mRNA_P-littoralis_Contig116.111.1 (mRNA) Pylaiella littoralis U1_48

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

Overview


Name	mRNA_P-littoralis_Contig116.111.1
Unique Name	mRNA_P-littoralis_Contig116.111.1
Type	mRNA
Organism	Pylaiella littoralis U1_48 (Pylaiella littoralis U1_48 (Mung))

Homology

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BLAST of mRNA_P-littoralis_Contig116.111.1 vs. uniprot
Match: D8LF79_ECTSI (Glutamate dehydrogenase n=1 Tax=Ectocarpus siliculosus TaxID=2880 RepID=D8LF79_ECTSI)

HSP 1 Score: 1803 bits (4671), Expect = 0.000e+0
Identity = 918/1102 (83.30%), Postives = 986/1102 (89.47%), Query Frame = 3

Query:  705 NEKKLQKMARQSLLHELWQEQQRTHEKAVDWFLSNMPASYFRQTAEELRLQHLGAISSMLEGGVTGKDGVEQLKPTRDITLHFERYVDDIKEVSFVQSTKGNDGGILKLLDALPRADGSLQRVHVFPSRDGNLAIYLFAYVKQEDVFSPA-----------EAIPPADTKAGKARRAAAVATLSKAAPSSELLEYAASVQAGEWVDNAAHAPPGPMFEPEAMLEYLSQCEPEFVQHSHPRRFCKHRVLFEEVTGTEGIAVDVEAYQGYEAGVSELGGSHWISIAAANVLPKIALYQALRLLKSYQLDTIRCHLDVVDDPGNGSVTMLRMLVNGASSAXXXXXXXXXXSGETA-DAEVDESWKDRWDEPGAWDPVMKDLRRSKWADERVYELMLERHPGLGLERSEVIVALANMVYGVLHKTNPWAYSKSQMYHWLDNHRYVRHASAAADLFCERFSPDVPMEEERAEARADEIRAMVRRDVEHEMVQGLLLKMVDGVMATYRTNFFMPNRWGLSLRVDPRLLMTESELEEGSTAEVPYGVFFVHGRRFNGFHCRFRDIARGGMRIVTPATSEQVAIEAGRQFDECYGLAYAQQLKNKDIPEGGSKAVLLVDTTKATGRAKDHAVRKGVKAFSDALLDLLVDTEETRRYVKDLWGKQELLYLGPDEQVIPQDINWIIARAAQRQAPFPSAFMSSKPDAGINHKEYGVTSEGVFVFLDEALRDRGIDPKKGQTFTLKLTGGPDGDVGGNMIKILNREYGDACLIVGVADGTGSAEDPDGLSHTELLRLFDESLPISEYRSNKLGPKGVLHTCKDEEGIRARNTMHNRVQADAFVPAGGRPGTINGSNWRSYLDKDGRPSSSLVVEGANLFTTPEARAALFKEAGVVFVKDSSANKCGVICSSFEIISSMLMTSEEFKESKEGIVLDVLEKLRNAGRREAELLFREHRNHPATPLPAISERISNAINSVTDATLKILDDASAGEAHEEHLRLLLPLFREHLPQKLVDEAFERVPTSLPPQYLRNAMASCLACRVVYKEGINFIDAQPRDRLGELALSYIREETAVKDLAEAVEGSGGNTPMSDEDKKKVANILRSAGVRASLGVY 3974
            NE KL+KMARQSLLHELWQEQQRTHE AVDWFL NMPASYFRQT EE RLQHLGAISSMLEGG    +GVE+L PT+DITLHF+R V+++KE++FVQSTKG   GIL+LLD+LP+AD              NLA+YLF Y+KQE+V   A           EAIP  DT+AGKARRAAA A +  AA +SE+LEYAASVQAGEW++N AHA PGPMFEPEAM+EYLS+C+PEFVQHSHPRRFCKHRVL+EEV+GTE IAVDVEAYQG EAG +EL GSHWIS+AAANVLPK+ALYQALRLLKSYQL+TIRCHLDVVDDPGNGSVTM+RMLV+  SSA          SG+ A  AE+D SW+DRWDEPGAWD VMKDLRR KWADERVYELMLE+HPGLGLE SEVIVALANMVYGVLHKT+PWAYSKSQMYHWLD+ RYVRHA+AAADLFC RFSPDV M E  A+ +A EIRA + RDVEHEMVQGLLLKMVDGVMATYRTNFFMPNRW LSLRVDPRLLMTE EL+EGS +EVP+GVFFVHGRRFNGFHCRFRDIARGGMRIVTP TSEQVAIEAGRQFDECYGLAYAQQLKNKDIPEGGSKAV+LVDTT +TGRAKDHAVRKGVKAFSDALLDLLV TEETRRYVKDLWGKQELLYLGPDEQVIPQDINWIIARAAQRQAPFPSAFMSSKPDAGINHKEYGVTSEGVFVFLDEALR+RGIDPK GQ FTLKLTGGPDGDVGGNMIKILNREYGDACLIVGVADGTGSAEDP+GLSH ELLRLF+E LPIS YR NK GPKGVLHTC ++EGIRARNTMHNRV+ADAFVPAGGRPGTINGSNWRSYLD DG PSS+LVVEGANLFTTPEAR ALFKEAGVVFVKDSSANKCGVICSSFEIISSMLMTSEEFKE+KEGIVLDVLEKLR+AGRREAELLFREHRNHPATPLPAISERISNAINSVTDA LKILDDA + E  EEHLRLLLPLFREHLP+KLV+ AF+RVPT+LPPQYLRNAMASCLACRVVYKEGINFIDAQPRDRLG+LA SYIREE AVKDLA  VE  G + P+S+EDKK+VA+ILRSAGVRASLGVY
Sbjct:    4 NELKLEKMARQSLLHELWQEQQRTHEGAVDWFLRNMPASYFRQTTEESRLQHLGAISSMLEGGHVDANGVERLTPTKDITLHFQRDVENMKEMTFVQSTKGRSDGILRLLDSLPQADXXXXXXXXXXXXXXNLAVYLFGYMKQEEVPPDAAGGHAAGVFFAEAIPQ-DTEAGKARRAAAAAVMPAAAHASEVLEYAASVQAGEWLENEAHAKPGPMFEPEAMMEYLSRCDPEFVQHSHPRRFCKHRVLYEEVSGTESIAVDVEAYQGAEAGATELRGSHWISMAAANVLPKMALYQALRLLKSYQLETIRCHLDVVDDPGNGSVTMMRMLVSDGSSAAKAAVAG---SGDAAAGAEIDASWEDRWDEPGAWDAVMKDLRRIKWADERVYELMLEKHPGLGLETSEVIVALANMVYGVLHKTHPWAYSKSQMYHWLDSPRYVRHAAAAADLFCSRFSPDVDMSETAAKTKAGEIRAAIVRDVEHEMVQGLLLKMVDGVMATYRTNFFMPNRWALSLRVDPRLLMTEDELKEGSGSEVPFGVFFVHGRRFNGFHCRFRDIARGGMRIVTPQTSEQVAIEAGRQFDECYGLAYAQQLKNKDIPEGGSKAVVLVDTTNSTGRAKDHAVRKGVKAFSDALLDLLVGTEETRRYVKDLWGKQELLYLGPDEQVIPQDINWIIARAAQRQAPFPSAFMSSKPDAGINHKEYGVTSEGVFVFLDEALRNRGIDPKAGQKFTLKLTGGPDGDVGGNMIKILNREYGDACLIVGVADGTGSAEDPEGLSHAELLRLFEEGLPISAYRFNKFGPKGVLHTCDNDEGIRARNTMHNRVKADAFVPAGGRPGTINGSNWRSYLDSDGTPSSTLVVEGANLFTTPEAREALFKEAGVVFVKDSSANKCGVICSSFEIISSMLMTSEEFKENKEGIVLDVLEKLRDAGRREAELLFREHRNHPATPLPAISERISNAINSVTDAVLKILDDAPSAEEQEEHLRLLLPLFREHLPEKLVEAAFDRVPTTLPPQYLRNAMASCLACRVVYKEGINFIDAQPRDRLGDLAFSYIREEGAVKDLARVVE-EGDDKPLSEEDKKRVADILRSAGVRASLGVY 1100

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BLAST of mRNA_P-littoralis_Contig116.111.1 vs. uniprot
Match: A0A6H5LPU5_9PHAE (Glutamate dehydrogenase n=1 Tax=Ectocarpus sp. CCAP 1310/34 TaxID=867726 RepID=A0A6H5LPU5_9PHAE)

HSP 1 Score: 1332 bits (3448), Expect = 0.000e+0
Identity = 674/830 (81.20%), Postives = 728/830 (87.71%), Query Frame = 3

Query:  810 MPASYFRQTAEELRLQHLGAISSMLEGGVTGKDGVEQLKPTRDITLHFERYVDDIKEVSFVQSTKGNDGGILKLLDALPRADGSLQRVHVFPSRDGNLAIYLFAYVKQED------------VFSPAEAIPPADTKAGKARRAAAVATLSKAAPSSELLEYAASVQAGEWVDNAAHAPPGPMFEPEAMLEYLSQCEPEFVQHSHPRRFCKHRVLFEEVTGTEGIAVDVEAYQGYEAGVSELGGSHWISIAAANVLPKIALYQALRLLKSYQLDTIRCHLDVVDDPGNGSVTMLRMLVNGASSAXXXXXXXXXXSGETA-DAEVDESWKDRWDEPGAWDPVMKDLRRSKWADERVYELMLERHPGLGLERSEVIVALANMVYGVLHKTNPWAYSKSQMYHWLDNHRYVRHASAAADLFCERFSPDVPMEEERAEARADEIRAMVRRDVEHEMVQGLLLKMVDGVMATYRTNFFMPNRWGLSLRVDPRLLMTESELEEGSTAEVPYGVFFVHGRRFNGFHCRFRDIARGGMRIVTPATSEQVAIEAGRQFDECYGLAYAQQLKNKDIPEGGSKAVLLVDTTKATGRAKDHAVRKGVKAFSDALLDLLVDTEETRRYVKDLWGKQELLYLGPDEQVIPQDINWIIARAAQRQAPFPSAFMSSKPDAGINHKEYGVTSEGVFVFLDEALRDRGIDPKKGQTFTLKLTGGPDGDVGGNMIKILNREYGDACLIVGVADGTGSAEDPDGLSHTELLRLFDESLPISEYRSNKLGPKGVLHTCKDEEGIRARNTMHNRVQADAFVPAGGRPGTINGSNWRSYLDKDGRPSSSLVVEG 3260
            MPASYFRQT EE RLQHLGAISSMLEGG    +GVE+L PT+DITLHF+R V+++KE++FVQSTKG   GIL+LLD+LPR                NLA+YLF Y+KQ++            VF  AE IP  DT+AGKARRAAA    S  A +SE+LEYAASVQAGEW+DN AHA PGPMFEPEAM+EYLS+C+PEFVQHSHPRRFCKHRVL+EEV+GTE IAVDVEAYQG EAG +E+ GSHWIS+AAANVLPK+ALYQALRLLKSYQL+TIRCHLDVVDDPGNGSVTM+RMLVN  SSA          SG+ A  AE+D SW+DRWDEPGAWD VMKDLRR KWADERVYELMLE+HPGLGLE SEVIV+LANMVYGVLHKT+PWAYSKSQMYHWLD+ RYVRHA+AAADLFC RFSPDV M E  A+A+ADEIRA + RDVEHEMVQGLLLKMVDGVMATYRTNFFMPNRW LSLRVDPRLLMT+ EL+EGS +EVP+GVFFVHGRRFNGFHCRFRDIARGGMRIVTP TSEQVAIEAGRQFDECYGLAYAQQLKNKDIPEGGSKAV+LVDTT +TGRAKDHAVRKGVKAFSDALLDLLVDTEETRRYVKDLWGKQELLYLGPDEQVIPQDINWIIARAAQR+APFPSAFMSSKPDAGINHKEYGVTSEGVFVFLDEALR+RGIDPK GQ FTLKLTGGPDGDVGGNMIKILNREYGDACLIVGVADGTGSAEDPDGLSH ELLRLF+  LPIS YR NK GPKGVLHTC ++EGIRARNTMHNRV+ADAFVPAGGRPGTINGSNWRSYLD  G PSS+LVVEG
Sbjct:    1 MPASYFRQTTEESRLQHLGAISSMLEGGHVDANGVERLTPTKDITLHFQRDVENMKEMTFVQSTKGRSDGILRLLDSLPRXXXXXXXXXXXXXXXXNLAVYLFGYMKQDEAPPDAAGGHAAGVFF-AETIPQ-DTEAGKARRAAAAMPAS--AHASEVLEYAASVQAGEWLDNEAHAKPGPMFEPEAMMEYLSRCDPEFVQHSHPRRFCKHRVLYEEVSGTESIAVDVEAYQGAEAGATEVRGSHWISMAAANVLPKMALYQALRLLKSYQLETIRCHLDVVDDPGNGSVTMMRMLVNDGSSAAKAAVTG---SGDAAAGAEIDTSWEDRWDEPGAWDAVMKDLRRIKWADERVYELMLEKHPGLGLETSEVIVSLANMVYGVLHKTHPWAYSKSQMYHWLDSPRYVRHAAAAADLFCSRFSPDVDMSETAAKAKADEIRAAIVRDVEHEMVQGLLLKMVDGVMATYRTNFFMPNRWALSLRVDPRLLMTKDELKEGSGSEVPFGVFFVHGRRFNGFHCRFRDIARGGMRIVTPQTSEQVAIEAGRQFDECYGLAYAQQLKNKDIPEGGSKAVVLVDTTNSTGRAKDHAVRKGVKAFSDALLDLLVDTEETRRYVKDLWGKQELLYLGPDEQVIPQDINWIIARAAQRKAPFPSAFMSSKPDAGINHKEYGVTSEGVFVFLDEALRNRGIDPKAGQKFTLKLTGGPDGDVGGNMIKILNREYGDACLIVGVADGTGSAEDPDGLSHAELLRLFEAGLPISAYRFNKFGPKGVLHTCDNDEGIRARNTMHNRVKADAFVPAGGRPGTINGSNWRSYLDSGGTPSSTLVVEG 823

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BLAST of mRNA_P-littoralis_Contig116.111.1 vs. uniprot
Match: A0A835ZIZ6_9STRA (Glutamate dehydrogenase n=1 Tax=Tribonema minus TaxID=303371 RepID=A0A835ZIZ6_9STRA)

HSP 1 Score: 1044 bits (2699), Expect = 0.000e+0
Identity = 584/1127 (51.82%), Postives = 732/1127 (64.95%), Query Frame = 3

Query:  717 LQKMARQSLLHELWQEQQRTHEKAVDWFLSNMPASYFRQTAEELRLQHLGAISSMLEGG--VTGK----DGVEQLKPTRDITLHFERYVDDIKEVSFVQ------STKGNDGGILKLLDALPRADGSLQRVHVFPSRDGNLAIYLFAYVKQED--VFSPAEAIPPADTKAGKARRAAAVATLSKAAPSSELLEYAASVQAGEW--VDNAAHAPPGPMFEPEAMLEYLSQCEPEFVQHSHPRRFCKHRVLFEEVTGTEGIAVDVEAYQGYE------------------AGVSELGGSH--WISIAAANVLPKIALYQALRLLKSYQLDTIRCHLDVVDDPGNGSVTMLRMLVNGASSAXXXXXXXXXXSGETADAEVDESWKDRWDEPGAWDPVMKDLRRSKWADERVYELMLERHPGLGLERSEVIVALANMVYGVLHKTNPWAYSKSQMYHWLDNHRYVRHASAAADLFCERFSPDV--PMEEERAEARADEIRAMVRRDVEHEMVQGLLLKMVDGVMATYRTNFFMPNRWGLSLRVDPRLLMTESELEEGSTAEVPYGVFFVHGRRFNGFHCRFRDIARGGMRIVTPATSEQVAIEAGRQFDECYGLAYAQQLKNKDIPEGGSKAVLLVDTTKATGRAKDHAVRKGVKAFSDALLDLLVDTEETRRYVKDLWGKQELLYLGPDEQVIPQDINWIIARAAQRQAPFPSAFMSSKPDAGINHKEYGVTSEGVFVFLDEALRDRGIDPKK--GQTFTLKLTGGPDGDVGGNMIKILNREYGDACLIVGVADGTGSAEDPDGLSHTELLRLFDESLPISEYRSNKLGPKGVLHTCKDEEGIRARNTMHNRVQADAFVPAGGRPGTINGSNWRSYLD-KDGRPSSSLVVEGANLFTTPEARAALFKEAGVVFVKDSSANKCGVICSSFEIISSMLMTSEEFKESKEGIVLDVLEKLRNAGRREAELLFREHRNHPATPLPAISERISNAINSVTDATLKILDDASAGEAHEEHLRLLLPLFREHLPQKLVDEAFERVPTSLPPQYLRNAMASCLACRVVYKEGINFIDAQPRDRLGELALSYIREETAVKDLAEAVEGSGGNTPMSDEDKKKVANILRSAGVRASLGVY 3974
            ++KMA QSLLHEL Q+QQ+T+E  VDWFL NMPA+YFRQT++E RL+HL AIS+M+E    V  K    D    +  TRDI L  +R     +EV+ +Q       T+     +L +L++LP ADG L +V VF S D  LAI +FAY +  D  V +PA+A                          + +LEYAA+VQ GE    D+     P P++EPEA+ +YL++CE ++ + SHPRRF   R L+E V+GTEG+AV VE Y+G E                  AG S+ GGS   W+S+A ANVLPK+AL Q +RLL++Y ++ +RCHLDVV DPGNG+VTMLR+L                                +W     W  +  +L+R KW D RV +L L+ HP +GL R+EV++ LA  V+  LHK+NPWA+S +Q   WL + R  RHA+A ADL+  RF P    PM +    A AD ++A+  +DVE +  Q LL  MVD   AT RTN +MP+R+ L +R+DP +L+T+ E  +  T EVP+G FFV+GRRF GFH RFRDIARGG+RIVTP T+E +AIE  RQFDE Y LA AQQLKNKDIPEGGSKAV+L+DTT  +   K  A RK VKAF+D+LLDL VDTEETR  V DL GKQELLYLGPDEQV+P DI WI+ RA +R    P AFMSSKP +GINHKE+GVTSEGVFVFLD AL++RG+DP+   G+  T+KLTGGPDGDV GNM++IL REYG    +VG+ADG+G AEDP GL   ELLRL D +LPI+ +  + L   GV+H C  EEGIRARN+MH+RVQAD FVPAGGRPGTIN  NW+SYL    G PSS L+VEGANLF TPEAR  L+ EAGV  +KDSSANKCGVICSSFE                  IV DVL++LR   RREAELLFRE +  P   LPA SER+S AIN VTDA    L  A+  E   EH RLLLPL+REHLPQ L D AF+RV   +PP YL NA+ASCLA R+VY EG+ F+ AQPR+RLG +AL+Y R    V+ LA+ +  + G  P    +K++   +L + G R SLGVY
Sbjct:    1 MRKMATQSLLHELTQKQQQTYESVVDWFLQNMPATYFRQTSQEARLEHLQAISAMMEPSFFVRAKNFKADSDAPVAATRDIVLKLQRASASGREVTVIQPGSAVAGTRERRHNLLAVLESLPPADGKLSQVKVFNSLDRTLAINVFAYKRNRDRDVATPADA--------------------------AHILEYAAAVQCGETSDADSEYALSPSPLYEPEALKQYLARCETDYAKASHPRRFLLQRELYERVSGTEGVAVHVEHYEGAEQAALPSAQMPDDTAREAAAGASQ-GGSQRWWVSMAMANVLPKMALSQVVRLLEAYGMEAVRCHLDVVADPGNGNVTMLRVLAEPPQDP-------------------------KWQSADGWSALSAELKRLKWLDTRVMDLALDEHPWMGLARAEVVLTLAACVHPALHKSNPWAFSDAQTQEWLSDVRIARHAAAIADLYAARFDPAAAAPMSQSDFIASADALKAVFVKDVEVDEAQALLCAMVDAACATLRTNLYMPHRYALGMRLDPAVLLTQRERAD-PTKEVPFGAFFVYGRRFRGFHVRFRDIARGGLRIVTPNTAELLAIEQARQFDEAYNLAQAQQLKNKDIPEGGSKAVILLDTTSTSRAGKQFAARKSVKAFTDSLLDLTVDTEETRTRVVDLLGKQELLYLGPDEQVVPADIEWIVDRARRRGLEAPPAFMSSKPRSGINHKEFGVTSEGVFVFLDVALKERGLDPRSATGRPVTMKLTGGPDGDVAGNMVRILAREYGAGVSVVGMADGSGCAEDPKGLDLKELLRLADAALPIANFDQSLLSDSGVVHDCSTEEGIRARNSMHHRVQADVFVPAGGRPGTINKDNWKSYLSGPGGAPSSPLIVEGANLFVTPEARQKLYDEAGVTIMKDSSANKCGVICSSFEASHHSHCAQ---------IVADVLDRLRACARREAELLFREQKRSPCA-LPAASERVSRAINDVTDAVAAALV-AAVPEELAEHTRLLLPLYREHLPQSLADMAFDRVQARIPPAYLLNALASCLASRLVYAEGVAFVAAQPRERLGAMALAYARRAADVRALADTLSAAAGVPPA---EKERAIALLLAGGARTSLGVY 1060

