mRNA_A-nodosum_M_contig98.5.6 (mRNA) Ascophyllum nodosum dioecious

BLAST of mRNA_A-nodosum_M_contig98.5.6 vs. uniprot
Match: D7FN48_ECTSI (ATP-citrate synthase n=2 Tax=Ectocarpus TaxID=2879 RepID=D7FN48_ECTSI)

HSP 1 Score: 1979 bits (5127), Expect = 0.000e+0
Identity = 990/1103 (89.76%), Postives = 1046/1103 (94.83%), Query Frame = 1

Query:    1 MSAKAIREYHGKRLVSKWIAEYGDYDIENRCAQIKADMLEGDAEIGFTKIAQENPWLTSTPLVVKPDQLIKRRGKAGLLAVNKTWPEVQAWVSQRMGKNQKVEVVTGILDTFIVEPFVPHEQSDEYYVCINSNREGEEILFFHEGGVDIGDVDAKADRLQIAIGDKATPEAIKKALLEKVPEKRQDMLADFLSALFKLYIDLNFVYMEINPIVVVGDRITPLDMAAKIDETASFLCGQKWGEIDFPAPFGRPEFPEEAYIKKLDGSTGASLKLTILNHSGRVWTMVAGGGASVVYADTISDYGFGKELANYGEYSGAPSEQMTYNYARTILGLMTKTKDEEGKVLIIGGGIANFTDVAATFTGIISALKQFAEELRDGKISIWVRRAGPNYQEGLRKIRETGRSIGVPIRVFGPETHITAVVPMALGLVDGSKIPEFDEVDEQEPPETVKKDSPSAAAEAQVEETV---ETPAAGKTTEGGTPNGSAAAVGHTVQDFGPDTTAIVYGLQNRAVQGMLDFDFMCKREKPSVACMVFPFSGNHYIKFYWGTSEVLMPVYTSIAEAVKRHPSVSGMVNFSSFRSVFETTMDALNFADTIRTVAIIAEGVPESQTRKIIKAADEKKARVGLIGPATVGGIKPGCMRIGNTGGMLDNIVMSKLYRPGSVAYVSKSGGMSNELNNIIARKSDGVYEGVAIGGDRYPGTRFIDHLLRYQDNPAVSMMVLLGEVGGADEYDVCDALKNGRITKPLVAWCIGTCASIFPFEVQFGHAGACARGQGETAADKNAALAAAGAVVPASFDEFPSKINEVYKSLLKKGLAKPMVEPPAPKVPMDYTWAKRLGLVRKPANFISSISDDRGDELSYAGMPISEMFEADIGLGGVVSLLWFRRRLPDYATKFIEMILMVTADHGPAVSGAHNTIVTARAGKDLVSALCSGLLTIGPRFGGALDKAAEMFTQGADEGVDAAEYVKRMRQKNQLIMGIGHRIKSLSNPDMRVTIIKEYALKHFKNNKVLDFAMAIEQVTTKKRETLILNVDGCIAACFVDLLRSCGAFTLEEADELIANGCLNGMFVLGRSVGFIGHYLDQKRLKQPLYRHPWDDISYQMV 3300
            MSAKAIREYHGKRLVSKWI+EYGDYDIENRC Q+KADML+G A+ GF KI Q+N WL +TPLVVKPDQLIKRRGKAGLLAVNKTWPEV+AW+S+RMGK+Q+VEVVTGILDTFIVEPFVPHEQSDEYYVCINSNREGEE LF HEGGVD+GDVDAKADRLQ+ IGDKAT   IK+ALL KVPE RQDMLADFL+ALFKLYIDLNFVYMEINPIVVVG+RITPLDMAAKIDETASFLCG KWGEIDFPAPFGRPEFPEEAYIKKLDGSTGASLKLTILNHSGRVWTMVAGGGASVVYADTISDYG+GKELANYGEYSGAPSEQMTYNYA+TILGLMT+ KD++GKVLIIGGGIANFTDVAATFTGII+ALKQ+AEELRDG ISIWVRRAGPNYQEGLRKIRETG SIGVPIRV+GPETHITAVVPMALGLVDG+ +PEFD+V EQE P TVKKDSPS AAEAQVE +    + PAA ++     PNG+ A+  HTVQ+F PDTTAIVYGLQNRAVQGMLDFDFMCKREKPSVACMVFPFSGNHYIKFYWGT+E L+PVYTSIAEAVKRHP+VS MVNFSSFRSV+ETTMDALN++DTI+T+AIIAEGVPESQTR+IIKAADEKK  VGLIGPATVGGIKPGCMRIGNTGGMLDNIVMSKLYRPG+VAYVSKSGGMSNELNNIIAR SDGV+EGVAIGGDRYPGTRFIDHLLRYQDNP VSM+VLLGEVGGADEYDVCDALK+GRITKP+VAWCIGTCASIFPFEVQFGHAGACARGQGETAADKNAALAAAGAVVP SFDEFPSKI EV+  LL+KGL K MVEPP PKVPMDYTWAKRLGLVRKPANFISSISDDRGDELSYAGMPISE+F ADIGLGGV+SLLWFRRRLPDYATKFIEMILMVTADHGPAVSGAHNTIVTARAGKDLVSALCSGLLTIGPRFGGALDKAAEMFTQGADEG DAAEYVKRMRQ+N+LIMGIGHRIKSLSNPDMRVTIIKEYALKHFKNNKVLDFA+A+EQVTTKKRETLILNVDGCIAACFVDLLRSCGAFT EEADELIANGCLNGMFVLGRSVGFIGHYLDQKRLKQPLYRHPWDDISYQ V
Sbjct:    1 MSAKAIREYHGKRLVSKWISEYGDYDIENRCVQVKADMLQGGADAGFAKIEQDNSWLANTPLVVKPDQLIKRRGKAGLLAVNKTWPEVKAWISERMGKSQEVEVVTGILDTFIVEPFVPHEQSDEYYVCINSNREGEEFLFCHEGGVDVGDVDAKADRLQVPIGDKATASDIKEALLSKVPESRQDMLADFLAALFKLYIDLNFVYMEINPIVVVGERITPLDMAAKIDETASFLCGPKWGEIDFPAPFGRPEFPEEAYIKKLDGSTGASLKLTILNHSGRVWTMVAGGGASVVYADTISDYGYGKELANYGEYSGAPSEQMTYNYAKTILGLMTRVKDDKGKVLIIGGGIANFTDVAATFTGIITALKQYAEELRDGNISIWVRRAGPNYQEGLRKIRETGESIGVPIRVYGPETHITAVVPMALGLVDGATVPEFDQVPEQEQPATVKKDSPSTAAEAQVEPSAGSGDAPAAQESA----PNGTTASSEHTVQNFAPDTTAIVYGLQNRAVQGMLDFDFMCKREKPSVACMVFPFSGNHYIKFYWGTAETLIPVYTSIAEAVKRHPTVSVMVNFSSFRSVYETTMDALNYSDTIKTLAIIAEGVPESQTREIIKAADEKK--VGLIGPATVGGIKPGCMRIGNTGGMLDNIVMSKLYRPGTVAYVSKSGGMSNELNNIIARNSDGVFEGVAIGGDRYPGTRFIDHLLRYQDNPTVSMLVLLGEVGGADEYDVCDALKSGRITKPVVAWCIGTCASIFPFEVQFGHAGACARGQGETAADKNAALAAAGAVVPVSFDEFPSKIKEVFDGLLEKGLVKAMVEPPVPKVPMDYTWAKRLGLVRKPANFISSISDDRGDELSYAGMPISEVFSADIGLGGVLSLLWFRRRLPDYATKFIEMILMVTADHGPAVSGAHNTIVTARAGKDLVSALCSGLLTIGPRFGGALDKAAEMFTQGADEGADAAEYVKRMRQQNKLIMGIGHRIKSLSNPDMRVTIIKEYALKHFKNNKVLDFALAVEQVTTKKRETLILNVDGCIAACFVDLLRSCGAFTQEEADELIANGCLNGMFVLGRSVGFIGHYLDQKRLKQPLYRHPWDDISYQSV 1097          

BLAST of mRNA_A-nodosum_M_contig98.5.6 vs. uniprot
Match: A0A835Z7S0_9STRA (ATP-citrate synthase n=1 Tax=Tribonema minus TaxID=303371 RepID=A0A835Z7S0_9STRA)

HSP 1 Score: 1706 bits (4418), Expect = 0.000e+0
Identity = 873/1112 (78.51%), Postives = 953/1112 (85.70%), Query Frame = 1

