mRNA_P-littoralis_Contig19.180.4 (mRNA) Pylaiella littoralis U1_48

BLAST of mRNA_P-littoralis_Contig19.180.4 vs. uniprot
Match: D7FRF3_ECTSI (Multifunctional pyrimidine synthesis protein n=1 Tax=Ectocarpus siliculosus TaxID=2880 RepID=D7FRF3_ECTSI)

HSP 1 Score: 2450 bits (6349), Expect = 0.000e+0
Identity = 1244/1338 (92.97%), Postives = 1283/1338 (95.89%), Query Frame = 3

Query:  807 PGVEFDDPNLRNLVEEVSLKEVRVFNPGMDVNIIAFDCGMKANIIRYFVQEQKVTFTVVPFDYDLEANPSKVDFHGVFISNGPGDPAMCTSTINSLKFLMRKAEAGEKPVPIFGICLGNQLLALAAGASTFKMKFGNRGMNQPCIDMRTAKCYITPQNHGFAVDPATLPDGWKTLFSNANDNTNEGVIHQTKPWSSVQFHPEAAGGPMDTAFLFEGFIDAVKGNPPKLALLEPHIFEMRNIKKVLMLGSGGLSIGQAGEFDYSGSQAIKALKEEGIEVVLVNPNIATVQTSKNLGGASPDRTYFLPVTPEIVESVIIKEKPDGVLVSMGGQTALNCGVVLHNAGIFEKHNVRVLGTQIPVIMATEDRDVFGQKLREINEKLAQSICASTMEEAIAAAEKIGYPVLIRAAYALGGLGSGFAENETEFRLQASKGFAYSDQLIVDQASFFDLRGWKEVEYEVVRDNRDNCITVCNMENFDPLGVHTGDSIVIAPSQTLSNREYFQLRQTALKVVRHLGVVGECNIQYALNPESEEYCIIEVNARLSRSSALASKATGYPLAYVAAKLALGIDLVSIRNSVTKSTTACFEPSLDYCVVKMPRWDLKKFAKVSTNLGSAMTSVGEVMSIGRTFEEAIQKAVRMVNPDLDGLEGKWDKDATISKDDQLKIPTDMRLYAVMAALEEGRSVDDVHNLSRIDRFFLSKLRNIAAMKKVATSIGTLESFTRQGLLSLKMLGFSDRQISRYTGTSEHQVRRKRQAVGVRPYVKQVDTLAAEFPASTNYLYMTYSGNEDDIEKEEMGIMVLGCGAYCIGSSVEFDWCAVSCVRQMRSMGYKAIVINYNPETVSTDYDESDRLYFEELSFERVLDIYEWEMAGGVVVSVGGQIPNNLAMPLSQAGVNILGTRPEDIDRAEDRDKFSAMLDSIGVDQARTAPKWALLSTHKEALSFSDRVGFPVLVRPSFVLSGAAMAVASNHTELEKFLSAAGDAAQDKPVVVSKFILNAKEIEFDGVAMAGKILNYAISEHVENAGVHSGDATLLLPAQKLWVETIRRVKRVASAICKALNISGPFNIQLMAKEQDIKVIECNLRASRTFPFISKTLDCNFITLATRVMLGVKAVPYQISLLDIDYVAVKAPMFSFTRLRGADPTLGVEMSSTGEVAAFGRDTCEAFLQALVATGFQLPSVKNEILISVAVDSVRDEFLPWAKEFIKMGFTFVGTPGTAEYFCSHGVDTKTLAKPPDCKGSS--STPALDVSPLPDVVEYIKQGKVDLVINIPEGTKKTEEISAGYLIRRSAVDFGVSLITNVKCASLLADSLVRRASKPKGPYIPVCIEEYYGAAKTS 4814
            PGVEFDDPNLRNLVEEVSLKEVRVFNPGM+ NIIAFDCGMKANIIRYFV EQKVTFTVVPFDYDLEANP+ V++HGVFISNGPGDP MCTSTI SLK+LM+KA  GEKPVPIFGICLGNQLLALAAGA TFKMKFGNRGMNQPCIDMRTAKCYITPQNHGFAVDP+TLPDGWKTLFSNANDNTNEGVIHQT+PWSSVQFHPEAAGGPMDTAFLFEGFI+AVKG  PKLALLEPHIFEMRNIKKVLMLGSGGLSIGQAGEFDYSGSQAIKALKEEGIEVVLVNPNIATVQTSKNLGGASPDRTYFLPVTPEIVESVIIKEKPDGVLVSMGGQTALNCGV LHNAGIFEKHNVRVLGTQIPVIMATEDRDVF QKLREINE LAQSICASTM+EA+AAAEKIGYPVLIRAAYALGGLGSGFAENE EFRLQASKGFAYSDQLIVDQ    DLRGWKEVEYEVVRDNRDNCITVCNMENFDPLGVHTGDSIVIAPSQTLSNREYFQLR+TALKVVRHLGVVGECNIQYALNP+SEEYCIIEVNARLSRSSALASKATGYPLAYVAAKLALGIDLVSIRNSVTKSTTACFEPSLDYCVVKMPRWDLKKFAKVSTNLGSAMTSVGEVMSIGRTFEEAIQKAVRMVNPDLDGLEGKWDKD+T S++DQLKIPTD RLYAVMAALEEGR+VDDVHNL+RIDRFFLSKL+NIA MKKVA + GTLE F RQGLL+LK  GFSDRQI+RYT TSEHQVRRKRQA GVRPYVKQVDTLAAEFPASTNYLYMTY GNE DIEKEEMGIMVLGCGAYCIGSSVEFDWCAVSCVRQMRSMGYKAIV+NYNPETVSTDYDESDRLYFEELSFERVLDIYEWEMA GVVVSVGGQIPNNLAMPLSQAGVNILGTRPEDIDRAEDRDKFSAMLDSIGVDQ    PKWALLST KEALSFSDRVGFPVLVRPSFVLSGAAMAVASNHTELEKFLSAAGDAAQDKPVVVSKFILNAKEIEFDGVA  G+ILNYAISEHVENAGVHSGDATLLLPAQKLWVETIRRVKRVASAICKALNISGPFNIQLMAKEQDIKVIECNLRASRTFPFISKTLDCNFITLATRVMLGVKAVPY ISLLDIDYVAVKAPMFSFTRLRGADPTLGVEMSSTGEVAAFGRDT +AF+QALVATGF+LPSVKNEIL+S AVDS+R EFLPWAKEF++MGFTFVGTPGTA+YFC+HGVDTKTLAKPP CKG+   +  ALD S LPDVVEYIK GKVDLVINIPEGTKKTEEISAGYLIRRSAVDFGVSLITNVKCA+LLADSLVRRA+K KGP +PVCIEEYYGA KT+
Sbjct:    2 PGVEFDDPNLRNLVEEVSLKEVRVFNPGMETNIIAFDCGMKANIIRYFVTEQKVTFTVVPFDYDLEANPNNVEYHGVFISNGPGDPTMCTSTIKSLKWLMKKAADGEKPVPIFGICLGNQLLALAAGAKTFKMKFGNRGMNQPCIDMRTAKCYITPQNHGFAVDPSTLPDGWKTLFSNANDNTNEGVIHQTEPWSSVQFHPEAAGGPMDTAFLFEGFINAVKGYAPKLALLEPHIFEMRNIKKVLMLGSGGLSIGQAGEFDYSGSQAIKALKEEGIEVVLVNPNIATVQTSKNLGGASPDRTYFLPVTPEIVESVIIKEKPDGVLVSMGGQTALNCGVELHNAGIFEKHNVRVLGTQIPVIMATEDRDVFAQKLREINENLAQSICASTMDEALAAAEKIGYPVLIRAAYALGGLGSGFAENEAEFRLQASKGFAYSDQLIVDQ----DLRGWKEVEYEVVRDNRDNCITVCNMENFDPLGVHTGDSIVIAPSQTLSNREYFQLRRTALKVVRHLGVVGECNIQYALNPDSEEYCIIEVNARLSRSSALASKATGYPLAYVAAKLALGIDLVSIRNSVTKSTTACFEPSLDYCVVKMPRWDLKKFAKVSTNLGSAMTSVGEVMSIGRTFEEAIQKAVRMVNPDLDGLEGKWDKDSTASENDQLKIPTDSRLYAVMAALEEGRTVDDVHNLTRIDRFFLSKLKNIATMKKVAMATGTLEGFGRQGLLALKTSGFSDRQIARYTSTSEHQVRRKRQAAGVRPYVKQVDTLAAEFPASTNYLYMTYGGNEHDIEKEEMGIMVLGCGAYCIGSSVEFDWCAVSCVRQMRSMGYKAIVVNYNPETVSTDYDESDRLYFEELSFERVLDIYEWEMAEGVVVSVGGQIPNNLAMPLSQAGVNILGTRPEDIDRAEDRDKFSAMLDSIGVDQ----PKWALLSTPKEALSFSDRVGFPVLVRPSFVLSGAAMAVASNHTELEKFLSAAGDAAQDKPVVVSKFILNAKEIEFDGVAQDGRILNYAISEHVENAGVHSGDATLLLPAQKLWVETIRRVKRVASAICKALNISGPFNIQLMAKEQDIKVIECNLRASRTFPFISKTLDCNFITLATRVMLGVKAVPYTISLLDIDYVAVKAPMFSFTRLRGADPTLGVEMSSTGEVAAFGRDTNDAFIQALVATGFKLPSVKNEILVSFAVDSMRAEFLPWAKEFVRMGFTFVGTPGTADYFCNHGVDTKTLAKPPKCKGAGDGTATALDGSSLPDVVEYIKDGKVDLVINIPEGTKKTEEISAGYLIRRSAVDFGVSLITNVKCAALLADSLVRRAAKDKGPLVPVCIEEYYGAGKTA 1331          