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BLAST of mRNA_P-littoralis_Contig116.111.1 vs. uniprot
Match: A0A4D9D9C7_9STRA (ELFV_dehydrog domain-containing protein n=2 Tax=Monodopsidaceae TaxID=425072 RepID=A0A4D9D9C7_9STRA)

HSP 1 Score: 930 bits (2404), Expect = 9.070e-312
Identity = 528/1087 (48.57%), Postives = 684/1087 (62.93%), Query Frame = 3

Query:  717 LQKMARQSLLHELWQEQQRTHEKAVDWFLSNMPASYFRQTAEELRLQHLGAISSMLEGGVTGKDGVEQLKPTRDITLHFERYVDDIKEVSFVQSTKGNDGGILK-LLDALPRADGSLQRVHVFPSRDGNLAIYLFAYVKQEDVFSPAEAIPPADTKAGKARRAAAVATLSKAAPSSELLEYAASVQAGEWVDNAAHAPPGPMFEPEAMLEYLSQCEPEFVQHSHPRRFCKHRVLFEEVTGTEGIAVDVEAYQGYEAGVSELGGSHWISIAAANVLPKIALYQALRLLKSYQLDTIRCHLDVVDDPGNGSVTMLRMLVNGASSAXXXXXXXXXXSGETADAEVDESWKDRWDEPGA-WDPVMKDLRRSKWADERVYELMLERHPGLGLERSEVIVALANMVYGVLHKTNPWAYSKSQMYHWLDNHRYVRHASAAADLFCERFSPDVPMEEERAEARADEIRAMVRRDVEHEMVQGLLLKMVDGVMATYRTNFFMPNRWGLSLRVDPRLLMTESELEEGSTAEVPYGVFFVHGRRFNGFHCRFRDIARGGMRIVTPATSEQVAIEAGRQFDECYGLAYAQQLKNKDIPEGGSKAVLLVDTTKATGRAKDHAVRKGVKAFSDALLDLLVDTEETRRYVKDLWGKQELLYLGPDEQVIPQDINWIIARAAQRQAPFPSAFMSSKPDAGINHKEYGVTSEGVFVFLDEALRDRGIDPKKGQTFTLKLTGGPDGDVGGNMIKILNREYGDACLIVGVADGTGSAEDPDGLSHTELLRLFDESLPISEYRSNKLGPKGVLHTCKDEEGIRARNTMHNRVQADAFVPAGGRPGTINGSNWRSYLDKDGR--PSSSLVVEGANLFTTPEARAALFKEAGVVFVKDSSANKCGVICSSFEIISSMLMTSEEFKESKEGIVLDVLEKLRNAGRREAELLFREHRNHPATPLPAISERISNAINSVTDATLKILDDASAGEAHEEHLRLLLPLFREHLPQKLVDEAFERVPTSLPPQYLRNAMASCLACRVVYKEGINFIDAQPRDRLGELALSYIREETAVKDLAEAVEGSGGNTPMSDEDKKKVANILRSAGVRASL 3965
            LQK+ RQ+L+HEL Q Q  T  + V WFL+ MP+SYFRQ  EE+R++HL AI ++ + G      ++   P            D  ++++F++S  GN  G L+ ++  LPR  G L RV VF S D +L + +F                 AD+KA  A         S A     +L+YAA VQAG++  +  HA P P  EP  +  Y+  C    V  S+PRRF + + L++++ G+E  AVDVEAY   E   +      W+S+A  NVLP++ L + L+L K + LD +RCH+D V+DPGNG V +LRMLV                       ++ ++ ++ W   G  W  +  +LRR KW D+   +L   + P LG +R+E+IVAL +M++GVL K N WA+SK+ +   L + R V HA+  ADLF  RF P  P+  +    RA  +RA VR+ VE      LL KMVD V +TYRTN +MPNR+ L+LR+DP+++M       G    +PYGVFFVHGRRFNGFH RFRDIARGG+RIV+P   EQVAIE+ RQFDE YGLAYAQQLKNKDIPEGGSKAV+LVDT     +++D A RK VK F D LLDL+ +TEET+ ++ D WG++E LYLGPDEQ+IPQDI WI+ +A +R    PS FMSSK D GINHK YGVTSEG+ VFL   L+  G++P +   FT+KLTGG DGDV GNMIKIL R+YG    +VG+ADGT   EDP GL  +ELLR+ + SLP+S +   KL  +G  HT   EEGIR RNTMH+RV ADAF+PAGGRPGTI+G+N+R++L       PSS L+VEGAN+F TPEAR  LF+EAGV+ +KDSSANKCGVICSSFEI SSML+T  +FKE KE IV  VLEKLR   R EAELLFRE   +P   LP  SERISNAIN   D     L+  S     EE  + LLPLF+EHLP  +V   F++V   +P QY+ NA A CLA R+VY+EG  F ++QPR+RL EL L Y+ EE  V+ L   +E       +  +  K V  IL   GVR+ L
Sbjct:   65 LQKVTRQALVHELMQVQMSTANQVVPWFLNQMPSSYFRQIPEEVRVKHLQAICALQDTGNNTNIILKSDNP------------DGRRDMTFIRS--GNFTGQLREMISLLPRDFGPLSRVKVFTSSDESLVLNVFT----------------ADSKADDAVE-------SSAQDREAILKYAAEVQAGQYQGDPRHAAPSPSLEPGPLNAYIDLCTRFHVATSNPRRFVRVKQLYDKIAGSENCAVDVEAY---EPDTAAKDSRFWVSLAQTNVLPRVGLDKCLKLFKLHNLDVLRCHMDRVNDPGNGQVCLLRMLV-----------------------QLHDTDQEPWPLDGTEWTTLKHELRRIKWLDDATIDLATTKCPALGFDRAEIIVALGHMLHGVLAKQNLWAFSKASISTKLSDPRIVVHAAKIADLFAARFDPAHPLPPQEVADRASALRADVRQSVEDSTTLVLLDKMVDVVESTYRTNLYMPNRYSLALRIDPKIMMAP-----GENRVLPYGVFFVHGRRFNGFHVRFRDIARGGLRIVSPPMPEQVAIESARQFDEAYGLAYAQQLKNKDIPEGGSKAVVLVDTVNVQAKSRDFAKRKAVKGFVDGLLDLITETEETKAHIVDYWGRREYLYLGPDEQIIPQDITWIVNQAQKRCYTNPSTFMSSKADTGINHKVYGVTSEGIAVFLAVGLKRLGLNPHE-DPFTIKLTGGTDGDVAGNMIKILARDYGARARVVGLADGTAVVEDPAGLDMSELLRMVEGSLPLSAFDPTKLSDRGDFHTVDTEEGIRLRNTMHSRVVADAFIPAGGRPGTIDGTNYRAFLQGPDYKVPSSRLIVEGANIFITPEARKKLFEEAGVLIIKDSSANKCGVICSSFEIASSMLLTDAQFKEHKEEIVAQVLEKLRYYARVEAELLFREFATYPGQ-LPYFSERISNAINLARDTLTVGLESMS-----EEQYQDLLPLFKEHLPPTVVALGFDQVREKVPAQYITNAFACCLASRIVYREGTKFFESQPRERLAELCLRYLDEEREVQRLVRCLESG----KLDRDQMKTVQKILDVGGVRSLL 1072

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BLAST of mRNA_P-littoralis_Contig116.111.1 vs. uniprot
Match: A0A7S2MHL5_9STRA (Hypothetical protein n=2 Tax=Helicotheca tamesis TaxID=374047 RepID=A0A7S2MHL5_9STRA)

HSP 1 Score: 925 bits (2391), Expect = 1.240e-309
Identity = 509/1094 (46.53%), Postives = 708/1094 (64.72%), Query Frame = 3

Query:  717 LQKMARQSLLHELWQEQQRTHEKAVDWFLSNMPASYFRQTAEELRLQHLGAISSMLEGGVTGKDGVEQLKPTRDITLHFERYVDDIKEVSFVQSTKGNDGGILKLLDALPRADGS-----LQRVHVFPSRDGNLAIYLFAYVKQE--DVFSPAEAIPPADTKAGKARRAAAVATLSKAAPSSELLEYAASVQAGEWVDNAAHAPPGPMFEPEAMLEYLSQCEPEFVQHSHPRRFCKHRVLFEEVTGTEGIAVDVEAYQGYEAGVSELGGSHWISIAAANVLPKIALYQALRLLKSYQLDTIRCHLDVVDDPGNGSVTMLRMLVNGASSAXXXXXXXXXXSGETADAEVDESWKDRWDEPGAWDPVMKDLRRSKWADERVYELMLERHPGLGLERSEVIVALANMVYGVLHKTNPWAYSKSQMYHWLDNHRYVRHASAAADLFCERFSPDVPMEEERAEARADEIRAMVRRDVEHEMVQGLLLKMVDGVMATYRTNFFMPNRWGLSLRVDPRLLMTESELEEGSTAEVPYGVFFVHGRRFNGFHCRFRDIARGGMRIVTPATSEQVAIEAGRQFDECYGLAYAQQLKNKDIPEGGSKAVLLVDTTKATGRAKDHAVRKGVKAFSDALLDLLVDTEETRRYVKDLWGKQELLYLGPDEQVIPQDINWIIARAAQRQAPFPSAFMSSKPDAGINHKEYGVTSEGVFVFLDEALRDR-GIDPKKGQTFTLKLTGGPDGDVGGNMIKILNREYGDACLIVGVADGTGSAEDPDGLSHTELLRLFDESLPISEYRSNKLGPKGVLHTCKDEEGIRARNTMHNRVQADAFVPAGGRPGTINGSNWRSYLDKDGRPSSSLVVEGANLFTTPEARAALFKEAGVVFVKDSSANKCGVICSSFEIISSMLMTSEEFKESKEGIVLDVLEKLRNAGRREAELLFREHRNHPATPLPAISERISNAINSVTDATLKILDDASAGEAHEEHLRLLLPLFREHLPQKLVDEAFERVPTSLPPQYLRNAMASCLACRVVYKEGINFIDAQPRDRLGELALSYIREETAVKDLAEAVEGSGGNTPMSDEDKKKVANILRSAGVRASLGVY 3974
            +Q++ + +++HEL Q+Q RT E  V WFL  MP  YFRQ  E  R+ H+ AIS++ +  +             D+ ++ +  + D ++V          G +L+L++ LP    S     L RV VF ++DG+L++ +F Y +++  D+          D K   AR                +LEYA ++Q+GE+ D+  +  P  +FE + +++YL QC   ++  S PRRF K R+LFE V+G+EG+AV VE     E    +  G +W+ IA AN LP++AL  + RLL  ++ D IR HLDVV D  NG+VT+LRMLV+   S                DAE +E+++           + ++++RSKW D    +L+  R+P L ++R E+I A  ++++ V+ K NP AYSK+ +   +   RY+ HA++ ADLF +RF+P  P+ ++  EAR++++R  +  DVE      LL KM+D V  T RTN ++PNR+ L LR+DPR++ +E     G   E+PYGV F HGRRFN +H RFRDI+RGGMR+VTP +SEQ+A+E+  Q+DECYGLA+AQQLKNKDIPEGGSKAV L+D    +  AK+  +RK VKAF+D +LDL+V+TE+TR  V DL GK+E+LYLGPDEQV P+DINWI+ RAA R    P+AFMSSKP  GINHKE+GVTSEGV V+LD ALR   GIDP K   FT+K+TGGPDGDV GN +KIL REYG+   IVG+AD +G AEDP+GL H ELL L + S  IS +  +KLG  GV+H    EEG++ARN+MHNR++ADAFVPAGGRP TI+  N++ +L +DG PSS L+VEGANLF T EAR ALF +AGVV VKDSSANK GVI SS+EI ++M++T +EF E+KE IV +VL KLRN  + EA LLFRE  N+  + LP +S+ ISNAIN+ TDA    L+  S     +E   +LLPLFR HLP  L + AF+RV   +P QY++NA+ASCLA ++VYKEG  FI+AQP++ L ++AL YI +E  +  L EA+     N  M + +K  +  +L + G R ++ ++
Sbjct:   81 IQRVTQTAIIHELTQQQSRTIESVVPWFLDTMPGCYFRQVPETFRMDHIKAISAIKDANM-------------DLHMNLQTELPDGRKVLTFLRPGTQPGRLLELVEHLPWNQNSKEYLPLSRVQVFGAQDGSLSLSVFVYGEEKTGDI----------DVKITGAR----------------ILEYAKALQSGEYSDDERNPEPSELFERDKLIDYLKQCSETYITRSDPRRFLKQRLLFEGVSGSEGMAVSVEESIMDE---HDAEGRYWVDIAVANSLPQVALQNSARLLFLHKFDVIRAHLDVVSDGENGNVTLLRMLVSPTDS----------------DAENEETFR----------LLKREIKRSKWLDPTTMDLVFYRYPWLRVQRGEIITAFCSLMHPVMGKENPLAYSKANILEAVTKERYIGHAASIADLFLDRFNPTRPLSDKDLEARSEQLRKTIDSDVEDTNASELLNKMIDIVKHTLRTNIYLPNRYALGLRLDPRIMASE-----GENRELPYGVLFAHGRRFNAYHVRFRDISRGGMRLVTPHSSEQLALESAHQYDECYGLAFAQQLKNKDIPEGGSKAVNLIDAVDMSDVAKNFVMRKSVKAFTDTILDLVVETEDTRENVVDLLGKKEVLYLGPDEQVTPEDINWIVKRAAYRGYDTPNAFMSSKPRGGINHKEFGVTSEGVNVYLDVALRHTLGIDPTK-DPFTIKMTGGPDGDVAGNELKILIREYGENVKIVGIADHSGCAEDPNGLDHDELLALVNTSKTISHFDKSKLGEDGVVHRIDAEEGVKARNSMHNRLKADAFVPAGGRPNTIDAHNYKHFLAEDGSPSSPLIVEGANLFVTAEARQALFDDAGVVIVKDSSANKGGVITSSYEICAAMMLTDKEFFENKEAIVEEVLAKLRNLAKMEATLLFREFENYGGS-LPHVSQVISNAINTATDALTVALESLS-----KEDREVLLPLFRSHLPPTLANMAFDRVHDKVPEQYIKNAVASCLASKMVYKEGTKFIEAQPKENLAKVALKYIEKEKEICALKEAL----SNVDMPESEKNMILELLEAGGARTAMNLF 1090

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BLAST of mRNA_P-littoralis_Contig116.111.1 vs. uniprot
Match: B7FWY4_PHATC (Glutamate dehydrogenase n=2 Tax=Phaeodactylum tricornutum TaxID=2850 RepID=B7FWY4_PHATC)

HSP 1 Score: 882 bits (2279), Expect = 6.760e-293
Identity = 491/1091 (45.00%), Postives = 670/1091 (61.41%), Query Frame = 3

Query:  717 LQKMARQSLLHELWQEQQRTHEKAVDWFLSNMPASYFRQTAEELRLQHLGAISSMLEGGVTGKDGVEQLKPTRDITLHFERYVDDIKEVSFVQSTKGNDGGILKLLDALPRADGS-----LQRVHVFPSRDGNLAIYLFAYVKQEDVFSPAEAIPPADTKAGKARRAAAVATLSKAAPSSELLEYAASVQAGEWVDNAAHAPPGPMFEPEAMLEYLSQCEPEFVQH--SHPRRFCKHRVLFEEVTGTEGIAVDVEAYQGYEAGVSELGGSHWISIAAANVLPKIALYQALRLLKSYQLDTIRCHLDVVDDPGNGSVTMLRMLVNGASSAXXXXXXXXXXSGETADAEVDESWKDRWDEPGAWDPVMKDLRRSKWADERVYELMLERHPGLGLERSEVIVALANMVYGVLHKTNPWAYSKSQMYHWLDNHRYVRHASAAADLFCERFSPDVPMEEERAEARADEIRAMVRRDVEHEMVQGLLLKMVDGVMATYRTNFFMPNRWGLSLRVDPRLLMTESELEEGSTAEVPYGVFFVHGRRFNGFHCRFRDIARGGMRIVTPATSEQVAIEAGRQFDECYGLAYAQQLKNKDIPEGGSKAVLLVDTTKATGRAKDHAVRKGVKAFSDALLDLLVDTEETRRYVKDLWGKQELLYLGPDEQVIPQDINWIIARAAQRQAPFPSAFMSSKPDAGINHKEYGVTSEGVFVFLDEALRDR-GIDPKKGQTFTLKLTGGPDGDVGGNMIKILNREYGDACLIVGVADGTGSAEDPDGLSHTELLRLFDESLPISEYRSNKLGPKGVLHTCKDEEGIRARNTMHNRVQADAFVPAGGRPGTINGSNWRSYLDKDGRPSSSLVVEGANLFTTPEARAALFKEAGVVFVKDSSANKCGVICSSFEIISSMLMTSEEFKESKEGIVLDVLEKLRNAGRREAELLFREHRNHPATPLPAISERISNAINSVTDATLKILDDASAGEAHEEHLRLLLPLFREHLPQKLVDEAFERVPTSLPPQYLRNAMASCLACRVVYKEGINFIDAQPRDRLGELALSYIREETAVKDLAEAVEGSGGNTPMSDEDKKKVANILRSAGVRASL 3965
            +Q++ ++++++EL Q Q RT E+ V WFL NMP SYFRQ  E  R+ H+ AI+++ +  +             D+ L+ + ++ D ++V          G ++K++  LP    +     L R+HVF +RD  +++ +F Y  +          PP                       + +++YA  V  G  VD+     P P+FE  AM+EYL  C   ++    + PRRF   R+LF +V+G+EG AV ++         +E GG +W+ +A AN LP++AL    RLL  +  D  R  LDV+ D  NG++TMLRMLV+  + +                             P   D +  +L+R KW D     L+ E++P + +   E I AL ++++ ++ K N  AYSK+ +Y  L + R++ HA A AD+F +RF+P  P+     + R D I   V  DVE  +   LL KM+D V  T RTN ++ +R+ L+LR+DPR+++       G   E+PYGVFF HGRRFNGFH RFRDI+RGGMR+VTP + EQ A+E+ R +DECYGLA+AQQLKNKDIPEGGSKAV L++T   +   K+  +RK VKAF+D++LDL+V+T+ETR+ + DL+GK+E+LYLGPDEQVIP DINW+I RA  R    P+AFMSSKP AGINHK YGVTSEGV V+LD ALR   GI+PK    FT+K+TGGPDGDV GN +KI+ REYGD   IVG+AD  G AEDP GL H EL RL   ++ I  + ++KL   GVLHTC  E G +ARNTMHNR+  DAFVP GGRPGTI+ +N++ +L  DG PSS L+VEGANLF T EAR ALF EAGVV VKDSSANK GVI SS+EI ++ML T EEF ++K  IV +VL+KLR   + EAELLFRE  N   + LP +S+ ISN+IN+ TDA    LD  S     EE    LLPLFR HLP+ L D +FE V   +P QY++NA++SCLA ++VYKEG  FI +Q  D+L  +AL YI +E  V DL E++  S       + +KKK+  +L   G R +L
Sbjct:   89 VQRVTQKAMVYELCQSQTRTIEEVVPWFLENMPTSYFRQVPERFRMDHIKAIAAVKDANM-------------DLYLNLQSHLPDGRQVLTFIRPGTQSGTLVKMVQELPWRQSAADYVPLSRIHVFSTRDDAMSLNMFVYGTK----------PPGSLVHETG---------------ASIIDYAEQVNDGSIVDDRGELKPSPVFERGAMIEYLQNCSENYINIGVNDPRRFLNQRLLFAQVSGSEGTAVQIDPVD------TENGGHYWVDMAVANSLPQVALEHLSRLLYVHDFDVTRARLDVIPDGKNGNITMLRMLVSPCNKSPVL--------------------------PETLDLLALELKRVKWLDPATITLVFEKYPHMSVAIGETITALCSLMHPIMTKYNAVAYSKANIYETLTSERFIPHAEAIADMFLDRFNPHNPLSNADFDNRCDTILKAVDTDVEDTVATELLEKMIDVVKHTLRTNVYLSDRYALALRLDPRIMVPPG----GENKELPYGVFFTHGRRFNGFHVRFRDISRGGMRLVTPRSPEQFALESARHYDECYGLAFAQQLKNKDIPEGGSKAVCLINTNGMSDSGKNFVMRKSVKAFTDSILDLIVETDETRKNIVDLFGKKEVLYLGPDEQVIPDDINWVIKRAGMRGYQTPAAFMSSKPRAGINHKVYGVTSEGVNVYLDVALRHTLGINPKDAP-FTVKITGGPDGDVAGNEMKIMMREYGDNARIVGIADAFGCAEDPRGLDHGELERLVTGTMSIVHFDASKLSADGVLHTCDTEAGTKARNTMHNRLVTDAFVPCGGRPGTIDSTNYKQFLQTDGSPSSKLIVEGANLFITTEARQALFDEAGVVIVKDSSANKGGVITSSYEICAAMLCTEEEFFDNKTQIVSEVLDKLRGLAKLEAELLFREFENFGGS-LPEVSQIISNSINAATDALSVALDTLS-----EEERESLLPLFRAHLPKTLADLSFEHVHDRVPEQYIKNAISSCLASKIVYKEGTRFISSQKPDKLAAIALKYIHKEKEVADLMESLSSS----EFPENEKKKILYLLERGGARTAL 1094