Query:    1 MSAKAIREYHGKRLVSKWIAEY--GDYDIENRCAQIKADMLEGDAEIGFTKIAQENPWLTSTPLVVKPDQLIKRRGKAGLLAVNKTWPEVQAWVSQRMGKNQKVEVVTGILDTFIVEPFVPHEQSDEYYVCINSNREGEEILFFHEGGVDIGDVDAKADRLQIAIGDKATPEAIKKALLEKVPEKRQDMLADFLSALFKLYIDLNFVYMEINPIVVVGDRITPLDMAAKIDETASFLCGQKWGEIDFPAPFGRPEFPEEAYIKKLDGSTGASLKLTILNHSGRVWTMVAGGGASVVYADTISDYGFGKELANYGEYSGAPSEQMTYNYARTILGLMTKTKDEEGKVLIIGGGIANFTDVAATFTGIISALKQFAEELRDGKISIWVRRAGPNYQEGLRKIRETGRSIGVPIRVFGPETHITAVVPMALGL--VDGSKIPEFDEVDEQEPPETVKKDSPSAAAEAQVEETVETPAAGKTTEGGTPNGSAAAVGHT-----------VQDFGPDTTAIVYGLQNRAVQGMLDFDFMCKREKPSVACMVFPFSGNHYIKFYWGTSEVLMPVYTSIAEAVKRHPSVSGMVNFSSFRSVFETTMDALNFADTIRTVAIIAEGVPESQTRKIIKAADEKKARVGLIGPATVGGIKPGCMRIGNTGGMLDNIVMSKLYRPGSVAYVSKSGGMSNELNNIIARKSDGVYEGVAIGGDRYPGTRFIDHLLRYQDNPAVSMMVLLGEVGGADEYDVCDALKNGRITKPLVAWCIGTCASIFPFEVQFGHAGACARGQGETAADKNAALAAAGAVVPASFDEFPSKINEVYKSLLKKGLAKPMVEPPAPKVPMDYTWAKRLGLVRKPANFISSISDDRGDELSYAGMPISEMFEADIGLGGVVSLLWFRRRLPDYATKFIEMILMVTADHGPAVSGAHNTIVTARAGKDLVSALCSGLLTIGPRFGGALDKAAEMFTQGADEGVDAAEYVKRMRQKNQLIMGIGHRIKSLSNPDMRVTIIKEYALKHFKNNKVLDFAMAIEQVTTKKRETLILNVDGCIAACFVDLLRSCGAFTLEEADELIANGCLNGMFVLGRSVGFIGHYLDQKRLKQPLYRHPWDDISY 3291
            MSAK+IRE+HGK+LVSK +AEY  G +D+E+R  QI A  LE  A +        NPWL +TPLVVKPDQLIKRRGKAGLLAVNKTWPEVQ W+  RMGK QKVEVVTGILDTFIVEPFVPH   DEYYVCINSNR+GEE LF HEGGVD+GDVDAKA RLQ+ IGDK +   I+KALL+KVPE+R+ +L+ FL+ALF LY DLNFVYMEINP+VVVG R+TPLDMAAKIDETA+FLCG KWG+IDFPAPFGRPEFPEEA+IKKLDGSTGASLKLTILNHSGR+WTMVAGGGASVVYADTISDYGFG ELANYGEYSGAPSE  TY YARTILGLMT+T   EGK+LIIGGGIANFTDVAATFTGIISAL+Q+A+ELR+G ISIWVRRAGPNYQEGLRK+R  G  + +PI VFGPETHITAVVPMALGL  VD    PEF +V   +P   V KD+  A   A + +      AG  T   T  GS+ A+  T           V++F P T AIV+GLQNRAVQGMLDFD+MCKR++PSVA MVFPFSGNHY+KFYWG SE L+PVYTS AEAVKRH   S +VNFSSFRSV+ETTMDAL F+  IRT+AIIAEGVPESQTR IIK AD +   VGLIGPATVGGIKPGCMRIGNTGGMLDNIVMSKLYRPGSVAYVSKSGGMSNELNNIIAR SDGVYEGVAIGGDRYPGTRFIDHLLRY D+P V MMVLLGEVGG DEY+VC AL++GRI+KPLVAWCIGTCASIFPFEVQFGHAGACARGQGE+AADKN A+A AGAVVP SFD+FP KI EVY+ L   G+  P  EPP PKVPMDYTWA+RLGLVRKPANFIS+ISDDRGDEL YAGMPISE+F   IGLGGVVSLLWFRRRLPDYAT FIEMILMVTADHGPAVSGAHNTIV ARAGKDLVSALCSGLLTIGPRFGGALDKAAEMFTQG+D G+ AA +VK MR KNQLIMGIGHRIKSLSNPDMRVTIIKEYA  HFKNNKVLDFA+++EQ TTKK+ETLILNVDGCIAACFVD+LRSCGAF+ EEADELIANGCLNG+FVLGRSVGFIGH+LDQKRLKQPLYRHPWDDISY
Sbjct:    1 MSAKSIREFHGKQLVSKHLAEYSAGQHDLESRVVQITASSLEDVAAVEAA-----NPWLLTTPLVVKPDQLIKRRGKAGLLAVNKTWPEVQEWIKARMGKEQKVEVVTGILDTFIVEPFVPHAPEDEYYVCINSNRDGEEFLFHHEGGVDVGDVDAKAVRLQVPIGDKTSAADIEKALLQKVPEERRAVLSGFLAALFDLYRDLNFVYMEINPLVVVGTRVTPLDMAAKIDETAAFLCGAKWGDIDFPAPFGRPEFPEEAHIKKLDGSTGASLKLTILNHSGRIWTMVAGGGASVVYADTISDYGFGAELANYGEYSGAPSESQTYEYARTILGLMTRTHHPEGKILIIGGGIANFTDVAATFTGIISALRQYADELREGNISIWVRRAGPNYQEGLRKMRAVGEELKIPIHVFGPETHITAVVPMALGLKSVDA---PEFGDVPAPKPKNIVSKDA-VAPPRASISD-----GAGSITSELTSAGSSPALLPTPAPAGARNRGQVENFTPATRAIVFGLQNRAVQGMLDFDYMCKRKRPSVAAMVFPFSGNHYVKFYWGLSETLIPVYTSTAEAVKRHKDASVLVNFSSFRSVYETTMDALQFSSQIRTIAIIAEGVPESQTRSIIKEADARG--VGLIGPATVGGIKPGCMRIGNTGGMLDNIVMSKLYRPGSVAYVSKSGGMSNELNNIIARASDGVYEGVAIGGDRYPGTRFIDHLLRYNDDPNVKMMVLLGEVGGVDEYEVCAALESGRISKPLVAWCIGTCASIFPFEVQFGHAGACARGQGESAADKNTAMAKAGAVVPTSFDDFPKKIAEVYEELKSSGVITPREEPPEPKVPMDYTWARRLGLVRKPANFISTISDDRGDELCYAGMPISEVFSEKIGLGGVVSLLWFRRRLPDYATTFIEMILMVTADHGPAVSGAHNTIVAARAGKDLVSALCSGLLTIGPRFGGALDKAAEMFTQGSDSGMSAAAFVKAMRNKNQLIMGIGHRIKSLSNPDMRVTIIKEYAQAHFKNNKVLDFALSVEQETTKKKETLILNVDGCIAACFVDMLRSCGAFSQEEADELIANGCLNGLFVLGRSVGFIGHFLDQKRLKQPLYRHPWDDISY 1096          

BLAST of mRNA_A-nodosum_M_contig98.5.6 vs. uniprot
Match: W7U8G3_9STRA (ATP-citrate synthase n=2 Tax=Monodopsidaceae TaxID=425072 RepID=W7U8G3_9STRA)

HSP 1 Score: 1544 bits (3998), Expect = 0.000e+0
Identity = 780/1104 (70.65%), Postives = 891/1104 (80.71%), Query Frame = 1

