTGTACAGGAGTGCAAGCGTGTCGTGTGTGAGTGTGTTTCCATCCCGTT
TATTCTGGGTAGTAGCAGTCTACAACTTTCGGTATGAAGTGGATGCACCA
GCGGGGGTCACACAGAAGGAAGGTCACGCACGAGCTTTTTTGTTTTTGTG
TGTGTGTTTGTTTAATGATGTTTTGTTCTTTATGATTTTTTTTTTGCAGA
GGATATCGTATCACACAAGAGCGCCCCCCCCCCCCCCTTTTTCAAGAGTG
TTGTGTTTCCCACAACCGCAACCTCCAACAAACAACGTTGACGACAACGA
CGACAACAACAACAACAACAACAACAACAACAATTCCGCCGCGTCGCAGG
TTGTACTTCCAGACGATCGTTGTGTTCGGAGTGGTGTTTCTGCTTGCGGG
GCTGGCCAACCTCAACAGCATCAGCTATTTCCGCAGCAGCGAATACTCCA
ACGGGCAGGGGCTGGTCAACGAAGAAGTGTAAGCGTGCCACTACTGCATG
AAAGTTTTCAGAATAATCTACCGAGAAGGATGGTGTGGCGAAAAAATACG
AAGTGGCAAAGAGAAGAGAGAGCTAGCTGTGGCGCGAGTTTTTGTAACAC
AAGTACCACTGTGATGACATCGCTTCACGATAAATGTGCGCAGCGGTGGC
GTGAGAGTACAGCAGTAGAAGGAGTAGTAGAAACGACGCTATCAACAGCA
GCCTCCGTAGCTTGCACCGGCGGCAGCAGCAGCAGCAGCAGCAGCAGCAG
CACGTTGTCGCGATCCGGCTAATATGTTTTTCCCGACTCTCTCTCTCTCT
CTCTCTCTTTCTCTCTCTCTCTTTTCAAGGAGAAACGGTGTCTGTTTCAC
GTCCGATACATCATACTTGTACTTGTACTTTATTTGTACCGGTTGTTGGT
CGCCCCCCCCCCCCCCCTTCCCCCCCCCTAACTCTCTCTTCTCTCCCCTC
TTCTCTCCCCTCCCCATCTCTGCCTATCTGCGTCTCTTGCCTGTTTTCCA
CTCGCAACGTTCGGCGCTTTGACGGGTTTCATTCTGCTGCTGCCACGTTT
TGGCTTCTGTCGTGCACGCTCGTGTCGTAGATCCAAAGGTTCCGCGGCCT
GCACGGAGCGGGAAGTTGTTTGCCTCGACACGTTCTGCGATGACTGGTCA
CAGTGAGTGCCGTGCTGACTTTTTTTATTTCGTGTACACTCGTACGCACG
TATTTTTTTTTCCGTGATGCGTACCTCGAAGTGTAAAATTCTTGTTCGTG
TTGTGTTGTGCCACGCGTGTGCGCCGGCAGCGGCAGCAGCAGCAGCAGCA
GCAGCAAGGAGAAGCAGCAATAACAGGTGTGCGCTCTTTATATTATATAC
CTATAATATGACAAGAAGCCTAGCCTTCACGGCAGTACAGCAGCACGATG
GGTACGACGTTGTTGTTGTTTTTGTTGTCTTGGGACCATTCGGCGTGTTC
TTTTTCCGGCCATGACAGCAGTCAAGAGATATGGAACTCTGCAGTAGTGC
AACGTAGTGCAACGTAGTGCAACGTAGTGCAACGTAGTGCAACGTAGTGC
AACGTAGTGCAACGTAGTGCAACGTAGTGCAACGTAGTGCAACGTAGTGC
AACGTAGTGCAACGTAGTGCAACGTAGTGCAACGTAGTGCAACGTAGTGC
AACGTAGTGCAACGTAGTGCAACGTAGTGCAACGTAGTGCAACGTAGTGC
AACGTAGTGCAACGTAGTGCTGTACTTAGTTCTCGCCCGATGCGTACACT
ACGAAGGGTCACAGCGGAAGGTGTTGAGTTATGTGATATGCGATGGTTGT
ATCTCGTGGTCTATCGCGCGCGCGGTGTTTTCAACATAATGGGGCAGCGT
AACGCCTACTTGAGCGACCAATCAGCAGGAGCAAAAGCCACAGGCAGTGC
GTACCTGAGGAGCTCTAAAGTGTTGGGAGTGTCCCTCTCAGGAAAAGGAA
CACCGGCGACGTTCCGCCTCGTCTCAGCTTAAAAGACGAGATAGTAAGCG
ACTGGAAATGAAAAATACCCCCCCCCCTCCCCCCTCAAAAAACAAGAGCG
AAATAATAAAATCGATTCTGAACCTCTGATACTGCTGTACCGGTATCATA
CTGTGGATAGGAAGGACTTCACAGTAACGCAAGAACCCCCCCCCCCCCCC
CGGTGCACCTCTCCTGCCCGATCCCTCGCACCCGTCGTCCCGTCGTCCCG
TCCTTGCGCACCCAACCCCCTCTACGCGTTGAATGGAAAACCAAACGATG
GCGTTTTTTGTCGATCGAGCGCAGAGACCATCGCCCCTGCATGCTGGACC
TCGAGTCCGGAATGCTGGACTTCGGCACCACGTGAGCAAACCCCAGTACT
GTGTGGGTTCAAAACTCACCAGACAGCAGCAGTAGTAATGCTCCAGCATT
GGTGGTCAAGCAGTCCAAGCAACGCTTAACGAAACGCAAAAAGTGCGGTG
GCAGGCAGACCGGTAGGCCGGCAGGGCGGGGGGGGGGGGCGGGCGGGGTG
CGGGCGGTGAGCCGTATGCGCACGTTTTGTGTGTCGATATGCTGGTCTAT
ATTCCTGCCGTGGGTGCCTGTGACTGGTTCTGTTATTCCCTCTATGTATC
CGCTCCGTAAACGAAAAGGGGCTGGCTGGCTGGCTGGCTGGCTGGCTGAC