BLAST of mRNA_P-littoralis_Contig19.180.4 vs. uniprot
Match: A0A836CIG0_9STRA (Multifunctional pyrimidine synthesis protein n=1 Tax=Tribonema minus TaxID=303371 RepID=A0A836CIG0_9STRA)

HSP 1 Score: 2161 bits (5600), Expect = 0.000e+0
Identity = 1089/1459 (74.64%), Postives = 1236/1459 (84.72%), Query Frame = 3

Query:  441 MAGEVVFNTGMVGYPEALTDPSYRGQILVLTYPLLGNYGVPNEADKDELGLPAHFESSEIHIKGLIVSSYSADHSHWNSFQSLGDWLKKHNVPALYGLDTRSLTKRIREHGAVLGKIELANQPGVEFDDPNLRNLVEEVSLKEVRVFNPGMDVNIIAFDCGMKANIIRYFVQEQKVTFTVVPFDYDLEANPSKVDFHGVFISNGPGDPAMCTSTINSLKFLMRKAEAGEKPVPIFGICLGNQLLALAAGASTFKMKFGNRGMNQPCIDMRTAKCYITPQNHGFAVDPATLPDGWKTLFSNANDNTNEGVIHQTKPWSSVQFHPEAAGGPMDTAFLFEGFIDAVKGNPPKLALLEPHIFEMRNIKKVLMLGSGGLSIGQAGEFDYSGSQAIKALKEEGIEVVLVNPNIATVQTSKNLGGASPDRTYFLPVTPEIVESVIIKEKPDGVLVSMGGQTALNCGVVLHNAGIFEKHNVRVLGTQIPVIMATEDRDVFGQKLREINEKLAQSICASTMEEAIAAAEKIGYPVLIRAAYALGGLGSGFAENETEFRLQASKGFAYSDQLIVDQASFFDLRGWKEVEYEVVRDNRDNCITVCNMENFDPLGVHTGDSIVIAPSQTLSNREYFQLRQTALKVVRHLGVVGECNIQYALNPESEEYCIIEVNARLSRSSALASKATGYPLAYVAAKLALGIDLVSIRNSVTKSTTACFEPSLDYCVVKMPRWDLKKFAKVSTNLGSAMTSVGEVMSIGRTFEEAIQKAVRMVNPDLDGLEGKWDKDATISKDDQLKIPTDMRLYAVMAALEEGRSVDDVHNLSRIDRFFLSKLRNIAAMKKVATSIGTLESFTRQGLLSLKMLGFSDRQISRYTGTSEHQVRRKRQAVGVRPYVKQVDTLAAEFPASTNYLYMTYSGNEDDIEKEEMGIMVLGCGAYCIGSSVEFDWCAVSCVRQMRSMGYKAIVINYNPETVSTDYDESDRLYFEELSFERVLDIYEWEMAGGVVVSVGGQIPNNLAMPLSQAGVNILGTRPEDIDRAEDRDKFSAMLDSIGVDQARTAPKWALLSTHKEALSFSDRVGFPVLVRPSFVLSGAAMAVASNHTELEKFLSAAGDAAQDKPVVVSKFILNAKEIEFDGVAMAGKILNYAISEHVENAGVHSGDATLLLPAQKLWVETIRRVKRVASAICKALNISGPFNIQLMAKEQDIKVIECNLRASRTFPFISKTLDCNFITLATRVMLGVKAVPYQISLLDIDYVAVKAPMFSFTRLRGADPTLGVEMSSTGEVAAFGRDTCEAFLQALVATGFQLPSVKNEILISVAVDSVRDEFLPWAKEFIKMGFTFVGTPGTAEYFCSHGVDTKTLAKPPDCKGSSSTPALDVSPLPDVVEYIKQGKVDLVINIPEGTKKTEEISAGYLIRRSAVDFGVSLITNVKCASLLADSLVRRASKPKGPYIPVCIEEYYGAAKTSA 4817
            MAGEVVFNTGMVGYPE+LTDPSYRGQILVLTYP++GNYGVP +   D LGLPA  ES +IHI GL+VSSYS +HSHWNS +SLG+WL    VPA+YG+DTR+LTK IR HG++LGKIE   QP VEF +PN R+LV EVS ++  V+  G    I+AFDCGMK NIIR F ++ +V FTVVPFDYDLEAN   + + GVF+SNGPGDP  C  TINSLK+LM +       +PIFGICLGNQLLALAAG ST+KMKFGNRGMNQP IDMRT+KCYITPQNHG+AVD  +LP+GWKT F NAND +NEG+IH+TKPWSSVQFHPEAAGGPMDT FLF  FI  V+G   KL LLEPH+FE + +KKVL+LGSGGLSIGQAGEFDYSGSQAIKALKEEG+EVVL+NPNIATVQTSKNLGGASPDRTYFLPV P++VE VI KE+PDG++VSMGGQTALN GV L+N+G+ +K+NV+VLGT I  I+ATEDRD F QKL EI EK+A S CA+T++E +AAA+KIG+PVLIRAA+ALGGLGSGFAE E EF   A K F+ SDQ+I+DQ    