Query:    1 MSAKAIREYHGKRLVSKWIAEY--GDYDIENRCAQIKADMLEGDAEIGFTKIAQENPWLTSTPLVVKPDQLIKRRGKAGLLAVNKTWPEVQAWVSQRMGKNQKVEVVTGILDTFIVEPFVPHEQSDEYYVCINSNREGEEILFFHEGGVDIGDVDAKADRLQIAIGDKATPEAIKKALLEKVPEKRQDMLADFLSALFKLYIDLNFVYMEINPIVVVGD-RITPLDMAAKIDETASFLCGQKWGEIDFPAPFGRPEFPEEAYIKKLDGSTGASLKLTILNHSGRVWTMVAGGGASVVYADTISDYGFGKELANYGEYSGAPSEQMTYNYARTILGLMTKTKDEEGKVLIIGGGIANFTDVAATFTGIISALKQFAEELRDGKISIWVRRAGPNYQEGLRKIRETGRSIGVPIRVFGPETHITAVVPMALGLVDGSKIPEFDEVDE----QEPPETVKKDSPSAAAEAQVEETVETPAAGKTTEGGTPNGSAAAVGHTVQDFGPDTTAIVYGLQNRAVQGMLDFDFMCKREKPSVACMVFPFSGNHYIKFYWGTSEVLMPVYTSIAEAVKRHPSVSGMVNFSSFRSVFETTMDALNFADTIRTVAIIAEGVPESQTRKIIKAADEKKARVGLIGPATVGGIKPGCMRIGNTGGMLDNIVMSKLYRPGSVAYVSKSGGMSNELNNIIARKSDGVYEGVAIGGDRYPGTRFIDHLLRYQDNPAVSMMVLLGEVGGADEYDVCDALKNGRITKPLVAWCIGTCASIFPFEVQFGHAGACARGQGETAADKNAALAAAGAVVPASFDEFPSKINEVYKSLLKKGLAKPMVEPPAPKVPMDYTWAKRLGLVRKPANFISSISDDRGDELSYAGMPISEMFEADIGLGGVVSLLWFRRRLPDYATKFIEMILMVTADHGPAVSGAHNTIVTARAGKDLVSALCSGLLTIGPRFGGALDKAAEMFTQGADEGVDAAEYVKRMRQKNQLIMGIGHRIKSLSNPDMRVTIIKEYALKHFKNNKVLDFAMAIEQVTTKKRETLILNVDGCIAACFVDLLRSCGAFTLEEADELIANGCLNGMFVLGRSVGFIGHYLDQKRLKQPLYRHPWDDISY 3291
            MSAKAIREY+GK+L+++W+ EY  G +  + +   I  D+LE      F  IAQ NPWL    LVVKPDQLIKRRGKAGLLAVNKTW EVQAW+ +RM +  +VE V G+L+ FIVE FVPH Q +EYY CI SNREGEEILF HEGGVDIGDVDAKA R+Q+ + ++  PEAIK ALL  VP  +QD LA FL  + KLY  LNF YME+NP+VV GD R+ PLD+AAKIDETASFLCG +WG +DFPAPFGR EFPEEAYI++LD  TGASLKLT+LN SGRVWTMVAGGGASVVYAD+I+D G G ELANYGEYSGAP+EQ T++YARTIL LMT+ +D  GKVLIIGGGIANFTDVAATF GII+AL+ F EELR+  I+IWVRRAGPNYQEGLR +RE G+ I VPI+V+GPETH+TA+VP+ALGL D    PEFDE        +P +++  D    A    VE  V  P+                  H +  F P+T  IVYGLQ RAVQGMLDFDF+CKR+KPSVA M+FPFSGNHYIKFYWGT E L+PVY +  EA++R+   + +VNF+SFRSV ETTM+ L F+D I+TVAIIAEGVPESQTR I   A  K   VG+IGPATVGGIKPGC RIGNTGGMLDNIV SKLYRPGSVAYVSKSGGMSNELNNII+R SDGVYEGVAIGGDRYPGT FID LLRY D+P V MMVLLGEVGG DEY VC+ALK+ RITKPLVAWCIGTCASIFP+EVQFGHAGACARG GETAA+KNAAL  AGA+VP +FD+F   + E+Y  L+K  +  P  EP  PKVP+DYTWAK+LGLVRKPANFISSISDDRGDEL YAGM ISE+FE D+GLGGVV LLWFRRRLP YATKFIEM+LMVTADHGPAVSGAHN IVTARAGKDLVS+L SGLLTIGPRFGGALD AA+MFT   D G++ AE+VK  + +N+LIMGIGHRIKSL+NPD RV ++KEYA KHFKN +VLDFA+ +EQ+TTKKRETLILNVDGCIA CFVD+LRSCGAFT EEA ELI NGCLNG+FVLGRS+GFIGHYLDQ+RLKQPLYRHPWDDI+Y
Sbjct:    1 MSAKAIREYYGKQLIARWLPEYSNGRHTTDKKQVLITPDVLEPTKGQSFEVIAQANPWLLKEKLVVKPDQLIKRRGKAGLLAVNKTWEEVQAWILERMQREVQVEQVKGVLNHFIVEAFVPHSQDEEYYFCIVSNREGEEILFTHEGGVDIGDVDAKALRIQVPLQEEPNPEAIKAALLVHVPAAKQDFLATFLEGILKLYRALNFAYMEVNPLVVTGDGRVVPLDLAAKIDETASFLCGPQWGHVDFPAPFGRREFPEEAYIRELDSKTGASLKLTVLNPSGRVWTMVAGGGASVVYADSIADLGQGHELANYGEYSGAPNEQQTFDYARTILSLMTRMQDPRGKVLIIGGGIANFTDVAATFKGIITALRAFQEELREHNITIWVRRAGPNYQEGLRIMRELGQEIRVPIKVYGPETHVTAIVPLALGLEDPKNYPEFDETSGISTVPKPAQSLPNDPADLAPPDAVEPEVTIPSK-----------------HRIIPFSPETRCIVYGLQQRAVQGMLDFDFLCKRKKPSVAAMIFPFSGNHYIKFYWGTEETLIPVYQTTEEAIRRNKDANVVVNFASFRSVHETTMEILRFSDQIKTVAIIAEGVPESQTRDINLVAQGKG--VGIIGPATVGGIKPGCFRIGNTGGMLDNIVASKLYRPGSVAYVSKSGGMSNELNNIISRNSDGVYEGVAIGGDRYPGTSFIDMLLRYNDDPDVKMMVLLGEVGGTDEYAVCEALKSKRITKPLVAWCIGTCASIFPYEVQFGHAGACARGMGETAAEKNAALREAGALVPPTFDKFGEAVREIYDKLVKSRVIVPRAEPEVPKVPLDYTWAKKLGLVRKPANFISSISDDRGDELRYAGMKISEIFEEDLGLGGVVGLLWFRRRLPAYATKFIEMVLMVTADHGPAVSGAHNAIVTARAGKDLVSSLASGLLTIGPRFGGALDDAAQMFTNAHDSGMEPAEFVKVCKNENKLIMGIGHRIKSLANPDARVVLVKEYAKKHFKNTEVLDFALGVEQITTKKRETLILNVDGCIAVCFVDMLRSCGAFTREEAGELIENGCLNGLFVLGRSIGFIGHYLDQRRLKQPLYRHPWDDITY 1085          

BLAST of mRNA_A-nodosum_M_contig98.5.6 vs. uniprot
Match: A0A7R9YDD4_9STRA (ATP-citrate synthase n=1 Tax=Pinguiococcus pyrenoidosus TaxID=172671 RepID=A0A7R9YDD4_9STRA)

HSP 1 Score: 1534 bits (3971), Expect = 0.000e+0
Identity = 769/1110 (69.28%), Postives = 906/1110 (81.62%), Query Frame = 1

Query:    1 MSAKAIREYHGKRLVSKWIAEYGD---YDIENRCAQIKADMLEGDAEIGFTKIAQENPWLTSTPLVVKPDQLIKRRGKAGLLAVNKTWPEVQAWVSQRMGKNQKVEVVTGILDTFIVEPFVPHEQSDEYYVCINSNREGEEILFFHEGGVDIGDVDAKADRLQIAIGDKATPEAIKKALLEKVPEKRQDMLADFLSALFKLYIDLNFVYMEINPIVVVGDRITPLDMAAKIDETASFLCGQKWGEIDFPAPFGRPEFPEEAYIKKLDGSTGASLKLTILNHSGRVWTMVAGGGASVVYADTISDYGFGKELANYGEYSGAPSEQMTYNYARTILGLMTKTKDEEGKVLIIGGGIANFTDVAATFTGIISALKQFAEELRDGKISIWVRRAGPNYQEGLRKIRETGRSIGVPIRVFGPETHITAVVPMALGLVDGSKIPEFD-EVDEQEPPETVKKDSPSAAAEAQVEETVETPAAGKTT------EGGTPNGSAAA---VGHTVQDFGPDTTAIVYGLQNRAVQGMLDFDFMCKREKPSVACMVFPFSGNHYIKFYWGTSEVLMPVYTSIAEAVKRHPSVSGMVNFSSFRSVFETTMDALNFADTIRTVAIIAEGVPESQTRKIIKAADEKKARVGLIGPATVGGIKPGCMRIGNTGGMLDNIVMSKLYRPGSVAYVSKSGGMSNELNNIIARKSDGVYEGVAIGGDRYPGTRFIDHLLRYQDNPAVSMMVLLGEVGGADEYDVCDALKNGRITKPLVAWCIGTCASIFPFEVQFGHAGACARGQGETAADKNAALAAAGAVVPASFDEFPSKINEVYKSLLKKGLAKPMVEPPAPKVPMDYTWAKRLGLVRKPANFISSISDDRGDELSYAGMPISEMFEADIGLGGVVSLLWFRRRLPDYATKFIEMILMVTADHGPAVSGAHNTIVTARAGKDLVSALCSGLLTIGPRFGGALDKAAEMFTQGADEGVDAAEYVKRMRQKNQLIMGIGHRIKSLSNPDMRVTIIKEYALKHFKNNKVLDFAMAIEQVTTKKRETLILNVDGCIAACFVDLLRSCGAFTLEEADELIANGCLNGMFVLGRSVGFIGHYLDQKRLKQPLYRHPWDDISY 3291
            MSAKAIREYHGK+++ KW+++  D     +E RC QI  D  +  A+  F ++A ENPWL  TPLVVKPDQLIKRRGKAGLLA+NK+W EVQ WV++R+G+  +VE V+GIL+TFIVEPFV H+QSDEYY+CI S+RE +E LF HEGGVD+GDVDAKA RL +++G   T E I +ALL  VPE R+  LA FL ALF+L+ +L+FVY+EINP+VV+ D+I  LD+AAKIDETA+FL G KWG+IDFP  FGR  FPEE YI  LD  TGASLKLTILNH+GR+WTMVAGGGASVVYADTI+D G+G ELANYGEYSGAP+EQ T+NYA+TILGLMT+ KD  GKVLIIGGGIANFTDVA+TF GIISALK + EELRDG +SIWVRR GPNYQEGLR++RE G+ I VP+ V+GPETHI A+VP+ALG+ DGS +PEFD EV+E +P     + S +   E + E  VE  A+G         +G     SAAA     H V      T   VYGLQNRAVQGMLDFD+MCKR++PSVA M++PF+GNHYIKFYWGTSEVLMP Y S+AEAV++H  V+ +VNF+SFRSV+ + M+AL ++D ++T+AIIAEGVPE QTR++I+ A+EK   VG+IGPATVGGIKPGC RIGNTGGMLDNIVMSKLYRPGSVAYVSKSGGMSNELNN+I+R SDGV EGVAIGGDRYPG+RF+DHLLRYQDNP V MMVLLGEVGG DEY+VC+A+++GRITKP++AWCIGTCASIFP+EVQFGHAGACARG  ETAA KNAAL  AG  VP +F +   KI EV+  L+ +G      EPP PK+PMD+ WAKRLGLVRKPANFISSISDDRG+EL YAGMPISE+F  D+G+GG +SLLWFRRRLP YATKFIEMILMVTADHGPAV+GAHNTIVTARAGKDL+S+L SGLLTIGPRFGGALD+AA MFT+ +DE VDA  +V  M++K +LIMGIGHRIKSL NPD RV IIKEYA  HF +N +L+FA+ +EQVTT+K+  LILNVDGCIA CFVD+LRSCGAFT  E  ELI  GCLNG+FVLGRS+GFIGHYLDQ RLKQPLYRHPWDDISY
Sbjct:    1 MSAKAIREYHGKKMLGKWLSDCADGGLNTLEQRCVQI-TDQCQHQADY-FEQLASENPWLLDTPLVVKPDQLIKRRGKAGLLAINKSWAEVQDWVNERVGRETQVERVSGILETFIVEPFVAHDQSDEYYICIQSHREADEFLFHHEGGVDVGDVDAKAVRLSVSVGSDCTTEMITEALLMNVPEARKPQLAHFLLALFRLFRELHFVYLEINPLVVMDDKIAVLDLAAKIDETANFLVGHKWGDIDFPPAFGRAAFPEEQYIADLDAKTGASLKLTILNHAGRIWTMVAGGGASVVYADTIADLGYGTELANYGEYSGAPNEQQTFNYAKTILGLMTRVKDPRGKVLIIGGGIANFTDVASTFKGIISALKAYQEELRDGNVSIWVRRGGPNYQEGLRQMREVGQQINVPMHVYGPETHIVAIVPVALGVKDGSSLPEFDQEVEETKP--LPSRSSFNTTPEEEPELPVEQGASGAADSEDAQHDGMVAAASAAAEATAAHNVITSSASTRCFVYGLQNRAVQGMLDFDYMCKRDEPSVAAMIYPFTGNHYIKFYWGTSEVLMPCYASMAEAVEKHQDVTFLVNFASFRSVYPSVMEALGYSDRLKTIAIIAEGVPEGQTREMIRVANEKN--VGIIGPATVGGIKPGCFRIGNTGGMLDNIVMSKLYRPGSVAYVSKSGGMSNELNNLISRNSDGVCEGVAIGGDRYPGSRFMDHLLRYQDNPEVKMMVLLGEVGGTDEYEVCEAVQSGRITKPIIAWCIGTCASIFPYEVQFGHAGACARGNSETAAAKNAALKEAGVHVPDTFADIGEKIKEVFDKLVAEGKIVEREEPPVPKMPMDFNWAKRLGLVRKPANFISSISDDRGEELKYAGMPISEVFSEDLGIGGALSLLWFRRRLPAYATKFIEMILMVTADHGPAVAGAHNTIVTARAGKDLISSLTSGLLTIGPRFGGALDEAARMFTKASDENVDAGFFVTDMKKKGKLIMGIGHRIKSLDNPDKRVVIIKEYAQAHFGSNDILNFALKVEQVTTRKKSNLILNVDGCIAVCFVDMLRSCGAFTPTEVAELIDLGCLNGLFVLGRSIGFIGHYLDQNRLKQPLYRHPWDDISY 1104          