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BLAST of mRNA_P-littoralis_Contig116.111.1 vs. uniprot
Match: A0A1Z5KJ17_FISSO (Glutamate dehydrogenase n=3 Tax=Fistulifera solaris TaxID=1519565 RepID=A0A1Z5KJ17_FISSO)

HSP 1 Score: 881 bits (2276), Expect = 1.650e-292
Identity = 498/1098 (45.36%), Postives = 700/1098 (63.75%), Query Frame = 3

Query:  717 LQKMARQSLLHELWQEQQRTHEKAVDWFLSNMPASYFRQTAEELRLQHLGAISSMLEGGVTGKDGVEQLKPTRDITLHFERYVDDIKEVSFVQSTKGNDGGILKLLDALP---RADGSLQRVHVFPSRDGNLAIYLFAY----VKQEDVFSPAEAIPPADTKAGKARRAAAVATLSKAAPSSELLEYAASVQAGEWVDNAAHAPPGPMFEPEAMLEYLSQCEPEFVQHS--HPRRFCKHRVLFEEVTGTEGIAVDV--EAYQGYEAGVSELGGSHWISIAAANVLPKIALYQALRLLKSYQLDTIRCHLDVVDDPGNGSVTMLRMLVNGASSAXXXXXXXXXXSGETADAEVDESWKDRWDEPGAWDPVMKDLRRSKWADERVYELMLERHPGLGLERSEVIVALANMVYGVLHKTNPWAYSKSQMYHWLDNHRYVRHASAAADLFCERFSPDVPMEEERAEARADEIRAMVRRDVEHEMVQGLLLKMVDGVMATYRTNFFMPNRWGLSLRVDPRLLMTESELEEGSTAEVPYGVFFVHGRRFNGFHCRFRDIARGGMRIVTPATSEQVAIEAGRQFDECYGLAYAQQLKNKDIPEGGSKAVLLVDTTKATGRAKDHAVRKGVKAFSDALLDLLVDTEETRRYVKDLWGKQELLYLGPDEQVIPQDINWIIARAAQRQAPFPSAFMSSKPDAGINHKEYGVTSEGVFVFLDEALRDR-GIDPKKGQTFTLKLTGGPDGDVGGNMIKILNREYGDACLIVGVADGTGSAEDPDGLSHTELLRLFDESLPISEYRSNKLGPKGVLHTCKDEEGIRARNTMHNRVQADAFVPAGGRPGTINGSNWRSYLDKDGRPSSSLVVEGANLFTTPEARAALFKEAGVVFVKDSSANKCGVICSSFEIISSMLMTSEEFKESKEGIVLDVLEKLRNAGRREAELLFREHRNHPATPLPAISERISNAINSVTDATLKILDDASAGEAHEEHLRLLLPLFREHLPQKLVDEAFERVPTSLPPQYLRNAMASCLACRVVYKEGINFIDAQPRDRLGELALSYIREETAVKDLAEAVEGSGGNTPMSDEDKKKVANILRSAGVRASLGVY 3974
            +Q++ ++++++EL  EQ RT E  V WFL NMPA YF+Q  E  R+ H+ AI+++ +  +             D+ L+ + +  D + V          G +L ++  LP     +  L R+HVF + D  +++ +F Y    V  EDV     A+                        +  +LEYAA+VQ G  VD     P  P+ E E+++EY+  C P +VQ    +P RFC  R+LF EV+GTEG+AV +     Q  E  +   G  +W+ +A AN +P++AL    +LL  ++ D  R  LD+V D  NGSVT+LR L++  S               +AD+  D            W  + ++L+R+KW D    +L+  + P LG+ R EVI A++++++ VL K N  AYSK+ +   +  H+++ HA+  ADLF +RF PD P+ +E   +R D++  ++ ++VE ++   +L KM++ V  T +TN +MPNR+ L LR++P ++      E G+TAE+P+GV FVHGRRFNGFH RFRDI+RGG+R+VTPA +E  A+E+ RQ+DECYGLA+AQQLKNKDIPEGGSKAV L++TT      K   +RK VKAF+D +LDL+V+TEET+++V D  G+ E+LYLGPDEQ+IP DI WI+ RAA+R    P+AFMSSKP AGINHK++GVTSEGV V+LD ALR    IDPKK  +FT+K+TGGPDGDV GN IKIL REYG+   IVG+AD +G AEDPDGL+H ELLRL   +L IS + + KLGP G LHT    EG +ARNTMHNR++ADAF+P GGRP TI+ SN+++++  DGRPS+ L+VEGANLF T +AR +LF++AGVV VKDSSANK GVI SS+EI ++ML++ EEF  +K  IV +VLEKLR   + EAELLFRE+  H  + LP IS+ ISN IN+ TDA    LD  S  EA +E    LLPLF+ HLP+ + D AF+RV   +P QY++NA++S LA ++VYKEG  FI + P+++L  +   Y+ +E  V  L +++E    N  MS++ K+ V  +L   G R +LGVY
Sbjct:   78 VQRVTQKAMIYELIHEQTRTIESVVPWFLENMPAVYFQQVPERYRMDHMKAIAAVKDANM-------------DLYLNLKSHTLDGRTVLTFIRPGTAPGTLLHMVQELPYKYSLEMPLSRLHVFSTVDETMSLNMFVYGHRPVHDEDVDMDLMAL------------------------AEPILEYAANVQQGIVVDE--ELPLSPLLERESLVEYMKMCRPTYVQIGLMNPARFCMQRLLFAEVSGTEGVAVHIGLATDQTPEMHLPTSGPLYWVEMAVANSIPQVALENLCQLLYHHKFDVQRARLDIVPDGENGSVTILRTLISPTSLL-------------SADSTTD------------WQTLAQELKRAKWLDPDTVDLVFGKEPWLGIARGEVITAMSSLMHPVLTKINSMAYSKANIAEVV--HQHIGHAALIADLFLDRFHPDHPLTDESYHSRRDDLTELIAKEVEDQVATSILNKMLEIVDFTLKTNAYMPNRYALGLRLNPSVMH-----EPGNTAELPFGVLFVHGRRFNGFHVRFRDISRGGLRLVTPANTELYALESARQYDECYGLAFAQQLKNKDIPEGGSKAVALINTTGLNDSGKYFVMRKSVKAFTDTILDLIVETEETKQFVVDRLGRPEVLYLGPDEQIIPGDIEWIVRRAAERGYNTPAAFMSSKPRAGINHKQFGVTSEGVNVYLDTALRRVVNIDPKK-DSFTIKMTGGPDGDVAGNEIKILVREYGENVKIVGIADHSGCAEDPDGLNHDELLRLVSSALCISYFDTTKLGPSGKLHTTDTPEGTKARNTMHNRLEADAFLPCGGRPNTIDCSNYKNFIKADGRPSAPLIVEGANLFITKDARKSLFQDAGVVIVKDSSANKGGVITSSYEICAAMLLSEEEFVANKTQIVQEVLEKLRMLAKLEAELLFREYEAHGGS-LPEISQVISNCINAATDALALALDSLS--EADQE---ALLPLFQMHLPKTIADLAFDRVHERVPKQYIKNAISSALAAKMVYKEGTTFIMSLPKEKLATILFHYLEKEKEVAVLLQSLE----NVEMSEDKKQAVIQLLEKGGARTALGVY 1093

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BLAST of mRNA_P-littoralis_Contig116.111.1 vs. uniprot
Match: A0A7S3KZB4_9STRA (Hypothetical protein n=1 Tax=Amphora coffeiformis TaxID=265554 RepID=A0A7S3KZB4_9STRA)

HSP 1 Score: 871 bits (2250), Expect = 7.980e-289
Identity = 486/1097 (44.30%), Postives = 685/1097 (62.44%), Query Frame = 3

Query:  717 LQKMARQSLLHELWQEQQRTHEKAVDWFLSNMPASYFRQTAEELRLQHLGAISSMLEGGVTGKDGVEQLKPTRDITLHFERYVDDIKEVSFVQSTKGNDGGILKLLDALPRADGS------LQRVHVFPSRDGNLAIYLFAYVKQEDVFSPAEAIPPADTKAGKARRAAAVATLSKAAPSSELLEYAASVQAGEWV---DNAAHAPPGPMFEPEAMLEYLSQCEPEFVQH--SHPRRFCKHRVLFEEVTGTEGIAVDVEAYQGYEAGVSELGGSH-WISIAAANVLPKIALYQALRLLKSYQLDTIRCHLDVVDDPGNGSVTMLRMLVNGASSAXXXXXXXXXXSGETADAEVDESWKDRWDEPGAWDPVMKDLRRSKWADERVYELMLERHPGLGLERSEVIVALANMVYGVLHKTNPWAYSKSQMYHWLDNHRYVRHASAAADLFCERFSPDVPMEEERAEARADEIRAMVRRDVEHEMVQGLLLKMVDGVMATYRTNFFMPNRWGLSLRVDPRLLMTESELEEGSTAEVPYGVFFVHGRRFNGFHCRFRDIARGGMRIVTPATSEQVAIEAGRQFDECYGLAYAQQLKNKDIPEGGSKAVLLVDTTKATGRAKDHAVRKGVKAFSDALLDLLVDTEETRRYVKDLWGKQELLYLGPDEQVIPQDINWIIARAAQRQAPFPSAFMSSKPDAGINHKEYGVTSEGVFVFLDEALRD-RGIDPKKGQTFTLKLTGGPDGDVGGNMIKILNREYGDACLIVGVADGTGSAEDPDGLSHTELLRLFDESLPISEYRSNKLGPKGVLHTCKDEEGIRARNTMHNRVQADAFVPAGGRPGTINGSNWRSYLDKDGRPSSSLVVEGANLFTTPEARAALFKEAGVVFVKDSSANKCGVICSSFEIISSMLMTSEEFKESKEGIVLDVLEKLRNAGRREAELLFREHRNHPATPLPAISERISNAINSVTDATLKILDDASAGEAHEEHLRLLLPLFREHLPQKLVDEAFERVPTSLPPQYLRNAMASCLACRVVYKEGINFIDAQPRDRLGELALSYIREETAVKDLAEAVEGSGGNTPMSDEDKKKVANILRSAGVRASLG 3968
            +Q + +++L++E+ Q+Q RT E+ V WFL NMP SYFRQ  E  R+ H+ AIS++ +  +             D+ L+ + ++ D ++V          G +LK++  LP  D        L R+HVF + D  +++ +F Y  +E                      A  + +S+    S +L+YA+ VQ GE     D  +H  P P+FE + ++EY+ +C   ++    ++PRRF +   +F EV+G+EG A+ +E           +  +H W+ +A AN  P++AL    RLL  +  D  R  LDVV D  NG++TMLRMLV                   T  ++V             +D + ++++R KW D    +L+ +R+P LG+ R E+I AL N+++ +L+K +   Y+K+ ++  +   R++ H++A A LF +RF+P  P  +   + R + +R  ++ +VE  +    LLKM+D V  T +TN ++PNR+ LS+R+DP ++  +    EG   E+P+GVFFVHGRRFN FH RFRDI+RGGMRIV+P + EQ A+E+ R +DECYGLA+AQQLKNKDIPEGGSKAV LVD    T   K+  +RK VKAF+D++LDL+V TEETR  V D + K E+LYLGPDEQ+IP+DINWI+ RA +R  P P+AFMSSKP AGINHKEYGVTSEGV VFLD  LR   GIDP   ++FT+K+TGGPDGDV GN IKIL REYG+   IVG+AD +G AEDPDGL H ELLRL  +S  ISE+   KLGP GVLHTC   EG +ARN+MHNRV +DAFVP GGRP TI+  N++++   DG PSS L+VEGAN+F T EAR AL  E GV+ +KDSSANK GVI SS+EI ++ML++ +EF ++K+ IV +VLEKLR   + EA LL RE+     T LP  S+ ISN IN  TDA    L+        +E   LLLPLFR HLP+ L D +F++V + +P  Y++NA+ASCLA ++VYKEG  FID+ P   L ++AL YI++E  +  L + +EG      M++E+K+K+  +L + G R +LG
Sbjct:   70 IQNVTQKALIYEMTQQQSRTIEQVVPWFLENMPESYFRQIPENFRMSHVKAISAVKDADM-------------DLHLNLQAHMPDGRKVLTFIRPGTQAGTLLKMIMELPYKDNDGDDYMPLTRLHVFSTEDETMSLNMFVYGLRE----------------------ATASDVSEDVYES-ILDYASMVQRGEVTQTPDGLSHPSPSPLFEHDRLVEYIKKCSQNYINFGLTNPRRFLQQMEMFNEVSGSEGTAIHIEP--------DSVEPNHFWVDVAVANSYPRVALEHLCRLLFLHDFDVARARLDVVPDGDNGNITMLRMLVTPIGD-------------NTGSSDV-------------FDVLTREIKRCKWLDPLTMDLVFDRYPWLGVTRGEIITALCNLMHPILYKEHSVIYTKANIFEAITKERFIDHSAAIASLFLDRFNPRKPFTDFHFDERVNVLRDNIQAEVEDSLAVACLLKMIDIVKHTLKTNVYLPNRYALSMRLDPTIMPAD----EGK--EIPFGVFFVHGRRFNAFHTRFRDISRGGMRIVSPRSPEQQAVESARHYDECYGLAFAQQLKNKDIPEGGSKAVNLVDVNGMTDHNKNFVMRKSVKAFTDSILDLIVQTEETRNNVVDYYNKPEVLYLGPDEQIIPEDINWIVKRAEERGYPTPAAFMSSKPRAGINHKEYGVTSEGVNVFLDVGLRRVLGIDPTA-ESFTIKITGGPDGDVAGNEIKILVREYGENAKIVGLADASGCAEDPDGLDHEELLRLVRQSKSISEFNMEKLGPNGVLHTCDTTEGTKARNSMHNRVVSDAFVPCGGRPNTIDMVNYKNFFLADGTPSSKLIVEGANIFITSEARKALHDEGGVMIIKDSSANKGGVITSSYEICAAMLLSEDEFFKNKKQIVEEVLEKLRTLAKLEATLLLREYETFGGT-LPETSQIISNCINRTTDALGVALETLP-----KEDRELLLPLFRAHLPKTLADLSFDQVHSKVPEAYIKNAIASCLASKLVYKEGTKFIDSLPPKDLAKIALKYIKKENEIMALIQKLEGEN----MTEEEKEKIIALLEAGGARTALG 1079

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BLAST of mRNA_P-littoralis_Contig116.111.1 vs. uniprot
Match: A0A448YVB4_9STRA (ELFV_dehydrog domain-containing protein n=1 Tax=Pseudo-nitzschia multistriata TaxID=183589 RepID=A0A448YVB4_9STRA)

HSP 1 Score: 856 bits (2212), Expect = 8.670e-282
Identity = 495/1098 (45.08%), Postives = 686/1098 (62.48%), Query Frame = 3

Query:  717 LQKMARQSLLHELWQEQQRTHEKAVDWFLSNMPASYFRQTAEELRLQHLGAISSMLEGGVTGKDGVEQLKPTRDITLHFERYVDDIKEV-SFVQSTKGNDGGILKLLDALPRADG---SLQRVHVFPSRDGNLAIYLFAYVKQEDVFSPAEAIPPADTKAGKARRAAAVATLSKAAPSSELLEYAASVQAGEWVDNAAHAPPG-PMFEPEAMLEYLSQCEPEFVQ--HSHPRRFCKHRVLFEEVTGTEGIAVDVEAYQGYEAGVSELGGSHWISIAAANVLPKIALYQALRLLKSYQLDTIRCHLDVVDDPGNGSVTMLRMLVNGASSAXXXXXXXXXXSGETADAEVDESWKDRWDEPGAWDPVMKDLRRSKWADERVYELMLERHPGLGLERSEVIVALANMVYGVLHKTNP----WAYSKSQMYHWLDNHRYVRHASAAADLFCERFSPDVPMEEERA-EARADEIRAMVRRDVEHEMVQGLLLKMVDGVMATYRTNFFMPNRWGLSLRVDPRLLMTESELEEGSTAEVPYGVFFVHGRRFNGFHCRFRDIARGGMRIVTPATSEQVAIEAGRQFDECYGLAYAQQLKNKDIPEGGSKAVLLVDTTKATGRAKDHAVRKGVKAFSDALLDLLVDTEETRRYVKDLWGKQELLYLGPDEQVIPQDINWIIARAAQRQAPFPSAFMSSKPDAGINHKEYGVTSEGVFVFLDEAL-RDRGIDPKKGQTFTLKLTGGPDGDVGGNMIKILNREYGDACLIVGVADGTGSAEDPDGLSHTELLRLFDESLPISEYRSNKLGPKGVLHTCKDEEGIRARNTMHNRVQADAFVPAGGRPGTINGSNWRSYLDKDGRPSSSLVVEGANLFTTPEARAALFKEAGVVFVKDSSANKCGVICSSFEIISSMLMTSEEFKESKEGIVLDVLEKLRNAGRREAELLFREHRNHPATPLPAISERISNAINSVTDATLKILDDASAGEAHEEHLRLLLPLFREHLPQKLVDEAFERVPTSLPPQYLRNAMASCLACRVVYKEGINFIDAQPRDRLGELALSYIREETAVKDLAEAVEGSGGNTPMSDEDKKKVANILRSAGVRASLGV 3971
            +Q++  Q+L++EL +    T E+ V WFL  MP SYFRQ    LR  H+ A++++++  +             D+ L+ +    D + V +FV+ T    G +L +++ LPR D    SL R+HVF + D + ++ +F   +     +P    P      G  R A              +L++AA V+ G  ++      P  P FEP+ +  YL  C   +++    HP RF K R+LF  V+GTEG    +E      + + +    +W+ +A AN LP++AL Q  RLL     D  R  LDV+ D  NGSVTMLR+L++               + ++ D   D     R D    ++ +  +L+RSKW D+   +L+ E  P LG+ R E++ A+ ++++ +L  +        YSK  +   + + R++ +A+  ADLF +RF P  P+ +E   +   D IR  +  DV+   V+ LL KM + V  T +TN +M +R+ LS+R+DP ++   S   E ST  +PYGV F+HGRRFNG+H RFRDI+RGG+R+V PA+SEQ+A+E+ RQ+DECYGLA+AQQLKNKDIPEGGSKAV L+DT       +D+ +RK VKA +D++LDL+VDTEETR  + D +GK+E+LYLGPDE V P+DINWII RA +R    P+AFMSSKP AGINHKEYGVTSEGV VFLD AL R  GIDP+K ++FT+K+TGGPDGDVGGN I IL REYGD   IVG+AD +G AEDPDGL+H ELLRLF + L I  + +++LGP GVLHTC  EEG +ARNTMHNR+ ADAFVP GGRP TI+ +N++ +L  DG PSS L+VEGANLF   EAR  L+++AGV+ VKDSSANK GVI SS+EI ++ML + +EF E+KE IV +VL KLR   + EAELLFRE   +  + LP +S+ ISNAINS TDA    LD  S  +  +     L+PLFR HLP+ L D  F++V   +P QY++NA+AS LA ++VYKEG  FI+A P+ RL E AL YI++E  V  L E +E     T MS E+  K+  +L + G R +L +
Sbjct:  134 VQRVTSQALIYELTRTTTNTIERVVPWFLKTMPESYFRQIPPYLRRDHVKALAAVVDADM-------------DLYLNLKSKTTDGRTVYTFVRPTT-EPGTLLGMVEELPRCDPDAPSLTRLHVFSAADDSFSLNMFIMGETTAKTNPPGGQPQPQAP-GPHRTA--------------ILDFAARVREGLCLEEHPDLDPSEPSFEPKNLEAYLDGCRDNYLRIISEHPERFLKQRLLFGSVSGTEGCEARIEPAVHESSPLGKESKQYWLDVAMANWLPRVALEQTCRLLYVQGFDVGRARLDVIPDGENGSVTMLRLLIHPVGE--------YQETSDSGDGNGDSGDGTRTDHAARFERLRYNLKRSKWLDDTTQKLVFEDEPWLGVRRGEILTAMCHLLHPMLSGSGDPDHGSFYSKHNILQTVTDRRFIGYAAKIADLFLQRFDPKDPLSDEALFQNSLDGIRTDIASDVQETYVKELLTKMTEIVEKTLKTNIYMKDRYALSMRLDPSIMGVGSV--EDST--LPYGVLFIHGRRFNGYHTRFRDISRGGLRLVAPASSEQLALESARQYDECYGLAFAQQLKNKDIPEGGSKAVCLIDTNDILNGTRDYVLRKSVKAMADSILDLVVDTEETRENIVDYFGKREVLYLGPDENVTPEDINWIIQRAGRRGYDTPAAFMSSKPRAGINHKEYGVTSEGVNVFLDVALQRALGIDPRK-ESFTVKMTGGPDGDVGGNEINILIREYGDNVKIVGIADHSGCAEDPDGLNHEELLRLFRQELSIGSFDASRLGPGGVLHTCDTEEGTKARNTMHNRLVADAFVPCGGRPNTIDTNNYKQFLLGDGTPSSRLIVEGANLFVNSEARQKLYEDAGVMIVKDSSANKGGVITSSYEICAAMLASEDEFFENKEAIVAEVLAKLRGYAKMEAELLFREAEIYGES-LPEVSQIISNAINSATDALSGALDSLSPEDQEQ-----LVPLFRGHLPETLADLGFDKVHEKVPSQYIKNAIASTLASKMVYKEGTRFINALPQARLAETALRYIQQEKEVLKLIETLE----KTEMSAEEXNKILXLLDAGGARTALSL 1179