TGGCTGGCTGGCTGGCTGGCTGGCTGGCTGGCGCCCCCCCCCCCCACTGC
AGGTGCGCTCGCTTCCCTTCACAGCTATCCCAATCTCCTACATCCTACAT
ACCTTTACGCTATGATACGGCACCCTATCAATACCATGCCTCCCTTGCCG
TTGTACTTGTCGTTGTTGCGGCAATGCCCCCCCCCCTACCCCCCTGCCCT
TGACTCATGTCTTCGCCATCAGGCTCGGCCTCTTTATCGTACTGCTGTGC
GTCGGGAGGATTCAGAACGCCTGGGCCAACAAGCTCGATCTCGCGGAGCA
GACCGCGGCGGTAAGTTCAAAACAAAATACTGTAAAAGAATAATAGAATA
AATGACAAAAATATACTTGTATAAAATAACGTCAAGTACAGTAAGGAAAA
TACGTGGACGAAGCAAAATATGTACCGGTGCTAAGAATGGTTTTTGAAAT
AATCCAAACTAAATAGAAATATACTTCGGACGAAGAAGAAGGCATATACA
GTGAGACAGCCATGTAAGTGAGAAAATCCAGTATAGTGAGTGGAGCATTT
TCGGTGAGCCTTCTATCTATTTGTTGTCTACATGCTGCCTGTCTGTGTGA
GTTCTTTGTACTGATGGAAAATATCGGCATACCGGCTGCGCCGATTTGCC
GATATATAAAGGACCGGCGCTGCGCGCCGATGCACAACCCTACATACGAA
TCACATCATCGTGATGCAGTTTCTTCAGCTCTTGTGCCCGTCATTTTTTT
TCTATTTTCTACCTCTTCACAACAGGATTACTCTGTCCTGGTGGAAGACC
CCGACCCAAGCGACACGCGTCCCGGGACTTGGAAACAGTTCTTCAGCAAG
TAAGATGCCGTCACAAAACCACGGCGGGGGTGGTTAACGTGCCCCCCTCC
CCCCCACCCCCCCCCTGCTCCGGTGTTTGCTTGCCGTTATTCAATCGTGG
AGGGGGAGGGGGGGGGGCACGTTTACAGTTCCCACGTATTTTTTCATTGC
ATGCAGGCGACACCGGCACACGCCTTCTTTTTGTTCTCTCTATGACATGT
AGCGCCTTCGTTCGTCGCGGATGGGGTGGGGGCGTGGGGCGCGTATAACG
CTGCACGGTAAACTTGGTGTATTATTTCACGACTTGTTTATCAATGAACC
GGTATAATATAATACCATATCATATCATATCATATCATATCATACATACA
GAATAGCTCTGCAATGAACAAATACCGACCGGGCTCCGCGTCCTGTTCGG
AGCAGTTCATGCCTTTCATTTTTCAATTTCATTTTCAGTTTTCCAATTTT
CAATTTTGTCAATTTGTCACAAAAAAATCATTTTTTTTCTTCCATTTTTC
ATTTTTTTTCTCTTTTGTTCATTCCTGTTGAAAAGGCATTTTGGTCACGT
GACGTACGTTTCTACGTCGGTCAAGTCCGGCAAGCTGCTCCGCCTCTTGA
CGGAGCGCTTCGCGGTCGTGGAGAAGATCAGGGTGGAGGCCGAGGGGGGC
CAGGAGGAGGAGGACGTTGCGATGGACCCGAACGCGGTCATGTCCAGGGA
GCGCTGGCCCGCGCCGTGCTGGAAGGTATCTTATCACATGCGTGGGTCGG
TTTGACTCTTTACTACTTGACATTGAAGTTGAAGTTGAAGTTGAAGATTT
TTCCAAGGGGTAGTCCCCGCTTCACGTGTAGTATAGGTACCACCCTACCA
GGTACCTGTGTCGAGCATGCGTCCGCACACCGAACCTTTGGCAACAGAAT
GTTGTGAGGAAAATGCGTGGCGGGTGCGTCTGTAGTTTGTTCTGGCGGGT
CAATCTACAGTCATGGCACACACACACCATTCAGAAGTTTAATTTTCGCA
ATAGTTATCAACAAATGCTCAGGTGGTTTAGTTGGTTATAATGTCCGCCT
CACACGCGGAAGGTCGCGGGTTCGAACCCCGCCCCGAGTATGCTTTTTAT
CTCACCCGGATATGTCCCTAATTTATCACGATGTACTTTATTTTGGCAGA
CCCGTGAGAGCGGTATACCGCCTGGTTTCCGCGCCACCAAGCGGTACACC
AAAATACACCTTGGCATTTAAGCCCCGTTCACGTCGCTGATTGGCCCATT
AAGCCCTGTACCGCCTACTGGCATCAGACTTTGGCGGTATACCGTTTCGA
GGCTTCTCAGGTCGATTCGTACCGTTACTTGGCATGGGGTGTACCGACTT
CTGGCGCAGGTCTGGCGGGGCCACAGCACCCCTGGCGGAATATTTCCGAG
ACCGTTCGCGCCGAAAAGAATATGGAAGAAATTTCGAAAAGGGACGAGAA
GTTTCATTCCACAACCAACGCAGCCGCGTCATGTCTCCGTCATGTCACGG
ACATATCATATCAATTTAGATCTTCTCGGCACGCTGTCTGCTGCGCTGTC
TGCACAGCAGACAGCGTGCACCTCTCCGTCCTTTCGGCCCATGGTTCACA
AGAGATGCAGCTGCACGTTGCACGCATTGCACGGCTATCGTCGTGTCATC
GTGCACAGATGGCGTGGCTCTCTAGATCTCTCCATGCTGCTTGAAAGGCT
GACAATCCTGCCGGTAGCAAAGCTGTGACCGTAGAGAGAGAGAGAAAAGG
TGCCCGCAGTTTTCTGATTGGTCAATTTTTTGAAAGGTGATTTCTGACTG
GTCATAAATCCCTGCTCGACAGGTGACGTCATCTACGGTGAGTTGACTAT