DLRGWKEVEYEVVRDNRDNCITVCNMENFDPLGVHTGDSIV+APSQTLSN EYF+LR TALKVVRHLG+VGECNIQYALNP SEEYCIIEVNARLSRSSALASKATGYPLAYVAAKLALG DLVSIRNSVTKSTTACFEPSLDYCVVKMPRWDLKKF++VST LGS+MTSVGEVM+IGRTFEEAIQKAVRMV+P   GLEG+W  D ++++DDQL+IPTD RL+AVMAA+E+GR+VDDVHNLSRIDR+FL+KLRNIA M+K   ++ + +S     L +LK  GFSD Q++RY  + E +VR  RQ++GV P VKQ+DTLAAEFPA+TNYLYMTYSG+EDDIE E  GIMVLGCGAYCIGSSVEFDWCAVSCVRQ+R+MGYKAIV+N+NPETVSTDYDESDRLYFEELSFERV+DIYEWE A GVVVSVGGQIP N+AMPL  AG  +LGTRPEDIDRAEDRDKFSAMLDSIGVDQ    P+W+ L++  EAL F+DRVGFP LVRPSFVLSGAAMAVAS   EL  FL  AG+ A DKPVV+SKFI  AKEIEFDGV+  G I+NYAISEHVENAGVHSGDATLLLPAQKLWVETIRRVKRVASAICKALNISGPFNIQLMA+E +IKVIECNLRASRTFPFISKTLD NFITLAT+VMLG+   PY+ISLLDIDYVAVKAPMFSFTRLRGADPTLGVEM+STGEVA FGRD+ EAFLQAL AT F LPS   EILIS A D +R EFLPWA+E I MG+ F GTPGTA Y+  HGV  K + KP     S+ TPA+D +P+ D  EY+KQG VDLVINIPEGTK+ +EI++GYL+RR+AVDFGV L+TNVKCA+LL DSL+R+         PVCIEEYYG++   A
Sbjct:    1 MAGEVVFNTGMVGYPESLTDPSYRGQILVLTYPMVGNYGVPGDETLDSLGLPAFLESYDIHIAGLVVSSYSVEHSHWNSVRSLGEWLASRGVPAMYGVDTRALTKVIRNHGSLLGKIEFEGQP-VEFANPNERHLVAEVSTRKTTVYGKGNATRILAFDCGMKYNIIRCFAEQCQVEFTVVPFDYDLEANVDGIQYDGVFVSNGPGDPVTCAQTINSLKWLMAQVPC----IPIFGICLGNQLLALAAGGSTYKMKFGNRGMNQPAIDMRTSKCYITPQNHGYAVDAKSLPEGWKTFFVNANDFSNEGIIHETKPWSSVQFHPEAAGGPMDTNFLFATFIGQVRGESHKLTLLEPHLFETQTVKKVLLLGSGGLSIGQAGEFDYSGSQAIKALKEEGLEVVLINPNIATVQTSKNLGGASPDRTYFLPVKPDVVEEVIKKERPDGIVVSMGGQTALNVGVTLYNSGVLKKYNVKVLGTPIASIIATEDRDEFAQKLNEIGEKMALSYCATTLDEGLAAAKKIGFPVLIRAAFALGGLGSGFAETEEEFLTTARKAFSCSDQIIIDQ----DLRGWKEVEYEVVRDNRDNCITVCNMENFDPLGVHTGDSIVVAPSQTLSNSEYFKLRLTALKVVRHLGIVGECNIQYALNPHSEEYCIIEVNARLSRSSALASKATGYPLAYVAAKLALGKDLVSIRNSVTKSTTACFEPSLDYCVVKMPRWDLKKFSRVSTRLGSSMTSVGEVMAIGRTFEEAIQKAVRMVDPGSAGLEGEWSMDPSLNQDDQLRIPTDQRLFAVMAAMEDGRTVDDVHNLSRIDRWFLAKLRNIALMRKAVKALPSPQSLNANSLRTLKCAGFSDLQLARYMSSKELEVRALRQSLGVTPRVKQIDTLAAEFPAATNYLYMTYSGSEDDIEPENQGIMVLGCGAYCIGSSVEFDWCAVSCVRQLRTMGYKAIVVNFNPETVSTDYDESDRLYFEELSFERVMDIYEWEAAAGVVVSVGGQIPQNIAMPLHLAGATVLGTRPEDIDRAEDRDKFSAMLDSIGVDQ----PEWSSLTSIDEALIFADRVGFPCLVRPSFVLSGAAMAVASTAKELADFLRNAGEVANDKPVVISKFIEGAKEIEFDGVSQGGNIINYAISEHVENAGVHSGDATLLLPAQKLWVETIRRVKRVASAICKALNISGPFNIQLMARENEIKVIECNLRASRTFPFISKTLDANFITLATKVMLGMPVKPYRISLLDIDYVAVKAPMFSFTRLRGADPTLGVEMASTGEVACFGRDSYEAFLQALRATNFTLPSKDKEILISFAEDRIRAEFLPWARELINMGYKFCGTPGTAAYYEEHGVSVKIINKPAGST-SNGTPAVDGAPMAD--EYLKQGSVDLVINIPEGTKREDEITSGYLMRRTAVDFGVGLLTNVKCATLLVDSLLRQKDDVIRHRPPVCIEEYYGSSNKDA 1443          