[Close]

BLAST of mRNA_P-littoralis_Contig116.111.1 vs. uniprot
Match: A0A7S4IDD4_9STRA (Glutamate dehydrogenase n=1 Tax=Odontella aurita TaxID=265563 RepID=A0A7S4IDD4_9STRA)

HSP 1 Score: 843 bits (2179), Expect = 3.930e-280
Identity = 478/1021 (46.82%), Postives = 643/1021 (62.98%), Query Frame = 3

Query:  936 DITLHFERYVDDIKEVSFVQSTKGNDGGILKLLDALPRADGS-----LQRVHVFPSRDGNLAIYLFAYVKQEDVFSPAEAIPPADTKAGKARRAAAVATLSKAAPSSELLEYAASVQAGEWVDNAAHAPPGPMFEPEAMLEYLSQCEPEFVQHSHPRRFCKHRVLFEEVTGTEGIAVDVEAYQGYEAGVSELGGSHWISIAAANVLPKIALYQALRLLKSYQLDTIRCHLDVVDDPGNGSVTMLRMLVNGASSAXXXXXXXXXXSGETADAEV-DESWKDRWDEPGAWDPVMKDLRRSKWADERVYELMLERHPGLGLERSEVIVALANMVYGVLHKTNPWAYSKSQMYHWLDNHRYVRHASAAADLFCERFSPDVPMEEERAEARADEIRAMVRRDVEHEMVQGLLLKMVDGVMATYRTNFFMPNRWGLSLRVDPRLLMTESELEEGSTAEVPYGVFFVHGRRFNGFHCRFRDIARGGMRIVTPATSEQVAIEAGRQFDECYGLAYAQQLKNKDIPEGGSKAVLLVDTTKATGRAKDHAVRKGVKAFSDALLDLLVDTEETRRYVKDLWGKQELLYLGPDEQVIPQDINWIIARAAQRQAPFPSAFMSSKPDAGINHKEYGVTSEGVFVFLDEALR-DRGIDPKKGQTFTLKLTGGPDGDVGGNMIKILNREYGDACLIVGVADGTGSAEDPDGLSHTELLRLFDESLPISEYRSNKLGPKGVLHTCKDEEGIRARNTMHNRVQADAFVPAGGRPGTINGSNWRSYLDKDG-RPSSSLVVEGANLFTTPEARAALFKEAGVVFVKDSSANKCGVICSSFEIISSMLMTSEEFKESKEGIVLDVLEKLRNAGRREAELLFREHRNHPATPLPAISERISNAINSVTDATLKILDDASAGEAHEEHLRLLLPLFREHLPQKLVDEAFERVPTSLPPQYLRNAMASCLACRVVYKEGINFIDAQPRDRLGELALSYIREETAVKDLAEAVEGSGGNTPMSDEDKKKVANILRSAGVRASLGVY 3974
            D+ L+ + ++ D ++V          G +LK++  LP    S     L RV VF + D ++++ LF Y +        E   P D     AR                +LE+A  VQ+G ++ +     P  MFE   ++++LS C   ++  S PRRF   R L++ V+GTEG AV VE     E+ +    G  W+ +A AN LP++AL     LL  +  D  R HLDVV D  NG VT+LR+LV                   TA+    DES          +  + ++L+RSKW D +  EL+ ER+P LG+ R EV+ A   +++ V+ K N  AYSK  ++  +   RY+   +A ADLF +RF P  P+ +   E RA E+ A V  DVE  +   LL KM+D V  T +TN +M +R+ L LR++P ++ T+ +       EVPYGV F HGRRFN FH RFRDIARGGMR+VTP + EQ A+E+  Q+DECYGLAYAQQLKNKDIPEGGSKAV L++    +   K+  +RK VKAF+D +LDL+VDTEETR  + D +G +E+LYLGPDEQVIP+DI W+I RA +R    P+AFMSSKP AGINHKEYGVTSEGV V+LD ALR   GIDP +  +FT+KLTGGPDGDV GN +KIL REYGD   +VG+AD +G AEDPDGL H ELLRL + +L IS + S+KLG  GV+H   +++GI+ARN+MHNR++ADAFVPAGGRP TI+  N+R +L  DG  PS+ L+VEGANLF T EAR  L++EAGV  VKDSSANK GVI SS+EI ++ML++ EEF E+KE IV +VL KLR   + EAELLFRE  N+  + LPA+S+ IS  IN+ TDA    LD     E  +E    LLPLFR HLP+ + D AF+RV   +P QY++NAMASCLA ++VYKEG  FI++QP++ L  +AL YI +E  V  L EA+     +  M +++K+++  +L + G R +L ++
Sbjct:    6 DLYLNLQSHLPDGRQVLTFIRPGTEPGTLLKMIKELPWNQNSEQYLPLSRVQVFSAEDESMSLNLFVYGE--------EPYEPFDIGIAGAR----------------ILEFAEQVQSGHFLADERVPKPSKMFERGPLMDFLSNCSETYLTRSDPRRFLWQRGLYDTVSGTEGTAVMVE-----ESQMQHTLGKVWVDVAVANSLPQVALEHTSHLLFLHNFDVERAHLDVVSDGDNGHVTLLRLLV-----------------APTAERPAPDES---------VYKILRRELKRSKWLDPQTMELVFERYPWLGVRRGEVVTAFCALLHPVMAKQNALAYSKGNIFDTVTTERYMTLTAAVADLFLDRFDPSNPLSDFELENRASELHAKVENDVEDTVASELLYKMIDVVKHTLKTNVYMNDRYSLGLRLNPAIMHTDDD------REVPYGVLFAHGRRFNAFHVRFRDIARGGMRLVTPQSPEQHALESAHQYDECYGLAYAQQLKNKDIPEGGSKAVNLININGLSPAGKNFVMRKSVKAFTDTILDLVVDTEETREKIVDFYGTKEVLYLGPDEQVIPEDIEWVIKRAGKRGYDTPAAFMSSKPRAGINHKEYGVTSEGVNVYLDVALRRGLGIDPTQ-DSFTIKLTGGPDGDVAGNELKILMREYGDNVKVVGIADHSGCAEDPDGLDHMELLRLVNANLCISNFDSSKLGMDGVVHLADNDDGIKARNSMHNRLEADAFVPAGGRPNTIDVHNYRHFLKDDGVTPSAPLIVEGANLFVTSEAREKLYEEAGVKIVKDSSANKAGVITSSYEICAAMLLSEEEFTENKEIIVGEVLAKLRELAKMEAELLFREAENYKES-LPAVSQIISGTINAATDALAVALD-----ELVDEDRESLLPLFRAHLPKTMADMAFDRVHERVPEQYIKNAMASCLASKMVYKEGTKFIESQPQENLAGVALKYIEKEKEVAALKEAL----ADVDMPEDEKERIVKLLDAGGARTALNIF 954

The following BLAST results are available for this feature:

BLAST of mRNA_P-littoralis_Contig116.111.1 vs. uniprot

BLAST of mRNA_P-littoralis_Contig116.111.1 vs. uniprot
Analysis Date: 2022-09-19 (Diamond blastx: OGS1.0 vs UniRef90)
Total hits: 25


Match Name	E-value	Identity	Description
D8LF79_ECTSI	0.000e+0	83.30	Glutamate dehydrogenase n=1 Tax=Ectocarpus silicul...	[more]
A0A6H5LPU5_9PHAE	0.000e+0	81.20	Glutamate dehydrogenase n=1 Tax=Ectocarpus sp. CCA...	[more]
A0A835ZIZ6_9STRA	0.000e+0	51.82	Glutamate dehydrogenase n=1 Tax=Tribonema minus Ta...	[more]
A0A4D9D9C7_9STRA	9.070e-312	48.57	ELFV_dehydrog domain-containing protein n=2 Tax=Mo...	[more]
A0A7S2MHL5_9STRA	1.240e-309	46.53	Hypothetical protein n=2 Tax=Helicotheca tamesis T...	[more]
B7FWY4_PHATC	6.760e-293	45.00	Glutamate dehydrogenase n=2 Tax=Phaeodactylum tric...	[more]
A0A1Z5KJ17_FISSO	1.650e-292	45.36	Glutamate dehydrogenase n=3 Tax=Fistulifera solari...	[more]
A0A7S3KZB4_9STRA	7.980e-289	44.30	Hypothetical protein n=1 Tax=Amphora coffeiformis ...	[more]
A0A448YVB4_9STRA	8.670e-282	45.08	ELFV_dehydrog domain-containing protein n=1 Tax=Ps...	[more]
A0A7S4IDD4_9STRA	3.930e-280	46.82	Glutamate dehydrogenase n=1 Tax=Odontella aurita T...	[more]

Pages

Alignments

The following features are aligned


Aligned Feature	Feature Type	Alignment Location
P-littoralis_Contig116	contig	P-littoralis_Contig116:396238..431392 +

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.D8LF79
PFAMs	Bac_GDH,ELFV_dehydrog
Model size	5644
Max annot lvl	2759\|Eukaryota
KEGG rclass	RC00006,RC02799
KEGG ko	ko:K15371
KEGG Reaction	R00243
KEGG Pathway	ko00220,ko00250,ko00430,ko00910,ko01100,map00220,map00250,map00430,map00910,map01100
Hectar predicted targeting category	mitochondrion
Exons	23
Evalue	0.0
EggNOG OGs	COG0334@1\|root,KOG2250@2759\|Eukaryota
EC	1.4.1.2
Description	glutamate dehydrogenase [NAD(P) ] activity
Cds size	3744
COG category	E
BRITE	ko00000,ko00001,ko01000

Relationships

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


Feature Name	Unique Name	Species	Type	Position
mRNA_P-littoralis_Contig116.111.1	prot_P-littoralis_Contig116.111.1	Pylaiella littoralis U1_48	polypeptide	P-littoralis_Contig116 396800..429725 +

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


Feature Name	Unique Name	Species	Type	Position
1680789481.3891728-UTR-P-littoralis_Contig116:396237..396424	1680789481.3891728-UTR-P-littoralis_Contig116:396237..396424	Pylaiella littoralis U1_48	UTR	P-littoralis_Contig116 396238..396424 +
1680789481.4014666-UTR-P-littoralis_Contig116:396753..396799	1680789481.4014666-UTR-P-littoralis_Contig116:396753..396799	Pylaiella littoralis U1_48	UTR	P-littoralis_Contig116 396754..396799 +
1680789481.6316051-UTR-P-littoralis_Contig116:429725..431392	1680789481.6316051-UTR-P-littoralis_Contig116:429725..431392	Pylaiella littoralis U1_48	UTR	P-littoralis_Contig116 429726..431392 +

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_Contig116:396238..431392+
coding sequence from alignment at P-littoralis_Contig116:396238..431392+

protein sequence of mRNA_P-littoralis_Contig116.111.1

>prot_P-littoralis_Contig116.111.1 ID=prot_P-littoralis_Contig116.111.1|Name=mRNA_P-littoralis_Contig116.111.1|organism=Pylaiella littoralis U1_48|type=polypeptide|length=1248bp
MLRKIALSPRLGLGTLESSSVQLSRRGGGGGGVRAIGSTTVRQQREQRGG
GGKADAASSGHERAPRERISPVADNGGGQPGLTATVWPAHISENAAFSSS
SARTVSRGTTFNVGQGAAGSGGGGGGGGAWDGAGALLSSTFSFSSSPAPA
QWAHIQGNEKKLQKMARQSLLHELWQEQQRTHEKAVDWFLSNMPASYFRQ
TAEELRLQHLGAISSMLEGGVTGKDGVEQLKPTRDITLHFERYVDDIKEV
SFVQSTKGNDGGILKLLDALPRADGSLQRVHVFPSRDGNLAIYLFAYVKQ
EDVFSPAEAIPPADTKAGKARRAAAVATLSKAAPSSELLEYAASVQAGEW
VDNAAHAPPGPMFEPEAMLEYLSQCEPEFVQHSHPRRFCKHRVLFEEVTG
TEGIAVDVEAYQGYEAGVSELGGSHWISIAAANVLPKIALYQALRLLKSY
QLDTIRCHLDVVDDPGNGSVTMLRMLVNGASSAAEAAEAAAAASGETADA
EVDESWKDRWDEPGAWDPVMKDLRRSKWADERVYELMLERHPGLGLERSE
VIVALANMVYGVLHKTNPWAYSKSQMYHWLDNHRYVRHASAAADLFCERF
SPDVPMEEERAEARADEIRAMVRRDVEHEMVQGLLLKMVDGVMATYRTNF
FMPNRWGLSLRVDPRLLMTESELEEGSTAEVPYGVFFVHGRRFNGFHCRF
RDIARGGMRIVTPATSEQVAIEAGRQFDECYGLAYAQQLKNKDIPEGGSK
AVLLVDTTKATGRAKDHAVRKGVKAFSDALLDLLVDTEETRRYVKDLWGK
QELLYLGPDEQVIPQDINWIIARAAQRQAPFPSAFMSSKPDAGINHKEYG
VTSEGVFVFLDEALRDRGIDPKKGQTFTLKLTGGPDGDVGGNMIKILNRE
YGDACLIVGVADGTGSAEDPDGLSHTELLRLFDESLPISEYRSNKLGPKG
VLHTCKDEEGIRARNTMHNRVQADAFVPAGGRPGTINGSNWRSYLDKDGR
PSSSLVVEGANLFTTPEARAALFKEAGVVFVKDSSANKCGVICSSFEIIS
SMLMTSEEFKESKEGIVLDVLEKLRNAGRREAELLFREHRNHPATPLPAI
SERISNAINSVTDATLKILDDASAGEAHEEHLRLLLPLFREHLPQKLVDE
AFERVPTSLPPQYLRNAMASCLACRVVYKEGINFIDAQPRDRLGELALSY
IREETAVKDLAEAVEGSGGNTPMSDEDKKKVANILRSAGVRASLGVY*