BLAST of mRNA_A-nodosum_M_contig98.5.6 vs. uniprot
Match: A0A485KUQ3_9STRA (ATP-citrate synthase n=14 Tax=Aphanomyces TaxID=100860 RepID=A0A485KUQ3_9STRA)

HSP 1 Score: 1517 bits (3928), Expect = 0.000e+0
Identity = 764/1105 (69.14%), Postives = 893/1105 (80.81%), Query Frame = 1

Query:    1 MSAKAIREYHGKRLVSKWIAEY--GDYDIENRCAQIKADMLEGDAE-IGFTKIAQENPWLTSTPLVVKPDQLIKRRGKAGLLAVNKTWPEVQAWVSQRMGKNQKVEVVTGILDTFIVEPFVPHEQSDEYYVCINSNREGEEILFFHEGGVDIGDVDAKADRLQIAIGDKATPEAIKKALLEKVPEKRQDMLADFLSALFKLYIDLNFVYMEINPIVVVGDRITPLDMAAKIDETASFLCGQKWGEIDFPAPFGRPEFPEEAYIKKLDGSTGASLKLTILNHSGRVWTMVAGGGASVVYADTISDYGFGKELANYGEYSGAPSEQMTYNYARTILGLMTKTKDEEGKVLIIGGGIANFTDVAATFTGIISALKQFAEELRDGKISIWVRRAGPNYQEGLRKIRETGRSIGVPIRVFGPETHITAVVPMALGLVDGSKIPEFDEVDEQEPPETVKKDSPSAAAEAQVEETVETPAAGKTTEGGTPNGSAAAVGHTVQDFG-----PDTTAIVYGLQNRAVQGMLDFDFMCKREKPSVACMVFPFSGNHYIKFYWGTSEVLMPVYTSIAEAVKRHPSVSGMVNFSSFRSVFETTMDALNFADTIRTVAIIAEGVPESQTRKIIKAADEKKARVGLIGPATVGGIKPGCMRIGNTGGMLDNIVMSKLYRPGSVAYVSKSGGMSNELNNIIARKSDGVYEGVAIGGDRYPGTRFIDHLLRYQDNPAVSMMVLLGEVGGADEYDVCDALKNGRITKPLVAWCIGTCASIFPFEVQFGHAGACARGQGETAADKNAALAAAGAVVPASFDEFPSKINEVYKSLLKKGLAKPMVEPPAPKVPMDYTWAKRLGLVRKPANFISSISDDRGDELSYAGMPISEMFEADIGLGGVVSLLWFRRRLPDYATKFIEMILMVTADHGPAVSGAHNTIVTARAGKDLVSALCSGLLTIGPRFGGALDKAAEMFTQGADEGVDAAEYVKRMRQKNQLIMGIGHRIKSLSNPDMRVTIIKEYALKHFKNNKVLDFAMAIEQVTTKKRETLILNVDGCIAACFVDLLRSCGAFTLEEADELIANGCLNGMFVLGRSVGFIGHYLDQKRLKQPLYRHPWDDISY 3291
            MSAKAIREY GKRL+ KW+++Y  G + +ENR  QI  ++ +     +    IA+ENPWL  + LVVKPDQLIKRRGKA LL +N TW EV+ W+++RM +  KVE+V+GILD FIVEPFVPH  +DEYY+CI SNR+GEEILF HEGGVD+GDVDAKA R Q+A+    T   IK ALL  V  +RQ ++A F+S+L  LY DLNFVYMEINPIVVVGD+ITPLDMAAK+DETA+FLCG KWGEI+FPAPFGR +FPEEAYI +LDG TGASLKLTILNH GRVWTMVAGGGASVVYADTISD GFG ELANYGEYSGAPSE  TY YARTIL LMT+  D  GKVLIIGGGIANFTDVA TF GIISA+  F ++L++  ++IWVRR GPNYQEGLR +RE G + GVPI VFGPETHITA+VPMALGLV   +     EV    P +T    SPSA+     ++++ T +   + +      ++ A    +QD G      +T  IVYG+Q RAVQGMLDFDF+CKR+ PSVA M+FPFS NHY+KFYWGTSE L+PV+ S+ EAVK+ P VS MVNFSSFRSVF +TM+AL  +DTI+T AIIAEGVPESQTR IIK A EK   VGLIGPATVGGIKPGC+RIGNTGGMLDNIV SKLYRPGSVAYVSKSGGMSNELNNII++ SDGV+EGVAIGGD+YPG+ FI HLLRYQ NP V MMVLLGEVGG DE++VC A+++G ITKP+VAWCIGTCA IFPFEVQFGHAGACA G+ ETA  KNAALA AGA+VP +FD F   I E +  L+  G   P  E P P VPMDY WAK LGL+RKPANFISSI+DDRG+EL+YAGMPISE+FE ++G+GGV+ LLWF+R+LP YATKFIE +LMVTADHGPAVSGAHN IVTARAGKDL+S+L SGL+TIGPRFGGALD+AA+MFT+  D G+  AE+V +M+  NQLIMGIGHRIKS +NPD RVTIIKE+AL+HF  N +L++A+ +E++TTKKR TLILNVDGCIA CFVDLLR+CGAFT EEADE IA+GCLNG+FVLGRS+GFIGH+LDQKRLKQPLYRHPWDDISY
Sbjct:    1 MSAKAIREYDGKRLLGKWLSDYSSGKHTLENRFVQITPEVFDNKVPTVTLDSIARENPWLLESKLVVKPDQLIKRRGKANLLLLNATWDEVKVWITERMSREIKVEIVSGILDHFIVEPFVPHASTDEYYLCIQSNRDGEEILFHHEGGVDVGDVDAKALRFQVALEHTPTEGDIKTALLPHVTAERQPIIASFVSSLLALYRDLNFVYMEINPIVVVGDKITPLDMAAKLDETANFLCGSKWGEIEFPAPFGRAKFPEEAYIAELDGKTGASLKLTILNHRGRVWTMVAGGGASVVYADTISDLGFGHELANYGEYSGAPSEAHTYQYARTILDLMTRENDSRGKVLIIGGGIANFTDVAMTFKGIISAITDFQDKLKERNVTIWVRRGGPNYQEGLRVMREVGVATGVPIHVFGPETHITAIVPMALGLVQAPEA--SSEVPPPPPAKTPVNPSPSASPGVTAKKSISTGSQASSVDDAATEVASDAPVQVIQDEGIVRMESNTRCIVYGMQQRAVQGMLDFDFLCKRKTPSVAAMIFPFSQNHYLKFYWGTSERLIPVFQSLDEAVKKFPDVSVMVNFSSFRSVFSSTMEALACSDTIKTHAIIAEGVPESQTRLIIKRAKEKN--VGLIGPATVGGIKPGCLRIGNTGGMLDNIVQSKLYRPGSVAYVSKSGGMSNELNNIISQTSDGVFEGVAIGGDKYPGSTFIQHLLRYQKNPQVKMMVLLGEVGGTDEFEVCRAIQSGVITKPVVAWCIGTCAKIFPFEVQFGHAGACATGESETAEAKNAALAHAGAIVPKNFDLFGHAIRETFDKLVASGELVPRPEVPVPAVPMDYAWAKNLGLIRKPANFISSITDDRGEELTYAGMPISEVFEQEMGVGGVLGLLWFKRKLPPYATKFIEFVLMVTADHGPAVSGAHNAIVTARAGKDLISSLVSGLMTIGPRFGGALDQAADMFTKAHDSGLSPAEFVNKMKATNQLIMGIGHRIKSTTNPDKRVTIIKEFALQHFPGNSILNYALEVEKITTKKRSTLILNVDGCIAVCFVDLLRNCGAFTQEEADEQIADGCLNGLFVLGRSIGFIGHFLDQKRLKQPLYRHPWDDISY 1101          