BLAST of mRNA_P-littoralis_Contig19.180.4 vs. uniprot
Match: W7U0U1_9STRA (Cad protein n=2 Tax=Monodopsidaceae TaxID=425072 RepID=W7U0U1_9STRA)

HSP 1 Score: 1974 bits (5115), Expect = 0.000e+0
Identity = 999/1467 (68.10%), Postives = 1187/1467 (80.91%), Query Frame = 3

Query:  378 GTLILKDGSSHTGFSFGAPTAMAGEVVFNTGMVGYPEALTDPSYRGQILVLTYPLLGNYGVPNEADKDELGLPAHFESSEIHIKGLIVSSYSADHSHWNSFQSLGDWLKKHNVPALYGLDTRSLTKRIREHGAVLGKIELANQP------------GVEFDDPNLRNLVEEVSLKEVRVFNPGMDVNIIAFDCGMKANIIRYFVQEQKVTFTVVPFDYDLEANPSKVDFHGVFISNGPGDPAMCTSTINSLKFLMRKAEAGEKPVPIFGICLGNQLLALAAGASTFKMKFGNRGMNQPCIDMRTAKCYITPQNHGFAVDPATLPDGWKTLFSNANDNTNEGVIHQTKPWSSVQFHPEAAGGPMDTAFLFEGFIDAVKGNPPKLALLEPHIFEMRNIKKVLMLGSGGLSIGQAGEFDYSGSQAIKALKEEGIEVVLVNPNIATVQTSKNLGGASPDRTYFLPVTPEIVESVIIKEKPDGVLVSMGGQTALNCGVVLHNAGIFEKHNVRVLGTQIPVIMATEDRDVFGQKLREINEKLAQSICASTMEEAIAAAEKIGYPVLIRAAYALGGLGSGFAENETEFRLQASKGFAYSDQLIVDQASFFDLRGWKEVEYEVVRDNRDNCITVCNMENFDPLGVHTGDSIVIAPSQTLSNREYFQLRQTALKVVRHLGVVGECNIQYALNPESEEYCIIEVNARLSRSSALASKATGYPLAYVAAKLALGIDLVSIRNSVTKSTTACFEPSLDYCVVKMPRWDLKKFAKVSTNLGSAMTSVGEVMSIGRTFEEAIQKAVRMVNPDLDGLEGKWDKDATISKDDQLKIPTDMRLYAVMAALEEGRSVDDVHNLSRIDRFFLSKLRNIAAMKKVATSIGTLESFTRQGLLSLKMLGFSDRQISRYTGTSEHQVRRKRQAVGVRPYVKQVDTLAAEFPASTNYLYMTYSGNEDDIEKEEMGIMVLGCGAYCIGSSVEFDWCAVSCVRQMRSMGYKAIVINYNPETVSTDYDESDRLYFEELSFERVLDIYEWEMAGGVVVSVGGQIPNNLAMPLSQAGVNILGTRPEDIDRAEDRDKFSAMLDSIGVDQARTAPKWALLSTHKEALSFSDRVGFPVLVRPSFVLSGAAMAVASNHTELEKFLSAAGDAAQDKPVVVSKFILNAKEIEFDGVAMAGKILNYAISEHVENAGVHSGDATLLLPAQKLWVETIRRVKRVASAICKALNISGPFNIQLMAKEQDIKVIECNLRASRTFPFISKTLDCNFITLATRVMLGVKAVPYQISLLDIDYVAVKAPMFSFTRLRGADPTLGVEMSSTGEVAAFGRDTCEAFLQALVATGFQLPSVKNEILISVAVDSVRDEFLPWAKEFIKMGFTFVGTPGTAEYFCSHGVDTKTLAKPPDCKGSSSTPALDVSPLPDVVEYIKQGKVDLVINIPEGTKKTEEISAGYLIRRSAVDFGVSLITNVKCASLLADSLVR 4742
            G+L+L DGS H GF FGA   +AGEVVFNTGMVGYPEALTDPSYRGQILVLTYP++GNYGVP+E   D  GLP +FES +IH+ GLIV+SYSADHSHWNS +SLG WL++H VPALYG+DTR+LTK+IRE GA+LGKIE   Q              V+F DPN  NLV EVS K+VRV+  G    I+AFDCGMK NIIRYFV+   V FTVVP+DYDL+ANPSK+++ G+FISNGPGDP MC +TI SL++ M        P PIFGICLGNQLLALAAG++T+KMK+GNRGMNQPC+DMRT KCYIT QNHGFAVD  +LP  WKT F NAND TNEG++H +KP+ SVQFHPEA GGP DTAFLFE FI+ V+G+P +L+LL+P +++    KKVL++GSGGLSIGQAGEFDYSGSQAIKALKEEGIEV+L+NPN+ATVQTSK+LG ASPD+ YFLP+ PE+V  +I KEKPDG++V++GGQTALN G+ L  +G  +KH+VRV+GT I  I+ATEDR++F +KLREI+E LA S  A+ MEEAIAAA+KIGYPVLIRAAYALGGLGSGFAE+E E    A K FA S