mRNA from alignment at P-littoralis_Contig116:396238..431392+

Legend: UTRpolypeptideCDS

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

>mRNA_P-littoralis_Contig116.111.1 ID=mRNA_P-littoralis_Contig116.111.1|Name=mRNA_P-littoralis_Contig116.111.1|organism=Pylaiella littoralis U1_48|type=mRNA|length=35155bp|location=Sequence derived from alignment at P-littoralis_Contig116:396238..431392+ (Pylaiella littoralis U1_48)
ACAGCATACACCAGCAGACGAAAACATCAACGAATCAAGAATCTAAGAGA
CATCAAGACTCAAAAGGCAGAGAGCTATCACACCGCTTTACACCACAGAG
GTAACTAGCTGGAGCCTCCAATCCTCAACTCTACTCAACTCAGGCGTTTC
TTCTGCGTGACAGTACTACACCAGGCCACAGGTTGAGGTGAGAGGCTTTG
TTTTTGCGCTGTGTCGCTGCTTGTTTGGTGGCTGCTGGCCAGGTCGGTGC
AACTTGTTCCTCAACAGCACCGGTTGAACCGACTCTCTTCTCTTTTGTGC
GGACCTACCCGTCTTTTGCATGCTCCAGTAATATGCGTTTCACCGACCAG
CGACACAGCCACAGGAAAGCGTAACACTTTGCCTGGCTGCTAGAGCTGAT
TCCGTGCACACGCGCACAACACGCACACACACACTCACACGCACGCGCGC
TCCCACAAACACCCAACAAGCACGCGCACACTCGTCGACTCTCCATTGCA
AACCGTTTTTCGACAGGAACGCGGTTGGGTTTGTCAGTCGATAAACGTCC
TGGCCCCTCACCATGCTCCGCAAGATCGCTCTGAGCCCGCGCCTCGGTTT
GGGTACGCTGGAGTCGTCCTCGGTACAGCTCAGCCGTCGAGGAGGAGGAG
GAGGAGGAGTCAGAGCGATTGGCAGTACTACCGTCCGTCAGCAGCGGGAA
CAGCGGGGTGGCGGCGGGAAGGCAGATGCTGCTTCATCTGGGCATGAACG
TGCCCCGCGAGAGGTCAGTGAGTCTCTCTGTCGCTTCTTGTCGGGCAAGG
ATAGGGACGCATGTATGTACAGTACAAACTACAGGCGGCGAGTATTTGAT
GTGCTGTACTGCAGTGAAAATGTTCACGTATATTATATGGGTCGAGCGTT
TTGGTATTTGTTGCTGATGTACTTGCTGTCGGCGTTTTATCACGACTTTA
TTTACCTTTATATTCACTTAAACTTTACGGACGGCAGTACATCGCACAAC
ATTTTGTGTGATAGAGGAGCTGCTGTCTGTGCACAGCAGTGTCGTATTAT
TGATTCCGATCATCACGATCACGATTTTTTTGGTGGGCGACTTCACCGCC
GTCGCGACTGGAAAGTAGGTTTGGTGTATTATATGATACTGGTATGTTGT
TGTTGTTGTTGTTGATTCTCACATTAGCTCACTACCGCCGCAGTCTAGCC
CGTGGTCACAAACCAGGCACATATCGTGCTAGGAGGAAAAAAAATAAAAA
AATAAAATATATGGACTATGATCACCCACAGTCAGATCAGACGTGGTACC
GTTGGGGTACCATCTGTGGTGGCCAGGATACCAAACAAATACAGAAAAAA
TAATAACAGGCTCGAAAGAAAAACAAAAATTGGAAACAGTCCGACAAACA
AAAAATAACCAAGACAAACCTCAACCATAACCATATACTTCGAAGTACTT
CGTGCATCGAACCAGGGCCCAGGGCCATGACAGACCAAAGCAGACGCAAA
CCAGGGCGATGGCCCAGTAACTACATGATCAACAGACGAAAGACAAAAAT
AAAATAAAAAAGGAGATACAGGAGGGCACAAAGACTGAGGGAGTGCATTC
GTACACAAACATAACAAACAGGCCGCCGCCAAACAAAGAGGAAGCAGGGG
AACGAAAAGGGAAAAGAAGATCGGAAGTACCGGAAGTCGGGGGAGGGGGG
AGGAGGGGAGGTGATAAAAATAAAATAAAAGGCATGCAATCAATCGCAAA
CATGTCTTGCCACGAGGTCTGCCTGTTCACGCTTGCTCTCCTCAGTCGCA
CTCATGCCTTCTGCTACTGGCACCACTGTACCCAGTTGTTTCTGCCCCAC
ATCTTTGGCAGCAGCTACACCACCACTCCGCCCTACAGGTTTTCCACTCC
GGCCACCCCGTAGCTTGGCATTGGACTGCTTCTTCTTGTGCTGTGCAACT
CCAACCCCACTACCCCGCTGCCCTTGTGCCCCCCCGTACTCCTCCTCTCG
TTTACCCCCGCCATCCGTTCTCCCTCTTTTAGTCAAGGCCTGCCTCTCAG
CCGCGTCCCTCTCTCTTTTCCGTCGACGTGTCTCTGATAGGTCTCCCTCT
TTCTTGAGCCACTCGTCCGTGAACCGCCGCGCACCCTCGTCGACCCTGTC
GTACCACTCGTCAGCTCTCTTGGCACTTGCCTCCCACCCCTCCTTTTTGT
CGACCACGATGTCGAACGCTTCGAGGTCCTCCCGCATTCGCCTCAGCCAG
TCAAACTCTTGCCCCCCCAGATACCTTGCTCCCCCTGCAATTCTCCCAAG
AGAGCAATTTTCGGGAGTCTCTCGTCTCTCATGCGCGCAACGAATCCTGC
GAAGCACAGTCGCCGCTTGCGCAGTGTGGCCTCAACGCTCTCGTTGCAAC
CCGCGGTGATCAGGGCTTTGGCGTAGGAGAGGGGTCGGTCTGTTCTCTCC
CTCTTTTTCCATCCGATGCAGCGAAGGAGGAAGAAGTGGTGGGCTGACCG
AAGCTTGCGGTACTCCGCTGGCTTCAGATTCCATGTGACACACCCGTAGA
GTAGGGTCTCCACGACTTCAGCTTGGAGGAGTCGTACTTTTAGTCGAAGA
GGGCCCCCGGGCGGTCGTACATTGCCTGGCTGTTGCGCCGGAAGCAGGCG
TGCGCTCGCTGCACTCGGTGGTTAATCTCGCCCTCAATGCTGCCGTCCTC
ACAAATCTTACCCCCGAGGTAGACAAAGTCTTTCTTCTGCTTGAAGACCA
TCCCGGCAGCGTCGATCGTGAACGAGCACGCCTCCATCCCTTTCGCGAGC
ATACACATGGTCTCCGTCTTGGGTTCTGACACCAACAGCCCAAACCGCCC
GGCCACACGTACGATGATCGACATCATCTTCTCAAGGCTCCCAGGTGATT
GAGATACAATACAGGCGTCGTCGGCGTAGAGCATACTCCAGATGGACTTC
ACTGCCTCCACCAGTCGGGCGTTCCTCCCCTTCCCCTTCGTCACCTTCCT
CTTGACCTTGGCCATGTCCGCCATCACCTCCGCATCCTTGCTGATCTCGG
CAAAGGCCACCATGAGCATCGCAGCAAAGAAAAGGTTGAACAGCAGGGGT
GCCAGATTGCATCCCTGTCGGAGTCCCTGCCCCACATCAAACCAGTCGGA
GCACCTCCCGTCGTCCATCCGTACGCATGCTCTCATTCCGTCGTGGAATT
GGCGAATGACCGCAAGCATCTTGGGGGCACTCCGAGCCGCTTGAGCACCG
ACCACAGTAGTTCCCGGTCTACGGAGTCGTAGGCTTTCGTGAGGTCAATG
AAGCAGGCGTAGAGTGGGGTTGACTTCTTCCGTGCAAGCTCGTGTAGGCG
TCGAACCACGAACATCATGTCAACCGTTGAGCGGTTTGGTCGGAATCCGC
TCTGTTCCTCCGGCAGGATGCCCTCTCTTTCGCAGTAATCGCTTAGCCGG
GTGGCGACCAGCTTCAAGAGTACCTTACCAGCGTGGGCCACAAGGGAGAT
GCCTCGGTAATTGCCGCATTCCGTCTTGTCCTTCTTCTTGTGCAGCACCT
TGATCGAAGCATCTTTCCACTGCTGTGGCACCCTTCCCGATTGCCAGATG
TTGATGATGATACTGTAGAACTGCCGTAGGAGGGCTTGGTCTCCGTCAAG
GAAGAGCTTGATAAGCTCCGCCGGTAGTTCGTCCGGGCCCACAGCTTTCC
TGTTGGCCATTCCCCGGATTGCTTCCTCAACCTCAAACAGCGAAGGGACG
TCATCAAGCGGTACGCACTGAGGCCAGGGCTCGATCTTGTCCACCACTCT
CGGATCCAGGGTCGGTGACTTGGTGTTGAGAAGAGCATGGAACCACCTGG
CCCACCGCTCGAGGATAAGTGCGGGGTCCCGAAGAAGATTTCCATCCTCG
TCCTTGATGTTCTGTGAGGTGAAGGCCCTCTTCCCTCCACATCCAATCCC
TTCATGTGCTTGTAGAAACCGGCCTGGTCCCCTTCGCGGCTTTTCTTCTC
GAGCTGACTCACAAATCCATCGAAGAACTCATTCACAGCACTGGCTCTAA
GTCGATCAAGGTGCTTCCCGGCCGCCTTGAGGTTGCTCCTGAGGGTGGGA
TCTTTCGGCGCACCGCGGAGCTGCTTCCGGGCGTCCTCCCTTTTAAGCCA
TGCCACGTGGATCTCCTGCTGCACTTCCTCACTGGCGCACCAGCCACTTG
GCAATCTCTTGCCCTTGGCCCGGGGGCAACGTCAGCGGCGGTGGATATCA
CAGCAGTTGTCAAGGCCGACGCGAGCTCATCCAGATTCGCACCTTCCATG
ATGGGGGAAATTCTGTCTCTAAAGTCTTTCCGAAGTTGGGGGTCCGCCAT
CAACCGTTGTAGATCGATGCCAGCGGAGGTACTGCTGCCGCTACCCCTCA
CACGTCGATTCGGTGCCACTCGGCCAAGCAAGCGGATGTTGGCAAGGACG
AGGTTGTGGTCGGAATCCTTACGATCGATACGCCGTACGGAGACGTTGCG
CACCAACCGAAGGTCTACCTGGCGGGTCAGGATGTAATCGAGTCGATATT
CTCCCTTCCCGCGGTTGGAGCTCTTGAAAGAGTGTGATATCCCGCGTTTG
GGTGTGCAGAAAAAGGTGTCCAGGATGGAAAGCCTACAGCTTGCTGCAAA
TTCGACCAGTCTCCGCCCGTTATCGTTCCGCTTGTCACGCCCGTACATGC
CCATCACCTTATCAGGGTGCTCTCATCCTCTCTTCTACCAGTTCGAGCGT
TCGCATCCATCATAACCACGACGTGTTCCCTGCTAGGTACTGCATTGACT
GTCTCTCTCACTGATAGCCAGAATCCATCTTTCTCACTAGTCCCATCCGT
CTCGGTGGGTGCATAGGCAACCACAAAGGATACACAGTTCGAGCCAGTGA
GTTGCAGGCGTACCTTCATCAGTCTTGCGCTAATGCACTCCACCGTCATA
CCTCCTTTGTCCATACCATCCACGATGGACTGCTTGATAGCCAGCCCGAC
CCCGTGCACTCCTTTCTTCTCGGTGGTCCCAGCAAGTGCTCCACTCCAGA
TCACAACATATCCCGCGTGTGTGAAGGCACCATCATTAGCACGCCGGGTT
TCCTGGAGGCCAACCACATCGCAATCGGAGCTACCACAGAGCTGTAGCAC
GGTGTTGGAGTTGTGGCCGATACCGTTGGCGCCCTTGTAAGCAAGGGTGC
GGACGTTGAAGGAGCCCACTACCAGTTCGCCTGCACGTGCCTTTGTTCTC
ATCTCTGCCCATCTCTTTCGGTCAGCCTTGCGTACAGGTCGGTTTCGCTT
CCGTTTCTTTCGAGCTGCAATTTTCCTCCGTTCCATCCATCTTTGCCAAG
CTCGGTACTCGTCTACGTTCAGGCGGGCTGGGGACGACACTCCCGGCCAG
CGTCGACGTGAAGGTCGACGAGGGTGCTTACTAACGTGGTGCCTCCTAGT
CTCTCTGCTCCTCAGGCTACGAGTTCCACGATTTCCGCGGTGATGTGTCG
ACACAGCTGCCGCAGACAGTTTGACTGTCGCGGAGACCAGACCATAGTTG
GTCCGGACTGCTGTAGTGCCATTCGTCACCTCCATCACCTACCCAGCCTC
GGCGTGCGCCGAGTAGGGTCTGACCACACCACCCCCACACTACCCTGTCT
ACTTTGATAGAGCCCGGTGTGTCCAAGAGGGACCCACTAGGTTGGGTGAC
CCCGGCCGGGGAGCAGCCGAGGGAGGAAGTTTATGTAGGTACAACTTCGA
AGTATTGCCCGCGAGGTCTCCTATCCTTGTGGTGCTATATTACACCCACG
TATCAATATGGTCGATTGTCGAGACCTGTGAGAGGTAGAAGACCGACGTA
GAAGACCGACGATGGGAATATGGAGAAACCCCGCGCTCCCTCTGTTGTTG
TTCATTTACAGCAGTATCGTCTAATACCTTAAGTTACGTTGCAGCATGGC
GGGGCATCGGAGCCTGAACACTGCAAGTTGGTGCTTCGTATCATACGTCA
AAGTATCGTATCATAGATACTGCTGTGTACACGTAAAAGACGCCAAGGTC
TCCTCGATGATATCATCGAGTTTCCGGCGGCAGGTCCAACATGGTGTACA
CTACTGCTGCTGTTCTGAGCTTTGCACGTACGTAAATATTCTACGTCGTA
CAGAGTACGTATGACATGCGCATTTCACATCGTATCATATGATAAAGGGA
AATACTGCTGTGTACTTCGTATGGCTAGATTATACTGAAGCGATTGCACT
CCGCACGAATTTACTAGACTCCGTACCGGTAGTTCCCTACGGGCCCCCGA
CAGCAAAGGATGGCTCTGTGGGTTTTCAGAAAAACTCGGGAATGCCAGAG
GTATCCTCGAATCCACCGCCCTTCCTGAGCGTAAAAATTTTTTGTTTTTT
CAACTTCCGTTTTCCTGTCGTGCTTTACAAGTGTTCTGGCTATCCGGACA
CCCCACTTAAGGAGGGAGGGACGATAGATTGTTGAGAGGCACAGATTTTG
AAAAACAACGAAGGGTCCCTGACAATCACACTGGGTACCACACACCAGTA
GGAAGGCGTCAGGAAAGGGAAAACATGTTGGTCATTGCACACAGCAGCGG
CAGGGGCTTCTCTTTTTATTCTTATCACACGTGTACCTCCAATCTCCTTA
AATATGAAGATAAAATTTTAAAATTTCAACCAATCTAAATTTAAGTCAAA
ATAGATTATCTTGGCCAGGCTCTAACAAGATCTTCAGTTTTGCTAGGAGT
ATTACCTGAAGTTTCTGAATCGGTAGAGGATACCATGGAGCAGCTACGTG
CGTGTCGGCACGTCCAGACATGCTGCTGGGGCCGAGATATCGAAGGCTGC
AGCAGTGGCTCAAAAAGTCCGCAAACTGCGGCCGAACTGAACCGACACCA
AAAGCTTGCGCTGCTGTACTCGCCGCCACAGACTCCAACCACCTGAACTG
CGGGTCTACAGCAGTAGCTGGTGCCTCTAGCTGTCTCGGATGACCTGCAG
TTCAGGTGGTTGGGGTCTATGGCGGCGAGCACAGCAGTGACAAACCTTTG
GTGTCGGTCCAGTTCAGACCCAGTTTGCGGACTTTTTGAGTTTTTGCTGG
AGCCTTCGATATCTCAGCCCCAGCAGCATGCCTGAACGTGCCGACACACA
CATAGCTGCTCCATGGTGTCCTCTACTGGTATCAGCACTTTTGGTAATAC
TCGTTGCACAGCACACGGAGTGAGAGGTCAAGCCGATTAAGCTCCTTTGA
CTTGATTTAAGACTGAAATCGTTCCTCTGGATCCAAAATACAAAGTACGA
TTTTTCGGTAAGGAATTTTTTACCGCCTGCGTCAGTGGTTCCTTAACCCC
TCTGGTACTCCTGGGCTCGTCTCCTGCCTTTTCGTTTTGTCGGGCAGAAT
GGTTCCTTCTTTTTTTTTTTAACTTACAAACACATCAATCTGTTCGCCTC
TCTCCAGACGAGGATCTGGAGTAGATACTGCAACGAACACAAAGAATATG
GTACACCTACCAGTGTCTCTATAACCCATCAGGTAAATGTACCTTTGCAG
CTCCTCTGAGGGTATCAAAAACAGACAGTCCCGACCAGGACACACCACAA
TCTCGCCGCTCCAGAGTGCGTATCAGCTCATCAGCTTTCGAAGTGCAGCA
GCACATCCCCCAACACAGGATCGCAATACACGCAGGGGCCGCGACGAAAG
CCCGCGATAGGCTGGATCGGTTGGTTTCGCAAGAAGAGTTGCCGGGCCGC
ATCCCGTCGCAGGCCTAGCTGGGAACGCGTATTCCGTAGTGCTGCTGCCT
TTTTTCGGTACATACACTACTGCTGTCCATCTCAGATGCTCAATTTTTCC
CACTTGAGGGGTTTTCAGCATATGCACATCTCTAAACCCCTCGAGGCGCA
GGCCTCCGGCCTCTCTAGCGCACCGGCTGCTGCTGCTACTGTCTGCTGTC
TGCTCTTCCCACATCTCACATGCATGCACCGGCGGGCTTGAAAGTACTCG
CCGGCATACCTATCTGTGTACAGCTGTGTTGCGTTGGGGTGTTCGTGTAT
TCTCTCACTGCCACGTGATCGCTGCTGCACTGCTGTATGTAGCCCATCTA
CATACAGTACCATCGACTCCCTCTCTGTGTCGTTGCTGCAGTCTCTTTGT
TCTTGTATCACACAAACAAACGTGCCGCTGCTGTATGCTGAACACCACGG
CGATGCTTGTACCGGGTATCTCCGTGTGTCATGTAATGTGAAGAATGTCT
ATGTTTGTGTTGGTACCCCTCGATGTGTCTTATTTTTGTAACGATGTGAA
GCGGAGAGGCGCTGATGTGCCTCTTCCGCATCGAGTAGACCGGGCTCGCA
AAAAAAAAAGAAAATGCTCAATTTTGAGGCTCAAACCAAAACCCCGGTGA
AGGCTCAGAAGTGTTAAAAATTAGTTCAAAAGCATGACGTCGGGGAATAA
GGACAAGCTTCGAGAATGCAATAACAATAAAAGTGAAAATATTGAACGCA
AACATCGAACGCGATGCCGGAGCTCGAACCCGCGAGTAAAAACATCCGAC
AATGATCGGCAGGAATTAGGCATGCGCATGTGATATGTTGTGTCATGTAC
CGGCCACTTAGTTTCGAACAGAGCTGCGACGGTATGTTATCTGTTGAGTT
GTAGAAAAACAAGAAGGTGCATCACTCTCTGTGGTCGTCGCTAATAATAA
TCTGGATCCCCGTCTAGAGAGAGGCGAACACATTGACGTCGTTGTATACT
GTATAGTAAAAAATAAAAGAAAACCGAAGCACTGCAGCAAGTTGTTGTTG
TTGTTGTTGATTATCACATTAGCTCACTACCGCCGCAGTTTAGCCCGATG
TCACAAACCAGGCACATATCGTGCTAGCAGGAAAAAATAAAACAAAGTAA
CTGGACTATGATCACCCACAGTCAAATCAGatacaATATGGTACCGTTGG
GGTACCATCTGTGGTGACCAAAGTAGTACCAAACAAAATACAGAAAAAAA
ATAACGGGTTCGAAAGAAAAAAACAAAAATTGGAAACAGTACAAACAAAA
AATAACCAAGACAAACCTCAACCATAACCATATACTTCGAAGTACTTCGT
ACATCGAACCAGGGCCCAGGGCCATGACAGACCAAGGCAAAGGCAAACCA
GGGCGATGGTCCAGTAACTATATACTTCGTACATGATCAACAGACGAAAG
ACAAAATTAAAAAAGAAGAAGATACAGGGAGGGCACAAAGACTGAGGGAG
TGCACTCGTACACAAACACAACAAACAGGCCGCCAAACAAAGAGGGAGCA
GGGGAACGAAAAGGGAAAAGAAAAAAAAAGAGACAGAGGAATAAATTACA
TACATGGAGAGTGCAGAGGGAAGACCGGAAGTACCGGAAGTCGGGGGGGA
GGGGGGGGAGGTGATAAAAATAAAAAAAAGGCATGCAATCAATCGCAAAC
ATGTCTTGCCACGAGGTCTGCCTGTTCACGCTTGCTCTCCTCAGTCGCAC
TCATGCTTCCTGCTACTGGCACCACCGTACCCAGTTGTTTCTGCCCCACA
TCTTTGGCAGCAGCTACACCACCATTCCACCCTACAGGTTTTCCACTCCG
GCCACCCCGTAGCTTGGCTTTGGGCTGCTTCTTCAGTAATACTCGGTGAT
GCGATAAATCACGTGTGCAGCAAAAAAAAAGGTGTATGTGAGATGCCGGC
ACGATACACCTACACGTATGAAGAAGTGTTTTCACGTGCACCGCTCATGT
CTTGCGTTTGGTCGCACTGACACTCACATGGTATCATGTGATATCACACA
CACACACACACACACACACGAGGGTCGGCATGCCGGTACGTTTCGCGTCA
TGACACACAGAAGGCAGTCAATCAGATACTGTACGAGTATCTGGTCTAGG
TGCTCTTCTGCAAGTATTGTACAGAGTAATATGATATGATGTGTAGATAA
TTCACAACCAAACATAGCCTGTACGAGAAACAACAAAATATGAACCTCGT
TTGATTCGTCGACCCTACTATAAACCTAGGCTCCTCCATGAGTTTGCGCA
GCCGTAGTTGGTCCCAAGGAAGTGGTCGTGTAAGCCACGACCAGAGGCAG
GGTCAATCAAGGTTTTCTTGCGGTAGATTTAGCAAGGAGGGTCCAAAAGG
TAGGGTTGGCAACGGGGTGACCGGAGGTCCGGCCTTTTGCTTACTTCGGA
AGAACCAGATACCCGTCGAACCGTCGGGAGGGAAATAGACCTCAATCCTA
CCTTCTTGTATGATACGAAGTTGTGCCTACGTGTGATACCATTGTTGCGA
TGTCACTTCGAAGCCGTCATCCACAAAAATAACGAAGAAAAGAACCAGGC
GGCATTTCATACCGCTTTCTGGCGTCTGCCCAATGATAAGCGTAATTTGG
TAGAAAAATAAGAATAAATATCATTTGTATCATACTTTTCGAAGCAGAAA
TCAAACTCCTGTGTATTGGGCCTTCTTGTCTGTCGTGACTCCGACCGATG
CGCGAACATACCGCTGTATGCATACATCGAAAGGTACAGGCTGGCATACA
CACGCCTCTTTTCATTTCACACACTCATACCGAAAGGTGTTGACTGGCGT
CCAGAATAAATAAGTGGGAAGACAATACACACGCCTCTTTTCATTTCACA
CACTCATGCCGAAAGATGTAAACTGGCGTCCAGAATATATGGGACGACAA
TACACACGTCTCTTTTAATCAAATCATGTGTTGTGGCTCATAACTTCTCG
AAGACCAAAAAAAAGTGTCAACGTCCATTATTGATGAATTATCACACCGA
TCAATCATTTCGTTGACACACCGCACGCGCGCAGAGGATATCCCCGGTGG
CGGACAACGGGGGCGGCCAGCCCGGTCTGACGGCGACAGTATGGCCGGCG
CACATCAGCGAGAACGCCGCCTTCTCCTCCTCATCGGCGCGTACCGTCAG
CCGTGGTACCACCTTCAACGTGGGGCAAGGAGCGGCTGGCAGCGGCGGCG
GGGGCGGCGGCGGGGGCGCGTGGGACGGTGCGGGCGCGCTGCTGTCGTCG
ACGTTTTCGTTTTCCTCGTCCCCTGCGCCGGCTCAATGGGCGCACATTCA
GGGCAACGAGAAGAAGCTGCAGAAGATGGCCAGGCAGTCGCTGCTGCACG
AGCTGTGGCAGGAGCAGCAGCGGACGCACGAGAAGGCGGTCGACTGGTGA
GCGCTGAGTGCTTTGTGTCTATGTGTGTGTTTGCCTGAGTGTGTTTGCCT
GCGTGTGTATGTGTATGTGTATGTGTTGGTTTGCGTATGTATGTGTGTTT
GCGCGTATCGCATGTACCAGGTATAGGTTTGTGTGTTTGCGTGAGATCGT
GCAAGTTGCGTTTGGCTCCGATTTCGCACGCACCCATCATCGTGTGCACA
CCTATCATAGCGTCGTCACGTAGAGGTGTAGTCGACACCACGTGTCACAC