TTTCTAGAACAATCAAAAATGTTTCAATCTGACCGTAGAGCATGTGGGTT
GATGTATCCGCTGAATGATGTTGGTTGGTCGCCACTGGGGGGTGAATTTG
TTTCATCACCGATTGCTGTGCCTGCCGCTGCTGGGTCGGACCGGATCTGC
CTGTTGTGTGTCCTGGCTTGATATCGACGCTATGGGTCATTTACAGCAGC
AGTAGTAGGCAGGTGAAGTTTTGCTGTCCGTAGATACAGCTCCCGTTCCA
TTATAATATTACATACGCAGTCGTCCCCCATCCAAAGACAACAAACCGCG
TCGGTACTACTACTCGTACTTGTGCTGCTGTTGTTGGTAGCTGCTACACC
TCGGCGACTGGTCTCTATTGGGGTACGTATGTATGACTCGTGTGAAGAAC
AACACAGGCTACCACAAATGTTTCTCTATTATGGGACAGCCAGCAGCAGC
AGCAAGCAGCATTTTCTATATTTTGTGTGTATTTCTACGTAACAACCAGC
GATGAGGGAAGATTGATCATGTTGTCAGTGGCGACCAACCAACATCATTC
AGCGGATACATCAACCCACATGCTCTACGGTCAGATTGAAACATTTTTGA
TTGTTCTAGAAAATAGTCAACTCACCGTAGATGACGTCACCTGTCGAGCA
GGGATTTATGACCAGTCAGAAATCACCTTTCAAAAAATTGACCAATCAGA
AAACTGCGGGCACCTTTTCTATCTCTCTCTACGGTGACCGTACACACCCA
ACACATCACGGCCCCCGCGCCCCGCGTCGCGATGGCGACAAACCAACCAC
CGCAGTTTGTTGCAGGCTTTATTACAACGAAAGAAAATGGATGTGTACGC
GAAGTCCGAGCGATGTTTCGTTGCCAAGGAGCGCTCTATTATGGCCAGCA
AAGGCGACAGTCGGCAGCTCAGTATATTTGTAATCAATCGACGCAGGGTT
ACACGGCCCACATTCGCTGGTCCAAGCAAGCTCAGGGCGAGTGGAAGGTA
TCGTTCCGCAGGACTGTCAGCCTTTCAAGCAGCATGGAGAGATCGAGAGA
GCCGTGCCATCTGTGCACGATGACGCGACGATAGCCGTGCAATGCGTGCA
ACGTGCAGCTGCATCTCTTGTGAACCATGGGCCGAAAGGATGGAGAGGTG
CACGCTGTCTGCTGTGCAGACAGCGCAGCAGACAGCGTGCCGAGAAGATC
TAAATTGATATGATATATCTGTGACATGACGGAGACATGACGTGGCTGCG
TTGGTTGTGGAATGAAACTTCTCGTCCCTTCTCGAAATTTCTTTCATATT
CTTTTCGGCGCGAACGGTCTCGGAAATATTCCGCCAGGGGTGCTGTGGCC
CCGCCAGACCTGCTCCAGAAGTCGGTACACCCCATGCCAAGTAACGGTAC
GAATCGACCTGAGAAGCCTCGAAACGGTATACCGCCAAAGTCTGATGCCA
GTAGGCGGTACAGGGCTTAATTGGCCAACCAGCGACGCGAATGGGGCTCA
AATGCTAAGGTGTATTTTGGTGTACCGCTTGGTGGCGCGGAAACCAGGCG
GTATACCGCTTTCTGGCGTCTGCCCCCATTTGTTTACGTACTTCGTACAA
GTTTGATGCTCGTTCTAGGTGTGCTAGTGCACACATTGCGTATAAGTACA
GCAATTTGTACGTGTGCGTATATATACACACGTTTGCTCTCATTGTTGTT
TCTTACTGTATTCCCGTCCAGCCTGCTGTATGGACCCGCAACTCATCCCG
CTGAGTGCCGCCTTGTTTTCACGAAAATAAACTCAGAGAAGTCTCGAGAC
TGCCGCAAATCGTTCACGCTCGCCTGTTCCTTGTCAGAGGAGCCGCCTGT
GCCTCGCCTTGCAGTTTGTTGTCTCGATTGGCTTGGCTTCTCGGCTTCCT
TCGCTCCATCTTCCTCCCCCCTCCCCCACCCCCCCCTCTCTGTAGTTCCG
GTTTTCCACACACGGGCACACGCACGCACACAAACACAGACACACACACA
CACACACGCCTCCCTCTTTTTCTCTCCTTGTTGGCCCAATGTCACGCTGG
TGCACTATGATACGACACACACGCACGGACGCTCGCACTCGAACCACGAC
GACTCTCGTGCTCCACGTTACAGCTGGGCTTGATGAAGCTGGGCGTGGCC
ACCGACATCGTCTACTGGCACGAGAAGCTGGTGCTGATCCACAAAAAGAT
CGCCAAGGAAACAGCTAGCCACAAGCCCTGCACCAAAGTGTTCGTCACTT
TTGAGAAGGAGGCGAGCCAGAGGCAGTGCCTCAAGGAAATGACCACCGGT
AAGCAAGGTGGTGCGGGACAGAAAGTACGACGTATATTTGTATGTAGTAT
CAAGTGCGAAAGAAGAAGTGATAACTCGAAATAATGCCTCTTGTTTTGCA
GCTGCGTGGAGGGAATGCCCAAGGGTAGAGTAGAGGTGGCCGCTCTCTCT
CTCTCTCCCTCTCTCCCTCTCTCTCTCTCTTTCTCTCTCTCTTCTCTCGA
GATCGTCCTCTCCTTCCCCCTTCCTCTCTATTCCTTCTCTTCTCTCTCTG
TTCCTGTCTACCCGTTCCTCTCTCTACGAAATACCTTTTTTATACACACT
CACGCATAACACAAACGTGCGTGATTTTTTCCCGCTGCCCGCCCCCCTTT