Q+++DQ    DLRGWKE+EYEVVRD  DNC+TVCNMENFDPLG+HTGDSIVIAPSQTLSN+EY+ LR T++KV+RHLG++GECNIQ+AL+PESE YCIIEVNARLSRSSALASKATGYPLAYVA KL LG DLVSIRNSVTK+TTACFEPSLDYCVVKMPRWDL KF +V T LGS+M SVGEVM+IGR FEEAIQKAVRMVNP+LDGL+GK D  A++  D Q++IPT  RL+AV  ALE G SVD VH L++IDR+FLSKL+N+A MK  A    +L+S     + +LK  G+SDRQ++RY  ++E  VRR+R  +GVRP VKQ+DTLAAEFPA TNYLYMTY+G+EDD+  +E G+MVLGCG YCIGSSVEFDWCAVS VRQ+R+ G +A+V+N NPETVSTDYDESDRL+FEEL+FERVLDIYE E A G++VSVGGQI NNLA PL Q GVNILGT P DIDRAEDR +FS +LDSI VDQ    P W  LST  +A  F++ VG+PVLVRPSFVLSGAAM VA+   +LE FL  A D ++DKPVVV+KFILNAKEIEFD VA AG ILNYAISEHVENAGVHSGDATL+LPAQKL+VETIR+VKR++SAI KALNI+GPFNIQLMAK+ D+KVIECNLRASRTFPF+SK  D NFITLATR MLGV    Y ISL+DIDYVAVKAPMFSFTRLRGADPTLGVEM+STGEVA FG D  EAFL AL+A+GF++P     +L+S+A ++ R EFLP     +++ +T + TPGT E++ S G++ K L+K    K             P V++ IK  +VD+VIN+PEGTKK EE++ GY +RRSAVDFGV L+TN+KCA+LL ++L R
Sbjct:   87 GSLVLVDGSVHQGFGFGADVPVAGEVVFNTGMVGYPEALTDPSYRGQILVLTYPMVGNYGVPSEDALDAHGLPLYFESRKIHVAGLIVASYSADHSHWNSIKSLGKWLQEHGVPALYGIDTRALTKKIREAGAILGKIEFKTQDKQRGKQKGGAGTNVDFLDPNKTNLVAEVSTKQVRVYGEGNRPRILAFDCGMKYNIIRYFVKHHAVEFTVVPYDYDLQANPSKLEWEGIFISNGPGDPTMCAATIKSLQWAMGL----PTPKPIFGICLGNQLLALAAGSTTYKMKYGNRGMNQPCVDMRTTKCYITAQNHGFAVDSGSLPADWKTFFLNANDFTNEGIVHTSKPFFSVQFHPEACGGPTDTAFLFETFINLVRGSPHQLSLLDPSLYQRFKYKKVLLVGSGGLSIGQAGEFDYSGSQAIKALKEEGIEVILINPNVATVQTSKSLGKASPDKVYFLPIRPEVVLDIIKKEKPDGIMVNVGGQTALNVGIKLWESGDLQKHSVRVMGTPINTIVATEDREIFSEKLREIDETLALSYPATNMEEAIAAAKKIGYPVLIRAAYALGGLGSGFAEDEAELIALAEKAFASSSQILIDQ----DLRGWKEIEYEVVRDIEDNCVTVCNMENFDPLGIHTGDSIVIAPSQTLSNQEYYMLRSTSIKVIRHLGIIGECNIQFALHPESERYCIIEVNARLSRSSALASKATGYPLAYVATKLCLGKDLVSIRNSVTKTTTACFEPSLDYCVVKMPRWDLSKFNRVETRLGSSMISVGEVMAIGRNFEEAIQKAVRMVNPNLDGLDGKCDVAASL--DSQMQIPTPHRLFAVQMALERGYSVDAVHALTKIDRWFLSKLKNMALMKAAACK-ASLDSLNAVSIRALKCHGYSDRQVARYVNSTEVVVRRRRLQLGVRPCVKQIDTLAAEFPAQTNYLYMTYNGSEDDLGPDENGVMVLGCGPYCIGSSVEFDWCAVSAVRQIRTTGMRAVVVNCNPETVSTDYDESDRLFFEELTFERVLDIYEREKAVGIIVSVGGQIANNLANPLFQQGVNILGTSPVDIDRAEDRHQFSELLDSISVDQ----PSWQELSTISDAKKFANEVGYPVLVRPSFVLSGAAMNVAATPRQLESFLQEAADVSKDKPVVVTKFILNAKEIEFDAVAKAGDILNYAISEHVENAGVHSGDATLVLPAQKLFVETIRKVKRISSAIAKALNITGPFNIQLMAKDNDVKVIECNLRASRTFPFVSKVFDANFITLATRAMLGVPTKAYNISLIDIDYVAVKAPMFSFTRLRGADPTLGVEMASTGEVACFGHDVHEAFLAALIASGFRMPIKTKNVLVSIAEETERLEFLPAVSALLELNYTVLCTPGTGEFYESRGLEVKILSKKAGDKKH-----------PYVIDAIKDNQVDVVINVPEGTKKDEEVTIGYAMRRSAVDFGVPLVTNIKCANLLVEALAR 1527          