BLAST of mRNA_A-nodosum_M_contig98.5.6 vs. uniprot
Match: A0A7S2K0E7_9STRA (ATP-citrate synthase n=2 Tax=Leptocylindrus danicus TaxID=163516 RepID=A0A7S2K0E7_9STRA)

HSP 1 Score: 1475 bits (3819), Expect = 0.000e+0
Identity = 744/1102 (67.51%), Postives = 882/1102 (80.04%), Query Frame = 1

Query:    1 MSAKAIREYHGKRLVSKWIAEYGDYDIENRCAQIKADMLEGDAEIGFTKIAQENPWLTS--TPLVVKPDQLIKRRGKAGLLAVNKTWPEVQAWVSQRMGKNQKVEVVTGILDTFIVEPFVPHEQSDEYYVCINSNREGEEILFFHEGGVDIGDVDAKADRLQIAIGDKATPE-AIKKALLEKVPEKRQDMLADFLSALFKLYIDLNFVYMEINPIVVVGDRITPLDMAAKIDETASFLCGQKWGEIDFPAPFGRPEFPEEAYIKKLDGSTGASLKLTILNHSGRVWTMVAGGGASVVYADTISDYGFGKELANYGEYSGAPSEQMTYNYARTILGLMTKTKDEEGKVLIIGGGIANFTDVAATFTGIISALKQFAEELRDGKISIWVRRAGPNYQEGLRKIRETGRSIGVPIRVFGPETHITAVVPMALGLVDGSKIPEFDEVDEQEPPETVKKDSPSAAAEAQV--EETVETPAAGKTTEGGTPNGSAAAVGHTVQDFGPDTTAIVYGLQNRAVQGMLDFDFMCKREKPSVACMVFPFSGNHYIKFYWGTSEVLMPVYTSIAEAVKRHPSVSGMVNFSSFRSVFETTMDALNFADTIRTVAIIAEGVPESQTRKIIKAADEKKARVGLIGPATVGGIKPGCMRIGNTGGMLDNIVMSKLYRPGSVAYVSKSGGMSNELNNIIARKSDGVYEGVAIGGDRYPGTRFIDHLLRYQDNPAVSMMVLLGEVGGADEYDVCDALKNGRITKPLVAWCIGTCASIFPFEVQFGHAGACARGQGETAADKNAALAAAGAVVPASFDEFPSKINEVYKSLLKKGLAKPMVEPPAPKVPMDYTWAKRLGLVRKPANFISSISDDRGDELSYAGMPISEMFEADIGLGGVVSLLWFRRRLPDYATKFIEMILMVTADHGPAVSGAHNTIVTARAGKDLVSALCSGLLTIGPRFGGALDKAAEMFTQGADEGVDAAEYVKRMRQKNQLIMGIGHRIKSLSNPDMRVTIIKEYALKHFKNNKVLDFAMAIEQVTTKKRETLILNVDGCIAACFVDLLRSCGAFTLEEADELIANGCLNGMFVLGRSVGFIGHYLDQKRLKQPLYRHPWDDISY 3291
            MSAKA+REYHGK+L++K++ + G +D+E+R A I            + ++ Q  PWL S    LVVKPDQLIKRRGKAGL+ +N T+ EV+ W++ RM K  KVE VTG LD FIVEPFV H+Q DEYYVCI S REGEEILF +EGGVD+GDVDAKA +  + I +  + +  + + L + VP +R   +A F+  L K+Y  LNF YMEINPIVVV DR+TPLD+AAKIDETA+FL    WG ++FPAPFGR EFPEEA+I++LD  TGASLKLTILN +GRVWTMVAGGGASVVYADTISD G+G ELANYGEYSGAPS + T+ YA+T++GLMTKT+D  GKVLIIGGGIANFTDVAATFTG+I AL+ + ++L+   +SIWVRRAGPNYQEGL+ +RET  + G+PIR++GPETHITAVVP+ALGL   S+ PEFD+ +E    +  +++      ++ +  EE  + P A +           A   H V++F   T  +VYGLQNRAVQGMLDFDFMCKREKPSVA M+FPFS NHYIKFYWGT+E+LMPVY  + E  +RHP  S +VNF+S RSV+ + ++ L F+D I+T+AIIAEGVPESQTR +   A EK   VG+IGPATVGGIKPGC RIGNTGGMLDNIV SKLYRPGSVAYVSKSGGMSNELNNII + SDGVYEGVAIGGDRYPG+RFIDHLLRY DNP   ++VLLGEVGG DEY++C+A+K+GRI+KPL+AWCIGTCASIFPFEVQFGHAGA ARG  ETA  KNAAL AAGA+VP +F EF  KI E Y  L+  G      EP  PK+PMDYTWAKRLGLVRKPANFISSISDDRGDEL YAG PISE+FE D+G+GGV+SLLWFRR LP YATKFIEMILMV+ADHGPAVSGAHNTIV ARAGKDLVS+L SGLLTIGPRFGGALD AA MFT+ +D GVDAA++VK MR+ N+LIMGIGHRIKSLSNPD RV IIK YAL++F++N VL FA+A+EQ+TTKK+  LILNVDGCIAACFVD++RSCGAF+ +EA+EL+ NGCLNG+FVLGRS+GFIGH LDQKRLKQ LYRHPWDDISY
Sbjct:    1 MSAKAVREYHGKKLLAKFLRQEGGHDVEDRAALITNTT-------NYAELEQAEPWLVSDEVKLVVKPDQLIKRRGKAGLVGINLTFDEVKEWIAARMEKEIKVEHVTGQLDHFIVEPFVKHDQEDEYYVCIQSEREGEEILFCNEGGVDVGDVDAKAQKTTVRINETVSAQDLLDRNLFQGVPSERVVKVASFVETLLKVYRKLNFTYMEINPIVVVADRVTPLDLAAKIDETATFLNASDWGYLEFPAPFGRKEFPEEAHIRELDSKTGASLKLTILNQAGRVWTMVAGGGASVVYADTISDLGYGHELANYGEYSGAPSTEHTFEYAKTLIGLMTKTRDPRGKVLIIGGGIANFTDVAATFTGLIKALEMYQDDLKSNNVSIWVRRAGPNYQEGLKLMRETAMTTGLPIRIYGPETHITAVVPLALGLSKASEYPEFDD-EEGHRLKRERRNKALGRTDSMIFREEQSKVPFAAQ---------DPAPEDHAVENFSASTRCVVYGLQNRAVQGMLDFDFMCKREKPSVAAMIFPFSSNHYIKFYWGTNEILMPVYQEMKECFERHPDASVVVNFASMRSVYASVVEILEFSDQIKTIAIIAEGVPESQTRALNMKASEKG--VGIIGPATVGGIKPGCFRIGNTGGMLDNIVHSKLYRPGSVAYVSKSGGMSNELNNIICQNSDGVYEGVAIGGDRYPGSRFIDHLLRYNDNPHTRILVLLGEVGGIDEYEICEAVKSGRISKPLIAWCIGTCASIFPFEVQFGHAGALARGNMETALAKNAALKAAGALVPGNFIEFGDKIKETYDKLVASGRLVKAPEPETPKIPMDYTWAKRLGLVRKPANFISSISDDRGDELQYAGTPISEVFEKDMGVGGVLSLLWFRRELPSYATKFIEMILMVSADHGPAVSGAHNTIVCARAGKDLVSSLVSGLLTIGPRFGGALDDAALMFTEASDAGVDAAKFVKDMRKSNRLIMGIGHRIKSLSNPDKRVEIIKNYALENFQDNTVLKFALAVEQITTKKKANLILNVDGCIAACFVDMMRSCGAFSTDEANELVKNGCLNGLFVLGRSIGFIGHVLDQKRLKQGLYRHPWDDISY 1083          

BLAST of mRNA_A-nodosum_M_contig98.5.6 vs. uniprot
Match: A0A067CT97_SAPPC (ATP-citrate synthase n=3 Tax=Saprolegniaceae TaxID=4764 RepID=A0A067CT97_SAPPC)

HSP 1 Score: 1473 bits (3814), Expect = 0.000e+0
Identity = 756/1121 (67.44%), Postives = 873/1121 (77.88%), Query Frame = 1