GCTGCCGCTGCTGCTGCTGCTGCTACTGCGGTGTCTCCGAAATGTACGAC
CGCCAATCGCTTGATCGCGTCTCTGGCCTCTTGTGTGTGGTGCAACATGA
CGTGGATGATGGTAATGATGGTGGTGATGGTGATGGTGGCGATGGTGATG
ATGATGGTAATGATGATGATGGTGATGATGACGGTGATGGTTATGGTTAT
GGTGATGATGACGATGACGATGTCGCAGGGTTCCTTTCGTCCTCGGCAAA
CAAGCAAGTCTCCAGCTCCAAGAAAGATCTGTGAGTGCACGCATGGCATG
GGCTTACCCGTTTCGGCACTGGGCACTGGCAACTCTTTTTCCTGTTGCTG
TGGTGATGTTGACGACGGATGTCCGGTCTTCAGGAGGGGGAGAGGGGAAG
GAGGGTTCTCCCATCGTCCGTCGATCGATGACGGCGATGTCGCGAGCGAT
GTCCTACAGCAGGCCGACGGCAAAGGGATAGGGTTTATGCAAGGAGATAT
CGCTGGTAAAGGTATCACGCAAGCGTAAAGAGTGCCCAAACCTTGACGGT
GACTCTGGTACCTGTAGGAGTACGAGTGGCGCTCCTTCTCGAAAGGGCTG
AGAAGCGGGATCGATGGTCGAAATACTGCACGTATGACAAGGCAATGAAC
AAATGAGGATGATACGCCATGATTGCGTCCCTCCCCCCTTCCCCCCCCCC
TGAGAACGCTCCTTTATGGTGAACGCCCCCCCCGCCTCGCCTCGCAACGT
GTGTATGCTTGAACGAATCGACTGACTGCCTGTTTGTCATGAGTTGTTTT
TTTCTGTTCTTTGTCTTGTATTCTTTTTCTTGTTTCTTGACCTTTTTTTT
TTTTCGCGTCATATGATCTGACACTTGTATCATATGCCGTTTTTGAAACG
AACAGGATTCTGAACGGTAACGTGCTCAGCGTGGGCCCCGCCCCCGAGCC
CGATGACATCATATGGGAAAACCTCGAGTACGGTTTCTGGAGGTGAGTCG
ACTATGTACTTCAAGTGGCTCTCTGTGGTGCCCTTTCTCCATGTGCATGC
ATGACTTTGGTTCAACGAAACCCCCCCCCCCGCCAAGGGTAAGTCGACCG
AACGTAGGTCCTGAAAAAATTAGCGTCGATCGAGGGGCGTACTGACAGAG
AGTGGTGGCACACGCGGGAAAGGGGAAGCAGAATCGTCTGTAGTGCGTTG
CGTCTTCTCAGCGTCATACGTGTACATATAGACATTCTCACCCATACATT
TGCGTGGGTGAGGGCTCTGATTCACTGCCAGCTCGCCCTTGCCTTTGGCT
GAATTGATTCCGAAAAGGCGTTTTGTGCCAGTTTCCACTCACTAATTGCG
CAGCTAAAAAAGGTCGGGTTTGTTCAAGGCTTGGAATTGATTTGGTGTCT
GGAACAAATTGCTCCCCCCCGCGCGCACCTCCCCCCCCCCCCTTCGCGTA
ACCCCCGACATCGCCGTTCCCGCCCCCAACCCCCCTTCCCGTTTCTCCGT
GCCGATCCCTTCCCCACGGTGCTGCACCACTCGAACTCCATGCTTGACCG
TCGCCCAGGAGGCTGTCCGAGTTCATCAGGGGAGGCCTGATCGGCGCGGG
GATCGTCAGCCTCGTGGCGCTCATCATCTACGTCTTGTCCGAGAGCCAGG
CCGCCGTCGCCGCCGCCTTCATCGCCATCAGTAACTCCGCTCTGCCCAAG
CTGATGAAGGTCATCATGGACAATCCCCGCGGGGGGGAGCACCACCACAC
GCACTCCACCCACCAGGCACGGGGCCGGTAGCAAGCATTACGGAGGGATT
TTTGACTCGCAAAACAAATCGCCGCGCAAACTTCTACCCGAATCGGAGGA
GGGAATATTGTGTTGCCCGATTTTGGGCGGTGGTGACGTGCGGCGCAAGG
ATATATATATACTTCGTATATATTTTGTCTATACCTTAGATGAGATCAAG
TGTGCGGAACATCAAACTGTACGTATTATTATTACTCATGTAAGTCAAAT
AACTTCCTTACGGCATGCAGTGTTTTTATGAAAGGGGGCTCTCTCTGAAA
CAGGGTGGTGATACGATGGCTCTGGGAAACGAAAAAAAAAACATTCGGGC
AGGCAAGTTTTTTTTTTCGGTCGGATAGTTCGTAGCGTGTTTGTGGTGTG
GTATGTGATACATGACAGACAGCAGTTGAGCACGTTTCCTCTCGCTGGCC
TAGCGAAAAAAAAAAAAAATTTCCGCGTCCACACTCGGAAGCTCGACTTG
TTTCGCTCCGTGGCATGTTTCGCCGCGTGGCATGGCGGTTTTGCAACCAA
ACCAACCGAAGTGCCGTGTGGCCATAGAAGGCTCACTTGGTTCGAAAGAG
CTTTCGCCCCGTGCGTGGTATGTGTATGATATGGTAAGACACGATTGCAG
CAGACATGCTCAACTTTGTCAAAAAAAAAAAAAATCCGCCGCGTACGTAA
TCGATCGTCGTGTTGGTGAGCGTCTGTGACGTTCCGAGAAAAAAAAACTC
AGATCGGCTACTGCTGTACCGTTTCATCTCACTCCGAGAGTTATATGCGT
CTGATCGAGCCAAAATAATATTTCAATGTTGAGAACGTTATGAGCAAGAC
CGCCCCCTTTTTTTTGTGAACCTCCTTGTGGATGTGTGCGTAAGAGTGTT