ATGAAGCCCTGAACAGCGTTCTCGCTTCGTGTTGTGCCTGCTCTCCGCTC
TCTCTCCCTCCCTCCCTCCCTCCCTCTCTCTCTCTCTCTCTCTCTCTCTC
TCTCGGTGCCTCTCTCTGCCTCTCTGTGGGTCTTCGTTGCGTCTACCCAA
GGTTCTTGAGCAACATGCCAGCTTCCTACTTCCGACAGACCGCGGAAGAA
CTGAGATTGCAACACCTGGGGGCGATTTCCTCCATGCTCGAGGTACGCAC
AGCCGGACGCATCCTCCCACGTGAGCGAAAAATTGAGACAGTTTTTTTTT
TTTTACGACGAGAGAGAGAGAGACAGCCCGTGATGACACTCATGACCAGC
AGCGCGATTCGTTTCATCATCACGCTTCTGTAAACACGAATAGACGAGGC
GTGGAGACGTGCTCTCCGCTCTGCTGGCTCGTATCTGTAGGCGCGGCACT
CTCACTCTTGTGTTGTGCAGCAGCCGATTTATTTTTCTATTTCCCGGCCG
TCTTTATCCACGTCAAGCCGAGCGGGATCCCCGGATGAAATAAACCTCAG
TGACCGTTTGTCTGTCTCATCGGTCTCCCTGTCAAACCTGCTCAACGCGG
GGTAGAACGCGTGCTCCCTCTTCTCCTCCCGTGCCCCAGTTGGACCTTTC
TTCCTTTCTTGTGTTCTTTAGTTTAGTCTTATTCTCGTTTTTTTTTTTTG
TACATGTCTCATTAAATCATTTTTTTTTTTTAAGTTTTACTTCGAAGTAC
TTCGTAAATTTTAGTTAGTGCTTCGAAGCACTCATGAAGTACTGAATTAG
GACCAGGTGTACAAAGAGACTGATTGGTGAAAGATTAACTGTAAAAATGA
AATTGATAGCAAAAACTCTCGTTAGAAAAGGATGCTTGTATCGTGGACGA
AAAAAAAAAATCTTCCTTTACTTTTTTTTTTATATTTTATTCTCGGTGTT
ACGATACTGTACCGACAAACGTTTCTAAAAAGGGCGGTGTGACGGGCAAG
GATGGAGTCGAGCAGCTGAAGCCCACAAGAGATATCACTCTCCACTTCGA
GGTAAGAGATACCAAAGCCCCCCCTGCGTCTATCTATCACCCAAGATGTG
TAAAAAAACGTGAAAAGATACGAAGTATGGCATGATGGGGCAAAAACGTA
GAAGGTAAAGATCATGGCGAGGGGCCTCTCGGTAACGACGTCAAAAGTCG
TTACTGAGAGCCCCCCCGGCGTGAAGACAAGATGTGGCGAATGCGGAGAG
ACAAGGTATGTGTGGCGAAAACGCACGTTACGGCTAAGGTACGGCAACAC
CGTGAGGTTCAAGATGTGCAAAAGCGTGAGGTTGAGATACAGCATCATAT
GATATGATAAGATATGGCAAAAACGTAAAAGATTCACCGAATTGTTTCGG
GTGGTGGTGGCTCTACGAGAGCGATGTTCCGGATGCGGGGTCAAAAGTCG
CACGCACGACCAAGGCAAGCAAGGACGGCCCCCCATCTAAATGGCTTAAC
CCCAAGTAACGCCTTCAGCGGTGGATAAAGCCTCGCTTGCGTTGTCCCCC
CACCACTGTAGTGTGAACTTTAGGTGAGGGTATGTATATGAAGTGAAAGA
AAGCGCCGGCGACAGCAGTTTCTCCATCTCCCCCACCTCTTGTTATTAAC
TTTTTTTTTTGAAACAGCTACGGTGTCTTGCCAGGGTAGAATTATCTCCA
CGGCTACCTTTTACACTAGGTGTTCGATCTCATCGATTTCAATTGTACTT
CGAACGTACTTGTATGTCTATGTATGCCTAGCATCGTGAGGCTCGTCCCA
TCCGTCGCGCCCGCGGCTATTTTTGTTCGGGTTTCTTTCTTTTTCTTTTT
TTCTGTGTTTGTCACCTCAAAATATAAAAAAAAATCGACATCATCAGAGG
TACGTGGACGACATCAAGGAGGTGTCCTTCGTCCAGTCCACCAAGGGCAA
CGACGGCGGGATATTGAAGCTGCTCGATGCTCTCCCTCGGGCTGATGGCA
GCCTGCAGCGGGTGAGTGGCTTGCCGTTGGTTGGTCGTTCGTACGGTGTA
GCTGTTGGGTTAAGGGCGCTGTTGTGATACGGGCGGTGTCGCGGCGGGTA
CGCGGCTCGGCCATGTTGACGCGGCCGACCGGCTGGTTGGCTCAGCTAGT
ACTGTCTGCTTTGTCCTCCCCTGTTTTGTGTGACTCGATTTGATTTGGTT
TGATTTAGCCTCCCATGCTCACCTGTGCCACCCTGTATACACGAAGTAGC
ACATCCCGCTACATGCCCTTCGGCTTTTTCCTCCCTTGTCTTGTGTGACT
CGATTTGATTTGATTTGGTTTGGCCTCCCATGCTCACTTGTGCCACCCTA
AAATATACTCGGAGCACCCCGCTACAATACAGTACTAGGAGAGTCTAACC
CCCCCTCTATACATTTTACCCCCCGCATCGAACCTAGTCCGGCGAAGAAA
AAAATGGGCAAACCTTCTGTCTCGGCTTTGTAGAAACGCTTCGTCTACTG
CTGAATGGTAGAACGTCTACATTCTGCAGGCATGGTGATGAGTAACCCTC
CCCCCCCCCTCCTCGCCGCCGCCGCCGCCGCCACCGACCAAATTACGCCA
TGCAACACCGCGGACCGAAAAAGGTACACGTGTTTCCCTCGCGGGACGGA
AACCTGGCCATCTACCTGTTCGCCTACGTGAAGCAGGAGGACGTCTTCTC
CCCGGCGGAGGCCATTCCTCCGGCGGACACCAAGGCCGGCAAGGCGCGGC
GCGCGGCGGCGGTGGCGACGCTGTCGAAGGCGGCGCCCTCGAGCGAGCTG
CTGGAGTACGCCGCCTCGGTGCAGGCCGGGGAGTGGGTGGACAACGCCGC
GCACGCGCCCCCCGGGCCAATGTTCGAGCCCGAGGCGATGCTGGAGTACC
TGTCGCAGTGCGAGCCGGAGTTCGTGCAGCACAGTCACCCCCGGCGGTTC
TGCAAGCATCGGGTGCTCTTTGAGGTAGGGAAGGGGGGGGGGGGGGGGGG
GGGGGTGATGAGTAGAGGGAAACACAGAGGGACGGAGGAAAGAGAAGTAT
GTAAATATTAATATTTTTATACTTTCGAAGTACATGAAAAAAATATTTCA
AGCAAATACGTACGTATATAGGTATACAAGATCCCCTTTCAGAGTGAGCT
AATGAATGAGGGTATAAAGAGTGCGATAGGGGGTGATTCAAGACTAACTA
AGCCGAAGACACATTTATTTTGCGGAAGCGCCTGCTGTGGTGTGTTGGAG
AGACAAATAAAAAACGGGAGACTACTTACTGCCTGTAACGGTTCACGGTT
GAACCCCCCCCCACCTCGTTAAAAGATGGGTTTTTTTACACCCGCCCCCC
ACCCCTCCAGGACCTAGAAAATCCACACCACCGACGACCCCCAATTTTAT
TTTAATTTTTGACCCAGCTTTGCAGCACAACATCAACCCCAACGATAGGG
ATAACTCCGCGCGGAGGGAAGTGGTGCCTCTCAAAATTACGCTCGCTCGT
GACCGACAGTGGCATGTACATCAGGGGATGCCTCCTGCAGAGAAGTGGCA
ATATCTGTGTAGTATGGCGGAGCGCGGAGAGCCGGATCGATTATGGGATA
CACACGCTCGTCTCGCCGCAAAACACACGAACTTTTCATTTCTCCAGGGC
ACCGCTCTCTTCAGAGAGAGCCGGGATTAACGGAAGGCCAAAAAAAACGA
AATAGCGAAAACAAAAACGAAATTGGGCTCTGATTGGTCGGGAAAAAAAA
ACGCAAGAGGCGTGTTTTCGTTTCAACGTCCTCCGGGGAGGCGTTCCTTC
GTTTTCGATTTCGCAAAAATAAAGTATTTCGGACCTTTTTTTTGCTAGAA
ACGAAAACAAACGAAGTGCTGCATGGAGTTTGGCAACAACCTGGTAGGCT
TGCCCATGAGCCTCCCAGGCAGCGAACTCCTTCACAGAGACTGCGACTGA
CTGCGGTACACGGCGGTGCAATAGGCACCAAGCCGAACAGAGCGAGGCCC
AATCCACACACTACAGTAGTACAGCAGCGCAGCAGACAGCGCCAAGCCGT
CATACCCGCCAGTCAGTGCAACAGACAGCACACGGCCGTCTACGATACCC
ACACGCTGACACGATGCATTCCACCGCGTTATTTAAAATTGGGCCCCGCG
CGCTCTGGGTTTACATCATTTTTGGCGTTATCTCCTCTATTCCGCTGCTC
CGCAGTCAGTCGCAGTCTGTGTGAAGGAGTTCGCTGCCTGAGAGGCTCAT
GGGCAAGTCTCCGAGGTTACCAAACTCCATGCACTTCGTTTTCGTTTTCG
CAAAAAAAAAGGTCCGAAACACCTTAGAGCCCGTATTATTAACGGAAGGC
CAAAAAAAACGAGATAGCGAAAACGAAAACGAAATTGGGCTCTGATTGGT
CGGGAAAAAAAACGAAAGAGGCGTGTTTTCGTTTCAACGTCCTCCGGGGA
GGCGTTCCCTCGTTTTCGATTTCGCAAAAATAAAGTGTTTGGGACCTTTT
TTTTTGCGAAAACGAAAACGAAATGCATGGAGTTTGGTAACCTGGGAAGC
TTGCCCATGAGCGTCCCAGGCAGCGAACTCCTTCACACAGACTGCGACTG
CGGTACACGGCGGTGCAACAGGCACCAACCCGAACAGAGCGAGGCCCAAT
CCACACACTACAGCAGCGCAGCAGACAGCGCCGAGCCGTCATACCCGCCA
GTCAGTGCAACAGACAGCAAGCACACCGCAGCCGTAGACGATACCCACAC
GCTGACACGATACATTCCACCGCGTTATTTGAAATTGGGCCCCGCGCGTT
CTGGGTTTACATCATTTTCGGCGTTATCTCCTCTATTCCGCTGCTCCAGC
TCCTCGCAGCAGAAACGCGATAATACCGAAATGGAGTTTTCTATTTTTTT
TTCCAGAAGAACGAAGTTATTTCGTTTTTGTTTCCGCTATTTCGTTTTTT
TTGGCCTTCCGTTAATCCCCGCTCTTATTTTTGCGAAACCAAAAACGAAG
GAACGCCTCCACGGAGGATGTTGAAACGAAAACACGCCTCTTTCGTTTTT
TTTCCCGACCAATCAGAGCTCAATTTCGTTTTCGTTTTCGCTATTTCGTT
TTTTTCGGCCTTCCGTTAATACAGTACCGGCCCGCTAATAAGAAAGCTCC
TTTGAAGAAAGTCAGTCTGAGATTTTCAGAAAACTAAGAAAGTGCCCAGC
CTGGGCGGCGAGTGCTACACTCAATCCTTTACAATACATAAGAAAGTGTC
ATGCTCGACTTTCAACCCAACATAAGAAGTCAGCCTGAGCCAGATTTACT
GGTTTCTTATTAGCGGGCCGGTACTGTACGGGCTCTTTGGCCTTCCGTTA
ACCCTTTGAACCCCCCAATCCCAATTGGGGACAATTTGGGGACACCTTTT
TTTTTTGCTTGGGTTTTGAAGGCGCCTTTCTACAGGTATTTTGGGTGTGG
TTCCGTGAGCTCGATGGAATGCGTGTGGATCAACCAATAATAGTTGGCTG
CCTCCGTGCCACATTTGTTTTTTATTACTCCGGAGTGTGTTGTCATCCCA
TATTCTCTGGCGCACTAGCCTGCACCTTGCGGTTCAAACTACAGGCTAGG
CCCATCGACGGAGTCACACAGGAGGAAGGTCAACACAGGAGGAGTTACCC
CCACCTTCCTTCTGCGGTACATGCGTGAGATCTTTTCTCGCGAGCAGGGA
TCCGCGGTCCCTACCCTCGTCGGCGAAGCCGAACCTGCTTTTACTAACAG
CATAGCCGCTTTCAAAGTAGCAAAGGAACACATTCACCGGGAATCGAACC
CCCGTTCCTCTGCATCAAGTGGTTAACGAGGGGACCACTAGCCCACTGGG
GCGACCGGTATTACTATGGGAGAGCAAGAGCTCCCGGCTGTTAGGTTTGT
TGTGTGTTATTCTCTTCCCTCGACAGCATGGTAGACACAACGGCGATCGT
CTTGTTGTATCACACTTCATGCCGGTAACCCTCCCTGCATTGCACACAAC
ATGCACACATACATAAGACATGATACATAGACTATATGTTTGATTACCGC
TCATATCATATGAAACGCTGATGATGCTGACGTACTGCTGCACTCACATA
CATACCCTTATTTCTGCAACTATTATTGTACTGCTGCTAGCTGCTGCTGT
GCATGCTGCAGCAAGCAGCTAGCTGATGATGTGTCGTGCGATGGGTTGGT
GAGACACACACTACGCACACGGGGGCCGACACTACAAATATATTGACACA
TCACGCCACGCACGTTTGAAAGCTCACAAACATTCCCGGCGATCTCGGAC
GAGTATCATCACATGGATGGGTACCATTACATGCCGACACCCTTGCGTTG
ATCACATACATGCAACATACAGATGGTATATGTTTGCAGCTGCTGCTTGC
TGCTGCTGATGAGATGCTGTAGACCCTGATTGAGTGTCGTGCGCGGGTAC
AACCTTGCGGAGTGGAACCCTACTGCTGTGTGGTTGTCGAGCGGGGTACC
CTGATCTGCCATGCTAAGTGGCGGTGTTGCTGCGTGCTACCTTGCATACA
GCAGTATAAACATTCTGCAAAACTAAACAAAATTTTCTTTTGTTCAGTTG
ACCCCGCCAAAAAAGTTTGTGTAGCTTTATTTCGACTGAAATCTGTCCCC
TTTTTTTTCAGGGCAAATTGGGGACAGATTTCTGTGTATAACCAAGTCAT
ACCCTTTGCTTTTTTCACCGGACAGAGCCAGCGAGACGTCAGTCCCTTTT
TTTTTTTTGAGACTGCCCACCATTCGCCAATCATCGGCGCACCGGAATAA
GTTAATTTTTGACTCCATGATTATTTTTTTCAGACCCCTGGTGGGTCAAA
GGGTTTAATCTCCGGTCTCATGCCACGCACACGAGCTCACAACCGCAAGC
CTCAACCAGCCAATCCGACACATATGGAGCTCCGGCGCGGAAGCACTGAA
AGCAGCATTTATCTATCTATCTGCTTGTTGTCTCACTATTTACTATCGCA
AAGTAAAAACAGGTCTCACACAGCAGTCACCCGTCCGTACGTAGGGTGTT
TGACTTTTCTTTTTCGCTCTGACTGGTTGTCACAGCAGTGTAGCATCAGG
TACGCGATGCTGGACATCGAGCGCGGCAAAAGTGAGATGCGAGGCGATCT
GGGCTTGCTTGCTATGTACACACGTGTGCATGACTATACTACTGCTGTGC
TTTGTTGACACGTACGTTGCGTGCGTCCATATATATATGTAGTCTAGCCG
CCTGTTTGTGGGGCCAATCAGGCGCATGTAAACATTCATCAGCTGGCGTG
CTGACGTTTTTTTCAGGCGCATGTAAAACATTCATCAGCTGGCGTGCTGA
CGTTTTTTGTGGGGCCAATCACCAGCTGGTGCTGCTGACGTTGGTCTGTT
CACCCGTCAACAGCTGTTGCTTTGTTACCGTTCACCAAACAGCTGTTGGG
CCTGACGTGTTTTTTGGGCCGTTCGCTGAACCGCTCACATAAAAACAGTC
AGCTGTCATCTCCGGCCGTTTTCATCCCAAGGAATTGAGAGAATTTTCCG
AAGAAGGATTTACAAAAGCTTAAGTGTACTTATAGGCGTGTGTAAGAGTA
TGAAAATTCGGCAAAGAGTGATGACAAAGAGGCAATGCAGCCACCACGTG
ACCAACCTCTCGCCAGTAATTAGATGGGTGGGGTGGCCTCGCGTTAACAT
CCCTTGCTATGTGTTATACGGTATGACACGCGTGAGAAGACAGCCGTGCG
TTTGTTTTTGAGGACCCAATCGTAAAATACAGCACACTCAACGGAGAGAA
ATTAAACCTAGTCAACCCTTCCGGCTGTGGGTGGGTGTGACCCCGGCTCT
ACCGGAGGTGACTGGCCGAAGGAGTGAGGGATGGAGCCGAACCGAACCGG
ACGGGACCGAGCCGAGCCGAGCGGCCTCGCCGAGACTCGGTGTCGGATGA
GGATAAGCAATAATTTATCCCAATTCCTGGCAAGAGCGCTCAACCCTATA
TAGTGTGGGTGGTGACTCTACAGGGAGGAGGAACGGAACGGTCTCCATAT
TATACGACTCGAAATAAGATGCGTGCTCTCGATGATCGAAATACTCAAGA
CAAGCAACGAACGAGTGCACCGACCACCCTTCCCCCCCTTACGGCTTTCA
TCTCCCTGTTTCGACAAAGTGATGCGTGCTGCCAATGGTCAATATACTTG
AGGCAAGGCGAGCAACAAGAGAATGAGTACACGTCCCCCCCACCTCCCCT
CCCCCCCATTACGGCATTTCTGCCCCCCCCCCCGTGACCCCCTCCGACGG
AACAGGAAGTTACCGGCACCGAGGGAATCGCAGTCGACGTGGAGGCCTAC
CAGGGGTACGAGGCGGGAGTGTCGGAGCTGGGCGGCTCCCACTGGATCTC
GATCGCCGCGGCCAACGTGCTGCCTAAGATTGCTCTCTACCAGGCCCTCC
GGCTGCTCAAGAGCTACCAGCTGGACACCATCCGCTGTCACCTCGACGTC
GTGGACGACCCGGGAAATGGTTCCGTCACCATGGTAAGCGGGTTGAGAGG
CGAGGAACTGCTGTAGGTTTGGGTGGGGAAGGGGTGTACGGAAGAAAAGG
GGGGGAGGGGGGGGGCTCCGTCGAACAACCGTCGACCTCATGACATATCT
GGTATGATATAAACGTTGTTTTTTTTTATGTACGGACTCGGAGTACCAAT
AATGAAGGACCGGGTCCGCTCACTATAAGGGACCTCATGAATTTCTGAAC
CTCATCCTTTGTTTCTACTTTGTACTAGTGAGAGGACTGGACCCGCTCAC
CATATGATGGACGCACAGACTCAGGACAGGGAGGACTTGAACAAAGATGT
TTGTCGATTGCGGTGGGAAATTTTTCGGTTCGTTTTTACAGCCCGACGTC
GGCCGGAACCGGGGAAGAAGAGAGCCTCATTGTAGCACAGCACTGCCGCA
CAGCGAAACGAAAACATACTGCTGGAAGATCGAAACGTTGTTGGTTGCGG
TGCTGGTTTTCGTTGTGTGATGCGACGGGGAGACAGAAGCCGGAGGGGGA
GGAGGAGGAGGAGGAGGAGGAGGAGGAGGAGGAGGAGGAGAACATTTGAC
TCGACCCCGCGTCCGTTCTTTTCATTTGTGTCAAAGAGCAGCCTCTTCGA
GTGTGTAGAGCCTTTTTTTTTGTTTGTCTTGAGTTTCTGCCGCGTGCATC
CAAAACGCGCTCGGAAAAGGTACGCAACACTTTTCTGCCGCGTGCAACCA
AAACGCGCTCGGAAAAGGTACGCAACACTTTTCTGCCGTGTGCAACCAAG
ACACGCTCGGAAAAGGTACACAACCTACGAAGCATGGCGTAGGGTAGGGA
ATGAAAATACCACCTGTATATAACCTCACGAAACCTCCCGCGCGCCCTCG
TGCCGCCGCGCCCAAGCTATGTCGGTCCGAAGTATATCATAGAGTAAAAG
TCCAAATCGAACATCTTTTTTCTTTTTCCTTTTTTCGTACCGTGTGTCGT
ATCACGTGCCTGGTATATCGATATGGATCGTGTACTATTGTCTTAGTTGA
GAATGCTGGTCAACGGCGCCAGCAGTGCTGCCGAAGCAGCCGAAGCAGCG
GCGGCGGCGAGCGGGGAGACGGCGGACGCCGAGGTTGACGAGAGCTGGAA
GGACCGGTGGGACGAGCCCGGAGCGTGGGATCCCGTGATGAAGGACCTCC
GTAGGTCTAAGTGGGCTGACGAGCGGGTGTACGAGCTGATGCTAGAGAGG
TAGGTACATGAAATCGAGTATCGCCCGCACGATGTCTGCACAAGCAGTAC
AAGTTGTCGTTCCATGCTATGCATTTATGCTGCTGTGAGCGCTGTTTCTG
CACTTCGGAGTATGAAACAGCAGTCGTGAAGCCTTGCTCGTTTGCAGCGT
ACGTAGTCGAGGGCATACGAGCTGATGCTATCACAGAGAAGGTAAAAGTG
TCGCCCGCACGACTTCTGCACAGCACATGCATGTATAGTGAGCGCTGTAA
GACAGCGGTTGTGAAGCCTTGCTTGTTGGTTAGTGTATGCAGTCGAGGGC
ATACTATCGTGAGGGTTGTGGGGGGGTGCGAGGTGGACCATAAGTATGTA
CATACGTACCTGGTACATACGAGGTGATTTTTTTTTTGTTTTCTCCTGTA
TACCCCGAGGCGAGAATCAGACGTTTTTTTTTGTGTGTAATGCATGCCCA
CACTTGTTTGCCGTTTCGGATATGTTTCTGCCAACCCCATTCTACCATGG
TGGTGCAACGGCGTGCTTTTGGTTCTTGTCATGCGACCGTCAAACCCAAC
CCCAACACTTTCGATTTACCCCTCATTCTCCCGAATGGTGCAGCGGCATG
CTTTGGTTCTTGTTTATACATCCAACCCAACCCAACCTATGACCCAACTC
GACCCCCAACACTTGGGTTCGCGCGTGCGATCGGTCGAACGGTGATTAAA
AAACAATAGGCACCCGGGGCTGGGGCTCGAAAGGTCGGAAGTTATCGTGG
CCCTCGCCAACATGGTGTACGGCGTGTTGCACAAGACGAACCCCTGGGCG
TACTCCAAGTCGCAGATGTATCACGTGAGTGGTGCGGTCTGGTCAGTAGA
TGTTCTTGTTGTCGTTGTTGTTCTTGTTGTTCTTGTCGTTCTTGTTGTTG
TCGTGGTGGCCGTCGCCGTCGCTGTCTTTGTTCTTTGTTCTTTGTTGAAT
ATCACGTGATGGAAGCGCGTCACCAAAATCATCAGCAGTCCGTGGTCACA
AGCCCCAAACCACACCTTTTCAGGCACAATACAGTAATGTGCCAACGAGA
GCTTTTGTCATAGAGCTCTTGTGTGTCTAAAAATAAAAAATAAAAGCATC
TCGATCCGCTGTTGTCCTAATCGTTTCGGGTGCTTGTTTGTTGCTCCGAG
TTCAAGTGGGACATGAAATCACACACACACACACACACGCGCGCACGCGC
GCACGCGTCGATGGAACGCTACTGCTGTAACATCTGTCTGCGGACAACCC
ATACCTCACGGTTGAAAAACATCTGCACATCTGCTGGCACGCGCGGTACT
ACTACTGCTGTTTACGCAAACCTACCTGCTGATGATGGTTTGACTATCAA
ACCTGCATCTGACTCAACCAACGTGATAACGCCAACCATGTTCAATGTTT
ACTTCGAAGTAGATGTATACTTTATACTTCGAAGTATATTTTTTGTTTTT
TTGTCCTCTCTTCTTTCCCTCTAATTGTTAGGCAAGGTAACTTTTTTTGT
GTGAACCCCCCCCCCCACTCCCCCACTCCCCCACTCCCCCCCCCGCACCT
CCACCCTGAGTCCTGTTTGACGGTGAAATCCCGATTTGTGCTTCGTCCTT
GAATTGTAGCGGTGCGTGATCCAAATGACAAAGGGCAAACCGAGGTTTGA
TCGAGAACCCCTCGCTGGGAAGTGTCTGTCTCGCCTTGAAGCGGCATGTT
TTGAAACGCTTTCTTCTTTTTCATTTATCCGTTTTAAGATCATACTGCTG
TATCATACAACAGCAGTAGCACGCATGAAGGCAGCGTCGCGGTTGGTAGG
TTGGTTGACTGATGTCTTTATTTCTTTATTTTTTTTGTAACCGTTCCCGA
ATAAAACAAATGACACAACAGTGGCTGGACAACCACCGGTACGTGAGGCA
CGCGTCTGCGGCCGCGGACCTGTTCTGCGAACGGTTCTCCCCCGACGTGC
CCATGGAAGAGGAGCGGGCGGAGGCGAGGGCCGACGAGATCAGAGCGATG
GTCAGGCGCGACGTGGAGCACGAAATGGTGCAGGTATGATATGATATGTT
ACATCTTGGCACGTTTTTCGTTTTTCGTTTTTCGTTTTTCGTTTTTTCGT
TCGTTTTTGCGTGTACAGCAAGACTTTTTCAAGCATGATACTCGTTTGAT