Query:    1 MSAKAIREYHGKRLVSKWIAEY--GDYDIENRCAQIKADMLEGDA-EIGFTKIAQENPWLTSTPLVVKPDQLIKRRGKAGLLAVNKTWPEVQAWVSQRMGKNQKVEVVTGILDTFIVEPFVPHEQSDEYYVCINSNREGEEILFFHEGGVDIGDVDAKADRLQIAIGDKATPEAIKKALLEKVPEKRQDMLADFLSALFKLYIDLNFVYMEINPIVVVGDRITPLDMAAKIDETASFLCGQKWGEIDFPAPFGRPEFPEEAYIKKLDGSTGASLKLTILNHSGRVWTMVAGGGASVVYADTISDYGFGKELANYGEYSGAPSEQMTYNYARTILGLMTKTKDEEGKVLIIGGGIANFTDVAATFTGIISALKQFAEELRDGKISIWVRRAGPNYQEGLRKIRETGRSIGVPIRVFGPETHITAVVPMALGLV--DGSKIPEFDEVDEQEPPETVKKDSPSAAAEAQVEETVE--------------TPAAGKTTEGGTPNGSAAAVGHTVQDFG-----PDTTAIVYGLQNRAVQGMLDFDFMCKREKPSVACMVFPFSGNHYIKFYWGTSEVLMPVYTSIAEAVKRHPSVSGMVNFSSFRSVFETTMDALNFADTIRTVAIIAEGVPESQTRKIIKAADEKKARVGLIGPATVGGIKPGCMRIGNTGGMLDNIVMSKLYRPGSVAYVSKSGGMSNELNNIIARKSDGVYEGVAIGGDRYPGTRFIDHLLRYQDNPAVSMMVLLGEVGGADEYDVCDALKNGRITKPLVAWCIGTCASIFPFEVQFGHAGACARGQGETAADKNAALAAAGAVVPASFDEFPSKINEVYKSLLKKGLAKPMVEPPAPKVPMDYTWAKRLGLVRKPANFISSISDDRGDELSYAGMPISEMFEADIGLGGVVSLLWFRRRLPDYATKFIEMILMVTADHGPAVSGAHNTIVTARAGKDLVSALCSGLLTIGPRFGGALDKAAEMFTQGADEGVDAAEYVKRMRQKNQLIMGIGHRIKSLSNPDMRVTIIKEYALKHFKNNKVLDFAMAIEQVTTKKRETLILNVDGCIAACFVDLLRSCGAFTLEEADELIANGCLNGMFVLGRSVGFIGHYLDQKRLKQPLYRHPWDDISY 3291
            MSAKAIREY GKRL+ KW+A+Y  G + +E+R  QI   + +     I F  + +ENPWL  T LVVKPDQLIKRRGKA LL +N TW EV+ W++ RM +  +VEVVTG+LD FIVEPFVPH  +DEYY+C+ SNR GEEILF HEGGVD+GDVDAKA RLQI +    T + I   LL  V   RQ ++A F+S+L  LY DLNFVYMEINPIVVVGD+I PLDMAAK+DETA FLCG KWGEI+FPAPFGR +FPEEA+I +LDG TGASLKLTILNH GRVWTMVAGGGASVVYADTISD GFG ELANYGEYSGAPSE  TY YARTIL LMT+  D  GKVLIIGGGIANFTDVA TF GII+A+  F ++L++  I+IW+RRAGPNYQEGLR +RETG S GVPI VFGPETHITA+VPMALGLV  D +++P                  P A A+  +E                  + A    +E G P  S       +QD G       T  IVYG+Q RAVQGMLDFD++CKRE PSVA M+FPFS NHY+KFYWGTSE L+PV+  I EAVK++P VS +VNFSSFRSVF +TM+AL  +DTI+T AIIAEGVPESQTR IIK A  K                PGC+RIGNTGGMLDNIV SKLYRPGSVAYVSKSGGMSNELNNII++ SDGV+EGVAIGGD+YPG+ FI HLLRYQ+NP V MMVLLGEVGG DE++VC AL++GRITKPLVAWCIGTCA IFPFEVQFGHAGACA G+ ETA  KNAALA AGA+VP +FD+F + I   Y SL+  G   P  E P P VPMDY WAK+LG++RKPANFISSI+DDRG+EL+YAGMPIS +FE ++G+GGV+ LLWF+RRLP YATKFIEM+LMVTADHGPAVSGAHNTIVTARAGKDL+S+L SGL+T+GPRFGGALD+AAEMFT+  D G+  A++V +M+  NQLIMGIGHRIKS +NPD RVTIIKEYAL HF  N +L+FA+ +EQ+TTKKR TLILNVDG IA CFVDLLR+CGAFT EEADE IA+GCLNG+FVLGRS+GFIGHYLDQKRLKQPLYRHPWDDISY
Sbjct:    1 MSAKAIREYDGKRLLGKWLADYSSGAHTLESRFVQITPIIFDAKVPSINFDSVVRENPWLLETKLVVKPDQLIKRRGKANLLLLNATWAEVKEWITARMSREIQVEVVTGVLDHFIVEPFVPHASTDEYYLCLQSNRLGEEILFHHEGGVDVGDVDAKALRLQIPLEVTPTVDEIATQLLFNVVPARQTIIASFISSLLALYRDLNFVYMEINPIVVVGDKIVPLDMAAKLDETAGFLCGTKWGEIEFPAPFGRAKFPEEAFIAELDGKTGASLKLTILNHRGRVWTMVAGGGASVVYADTISDLGFGHELANYGEYSGAPSEAHTYQYARTILDLMTREDDPRGKVLIIGGGIANFTDVAQTFKGIITAITDFQDKLKERNITIWLRRAGPNYQEGLRLMRETGESTGVPIHVFGPETHITAIVPMALGLVAPDHAQVP-----------------PPPAEAKTPIEXXXXXXXXXXXXXXXXXXSSAHATASEDGAPARS------LIQDQGIVRMEAHTRCIVYGMQQRAVQGMLDFDYLCKRETPSVAAMIFPFSQNHYLKFYWGTSERLIPVFQDIKEAVKKYPDVSVLVNFSSFRSVFSSTMEALACSDTIKTHAIIAEGVPESQTRLIIKRAAAKN---------------PGCLRIGNTGGMLDNIVQSKLYRPGSVAYVSKSGGMSNELNNIISQTSDGVFEGVAIGGDKYPGSTFIQHLLRYQENPEVKMMVLLGEVGGTDEFEVCRALQDGRITKPLVAWCIGTCAKIFPFEVQFGHAGACATGESETAEAKNAALAHAGAIVPRNFDQFGTAIRTAYDSLVASGALVPRPEVPVPAVPMDYAWAKKLGMIRKPANFISSITDDRGEELTYAGMPISHVFENEMGVGGVLGLLWFKRRLPPYATKFIEMVLMVTADHGPAVSGAHNTIVTARAGKDLISSLVSGLMTVGPRFGGALDQAAEMFTKAYDSGMSPADFVNKMKASNQLIMGIGHRIKSTTNPDKRVTIIKEYALAHFPANNILNFALEVEQITTKKRSTLILNVDGAIAVCFVDLLRNCGAFTQEEADEQIADGCLNGLFVLGRSIGFIGHYLDQKRLKQPLYRHPWDDISY 1083          

BLAST of mRNA_A-nodosum_M_contig98.5.6 vs. uniprot
Match: B7FYT1_PHATC (ATP-citrate synthase n=2 Tax=Phaeodactylum tricornutum TaxID=2850 RepID=B7FYT1_PHATC)

HSP 1 Score: 1448 bits (3748), Expect = 0.000e+0
Identity = 741/1102 (67.24%), Postives = 866/1102 (78.58%), Query Frame = 1