CGTCTCTTGTTTATTTTTTCGTCTCGGCAGCACTTGACCGTTCTTGTTCC
GGCTGTCACTGCTGCTGCTGCTGCTGCTGTTGCTGTCGTTGCTGCTGCTG
TTGACGTCGGTGGGATGTGACAGGCTTCTTTGATGCTCAAGATCGTGCTG
GCGCAGTGGATGAACACGGCGTTTATCATTTACTTCATCAACAGCATCAG
CGAATCTCTGAACGAGGATTACATCAACCAGGTCAGGGTGGATGGCGGCA
GCGAGCTACGGCGGTGTGTTGCTTGTGCTAGTGTTGTTGTTATTGTCATT
GCTGTTGTCGTTGTTGTTATTGCTGGCAGGCATGGGCAATCCCTTTCTTT
CTCTTTTGCTGCCGTTAACTTCTTGTTGCTCATCATACCGCGAGAAGGGC
GTAGCCGCCCTCTACATTTTCGCGCCTTGACACATCATACGGGCTCTCAA
TCGCGAGCAACTCAGGGCATGCGTGTCCAAATGATAACCTGCTGCACACA
TTTTCTCGTTTTCGAGTCGTGCAGGGGGTTCATTAATTCCAAGAGGGGCA
TCCCCCCCCCCCGCTTCTTCCAAACTCTGTGTGGCGTTACTGCTGTAGTA
CGGAGATGATGTGTGCCTCTTTGATTGCAATTTTTTTTGTGGATATGCCC
CGACGTGCTTTCACGCATCATACGGCGGCACTGACCTCAGACGGCACGCT
GCATAGTGCTAACGGATGTCAGGTCAGATATACTTCGTGCGAAGTACGTG
ATCTGCTTGGGCTTCCTTTTCTTTCTCGACCGCCTCAAAGTTTTTACTTT
TCGTTTCATCAATCAACCAACCAACCAACCAACAAACCGACCGATCAATC
AATCAACCAATCGACAGATTTCCAAGATTTTGTGGGCAGACGCGTTCACG
CAGCCGCTAGTCAAAGTGCTGGATCTCCCGAACAGGTTCAAGCAGTACTT
CCTTGCTCCGAGGGCCAAGACCCAGGTCAGTGTTCCGGACCACAGCAGCA
GCAGCAGCAGCAGCAGCAGTTGCAGGGGGCAGAGGGCGGGCGGGCAGAAG
GCCAGAGTGCTGCAGTTGTACCGCATGATGTCACCTGATATCACTCAGAG
CCGAAAGTATCATACCATCGAATTGAAGCACATTTTGCGCGCGTATTCTT
CGCAGTGCACATACTTCAGGAGTGTGGTGTTTTCGTGCTGGTTTTGAGAT
AGCGGCAGAGGGAGCGGGAGCTCAAGCAGAAGCAGCCACTGCAGCAGCAA
AAACAGCAGGAGTGTTGAACGAGTTGTGCTGGACCTCAAGACAGTGACGA
CTCGCGATGAGTGCTCGAATAACGCCGCTGTCGGCAAGTTTTGGATTCGA
GAGCTACTTGCCGTGTGCGGGACCTATCCATGAATAACTCGACATGCACG
TAGAACCAACGCCGCTGTCTATCCGTATCGTATCGCGTCTCTCTCTCCCC
CCCTCTCTGGGTCTCTCTCTCCCTCTGTGTGTGTGTTTCTTGTGTGTGTT
TGTGTTTTGTATTTTTGTGTTTTCAGGCGAAGATGAACTCGTACTTCATG
GGTTCGCAGATGGTCTTGTCGGAGCGCTACGCGAGTCTCTTGAAGACGAT
GTTCGTGTGCCTCTTCTTCTCGGCCATCTTCCCGCAGGGTTACTTCGTCG
CATCCATGGCAATGTTCATGACCTACTGGGTGAGGACAGAAAAAAGACTG
TGTCGTTTATCGCGGTACTGCTTGTAGTGTGGTGGTGGTGGTGGTGGTTG
CAGACATGCCGCTGCTGCTGCTGCTGCTGCTGCTGACGGAAAAAGACGGT
CGTGTTTGCTGTACTTGTTGTGGCGTGGTGGTAGTGGTGGTGGGGCTGGT
GGTGGTTGCAGACATGCTGCTGCTGCTGACTGTGAAATACGGTCGTGTTT
GCCGTGCTGCTTGTGGCGTGGTGGTAGTGGTGGTGGGGCTGGTGGTGGTT
GCAGACATGCTGCTGCTGCTGACTGTGAAATACGGTCGTGTTTGCCGTGC
TGCTTGTAGCATGGTGGTGGTGGTGGGGCTGGTGGTGGTTGCAGACATGC
TGCTGCTGCTGACTGTGAAATACGGTCGTGTTTGCCGTGCTGCTTGTGGC
GTGGTGGTAGTGGTGGTGGGGCTGGTGGTGGTTGCAGACATGCTGCTGCT
GCTGACTGTGAAATACGGTCGTGTTTGCCGTGCTGCTTGTAGCATGGTGG
TGGTGGTGGGGCTGGTGGTGGTTGCAGACATGCTGCTGATGCTGCTGTGC
ACCAACCAACGACCGCCTATCCTGTCGGCGCTCACGGCTGTATCCACTTG
AAGCCCGCGCATGCTCACGGGAGCGTCTCCGCTCGATCGTTGCACAAGCC
GACCATGCATCCACTTTTTAGCACGGACATGTACCCAGAATGCATGCATG
GTGTATCGTACATACACACGCATGTAGCTCGATCCTTTTTTTTTCAAGGC
CTTGCACCCTTATTCTGTGTTATCGTAGCCTTTGTTACCCCCCGACCCCA
ACCCTTGTCCTATGACACGATATGATGTGTGCACTTCGCGCTTTCACATC
GCTCCCCCGAGGACGCCCAAATGAAACCATTGGCTTCCCCCCCGACACCC
ACACCCACCCCCAACCCTGCATGCGCATGTCAAACCCTTATTGACTTTAA