BLAST of mRNA_P-littoralis_Contig19.180.4 vs. uniprot
Match: A0A7S1TZV2_9STRA (Hypothetical protein n=1 Tax=Phaeomonas parva TaxID=124430 RepID=A0A7S1TZV2_9STRA)

HSP 1 Score: 1933 bits (5008), Expect = 0.000e+0
Identity = 1005/1511 (66.51%), Postives = 1187/1511 (78.56%), Query Frame = 3

Query:  231 PVRSKSRAFKATNMPPPIPQRSGPVNTLTTPGRLSKRENESALEPKEPAGTLILKDGSSHTGFSFGAPTAMAGEVVFNTGMVGYPEALTDPSYRGQILVLTYPLLGNYGVPNEADKDELGLPAHFESSEIHIKGLIVSSYSADHSHWNSFQSLGDWLKKHNVPALYGLDTRSLTKRIREHGAVLGKIELANQPGVEFDDPNLRNLVEEVSLKEVRVFNPGMDVNIIAFDCGMKANIIRYFVQEQKVTFTVVPFDYDLEANPSKVDFHGVFISNGPGDPAMCTSTINSLKFLMRKAEAGEKPVPIFGICLGNQLLALAAGASTFKMKFGNRGMNQPCIDMRTAKCYITPQNHGFAVDPATLPDGWKTLFSNANDNTNEGVIHQTKPWSSVQFHPEAAGGPMDTAFLFEGFIDAVKGNPPKLALLEPHIFE--MRNIKKVLMLGSGGLSIGQAGEFDYSGSQAIKALKEEGIEVVLVNPNIATVQTSKNLGGASPDRTYFLPVTPEIVESVIIKEKPDGVLVSMGGQTALNCGVVLHNAGIFEKHNVRVLGTQIPVIMATEDRDVFGQKLREINEKLAQSICASTMEEAIAAAEKIGYPVLIRAAYALGGLGSGFAENETEFRLQASKGFAYSDQLIVDQASFFDLRGWKEVEYEVVRDNRDNCITVCNMENFDPLGVHTGDSIVIAPSQTLSNREYFQLRQTALKVVRHLGVVGECNIQYALNPESEEYCIIEVNARLSRSSALASKATGYPLAYVAAKLALGIDLVSIRNSVTKSTTACFEPSLDYCVVKMPRWDLKKFAKVSTNLGSAMTSVGEVMSIGRTFEEAIQKAVRMVNPDLDGLEGKW---DKDATISKDDQLKIPTDMRLYAVMAALEEGRSVDDVHNLSRIDRFFLSKLRNIAAMKKVATSIGTLESFTRQGLLSLKMLGFSDRQISRYTGTSEHQVRRKRQAVGVRPYVKQVDTLAAEFPASTNYLYMTYSGNEDDIEKE--EMGIMVLGCGAYCIGSSVEFDWCAVSCVRQMRSMGYKAIVINYNPETVSTDYDESDRLYFEELSFERVLDIYEWEMAGGVVVSVGGQIPNNLAMPLSQAGVNILGTRPEDIDRAEDRDKFSAMLDSIGVDQARTAPKWALLSTHKEALSFSDRVGFPVLVRPSFVLSGAAMAVASNHTELEKFLSAAGDAAQDKPVVVSKFILNAKEIEFDGVAMAGKILNYAISEHVENAGVHSGDATLLLPAQKLWVETIRRVKRVASAICKALNISGPFNIQLMAKEQDIKVIECNLRASRTFPFISKTLDCNFITLATRVMLGVKAVPYQISLLDIDYVAVKAPMFSFTRLRGADPTLGVEMSSTGEVAAFGRDTCEAFLQALVATGFQLPSVKNEILISVAVDSVRDEFLPWAKEFIKMGFTFVGTPGTAEYFCSHGVDTKTLAKPPDCKGSSSTPALDVSPLPDVVEYIKQGKVDLVINIPEGTKKTEEISAGYLIRRSAVDFGVSLITNVKCASLLADSLVR 4742
            P +S+    K+   P P+ Q     + LTT   +S  ++            L+L DG+  +G+SFGA  + AGEVVFNTGMVGYPEALTDPSYRGQILVLTYPL+GNYGVPN+ D DE  LPAHFESS IH+ GL+V+SYS + SHWNS +SLG+WL+++ +PA+YG+DTR+LTK +RE GA+LGK+E A  P VEF++P  RNLV EVSLK  RVF  G    I+A+DCG+K NIIRYFV+   V  TVVPFDYDLEANP   ++ G+F+SNGPGDP M ++T+ SL++ M      E   PIFGICLGNQLLALAAGA TFKMK+GNRGMNQPC+DMRT KCYITPQNHGFAVD  TLP GW+T F NAND TNEG+IH TKPW SVQFHPEAAGGP+DTAFLF  FI  V G    +  L P I++     ++KVL++GSG LSIGQAGEFDYSGSQAIKALKEEG+EVVLVNPNIATVQTSK LGGASPDR Y LPV  +I+  ++ KE+PDG++VSMGGQTALN G+ L  +G  ++  VRVLGTQIPVI+ATEDR+VF +KL EINE LA S  A+ ++EAIAAAEKIGYPVLIRAA+ALGGLGSGFA