Query:    1 MSAKAIREYHGKRLVSKWIAEY--GDYDIENRCAQIKADMLEGDAEIGFTKIAQENPWLTSTPLVVKPDQLIKRRGKAGLLAVNKTWPEVQAWVSQRMGKNQKVEVVTGILDTFIVEPFVPHEQSDEYYVCINSNREGEEILFFHEGGVDIGDVDAKADRLQIAIGDK-ATPEAIKKA-LLEKVPEKRQDMLADFLSALFKLYIDLNFVYMEINPIVVVGD-RITPLDMAAKIDETASFLCGQKWGEIDFPAPFGRPEFPEEAYIKKLDGSTGASLKLTILNHSGRVWTMVAGGGASVVYADTISDYGFGKELANYGEYSGAPSEQMTYNYARTILGLMTKTKDEEGKVLIIGGGIANFTDVAATFTGIISALKQFAEELRDGKISIWVRRAGPNYQEGLRKIRETGRSIGVPIRVFGPETHITAVVPMALGLVDGSKIPEFDEVDEQEPPETVKKDSPSAAAEAQVEETVETPAAGKTTEGGTPNGSAAAVGHTVQDFGPDTTAIVYGLQNRAVQGMLDFDFMCKREKPSVACMVFPFSGNHYIKFYWGTSEVLMPVYTSIAEAVKRHPSVSGMVNFSSFRSVFETTMDALNFADTIRTVAIIAEGVPESQTRKIIKAADEKKARVGLIGPATVGGIKPGCMRIGNTGGMLDNIVMSKLYRPGSVAYVSKSGGMSNELNNIIARKSDGVYEGVAIGGDRYPGTRFIDHLLRYQDNPAVSMMVLLGEVGGADEYDVCDALKNGRITKPLVAWCIGTCASIFPFEVQFGHAGACARGQGETAADKNAALAAAGAVVPASFDEFPSKINEVYKSLLKKGLAKPMVEPPAPKVPMDYTWAKRLGLVRKPANFISSISDDRGDELSYAGMPISEMFEADIGLGGVVSLLWFRRRLPDYATKFIEMILMVTADHGPAVSGAHNTIVTARAGKDLVSALCSGLLTIGPRFGGALDKAAEMFTQGADEGVDAAEYVKRMRQKNQLIMGIGHRIKSLSNPDMRVTIIKEYALKHFKNNKVLDFAMAIEQVTTKKRETLILNVDGCIAACFVDLLRSCGAFTLEEADELIANGCLNGMFVLGRSVGFIGHYLDQKRLKQPLYRHPWDDISY 3291
            MSAKA+RE+HGK+L+++ + E   G + I++R   I         E     +     WL+ T LVVKPDQLIKRRGKAGL+ +   W  VQ WV+ RM K  ++E  TG LD FIVEPFVPHEQSDEYY+CI S+REGEEILF  EGGVD+GDVD KA RL +AI D   TP+ I +A LLE VP  RQD LA F+  LF +Y  LNFVYMEINPIV   +  I PLD+AAKIDETA+FL    WG +DFPAPFGR EFPEEAYI+ LD  TGASLKLTILNH+GRVWTMVAGGGASVVYADTISD GFG ELANYGEYSGAPS + T+ YA+T++ LMT+ KD  GK+ IIGGGIANFTDVAATFTG+I A+K F E L+   I IWVRRAGPNYQEGLR +R+ G   G+ I ++GPETH TAVVP+ALGL      PEFD+    E   T+ K + S A+   +EE  +    G+  +            H V++F   T  +VYG+Q+RAVQGMLDFDFMCKR+KPSVA M+FPFS NH++KFYWGT E++MPVY ++ EA K+H  V+ +VNF+SFRSV+ + ++ LNF++ I+T+AIIAEGVPESQTR I  AA  +K  VG+IGPATVGGIKPGC RIGNTGGMLDNIVMSKLYRPGSVAYVSKSGG+SNELNN+I R SDGVYEGVAIGGDRYPG+RF+DHLLRY DNP V ++VLLGEVGG DEY++C ALK+GRI+KPLVAWCIGTCASIFPFEVQFGHAGA ARG  ETA  KN AL  AGA VP +F EF   I+EV++ L+ +G   P  EP  PKVPMDY WAKRLGLVRKPA+F+SSISDDRG+EL Y GMPISE+FE D+G+GGVVSLLWFRR+LP +A+KFIEMILMVTADHGPAVSGAHNTIV ARAGKDLVS+L SGLLTIGPRFGGALD+AA MF + +D G DA ++VK MR+ N+LIMGIGHRIKSLSNPD RV IIK YAL HF +N VL FA+A+EQVTT+K+  LILNVDGCIA CFVD+LR CGAF+ EEADE+I NGCLNG+FVLGRS+GFIGHYLDQKRLKQ LYRHPWDDISY
Sbjct:    1 MSAKAVREFHGKKLIARHVHEVSEGKHSIDDRSVLITT-------ETDLETLPISETWLSDTLLVVKPDQLIKRRGKAGLVGIKLNWQGVQEWVNARMQKEIQIEHATGTLDHFIVEPFVPHEQSDEYYICIQSDREGEEILFCAEGGVDVGDVDTKAKRLHVAIDDDYLTPDRILEADLLEGVPADRQDSLASFVLTLFTVYRKLNFVYMEINPIVYTAEGTIVPLDLAAKIDETAAFLNAPDWGHLDFPAPFGRKEFPEEAYIRDLDAKTGASLKLTILNHAGRVWTMVAGGGASVVYADTISDLGFGHELANYGEYSGAPSTEHTFEYAKTLISLMTREKDPRGKIFIIGGGIANFTDVAATFTGLIKAIKAFQEILKAHHIKIWVRRAGPNYQEGLRLMRDCGAETGLDIHIYGPETHATAVVPLALGLAKAGDFPEFDDPRVHE---TLPKRNSSKAS---LEELSKIEYTGQVADH--------EADHNVENFTALTRCVVYGMQHRAVQGMLDFDFMCKRKKPSVAAMIFPFSANHFVKFYWGTDEIMMPVYQTMEEAFKKHAEVTVVVNFASFRSVYSSVLEMLNFSEQIKTIAIIAEGVPESQTRAINIAA--QKLNVGIIGPATVGGIKPGCFRIGNTGGMLDNIVMSKLYRPGSVAYVSKSGGLSNELNNLICRNSDGVYEGVAIGGDRYPGSRFMDHLLRYNDNPHVHILVLLGEVGGVDEYEICGALKSGRISKPLVAWCIGTCASIFPFEVQFGHAGALARGDMETARAKNKALKEAGAHVPENFFEFGDVIHEVFEFLVNRGSLVPAPEPEPPKVPMDYAWAKRLGLVRKPAHFVSSISDDRGEELLYCGMPISEVFEKDLGVGGVVSLLWFRRQLPTFASKFIEMILMVTADHGPAVSGAHNTIVAARAGKDLVSSLASGLLTIGPRFGGALDEAAVMFKEASDAGYDAEQFVKNMRRSNKLIMGIGHRIKSLSNPDKRVEIIKNYALDHFSDNTVLKFALAVEQVTTRKKANLILNVDGCIAVCFVDMLRGCGAFSKEEADEMIHNGCLNGLFVLGRSIGFIGHYLDQKRLKQGLYRHPWDDISY 1079          

BLAST of mRNA_A-nodosum_M_contig98.5.6 vs. uniprot
Match: A0A8K1CQ46_PYTOL (Uncharacterized protein n=1 Tax=Pythium oligandrum TaxID=41045 RepID=A0A8K1CQ46_PYTOL)

HSP 1 Score: 1438 bits (3723), Expect = 0.000e+0
Identity = 734/1128 (65.07%), Postives = 870/1128 (77.13%), Query Frame = 1

Query:    1 MSAKAIREYHGKRLVSKWIAEYGDYDIENRCAQIKADMLEGDAEIGFTKIAQENPWLTSTP----LVVKPDQLIKRRGKAGLLAVNKTWPEVQAWVSQRMGKNQKVEVVTGILDTFIVEPFVPHEQSDEYYVCINSNREGEEILFFHEGGVDIGDVDAKADRLQIAIGDKATPEAIKKALLEKVPEKRQDMLADFLSALFKLYIDLNFVYMEINPIVVVGDRITPLDMAAKIDETASFLCGQKWGEIDFPAPFGRPEFPEEAYIKKLDGSTGASLKLTILNHSGRVWTMVAGGGASVVYADTISDYGFGKELANYGEYSGAPSEQMTYNYARTILGLMTKTKDEEGKVLIIGGGIANFTDVAATFTGIISALKQFAEELRDGKISIWVRRAGPNYQEGLRKIRETGRSIGVPIRVFGPETHITAVVPMALGLVDGSKIPEFDEVDEQEPPETVKKDSPSAAAEAQVEETVETPAAGKTTEGGTPNGSAA----------------------AVGHTVQDFG-----PDTTAIVYGLQNRAVQGMLDFDFMCKREKPSVACMVFPFSGNHYIKFYWGTSEVLMPVYTSIAEAVKRHPSVSGMVNFSSFRSVFETTMDALNFADTIRTVAIIAEGVPESQTRKIIKAADEKKARVGLIGPATVGGIKPGCMRIGNTGGMLDNIVMSKLYRPGSVAYVSKSGGMSNELNNIIARKSDGVYEGVAIGGDRYPGTRFIDHLLRYQDNPAVSMMVLLGEVGGADEYDVCDALKNGRITKPLVAWCIGTCASIFPFEVQFGHAGACARGQGETAADKNAALAAAGAVVPASFDEFPSKINEVYKSLLKKGLAKPMVEPPAPKVPMDYTWAKRLGLVRKPANFISSISDDRGDELSYAGMPISEMFEADIGLGGVVSLLWFRRRLPDYATKFIEMILMVTADHGPAVSGAHNTIVTARAGKDLVSALCSGLLTIGPRFGGALDKAAEMFTQGADEGVDAAEYVKRMRQKNQLIMGIGHRIKSLSNPDMRVTIIKEYALKHFKNNKVLDFAMAIEQVTTKKRETLILNVDGCIAACFVDLLRSCGAFTLEEADELIANGCLNGMFVLGRSVGFIGHYLDQKRLKQPLYRHPWDDISY 3291
            MSAKAIRE+ GKR++   +  +    +  + AQI+A     D +  F ++   NPWLT+      LVVKPDQLIKRRGKA LL +N TW +V+ WV +R+ K  +VE V G+L  FIVEPFV H  +DE+YVCI SNR GEEILF H GGVD+GDVD KA RLQ+ +    T   + + LL  V E R+++LA FL ++   + +L+FVYMEINPIV+VGD+I+ LDMAAK+DETA+FL G +WGE++FP  FGR +FPEE +I  LD  TGASLKLTILNHSGR+WTMVAGGGASVVYADTI+D GFG ELANYGEYSGAPSE  TY YA+TIL LMT+  D+ GKVLIIGGGIANFTDVA TF GII A+K+  ++L++ K+ IWVRR GPNYQEGL ++RE G S GVPI VFGP+THITA+VPMALGL+              EPP          AA A V  T  T    +  + G  +G  +                      A    +QD G       T  IVYGLQ RAVQGMLDFD++CKRE PSVA M+FPF+ NHY+KFYWGT+E L+PVY  + +AVK+ P VS +VNFSSFRSVF +TM+AL  +DTI+T AIIAEGVPE+QTR IIK A EK   VG+IGPATVGGIKPGC+RIGNTGGMLDNIV SKLYRPGSVAYVSKSGGMSNELNNII++ +DGVYEGVAIGGD+YPG+ FI HLLRY+ NP V MMVLLGEVGG DE++VC A+++G+ITKP+VAWCIGTCA IFPFEVQFGHAGACA G+ ETA+ KNAALA AGAVVP +FDE+   I EVY+ L++ G   P  E P PKVPMDY WAK LGL+RKPANFISSI+DDRG+EL+YAGMPIS +FE ++G+GGV+ LLWF+R+LP YA KFIEM+LMVTADHGPAVSGAHNTIVTARAGKDL+S+L SGLLTIGPRFGGALDKAAEMFT+  D GV AAE+V  M+++ +LIMGIGHRIKS++NPD RVTIIKEYA++HF +N VL FA+ +E+VTTKKR  LILNVDGCIA CFVDLLR+CGAFT EEADE I NGCLNG+FVLGRS+GFIGH+LDQKRLKQPLYRHPWDDISY
Sbjct:    1 MSAKAIREFDGKRILGTALPAF---HLNTKFAQIRAQRDAEDRDAFFAEVEATNPWLTTLTEDVRLVVKPDQLIKRRGKANLLLLNATWEQVKEWVWERINKKIRVETVEGVLTHFIVEPFVKHTSADEHYVCIVSNRHGEEILFHHAGGVDVGDVDQKATRLQVPLETNVTEAEVTEKLLASVEESRKEILAKFLVSMLNQFRELHFVYMEINPIVLVGDQISVLDMAAKVDETATFLVGDQWGELEFPPAFGRAKFPEEEFIADLDSKTGASLKLTILNHSGRIWTMVAGGGASVVYADTIADLGFGSELANYGEYSGAPSEAHTYQYAKTILDLMTRNYDDRGKVLIIGGGIANFTDVALTFKGIIRAIKESQQKLKENKVQIWVRRGGPNYQEGLTQMRELGESTGVPIEVFGPDTHITAIVPMALGLI--------------EPPT-------HGAAAAAVPATPATIGGARAQKSGASDGENSQGEEQXXXXXXXXXXXIVVDDVAATPVIQDEGIVRIHSGTRCIVYGLQQRAVQGMLDFDYLCKRETPSVAAMIFPFAPNHYLKFYWGTTERLIPVYQDLKDAVKKFPDVSVLVNFSSFRSVFSSTMEALEHSDTIKTHAIIAEGVPEAQTRLIIKKAAEKN--VGIIGPATVGGIKPGCLRIGNTGGMLDNIVHSKLYRPGSVAYVSKSGGMSNELNNIISQTTDGVYEGVAIGGDKYPGSTFIQHLLRYEANPEVKMMVLLGEVGGTDEFEVCRAIQSGKITKPVVAWCIGTCAKIFPFEVQFGHAGACATGESETASAKNAALAKAGAVVPKNFDEYGKTIREVYERLVQDGTIVPRPEVPVPKVPMDYAWAKNLGLIRKPANFISSITDDRGEELTYAGMPISRVFEEELGIGGVLGLLWFKRKLPSYANKFIEMVLMVTADHGPAVSGAHNTIVTARAGKDLISSLVSGLLTIGPRFGGALDKAAEMFTKAFDSGVTAAEFVDNMKKQGELIMGIGHRIKSVTNPDKRVTIIKEYAMEHFPSNDVLHFALEVEKVTTKKRSNLILNVDGCIAVCFVDLLRNCGAFTQEEADEQIENGCLNGLFVLGRSIGFIGHFLDQKRLKQPLYRHPWDDISY 1102          