TTGATGAAAACAACCAACCTGGACGACAAAAAAAAAAAAAAACGCTCGAC
CGACCACAGTCCAGCAAGTACTGCCTGTTTAATCGGTGGAAGAGAAGCCC
CCCGATGAACGACTCCCTGGCGGTATCGACCCGGCGCTACCTGGCCATCG
CCCTGGTGATCCACGTGATGGTGTCGCTTCAGTTTTACGCCGGGTGGCCG
TTCGACGGACTCTGCATGACTGATGACGTGAGTTATACGCGGTACAGCAG
TACTTGGAATTGGAACGAAGGAGCAATAATTCATCACGTACGGAGTCTGT
TTGTATGCGTAAACAAGGTTTTATTTCGGGAGGCCGGAGTTTTGATCCCC
CCCCTTCGTCTCTCCGGGGTTGACGCAAGGCGACGTGACACGGCGAAGGT
TGTTGTTTTACTTTGTAGGCATCACCAGCAGTATGCACGGGAGAGAGAGG
CGTAAGGAATAGGTATACGTGCAATTCATGTATTCTACGGAGTACTTCGT
ACTCCGGAGTATATATGATGTGAGCGGTTTTCCTCGACAGGTATTTGGGG
GTGCAAGGGCACTAAATAAACTCATAACCACACGGAAAACGGTTTCATTC
TCACACCCTCAACACGATGATGAAAGAAAATGTTTCGATGGACGGCCGGA
GATGTTTTGTGTTTTTACGCATGTGCGTGTGTGTCTTTTGTGGGGATGTG
GGGATATTGTGGCGTGTGTGATTTGTGTGTGTGTAAACCAACGCACGAGC
ATTTTCTTTTTCTTTTTATGGTGTCAGGGCGCTTTATGTTTGCGGTCATT
GAATCCACACACCATATTAGATACGCTCCTCCTACACATCATGCTCTGGA
TATCAAGATCGTGCTGTGACAGCGCGAGCTTTGCAGTGGGGAGTGGCCCT
GTTTTTTTTTTAATTCAGAGAGTATGATACCCCCCGCGGAAAGGAGCCTT
TGCCGGCCACTTTAGGCCCGAGCACGCGTGTCGCTGGCGTCCCGGCGTTT
GTTGGGAGTGTGCCTACGGGCCTCCTCCGTGCGCCGAAGAAAGCGCGGTA
AAGAGCACAGTCAGTGCCGACGGAGAAAAGCCGACAGAAATTGACATGAG
TATAATGTACTTCGCAGTGTTTGTTTTAAGATTGCCATGAGAGCAAATAT
GACATGCTTTATTCCAGTAAAAACAAAACCTCAAGAAGTAAATAGTGTGG
TTTGGCGAGAAGTTTGTTTTGTGCGCTTGCTTGCTTTTTGTTTGTTCACA
CACACACGTTTGTACAACAGCATAAGGCAGGATCATCCGCAGATTGTCTG
ATGGGTTTGGTGTTCCCGGAAACAATTTGTTTTTGTTTCCCACTGCCCCG
AGGTCATTTAGTGCAGGCGGTAGCACACACGCACACGACAGTTCCGTTCG
TTCGTGCTGCTACTGCTTCTGCTGCTGTTGTTGTTGGTGGTGGTGGTGGC
AGTGGTGTCGCTGCTGTTGCTGGCCGGGAGCATTAATTCAGGCCGGTCTG
CTTTATTTTTTGTAGTCGGCTGTTTTAATTTTCTCTGTCTCTCTGTCTCT
CTCTGACTCTTTCATCCCCACTTGGATTCTGTTTTTATTTTTCATGAAAC
TGATTCCTTTGGTTGTTTTTTCTCTACCCCCGCCTCAGACCTTTCAGCAC
TCGCTCGCAAGGCAAACAAAAACGAGTAAAACAGGGGGACCCCCCCCCCC
CCGCGCGCACGCTCGCTCGCTCGCACTGAACCCCCCTTTTTTTTTTACCG
TTTTCACCTCCCCCCTGCACGCAGGTGGTGACTGTGGCTTTCACGGACGG
CGCGAGTGTGGACTTCGAGGCCGACTTCATGTTCAACACTTCCTCGTGAG
CTTCGAAATTGCACATAATATGATACACGATAACATATCGTTTGCGCATC
ATGTCATGTCATACTTCAGTGCTGGAGGAATTCCCCCTCTGTGCCGCAGT
ACGCGACCGCGTGCGACGGTGGTTCATACCCGGGGAGATTTTGTACTGCT
TCTCCACGCGCGTATGTCGTAGCTTTTTACCACCCTCGTGCAGAGTCGTC
GGGCGTCGTACCAAACCATCGAAAATGTTAAGACACCGTTTCTTAGCAGC
GTCACTAGCGTCGCCAGCATCAGCAGCAAAATCAGCATCCATCCCGACCA
AGCATCATCACCAGCACCACGTGCATCGCTACTGCATAATCACATCACTA
TCCGATTCTATCCGATCCGGTCCGTCGCTATTTTTTTCGTTTTATTTTAT
TTTTTTCTTATTGTCGTGCTTTGTGATTTTTTTGGTGCTTTTGTCTGTCT
TCTGCACAGCGTTTTTCCCTCGGTCGGCGACACCGTCTACGAGGTCTGCG
ACCAGGACTCCCCTCTCGTGTGGGACGAGTTCCCCCGAGATTGGATGCCG
GATGACCAGTACCTGATCGTCTTCGTATTCAGGTACTGCTGTTGCAACAC
AAATTGCTCGGGGGGGGGGGGGGGAGAATGGAAGGGGGGGTGGGGGGGGG
GTCGTTCTTCTTGGCTACCTCGTGGCCAGTACCGCATCGCTGTTGGCTTT
CTTTGTCTTTGTCGTTGTCTCATTGTGGCCTTTCTCGAGAGGGAGGGAAG
GGGGGGGGAGTGCAAAGCAACGAGCATGGCGACGATACCGGACAAGGCTT
GCCATTCCGTTTCAAAGCTCAGCGATGATGCATACATAATGGGTACATCG