ATGATGGCGCGAAAACAACGGCTGTTTTCATGTAGTCATGCTGGCACCTG
AAACAAATCTCTGGTGGTGAGGGAAGTGCGAAAAACGCTCGAGCTGCGTT
GATGATGAAGGCGACAAGAAAAGAATGACGAAATAGAAAAATATAAAAAT
ACTTGGATGAAAAATGCGGCACAATGTTAGCGAATAAAGAACACACACGG
CCACAAGAAGCCAAAACAGGGAAGGGGATGTCATCCAGCAAGTTGTAGTG
GCAACGAGCGCTCACAAATGTTGGTGGTGATGGTGCTACAGTCATGTTCG
GAGCAGGCAAGGTGCACTCTGGGGCGGGCGCGTGTTCAAACAGTGGTGCT
TATCATACACCGGGCAGTCAATAAATGAGCACGCCCTTCGCCTCCAAAAG
TCAGAACAGTCAAAACAGCGATGAAAACAAAAAAACATAAAACAAAAAAA
CAAAATCATAATCATAATCAAAATCAAAATCAAAATCAAAATCAAAATCA
AAATCAAAATCAAAATCAAAATCAAAATCAATTTTTAAACTCAGAATCAA
AATCAACCCTTTCAACCGGCGCCCCAGGGACTGCTGCTCAAGATGGTGGA
CGGGGTGATGGCCACCTACCGGACGAACTTCTTCATGCCTAACCGTTGGG
GCCTGAGCCTTCGCGTCGACCCGCGGCTGCTCATGACCGAGAGCGAACTT
GAGGTGGGGAGATAAATATTCTTGTAATATTCTGCCGTAACACCAATCAA
ACAGACACAAGTACATACAGGTGCTGTGATGAATGGTACCCACAATATCT
CCTGCGCTGACCCTTCATTGTTCCTGTCTGTCGTGACCCCGGCTGGCGCG
CACAAGTTCTCACACCGAGGGGTATACTGCTGCAGACTGGCGTCCGGATT
AGATCGGATGGCAACACACATACGTACCGCATTCTTTTTTTTGGGAGGCC
CGTGTTTCATTGACTTGTACGTGTACCATGCATATAACCCGTACGCCAGG
TATGTATCATCAGTTTTTTATCTCCTCAAATGGCATCGCAGACCCCCTCG
CCCCGGCCTTAGAACAAACCGCCCCATTATTATTTTGCTCTTTTTATATT
GTCGTCAACTGCTGACTCTGTCCCGGATCTTGTAAGTATCAATATATTAT
ATACTTCGAAGTCGTACCGTATGCCTGTACCGGTATATTACGGTTATTGC
TCCTCCCTCACCTGTGGTCGTGTTTTATGTATTTTTACTGTTTTCCTTCG
TTTTATGATATCATAAAAACCTGGCATGATATCATATGACATCACATGAA
AAAAATCTGGTGCATCTTCAGGAGGGCAGCACCGCCGAGGTTCCGTACGG
GGTTTTCTTCGTGCACGGGAGGCGTTTCAACGGGTTCCACTGCCGCTTCC
GAGACATCGCCCGCGGCGGCATGAGGATCGTGACCCCCGCGACGTCGGAG
CAGGTGGCGATCGAGGCCGGGAGGCAGTTCGATGAGTGCTACGGCCTGGC
GTACGCGCAGCAGCTCAAGAACAAGGACATCCCGGAGGGGGGCAGCAAAG
CCGTGTTGCTCGTGGACACCACCAAGGCGACGGTGAGAGGAGACAACGCA
CTGTTTTTGCATGTAGCATATATGATACGAAGTATCATGTATATATACAA
GGGGGATCACGCCGGGGGGGGGGCTGGAGcccccCCCCCCCACCGGCGTA
TATATAGATATATATACTTCGAAGTATATGTCTGTGCAAAGCGAAACGGT
GGTGATGCGGCATAATGTGCTCTGATAGTAGTGTGGCAAGATGATGTATA
TGATGCCACATGGCTCTCGTAGAAACGGCGGTGAGTGGGAAATTATACAG
TATGTACCTCGAGAGAATGGCAGGAGGATACTCGTGCTGCTCGTGGACAC
CAAGGCGACGGTGAGAGGAGACAACGCACTACCTTTGTATTTTGTGCATA
ACTTATTTCTAAGAGAGTTTTTGCTTGACATTGTGTATTTATATCTGTGT
GAAGCGAAACGGTTGTGTGGCATAATTTGCTCAGGTGACTCTTAGGAGAG
CATCCCGCTTCAAAAATTACGGTACTGCTGTGTGATGCGTACGAGGAGAA
TGTTTCAAACTACATCGTACGGATTTTTTTGCAACGGGTGTGATCGTCTA
CAAGGCATCCTTGCCAAGATCGCAGCCTTGAAAAAATGTCTCTTTGATTC
CCGGGAGAGGATTATGCAGAGGTTACGTGTCACGCGGTTTCTGCCTCACA
GCAAGGATGATGGCCAAGATGAGTAGCAAAGCGAAACGGTGATGCGGCAT
AATGTGCTCAGATAGGGGCAAGATGATAGCATATAATACCTCGAGAGAAC
GACAGGAAGGATGCTCACTACTGTCTGCACTCATACATACTCGTAGTATA
ACGGTTCGAGATAAATCGTACTTGTACGAAGTATTTGATCACAGCAGTAC
TCGCCCGAACTTGTATCATTTGAAGCTCATACTAGTACATGGTGTGTCAT
GCAATCTCGCTGTGTGCAGGGAAGGGCGAAGGACCACGCCGTGCGCAAGG
GTGTCAAGGCCTTCAGCGACGCCCTCCTCGACCTGCTCGTGGACACGGAG
GAGACCCGGCGCTACGTCAAGGACCTGTGGGGCAAGCAAGAGCTTCTCTA
TCTCGGACCGGACGAGCAGGTGAGTTCGGTAGTCCGGTGAGATTTTTCGT
TCGTTTTCTTATGCTGCTGTTATCGTTTATACTTCGAAGTATGACTTTTT
TAAGCACGATAAGATTTAAAAAAATAAATGAATGTTGTGCGAAAGATGCA
AAGAACGAAACGGGTTGATGATCTGTGCGCCTCTCGATGTGAAAACAGTA
AAAATATTCTAGTCTTTTTTTACCCGAAAGAGAGGAGAAGGAGACGACAG
CGGCGGATAGATTACGCTCCTGCGGTATTTTTTTTTTCGTGAGAGCGGCG
ATGACTCAGTGAACAAGAAAAAACTGAGTGAGTGAGCTCTTTTTTGGTTC
GTGTATAAAACGAAATGACAGACAACAGATAGTTCAGAGTGTGGGCGTTT
TCGTACCATTTTTATTCTTTCATCTTTCGGTATGAAGTGGGCCACTAGCC
GGGGGTCACACAGGAGGAAAGTCACTCAGGATGTGTTTTTGTTTTTTCCT
TGGATCAATTAAACAATAAGTAACCTCAGTGATTTCGTGATTTCCTTGTG
GAGCGACTGCCGGAAACGATACCGCCCGCTTGTTTTTCTCTGATTATTTA
CTCCTTTTTTACCTCGTCCATCGGCGGCTGGGCAGCTGCTACATATGCGT
GCACAGCAGCAGAGGCAGCCGCGTGCTTGCACGTTCCCCCTCTGTGTTGC
GCTTGATCCTTGTCTGCAAGGCTACTTTTTCGTGACTCGCTGTCCCGTTG
CTATCTCTGTTGGTGCTGGTACTGCTGGTACTGCTGGTAATGGTCGTGGT
GGTGGTGCTGGAGTTTGTTTTTGTTTGGAAGGCTCATTTGTTGCTTTCGG
TGTTTCGCTCTTGTAATTTCTGGTCGTGCTAATTCTATTTAATGCCAGTG
CTGGTGCTGGTGCTGGTGCTGGCGCTGGTGGTGGTTGTGGTGATGCCAGT
GCTGTTGCTTGTGCTGGTGCTGGTGCTGGTGGGTAATGCTAAATTAGTGC
TGGTGCTGATTCTTGTTGATTTTTTGTTGGCCCGACCCAGGTTATCCCGC
AAGACATCAACTGGATCATCGCCCGCGCCGCGCAGCGGCAAGCCCCCTTC
CCCTCAGCCTTCATGTCCTCCAAGCCGGACGCCGGCATCAACCACAAGGT
AAAACGTACGCTGCTTCGAAGCACACACTTGGATACGCAAGTATACACAG
GTTGTATACAATATACACTGCTTCGTACTTGGTGAAGAGGTATAAAACAA
CCTGGTAAGACTTACTTTATACGTTTGTACGAAGTACAAAGCATGTTTTT
ATGTTTTACCGTGTTGTATCGCAAGAAAAAAACAATTAGAATCGGTCGGG
TGCATACCATTCCATTACAGTACTGATTTGTCTTGTGTACTGAGCGGGGA
TGAAAGTACTATTTTGGAGTCAGCTGGCTGACGCTCTCCTCGCGCTCGCC
AGTTGGTTGACGGCCCAAAGGAGGAGGCAATGAGATCTGCCCTCGTGTGT
ATAGGGAAGCCACGCTCGCCCTTGCTGGTTTTGCTCTCTCTCTCTGCCCT
GTTTTCACCTTATTTTTTTTTTAAGTGGATTGGTGCTGCCGTTGCTCTCG
TGCATGGCCGCCGTTATGTCCGTCCCTTTGTGCGCCCTGCAAATGGGTGT
CACCACCTTGATTCTGGTGTTTGAACCAACCTCGTTCACGTACGGCGCGG
TGAGATGTGACGTGATGGTTCATCAGAACGTCCTGCGATCCTCGCTCAAC
TCCGCTCTCCTCGGGTGTTTTGTGACTGCTGCTGACTACTGCTGCTGCTG
CTGCTGCTGCTGCTGCTGCTGCTGCTGCTGCTGCTGCTGGATGGCGTGGT
GCACATGCAGGAGTACGGGGTCACGTCGGAAGGGGTTTTCGTGTTCCTGG
ACGAGGCGTTGCGGGACAGGGGCATCGACCCCAAGAAAGGACAGACTTTC
ACGCTCAAGCTTACCGGGGTGAGAAATACTGGAGAGAGAGGGAGGGAGAA
AGAAGAGAGGTTGGGAGACAGAGAGACAGAGAACAGTCACGATGCATAAA
GTATGCTCCATGAGACGCACCAGCACCGGTGCATTGTGCTACAGTTTCGT
GCATTTCGTTTGAATCGTCCAGCCGTACACGAGTCTCTTTGGTCATGACG
ACGATGATACGATTGTGAGAATTGTAAAACATTTATAATAATGACATCGG
ATTATGAGAATGGTGATCGTCTTTAGAATGGCAACGGAGAACGAGAACGA
TGACGATGAGAACAGTGATGATGATAAGACATACTTCGAAGTACAGGCAT
TGAAACTACCTGGTAATGGTTATGATGTCATGATTACAAAGAATGGCAAC
CATTGTAAGAATGGTGACATGATGAGCATGACATCGGATGAAAGTAATGG
TTATGATGACAAGAACGGCAACCATTGTAAGAACGGTGATGATAAAGAAA
TGACGACGGCCAGTGCGAGAATGACGTTGGATGATGAGAAGGGTAAAACT
GATATAAACAAAAAATGACAATGGGTGGGTGATCGACCAGGGGCCCGACG
GTGACGTCGGAGGCAACATGATCAAGATTCTCAACAGAGAGTACGGCGAC
GCTTGCCTCATCGTGGGAGTCGCGGACGGGACGGGCAGCGCCGAGGACCC
GGACGGGTTGAGCCACACGGAGCTCCTGAGGCTGTTCGACGAGAGTCTTC
CCATCTCCGAGTACCGGTCCAACAAGGTTAGTTTTAAGGCTTGTGGTTTT
GTGTCTCGGGGTTGAGTACAGTACGGACGAGGCACTGTTGGATGTCAACT
GTTAGTGTTGGTGGTGGTGGTGGTGGTGTTGGTCTTGTTGTTACTGCTCC
TGATGATGATGGCGATATTCGTGGTGATGATGCTGCTGCTGCTGTTTCTG
CTGTTGCTGTTACTGCTGAACTCAGGTACAGGTGTTGCGTGCGAAGTAGT
TTGAAAGGTTTGAAACTGAGGACATACATATTCATACAGACAGCAGGCAG
CCACGCGTCGAATGTCATCAAATCATCAGCCAACTATAATATCCATCCAC
GAACAGCTTCTCCCTCCTCAGCATCTTAAAAAAATAGCTCACCCACCCAA
CCCCAACCCCTACCCCTACCCACCCCCCCACACCAGCTTGGCCCCAAGGG
CGTCCTACACACGTGCAAGGACGAGGAGGGCATTCGCGCCCGCAACACCA
TGCACAACCGCGTCCAGGCTGATGCTTTCGTTCCCGCCGGGGGGCGGCCC
GGCACCATCAACGGGTCCAACTGGCGGTCTTACCTTGACAAGGATGGCCG
GCCCTCCAGCTCCCTCGTCGTTGAAGGGTAAGAAAACAACATGTCCAAAA
ATTGATTGGCGCGGGGGGGGTGCCCACCATGTCGAGAACTTTAAAGTGTA
GGGGATGAGGGGGGGGGGGGGCTGTCTACAAAGTTGTCCATCATTGAGAA
CTGAGGGAAGGGGGGGCTGCCGCAAGAGCTGCAAAGTGAGGGTGCAGGGG
GAGGGGTGGGCGTGTACTCATGGCCGCGCATCGCTGTGGCCTTGAGGCCA
CATCGTAGACCCACGGTAGCCACTTTACTTTCACCGTGGCAATAGGTTTA
CCGGCCACAGACCTGTTTATGCCCTATGCTGGCTTCCATGAAACAAAGCA
AAAAAATATCTCCCGTCGTAGTCTTTTCTTCTTTCCCCAATGCGTGTCAT
TTTTCGCCCGAGCTGCACTTTGACGATTTTTTTTTTTTTCGTCGGTGTCT
GTGATGTAACCCGGCACGGCACGGCATGTGTGTGTGTGTACATACGATAG
AGCAAACCTGTTCACGACGCCGGAGGCACGGGCCGCGCTGTTCAAGGAGG
CTGGAGTCGTCTTCGTCAAGGACTCCAGCGCCAACAAGTGCGGCGTGATC
TGCAGCTCGTTCGAGATCATCTCGTCCATGCTGATGACGTCCGAGGAGTT
CAAAGAGAGCAAGGTGAGACACAGAGAGAGAGAGAGAGAGAGAGAGAGAG
AGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAAGAGG
TTCGGAGAAAGAAGTAAAAGAGAGGGGGGAAACCCCTAAATAGTGCTTTC
CTTGGCCATTTTGCCCCCATTGACCAGGCATTGCCCATGTCGGGACGAAC
GGAACGCTCTTCTTTTAGAGTCACGAAGAACATTCGGGCACTCTCGGCGT
TTTTCTCCTCCCATTTTGTTATTTCGCCCAATAGTGTGATTGATCATCTC
CTCATGTTGTTGGAACCCCTCATCCAACCCTGTTGGGACGAAAACGGACT
TTTTCCCGCATGAGAATCGAGTGCGTGTCATCATGGCGCTGGGGGGTGCA
TTTTTGTTTTGTGTATTAGAAGAAGCTCGGGGATACGCAGGTCGGTGGAG
CAAGCATTTTTGTTTTGTTTTTTGGGAGGGGGGGGGAATCAGAGTATTGC
GTAAATGTTCCGTGTTTGTTCTCCGCGAAAAAATCGATCAGGCATATAGT
TGAACTCCACATCACACGGACATATATTTGCATTGGACCTGTGATACATA
TACATGCGCGCGACGATGCTGCTGTTGAAAAATAAGATGTGACTTGAAAC
AATAGACACGAAATAAAAGTGCTGAAACAAACAACCGACAACAACAAACA
GGAGGGCATCGTGCTGGACGTGTTGGAGAAGCTCAGGAATGCTGGCCGCC
GCGAGGCCGAGCTGCTCTTCAGGGAGCACCGCAACCACCCCGCCACGCCT
TTGCCGGCTATCAGCGAGCGCATCAGCAACGCCATCAACTCGGTAACCGA
CGCCACTCTCAAGATTCTGGACGATGCTTCTGCTGGGGTGAGTACGAGGG
CACCAACCGGGGCGCTCTGGCGAAGGGTGGGGTGTGTGTGGTATTTGTCG
CGAGAGGACCTGCCGCACCGGTTGACGCAGCCTGTGTACCGTAGAAGACA
TTATCAACAACGACGTTAAGCTGGAAATATGCAAAGCCCGATGTAAAAGA
TACGTGGACGCCCTGCCCTGGCACGTGACATTAGCAAAGGAAAGTTGTGA
TCGACAAAGCGAAAAGAGCAGTGGCGTATTTCTTCTTGACGAAGCACAAT
AAAAATGTCATTGTCGTGTTCGGCGTCGCGCTGGATGTATCTGCATGCTC
CTCTTGGCGCCCTCCCTGACCCTCTTTGCTCAACATTTGGTTTGCTGCTG
CTGCTGCTGCTGCTGCTGCTGCTGTTGTTGTTGTTTGTTGTTGTTGTTTT
CACTTGTCGCCTCTCTCCCTATATATAATCTTCTTCTTCTTCTTCTTCTT
CTGCACTCGCCTCGTCCAATCCGATGCAGGAGGCGCACGAGGAGCACCTC
CGCCTCCTGCTGCCGCTGTTCCGGGAGCACCTGCCGCAGAAGCTGGTGGA
CGAGGCGTTCGAGAGGGTGCCCACCAGCCTGCCCCCTCAGTACCTCCGCA
ACGCTATGGCCTCCTGCCTGGCCTGCCGGGTGGTCTACAAAGAGGGTAAG
AGAGAGAGCGAGAGCGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAG
AGAGAGAGCGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAG
AGAGAGAGAGAGAGAGAGAGAGAGAGCGAGAGAGAGAGAGAGAGAGAGAG
AGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGCGAGAGAGAGACAGTC
ATTTTGTCCCGGGCGTGTGTGGAAATATAAACCTGACCCATTCAGACACC
ACGATAGACATGCTAGTGGCGTGATTTGCGGGCAACTTTGATGTACTTGC
ACTGCTGGAGCCACGCGACAATAATTTTCGAAGTGGCTTGTGTGTGCGTT
TGTGTGGGAGTATACTCCATCACGGGATTTGCAACCCCGTTCGTCTGGAA
GCCCAAAACGGTGGTGAATGATTTTTGGTCTCCGTCGTCGCCGCTAGAAA
TCAGTTCGCGCAGCTGCAGGACTAAAGTCTTTGAATTATTATGAAATCGT
TTTGTGCTCCCTCGGCCTTGGTTTCGTTTGTTGTTGTTGTTGTAGTTGTT
GTTGTTGTTGTTGTTGTTGTTGTTGTTGTTATTGTTGTCGTCGTTGTGGA
CTTATCATCAATCAACGCGGTTGTTGTTGCTGTCGTCGTTATCGTTGTCG
TGAACGAACCAGGCATCAACTTCATAGACGCTCAGCCTCGCGACCGTCTG
GGCGAGCTAGCGCTTTCTTACATCAGGGAAGAAACCGCCGTCAAGGACCT
CGCGGAGGCCGTGGAGGGCTCGGGCGGCAACACGTGAGCAGCATTAATAA
GTAAACTGTAGGGGGTAGGAGGGGCATCAGGGGGGGTGGGGGGGGGCGTG
AGACCATTTCTGACCCACGTATCATACCTCGACAATGCCGAAAAAGAGGG
ACGATGATTGGATTGGATTTGTTTTCACCGACCTAGTACGTAAAATAAAA
TGATAAATAAAAAAAAGGGATCAAAAGAGAAAGAAGGAAAGGAAGGAAAA
ACGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGA
GAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGGAAGGAAGCAGAGAA
AGCAGAGAAAACCCTGAATATGTTGCCGGAAGAGAAGAAGAGGTATCGAA
CAGAATCTACAGCGAAGGATCGTGCCATCCGAATACATGGGGAGTAGGAA
GGGGTTGAATCCAACCAAGGGAAGAGAGGCATCGCAGGTAACGAGTAGGA
GCCGAGATATCTGTGCAAGGCAACAAGATCTTGACGTGTTGGAGCACGCA
CTCGAGTACTCAACTCTGTGTACCCGATGCCCTCCAACAAGAACGGTATT
CGTCTTCGTGCCATTCCACATACAGTAGCCTTCGCAGGGTTTGAACAAAA
TTATGTCTGGTTTAGTTGAAATTAGTGGGGGGTTCGGGGTTGGGGTGAGG
GTTAGGGTTAGGGTTGCGTAACCCCCCCTCTCTAATTCCTACTTAACTTA
ATTTTCCTGCGAAGGCGGTCCATATACGCTGAAGCTTCTTCTTTTTTCAA
AATTGGTGGCTTTCTCTCCCTCTCTCCCTCCCTCTCTCCCTCCCTCTTTC
CCTCCCTCTCTCCCTCCCTCTTTCCCTCCCTCTTTCCCTCCCTCTCTCCC
TCTCTCTTTTCCTCCCTCTCTCTCTCTTTCCCTCCCTCCCTCTCTCCCTC
TCTCCCTCTTTCTCTCCCTCTCTCTCTCCCTCCCTCTCTCCCTCTCTCCC
TCCCTCCCTCTCTTACTCCCTTACTCCCTACTCCCTTCCCTACACTTCGT
AAACTTCCCGTGTTCCTTGCGGGGTGTCCTGGCTCTTCCACCTTGCGCGT
ACCTACGGCCGCGTTTTTTTTTTGTTTTTTAAACAAACCGCACACGCACT
CAATAGGCCCATGAGCGACGAGGACAAAAAGAAGGTGGCGAACATTCTTC
GCTCTGCCGGAGTTAGGGCTAGCCTCGGCGTCTACTGATTCTATTGGTCG
ATGGAGCTAGTGCTGTAGATTCATCGAGATACTACTGCAAAGGGAGACTT
TTTTTGTTGCTTTTTGAGTGTACGATGGATTCTCTCTTTCTGCTCACAGC
ATGTATCATGTTGATGAGTGTATGCAGGACAAGGTGCTGCTGCGATACGT
TTTTTTTTTTTTTTTACGTTTTCAGTGTACGATTGATCTGCTTACAGGAA
AGATCAGGTTGACTGTATGCAGGAACCTCCTGCTTGCTGTTCTCGTTTGT
TTGTCCGTTGAGTGAGTGTTGTCGATTCACTGATTTGTTCCAAAAACAAG
AAAAAAAGGAAGAAACAGAACCAGAAAAAATTAAGGGGTTCTTTCGGAAG
GTTTTGCTCTCTTCGTACAACAGCAAAGGCGATGACTTACTTCATCGAAT
GCAGTGTTGTTTATTTCAGCTTCATGAAGAGGAAGGGAAGGAGGGGGCGG
GGGGCAGGCGGGCCGAATGTTATTTTTCTCGGCAAATTAAGGGCGAAAAA
GATGTGAATCTGACGTCATTTGTTTTCAACAAAATAGGGAATGAGGGAGT
AATTATCGGGAGGCATAGACGTTCGTGGACAGCAGTGCTTATCGTGTGTC
GCTTCGTGGATACATTCTTTCGTATACTGTAACATACGTACATACGCGGT
GGAGATACGCCATAGCTGTCACGGCTGTGGGAGGGCTGAGCCCTGATGTA
CATGTCTGTTTTACTAGTTGTGTGTGACGAGAATGTTGTGAGTTAGTCAC
CCGTGACCTTGGCTGGAACGAAAACATAGAATTGCTTTTTTTTCCAGGGA
AGCAAGGGTATCAAAAGGGTGTATCAATGGTTGTGATTTATGTTATCATA
TACCATGCATGGGTGTTTCTGTGTTGTGCGTTCTGGTGGTGTGAAGAGGT
CTGTTGACCGACTCCCTGTGGGTGGCATGACTTTTTTTAAGCTTCCGAGC
ATAGACGCAGATAGTCGTTTCGGAGGCAGTACAGTACTGCAGTATGAAAG
AAGCGTGGGAGTGAAAACAAAAAATAAACAGTTTTGTTTTTCGTGTGAGG
CTGTTGGGGTGCGCCTGAGTTGTTCGAGATTTCTGCCATCAGCAGCCGCA
ACAAGAAGGTACGGCACAGGTAGGTACCAACAACAGCCCCTCCGGAGCTC
GATTCGATACATTAGCGACGGCGTTTGTTAGCTTTGGCGGCACAGACCTA
CCGATACCATAGGGTTGTCTCAAATAGTTTTTGTGATGTACTACACGTGT
GTGTTTGTTCTTGAAAAGCCGCGAAAAATAGGGGGGTGATTCGTGTGCGT
CCCCGTTGTTTGCGGTGGAAAAAAGTATACGAAGTATTGTACTAGGCCTT
GGGTTGGGCGCCGGTCATCAACCACGGGCGTGGGTTGGGTAGTTGTGGCT
TAAAATGGGTTCCGATCGATGAGTGAGGTAAGAATTTTACAGGGGGTACA
TCTGAAAAAGTGAGCAAATTTCAACTCTTAACTCCCCTGGAAAAGAGAGC
GCCTTCGTGCGCACATTTTGAACATTTATGATGTGTGGCTCGACCCACGA
CGCGCATGAGAGCAACGTCGTGGATAATTCTCTCCTGTTTTTAACTCTTT
CCCCGCGGTGCATCCATCGAGACGGGATAGGGGCGGCAGGCCACGAAGAA
ATGAC