BLAST of mRNA_A-nodosum_M_contig98.5.6 vs. uniprot
Match: A0A1Z5JU84_FISSO (ATP-citrate synthase n=2 Tax=Fistulifera solaris TaxID=1519565 RepID=A0A1Z5JU84_FISSO)

HSP 1 Score: 1437 bits (3720), Expect = 0.000e+0
Identity = 722/1099 (65.70%), Postives = 861/1099 (78.34%), Query Frame = 1

Query:    1 MSAKAIREYHGKRLVSKWIAEYGDYDIENRCAQIKADM-LEGDAEIGFTKIAQENPWLTSTPLVVKPDQLIKRRGKAGLLAVNKTWPEVQAWVSQRMGKNQKVEVVTGILDTFIVEPFVPHEQSDEYYVCINSNREGEEILFFHEGGVDIGDVDAKADRLQIAIGDKATPEAIKKALLEKVPEKRQDMLADFLSALFKLYIDLNFVYMEINPIVVVGD-RITPLDMAAKIDETASFLCGQKWGEIDFPAPFGRPEFPEEAYIKKLDGSTGASLKLTILNHSGRVWTMVAGGGASVVYADTISDYGFGKELANYGEYSGAPSEQMTYNYARTILGLMTKTKDEEGKVLIIGGGIANFTDVAATFTGIISALKQFAEELRDGKISIWVRRAGPNYQEGLRKIRETGRSIGVPIRVFGPETHITAVVPMALGLVDGSKIPEFDEVDEQEPPETVKKDSPSAAAEAQVEETVETPAAGKTTEGGTPNGSAAAVGHTVQDFGPDTTAIVYGLQNRAVQGMLDFDFMCKREKPSVACMVFPFSGNHYIKFYWGTSEVLMPVYTSIAEAVKRHPSVSGMVNFSSFRSVFETTMDALNFADTIRTVAIIAEGVPESQTRKIIKAADEKKARVGLIGPATVGGIKPGCMRIGNTGGMLDNIVMSKLYRPGSVAYVSKSGGMSNELNNIIARKSDGVYEGVAIGGDRYPGTRFIDHLLRYQDNPAVSMMVLLGEVGGADEYDVCDALKNGRITKPLVAWCIGTCASIFPFEVQFGHAGACARGQGETAADKNAALAAAGAVVPASFDEFPSKINEVYKSLLKKGLAKPMVEPPAPKVPMDYTWAKRLGLVRKPANFISSISDDRGDELSYAGMPISEMFEADIGLGGVVSLLWFRRRLPDYATKFIEMILMVTADHGPAVSGAHNTIVTARAGKDLVSALCSGLLTIGPRFGGALDKAAEMFTQGADEGVDAAEYVKRMRQKNQLIMGIGHRIKSLSNPDMRVTIIKEYALKHFKNNKVLDFAMAIEQVTTKKRETLILNVDGCIAACFVDLLRSCGAFTLEEADELIANGCLNGMFVLGRSVGFIGHYLDQKRLKQPLYRHPWDDISY 3291
            MSAKA+REYHGK+L+++ +A   ++ I++R   +  D  L    E          PWLT T LVVKPDQLIKRRGKAGL+ +N  WP V  W+S+RMG+ Q++E V G+LD FIVEPFV H+Q DEYYVCI+SNREGEEILF  EGGVD+GDVDAKA RL + I DK+        +L  V E R   LA FL  L  +Y  LNFVYMEINP+V + D RI PLD+AAKIDETA+FL    WG +DFPAPFGR ++PEE+YI++LD  TGASLKLTILN +GR+WTMVAGGGASVVYADTISD G+G E+ANYGEYSGAPS + TY YA+T++ LMTK KD  GK+ +IGGGIANFTDVAATFTG+I A+  F EEL+   I IWVRRAGPNYQEGL+ +R  G+   +PI ++GPETH+TA+VP+ALGL     IPEFD             D     A  + E   E P   +         +     H V++F   T  +VYGLQNRAVQGMLDFDFMCKR KPSVA M+FPF+ NH++KFYWGT E+LMPVY S  EA+ +H  V+ +VNF+SFRSV+++ M+ L +++ I+T+AIIAEGVPESQTR  IK A E+   VG+IGPATVGGIKPGC RIGNTGGMLDNIVMSKLYRPGSVAYVS+SGG+SNELNN+I R SDGVYEGVAIGGDRYPG+RFIDHLLRY DNP V ++VLLGEVGG DEY VC+ALK GRI+KP+VAWCIGTCASIFPFEVQFGHAGA A G  ETA  KN AL  AGA VP +F EF + + ++Y+SL+  G   P  EP  PK+PMDY+WAKRLGLVRKPA FISSISDDRG+EL+Y+GMPISE+FE D+G+GGV+SLLWFRR+LP YATKFIEMILM+TADHGPAVSGAHNTIV  RAGKDLVS+L SGLLTIGPRFGGALD AA MFT+ +D G+DA ++VK MR++N+L+MGIGHRIKSL+NPD RV IIK+YAL++F  N VL+FA+A+EQVTTKK+  LILNVDGCIA CFVD+LR+CGAF+ +EADE+I NG LNG+FVLGRS+GFIGH+LDQ+RLKQ LYRHPWDDISY
Sbjct:    1 MSAKAVREYHGKKLIARHVAALSEHRIDDRSVLVTPDTDLRTPPE----------PWLTETRLVVKPDQLIKRRGKAGLVGINLDWPGVVQWISERMGQEQQIEQVVGVLDHFIVEPFVFHQQQDEYYVCIHSNREGEEILFTAEGGVDVGDVDAKAQRLLVPIDDKSLSVERFLPILNGVSEDRVGKLASFLLTLLNVYRKLNFVYMEINPLVYMSDGRIAPLDLAAKIDETAAFLNATDWGHLDFPAPFGRKDYPEESYIRELDSKTGASLKLTILNPNGRIWTMVAGGGASVVYADTISDLGYGNEIANYGEYSGAPSTEHTYEYAKTLISLMTKEKDPRGKIFLIGGGIANFTDVAATFTGLIKAMHAFQEELKLHNIQIWVRRAGPNYQEGLQLMRTCGKETDLPIHIYGPETHVTAIVPLALGLEKVENIPEFD-------------DPGHLDANRKRESNEENPKKKQKRPDYVGQVADHEADHKVENFTAMTRCVVYGLQNRAVQGMLDFDFMCKRAKPSVAAMIFPFAANHFVKFYWGTDEILMPVYQSTEEALSKHKEVTVVVNFASFRSVYDSVMEILEYSNQIKTIAIIAEGVPESQTRAFIKVASERN--VGIIGPATVGGIKPGCFRIGNTGGMLDNIVMSKLYRPGSVAYVSRSGGLSNELNNLICRNSDGVYEGVAIGGDRYPGSRFIDHLLRYNDNPNVHILVLLGEVGGVDEYQVCEALKEGRISKPMVAWCIGTCASIFPFEVQFGHAGALAHGDLETARAKNQALKEAGAHVPENFFEFGNTLKQLYQSLVDAGTLVPQPEPEPPKIPMDYSWAKRLGLVRKPAQFISSISDDRGEELTYSGMPISEIFERDLGIGGVLSLLWFRRQLPPYATKFIEMILMITADHGPAVSGAHNTIVATRAGKDLVSSLASGLLTIGPRFGGALDDAAIMFTEASDAGLDAEQFVKDMRKQNKLVMGIGHRIKSLTNPDKRVEIIKKYALENFSGNTVLEFALAVEQVTTKKKANLILNVDGCIAVCFVDMLRTCGAFSNQEADEIIKNGSLNGLFVLGRSMGFIGHFLDQRRLKQGLYRHPWDDISY 1074