ATAGCCTTCCGGATCTGTCGGTTTACCGCAATCTCCTGAGTAACGCATGT
GTTATCCCACTGTATCGACGCCCCGTCGCTCCCCCCCCCCCGCGCCATTA
TTTTCGTTGCACTACATGAAATGAACCGGCAGTCACTCGGAAAACCTCGT
CCGCGGTGGGGGGGTTGATGTAACGGTGGTTGATGATCATTCTGAAATTT
TCACACCCTCCCCTCCCCCGTTAGATCCCATTTTCAGTGGCCCCCCCGGC
CCCTCCCCCGACCCCTCCCCCGGCCCCTCCCCCTCCCTTCCGCCGTCTCC
TCCGTTTTTCCCTGCGGTGGTTTCCGCCGCATATTTCGGGCCGGTTACAG
TGTGTTCGGGCTCGTGTCGACGGCAGTGGTCGCCATTTTGTTGTTTGGCA
GCACAGTGTGGGCGGGCGTTCGCCGCCTGTGCCGCGGTGTGTACAAGCCC
TCGGGGCACGCGAAACCGGCGGGCTTCACCGAGGTGGCGCAGATCAACGC
CTACCTGCCCGGGGTGCGTCCGTAGCCTTTTGCTGTTGACAACGACAGAG
AGAACACGAAAAGAAAATATGAAAAAGACCATGAGGATCGAGAAGGATAA
GAACAAAGAGATGGATCATCAAATTAATTTAAGATGGATTTAGAGAAGCA
AATACCCTACAAGTATGATACAAGGAGGGAAATGACGGATAGAAGAGAAG
AAGAACCTGAATTTTCATCATGTCTTGAGACACAACCCGGCCCTCCACCT
CGTTGATCCTCGCTGCATTTGTATTCTAGGTACATATGCGTGCCTGTTCT
TCATGGTATGACACGATAAAACAGCGCGCGATGTACTCGTATAACCGTTT
TGTTCTCTATCCATGTGCCGGGCGGACACTTTTGGGGGACAGACAAGGAC
GCGCGGGCGTTTTTGTCTTACACTGCTGCTGCTGCTGCTGCTGTGCTTTA
TTTTCTATTACATGTGTCTCTGAAATCACTCATCCGCAGGTCCCGTACAA
GGGAAGTGTGCACCCCATCCTAGCGTGCGACATCGGCAACGTCAACGAAC
ACCACATCAGGTGGGTCGGTGGGCGGATGGATGCCCGGTGGGTTGGTGGG
TGAAAGGTTGACTACATTTTGATTTGTCGCCACATCTGTTTCGCTGTGCT
CGTCTGAGGCTCTCTATTGTTCGTTCTGTGTCAGTGTCTGCCGTTTTCTG
ACCAGTGATATTTTTAACTCTCTCTCTCTCATTCCCTCTCTTCGGTTTTT
GTGGGGGGTGAACACTTGCTTGTGTGCTTGTGTGCGTGTGTGCGCACACC
CGCGCGTGCGTCTCTCTGTGTGTGTGTGCGTGTGTTGTGCCCCCTCCCTG
TAGTTGGACGGGAGACTACCAAGCGTACAACCTGTGCACGCGTGAAGCGT
TCCCCGGCATGAGCCGCAAGGAAAGGGCCGCCCAGTTCGGTCGGGTGGTG
TACTACCGTCCAGGCTCCGAGAAGGACGAGGCGCTGCCCACGCCGACGAG
GATGAGAGGCATCCCGCTGGTGAGCTTGCCTGACACTGATGTGTAAACCT
GGGCTACCCTCCGATGATGCCGCGGCAGAGGGTCCCAGAGGGAGTGGTCG
TGTCGGCCCACGACCAAGGGCGGGCGGTGTTTTGTTGCGTACATAGAATC
AGGAAAAGGGATCCAAGAGTAGAGTGGTGAAGAGAGCGACTAGAGGGTCC
ATATGATAGCTCGCCCATCAAATCGAAGTGCTAGATTATGTCGGGTTACG
GGAGATGGACGGATAGATGTCGACGACCGGAGTATTTTGAGAGGATTCGT
CGCTTTCTACAGTACCTTGTTTTGTATGAGCATAAACGACAAGGGTATCA
AGAATTGACAAATGACCCGGTACCAGGTACATGACGTATGTGAGGTACGC
CCCCGCCACGTATTACGGCATGCTTCGAAGTAGCACAAGTATACACACGG
CGCGTGTAGGATGATGATGATGACGTCTTTGTCGTTCATCTTGTGTCGAA
AATTGGATTGCCATTGTCGTTTCCACCCTGTCGGGCGGGAGAGAGAGCAT
CTCCATGATCGAGCACGTCTACCGCAGTCTCCTCTGCGACCCTCGCGTAT
CCCGACATCAACTGACAGTTTATCTTTCCCCCCTCTCTCTTACCAGCCGA
GTTCCTCACTGTTTCAACGTCTTGGGTGACCAAGGCTCCGAATGGTCTCC
GTCATAAG

Coding sequence (CDS) from alignment at P-littoralis_Contig837:46460..71267-

>mRNA_P-littoralis_Contig837.11.3 ID=mRNA_P-littoralis_Contig837.11.3|Name=mRNA_P-littoralis_Contig837.11.3|organism=Pylaiella littoralis U1_48|type=CDS|length=2754bp|location=Sequence derived from alignment at P-littoralis_Contig837:46460..71267- (Pylaiella littoralis U1_48)
ATGAAGGGGGCCCAAGAGCGACCTACCGCCGTGACGGGCATCCTGGAAGA
AAAAACCAACAGTCCGGACGATGATGAGGTGACGAGGCTGGCCGAAGAGA