N  E    A+K F+ S+Q+++DQ    DLRGWKEVEYEVVRD RDNCITVCNMENFDPLGVHTGDSIV+APSQTLSNREYF+LRQTALKVVRHLGV+GECNIQYAL+PESE YCIIEVNARLSRSSALASKATGYPLAYVAAKL+LG DLVSIRNSVTK+TTACFEPSLDYCVVKMPRWDLKKF +VST+LGS+M SVGEVM++GR FEE IQKAVRMV+P+  GLEG     D+      +D+LK PTD RL+ V  ALE G SVD VH L++IDR+FLSKL+ I+ MK    +  TLE      + +LK+ GFSD+Q++ YTG++E  VRRKR  +G+ P+VKQVDTLAAEFPA+TNYLYMTYSG+EDD++ E     +MVLGCGAYCIGSSVEFDW AVSCVR++R +G+ AIV+NYNPETVSTD+DESDRL+FEELSFERVLDIYE +   GVVVSVGGQIPNNLA PL   GVNILGT P+DI+RAEDR+ FSAMLDSI VDQ    P WA L T + A  +++  G+PVLVRPSFVLSGAAM VA    +L KFL  A D + DKPVVVSKFIL AKEIEFD VA  GKILNYAISEHVENAGVHSGDATL+LPAQ+L+V+TIR+VK +A  I +ALNI+GPFNIQL+AK+  +KVIECNLRASRTFPFISKTLD NFI LATR M+G  A PYQISLLDIDYV VKAPMFSFTRLRGADPTLGVEM+STGEVA +GRD  EA + ++ + GF++P     +L+S+A D  R EFLP  +   ++G+T   TPGTA ++ +  +    L KPP  KG+ +            V+ +  GKVDLVIN+PEGT + +EI+ GYL+RRSAVDFGV+LITNVK A LL +SL R
Sbjct:   37 PNKSRRLGSKSAISPIPLSQDVDGTDALTT---ISSGQSAK----------LVLSDGTEVSGWSFGAEASKAGEVVFNTGMVGYPEALTDPSYRGQILVLTYPLVGNYGVPNDEDMDEYDLPAHFESSAIHVAGLVVASYSQEPSHWNSSRSLGNWLQENGIPAIYGVDTRALTKHLRESGAMLGKLEFAGDP-VEFENPFERNLVAEVSLKAPRVFGAGKSPRILAYDCGIKYNIIRYFVEAHDVQLTVVPFDYDLEANPEGFEYDGLFLSNGPGDPTMASATVKSLQYAMSL----EPAKPIFGICLGNQLLALAAGAKTFKMKYGNRGMNQPCVDMRTGKCYITPQNHGFAVDNETLPAGWRTFFLNANDLTNEGIIHTTKPWCSVQFHPEAAGGPLDTAFLFTKFIAQVNGELAPITTLSPDIYQGSTTRVRKVLLVGSGALSIGQAGEFDYSGSQAIKALKEEGVEVVLVNPNIATVQTSKGLGGASPDRVYSLPVKKDIIVRLLDKEQPDGIIVSMGGQTALNVGIELWESGELQRRGVRVLGTQIPVIVATEDREVFSEKLHEINETLALSYPANNVDEAIAAAEKIGYPVLIRAAFALGGLGSGFAHNREELVDLAAKAFSISNQILIDQ----DLRGWKEVEYEVVRDVRDNCITVCNMENFDPLGVHTGDSIVVAPSQTLSNREYFKLRQTALKVVRHLGVIGECNIQYALHPESERYCIIEVNARLSRSSALASKATGYPLAYVAAKLSLGNDLVSIRNSVTKNTTACFEPSLDYCVVKMPRWDLKKFNRVSTDLGSSMKSVGEVMAMGRCFEECIQKAVRMVSPNSPGLEGYAVGSDELPAAELEDKLKNPTDERLWMVQTALERGYSVDSVHALTKIDRWFLSKLKIISNMKAATKARATLEKLGAPEIRALKVAGFSDKQVANYTGSTELLVRRKRTGLGILPHVKQVDTLAAEFPAATNYLYMTYSGSEDDVQPEVARKSVMVLGCGAYCIGSSVEFDWSAVSCVRELRKLGFSAIVVNYNPETVSTDFDESDRLFFEELSFERVLDIYESQGVFGVVVSVGGQIPNNLAEPLENVGVNILGTSPKDINRAEDRNLFSAMLDSIDVDQ----PPWASLDTKESAAIWAEEKGYPVLVRPSFVLSGAAMKVALTPEQLSKFLDNAADVSGDKPVVVSKFILGAKEIEFDAVANNGKILNYAISEHVENAGVHSGDATLVLPAQRLYVQTIRQVKLIAGKIAQALNITGPFNIQLLAKDNYVKVIECNLRASRTFPFISKTLDANFIQLATRCMVGAPAKPYQISLLDIDYVGVKAPMFSFTRLRGADPTLGVEMASTGEVACYGRDVHEALMASMRSVGFKVPPPGATVLVSIANDEFRTEFLPAMRILAELGYTLKCTPGTAAFYSAQDLGVTALEKPP-AKGAGTC-----------VDELTSGKVDLVINVPEGTTQRDEITGGYLLRRSAVDFGVNLITNVKVAVLLVESLKR 1509          