Coding sequence (CDS) from alignment at P-littoralis_Contig116:396238..431392+

>mRNA_P-littoralis_Contig116.111.1 ID=mRNA_P-littoralis_Contig116.111.1|Name=mRNA_P-littoralis_Contig116.111.1|organism=Pylaiella littoralis U1_48|type=CDS|length=3744bp|location=Sequence derived from alignment at P-littoralis_Contig116:396238..431392+ (Pylaiella littoralis U1_48)
ATGCTCCGCAAGATCGCTCTGAGCCCGCGCCTCGGTTTGGGTACGCTGGA
GTCGTCCTCGGTACAGCTCAGCCGTCGAGGAGGAGGAGGAGGAGGAGTCA
GAGCGATTGGCAGTACTACCGTCCGTCAGCAGCGGGAACAGCGGGGTGGC
GGCGGGAAGGCAGATGCTGCTTCATCTGGGCATGAACGTGCCCCGCGAGA
GAGGATATCCCCGGTGGCGGACAACGGGGGCGGCCAGCCCGGTCTGACGG
CGACAGTATGGCCGGCGCACATCAGCGAGAACGCCGCCTTCTCCTCCTCA
TCGGCGCGTACCGTCAGCCGTGGTACCACCTTCAACGTGGGGCAAGGAGC
GGCTGGCAGCGGCGGCGGGGGCGGCGGCGGGGGCGCGTGGGACGGTGCGG
GCGCGCTGCTGTCGTCGACGTTTTCGTTTTCCTCGTCCCCTGCGCCGGCT
CAATGGGCGCACATTCAGGGCAACGAGAAGAAGCTGCAGAAGATGGCCAG
GCAGTCGCTGCTGCACGAGCTGTGGCAGGAGCAGCAGCGGACGCACGAGA
AGGCGGTCGACTGGTTCTTGAGCAACATGCCAGCTTCCTACTTCCGACAG
ACCGCGGAAGAACTGAGATTGCAACACCTGGGGGCGATTTCCTCCATGCT
CGAGGGCGGTGTGACGGGCAAGGATGGAGTCGAGCAGCTGAAGCCCACAA
GAGATATCACTCTCCACTTCGAGAGGTACGTGGACGACATCAAGGAGGTG
TCCTTCGTCCAGTCCACCAAGGGCAACGACGGCGGGATATTGAAGCTGCT
CGATGCTCTCCCTCGGGCTGATGGCAGCCTGCAGCGGGTACACGTGTTTC
CCTCGCGGGACGGAAACCTGGCCATCTACCTGTTCGCCTACGTGAAGCAG
GAGGACGTCTTCTCCCCGGCGGAGGCCATTCCTCCGGCGGACACCAAGGC
CGGCAAGGCGCGGCGCGCGGCGGCGGTGGCGACGCTGTCGAAGGCGGCGC
CCTCGAGCGAGCTGCTGGAGTACGCCGCCTCGGTGCAGGCCGGGGAGTGG
GTGGACAACGCCGCGCACGCGCCCCCCGGGCCAATGTTCGAGCCCGAGGC
GATGCTGGAGTACCTGTCGCAGTGCGAGCCGGAGTTCGTGCAGCACAGTC
ACCCCCGGCGGTTCTGCAAGCATCGGGTGCTCTTTGAGGAAGTTACCGGC
ACCGAGGGAATCGCAGTCGACGTGGAGGCCTACCAGGGGTACGAGGCGGG
AGTGTCGGAGCTGGGCGGCTCCCACTGGATCTCGATCGCCGCGGCCAACG
TGCTGCCTAAGATTGCTCTCTACCAGGCCCTCCGGCTGCTCAAGAGCTAC
CAGCTGGACACCATCCGCTGTCACCTCGACGTCGTGGACGACCCGGGAAA
TGGTTCCGTCACCATGTTGAGAATGCTGGTCAACGGCGCCAGCAGTGCTG
CCGAAGCAGCCGAAGCAGCGGCGGCGGCGAGCGGGGAGACGGCGGACGCC
GAGGTTGACGAGAGCTGGAAGGACCGGTGGGACGAGCCCGGAGCGTGGGA
TCCCGTGATGAAGGACCTCCGTAGGTCTAAGTGGGCTGACGAGCGGGTGT
ACGAGCTGATGCTAGAGAGGCACCCGGGGCTGGGGCTCGAAAGGTCGGAA
GTTATCGTGGCCCTCGCCAACATGGTGTACGGCGTGTTGCACAAGACGAA
CCCCTGGGCGTACTCCAAGTCGCAGATGTATCACTGGCTGGACAACCACC
GGTACGTGAGGCACGCGTCTGCGGCCGCGGACCTGTTCTGCGAACGGTTC
TCCCCCGACGTGCCCATGGAAGAGGAGCGGGCGGAGGCGAGGGCCGACGA
GATCAGAGCGATGGTCAGGCGCGACGTGGAGCACGAAATGGTGCAGGGAC
TGCTGCTCAAGATGGTGGACGGGGTGATGGCCACCTACCGGACGAACTTC
TTCATGCCTAACCGTTGGGGCCTGAGCCTTCGCGTCGACCCGCGGCTGCT
CATGACCGAGAGCGAACTTGAGGAGGGCAGCACCGCCGAGGTTCCGTACG
GGGTTTTCTTCGTGCACGGGAGGCGTTTCAACGGGTTCCACTGCCGCTTC
CGAGACATCGCCCGCGGCGGCATGAGGATCGTGACCCCCGCGACGTCGGA
GCAGGTGGCGATCGAGGCCGGGAGGCAGTTCGATGAGTGCTACGGCCTGG
CGTACGCGCAGCAGCTCAAGAACAAGGACATCCCGGAGGGGGGCAGCAAA
GCCGTGTTGCTCGTGGACACCACCAAGGCGACGGGAAGGGCGAAGGACCA
CGCCGTGCGCAAGGGTGTCAAGGCCTTCAGCGACGCCCTCCTCGACCTGC
TCGTGGACACGGAGGAGACCCGGCGCTACGTCAAGGACCTGTGGGGCAAG
CAAGAGCTTCTCTATCTCGGACCGGACGAGCAGGTTATCCCGCAAGACAT
CAACTGGATCATCGCCCGCGCCGCGCAGCGGCAAGCCCCCTTCCCCTCAG
CCTTCATGTCCTCCAAGCCGGACGCCGGCATCAACCACAAGGAGTACGGG
GTCACGTCGGAAGGGGTTTTCGTGTTCCTGGACGAGGCGTTGCGGGACAG
GGGCATCGACCCCAAGAAAGGACAGACTTTCACGCTCAAGCTTACCGGGG
GGCCCGACGGTGACGTCGGAGGCAACATGATCAAGATTCTCAACAGAGAG
TACGGCGACGCTTGCCTCATCGTGGGAGTCGCGGACGGGACGGGCAGCGC
CGAGGACCCGGACGGGTTGAGCCACACGGAGCTCCTGAGGCTGTTCGACG
AGAGTCTTCCCATCTCCGAGTACCGGTCCAACAAGCTTGGCCCCAAGGGC
GTCCTACACACGTGCAAGGACGAGGAGGGCATTCGCGCCCGCAACACCAT
GCACAACCGCGTCCAGGCTGATGCTTTCGTTCCCGCCGGGGGGCGGCCCG
GCACCATCAACGGGTCCAACTGGCGGTCTTACCTTGACAAGGATGGCCGG
CCCTCCAGCTCCCTCGTCGTTGAAGGAGCAAACCTGTTCACGACGCCGGA
GGCACGGGCCGCGCTGTTCAAGGAGGCTGGAGTCGTCTTCGTCAAGGACT
CCAGCGCCAACAAGTGCGGCGTGATCTGCAGCTCGTTCGAGATCATCTCG
TCCATGCTGATGACGTCCGAGGAGTTCAAAGAGAGCAAGGAGGGCATCGT
GCTGGACGTGTTGGAGAAGCTCAGGAATGCTGGCCGCCGCGAGGCCGAGC
TGCTCTTCAGGGAGCACCGCAACCACCCCGCCACGCCTTTGCCGGCTATC
AGCGAGCGCATCAGCAACGCCATCAACTCGGTAACCGACGCCACTCTCAA
GATTCTGGACGATGCTTCTGCTGGGGAGGCGCACGAGGAGCACCTCCGCC
TCCTGCTGCCGCTGTTCCGGGAGCACCTGCCGCAGAAGCTGGTGGACGAG
GCGTTCGAGAGGGTGCCCACCAGCCTGCCCCCTCAGTACCTCCGCAACGC
TATGGCCTCCTGCCTGGCCTGCCGGGTGGTCTACAAAGAGGGCATCAACT
TCATAGACGCTCAGCCTCGCGACCGTCTGGGCGAGCTAGCGCTTTCTTAC
ATCAGGGAAGAAACCGCCGTCAAGGACCTCGCGGAGGCCGTGGAGGGCTC
GGGCGGCAACACGCCCATGAGCGACGAGGACAAAAAGAAGGTGGCGAACA
TTCTTCGCTCTGCCGGAGTTAGGGCTAGCCTCGGCGTCTACTGA