CGATGCGCTCGCCCCTGCACGAAGGAGAAACCAGCACCGGCAGGGGGGTG
TTGCCGGCGAGGGATCGGGGGGAGTCTAACGAGGACAGCGACAGCTCGGC
AGTCGACAGCGACGAGGATGAGCGCCACGGAGAGTACAAATTCGACCCAG
TGACGGAGTACGTGCTCAAGCATGGTCGCAAAAACGGTCAGCTGGCCATG
GCTTGGGACTTCTACGCCAAGTACACCCTGCCCAAGTTCACTCGAGCGGA
AGACGGCAGCGGGAGAGAGTTCCGCCTTCAAGAGCCGGGGGAGGAAGGCG
GGCAGTTCTACAGCCTGTGGGGGACACCTCTCAGTCAGCTGGGAGACTTC
GGCGTGGGAGTGGGGTTGTACTTCCAGACGATCGTTGTGTTCGGAGTGGT
GTTTCTGCTTGCGGGGCTGGCCAACCTCAACAGCATCAGCTATTTCCGCA
GCAGCGAATACTCCAACGGGCAGGGGCTGGTCAACGAAGAAGTATCCAAA
GGTTCCGCGGCCTGCACGGAGCGGGAAGTTGTTTGCCTCGACACGTTCTG
CGATGACTGGTCACAAGACCATCGCCCCTGCATGCTGGACCTCGAGTCCG
GAATGCTGGACTTCGGCACCACGCTCGGCCTCTTTATCGTACTGCTGTGC
GTCGGGAGGATTCAGAACGCCTGGGCCAACAAGCTCGATCTCGCGGAGCA
GACCGCGGCGGATTACTCTGTCCTGGTGGAAGACCCCGACCCAAGCGACA
CGCGTCCCGGGACTTGGAAACAGTTCTTCAGCAAGCATTTTGGTCACGTG
ACGTACGTTTCTACGTCGGTCAAGTCCGGCAAGCTGCTCCGCCTCTTGAC
GGAGCGCTTCGCGGTCGTGGAGAAGATCAGGGTGGAGGCCGAGGGGGGCC
AGGAGGAGGAGGACGTTGCGATGGACCCGAACGCGGTCATGTCCAGGGAG
CGCTGGCCCGCGCCGTGCTGGAAGCTGGGCTTGATGAAGCTGGGCGTGGC
CACCGACATCGTCTACTGGCACGAGAAGCTGGTGCTGATCCACAAAAAGA
TCGCCAAGGAAACAGCTAGCCACAAGCCCTGCACCAAAGTGTTCGTCACT
TTTGAGAAGGAGGCGAGCCAGAGGCAGTGCCTCAAGGAAATGACCACCGG
GTTCCTTTCGTCCTCGGCAAACAAGCAAGTCTCCAGCTCCAAGAAAGATC
TGATTCTGAACGGTAACGTGCTCAGCGTGGGCCCCGCCCCCGAGCCCGAT
GACATCATATGGGAAAACCTCGAGTACGGTTTCTGGAGGAGGCTGTCCGA
GTTCATCAGGGGAGGCCTGATCGGCGCGGGGATCGTCAGCCTCGTGGCGC
TCATCATCTACGTCTTGTCCGAGAGCCAGGCCGCCGTCGCCGCCGCCTTC
ATCGCCATCAGTAACTCCGCTCTGCCCAAGCTGATGAAGGTCATCATGGA
CAATCCCCGCGGGGGGGAGCACCACCACACGCACTCCACCCACCAGGCTT
CTTTGATGCTCAAGATCGTGCTGGCGCAGTGGATGAACACGGCGTTTATC
ATTTACTTCATCAACAGCATCAGCGAATCTCTGAACGAGGATTACATCAA
CCAGATTTCCAAGATTTTGTGGGCAGACGCGTTCACGCAGCCGCTAGTCA
AAGTGCTGGATCTCCCGAACAGGTTCAAGCAGTACTTCCTTGCTCCGAGG
GCCAAGACCCAGGCGAAGATGAACTCGTACTTCATGGGTTCGCAGATGGT
CTTGTCGGAGCGCTACGCGAGTCTCTTGAAGACGATGTTCGTGTGCCTCT
TCTTCTCGGCCATCTTCCCGCAGGGTTACTTCGTCGCATCCATGGCAATG
TTCATGACCTACTGGTCCAGCAAGTACTGCCTGTTTAATCGGTGGAAGAG
AAGCCCCCCGATGAACGACTCCCTGGCGGTATCGACCCGGCGCTACCTGG
CCATCGCCCTGGTGATCCACGTGATGGTGTCGCTTCAGTTTTACGCCGGG
TGGCCGTTCGACGGACTCTGCATGACTGATGACGTGGTGACTGTGGCTTT
CACGGACGGCGCGAGTGTGGACTTCGAGGCCGACTTCATGTTCAACACTT
CCTCCGTTTTTCCCTCGGTCGGCGACACCGTCTACGAGGTCTGCGACCAG
GACTCCCCTCTCGTGTGGGACGAGTTCCCCCGAGATTGGATGCCGGATGA
CCAGTACCTGATCGTCTTCGTATTCAGTGTGTTCGGGCTCGTGTCGACGG
CAGTGGTCGCCATTTTGTTGTTTGGCAGCACAGTGTGGGCGGGCGTTCGC
CGCCTGTGCCGCGGTGTGTACAAGCCCTCGGGGCACGCGAAACCGGCGGG
CTTCACCGAGGTGGCGCAGATCAACGCCTACCTGCCCGGGGTCCCGTACA
AGGGAAGTGTGCACCCCATCCTAGCGTGCGACATCGGCAACGTCAACGAA
CACCACATCAGTTGGACGGGAGACTACCAAGCGTACAACCTGTGCACGCG
TGAAGCGTTCCCCGGCATGAGCCGCAAGGAAAGGGCCGCCCAGTTCGGTC
GGGTGGTGTACTACCGTCCAGGCTCCGAGAAGGACGAGGCGCTGCCCACG
CCGACGAGGATGAGAGGCATCCCGCTGGTGAGCTTGCCTGACACTGATGT
GTAA