BLAST of mRNA_P-littoralis_Contig19.180.4 vs. uniprot
Match: B8C8T5_THAPS (Uncharacterized protein n=1 Tax=Thalassiosira pseudonana TaxID=35128 RepID=B8C8T5_THAPS)

HSP 1 Score: 1888 bits (4890), Expect = 0.000e+0
Identity = 979/1521 (64.37%), Postives = 1168/1521 (76.79%), Query Frame = 3

Query:  354 ALEPKEPAGTLILKDGSSH-TGFSFGAPTAMAGEVVFNTGMVGYPEALTDPSYRGQILVLTYPLLGNYGVPNEADKDELGLPAHFESSEIHIKGLIVSSYSADHSHWNSFQSLGDWLKKHNVPALYGLDTRSLTKRIREHGAVLGKIEL-ANQPGVEFDDPNLRNLVEEVSLKEVRVFNPGMDVNIIAFDCGMKANIIRYFVQEQKVTFTVVPFDYDLEANPSKVDFHGVFISNGPGDPAMCTSTINSLKFLMRKAEAGEKPVPIFGICLGNQLLALAAGASTFKMKFGNRGMNQPCIDMRTAKCYITPQNHGFAVDPATLPDGWKTLFSNANDNTNEGVIHQTKPWSSVQFHPEAAGGPMDTAFLFEGFIDAVKGNPPKLALLEPHIFEMRNIKKVLMLGSGGLSIGQAGEFDYSGSQAIKALKEEGIEVVLVNPNIATVQTSKNLGGASP--DRTYFLPVTPEIVESVIIKEKPDGVLVSMGGQTALNCGVVLHNAGIFEKHNVRVLGTQIPVIMATEDRDVFGQKLREINEKLAQSICASTMEEAIAAAEKIGYPVLIRAAYALGGLGSGFAENETEFRLQASKGFAYSDQLIVDQASFFDLRGWKEVEYEVVRDNRDNCITVCNMENFDPLGVHTGDSIVIAPSQTLSNREYFQLRQTALKVVRHLGVVGECNIQYALNPESEEYCIIEVNARLSRSSALASKATGYPLAYVAAKLALGIDLVSIRNSVTKSTTACFEPSLDYCVVKMPRWDLKKFAKVSTNLGSAMTSVGEVMSIGRTFEEAIQKAVRMVNPDLDGLEGKWDK--DATISKDDQLKIPTDMRLYAVMAALEEGRSVDDVHNLSRIDRFFLSKLRNIAAMKKVATSIGTLES-FTRQG---LLSLKMLGFSDRQISRYTGTSEHQ----VRRKRQAVGVRPYVKQVDTLAAEFPASTNYLYMTYSGNEDDI-------------------------------------------EKEEMGIMVLGCGAYCIGSSVEFDWCAVSCVRQMRSMGYKAIVINYNPETVSTDYDESDRLYFEELSFERVLDIYEWEMAGGVVVSVGGQIPNNLAMPLSQAGVNILGTRPEDIDRAEDRDKFSAMLDSIGVDQARTAPKWALLSTHKEALSFSDRVGFPVLVRPSFVLSGAAMAVASNHTELEKFLSAAGDAAQDKPVVVSKFILNAKEIEFDGVAMAGKILNYAISEHVENAGVHSGDATLLLPAQKLWVETIRRVKRVASAICKALNISGPFNIQLMAKEQDIKVIECNLRASRTFPFISKTLDCNFITLATRVMLGVKAVPYQISLLDIDYVAVKAPMFSFTRLRGADPTLGVEMSSTGEVAAFGRDTCEAFLQALVATGFQLPSVKNEILISVAVDSVRDEFLPWAKEFIKMGFTFVGTPGTAEYFCSH-GVDTKTLAKPPDCKGSSSTPALDVSPLPDVVEYIKQGKVDLVINIPEGTKKTEEISAGYLIRRSAVDFGVSLITNVKCASLLADSLVR 4742
            ALE K    TL+L D S   TG SFGA T+++GEVVFNTGMVGYPEALTDPSYRGQILVLT+PL+GNYGVP+E   DE GLP +FES EIHI GL+VSSYS +HSHW + +SL  WLK+ NVP +YG+DTR+LTK+IRE GA+LG I +  + P  +F DPN RNLV EVS K V V+      NI+A+DCGMK NIIRYFV   KV  TVVPFDYDLEANP+ + + G+F+SNGPGDP MC  TI S+++ +    A + P PIFGICLGNQLLALAAGA T+K+K+GNRGMNQPCID+RT +CYITPQNHGFAVD  +LP  WK LF NAND TNEG++H  KP+ SVQFHPEA+GGP+DTAFLF+ F+  V+     L L +   ++ +  KKVL++GSGGLSIGQAGEFDYSGSQ IKALKEEGIEV+L+NPNIATVQTS      +P  D+ YFLP+ P +V  +I K+KPDG++VSMGGQTALN GV L NAG+ +K  V+VLGTQI  I ATEDR++F QKL+EI E +A S  A+ +EEA+ AA KIGYPVL+RAA+ALGGLGSGFA+N+ E +  A+K F+ S+Q+++DQ    DLRGWKE+EYEVVRD+ DNCITVCNMENFDPLGVHTGDSIV+APSQTL+NREYF LR+TALKVVRHLG+VGECNIQYALNP+SE+YCIIEVNARLSRSSALASKATGYPLAYVA KL+LG DLVSIRNSVTK+TTACFEPSLDYCV+KMPRWDLKKF +VS  LGS+M SVGEVMSIGR+FEE IQKA RMVNP LDGLEG      D  I  ++Q+ +PTD RL+AV  ALEEG  VD V   ++ID++FLSKL NIA M+K     G +   F   G   + SLK+ GFSD+QI+RYT  S  +    VR  R+++GV+P VKQ+DTLAAEFPA TNYLYMTYSGNEDD+                                           EK+E G+MVLGCGAYCIGSSVEFDWCAVS VRQ+R  G+K+I++NYNPETVSTDYDESDRLYFEELS ERV+DIYE E A G++VSVGGQIPNNLA PL+Q+G  ILGT   DIDRAEDR +FS MLD +G+ Q    P W++LS+ +EA+ FS+ VGFPVLVRPSFVLSGAAM VAS+ T+L+ +L  A D A DKPVVV+KFIL AKEIEFD VA  GKILNYAI EH+ENAGVHSGDAT++LPAQKL+V TIR++K+ A+AI KALNI+GPFNIQ MA   D++VIECNLRASRTFPF+SKT   NFI+LATR M G+   PY ISLLDIDYV VKAPMFSFTRLRGADPTLGVEM+STGEVA FG D  EAFLQA++ATGF+LP   + +L+S+A D  R EF   A    K+GF   GTPGTA+Y+  H  +D K ++KP D + +S  P    +     +  IK+  V+LVINI EGT + +EIS+GY+IRR+AVDFG+SL+TNVKCA  L  S+ R
Sbjct:   12 ALESKGEVATLVLADNSPPLTGRSFGAATSISGEVVFNTGMVGYPEALTDPSYRGQILVLTFPLIGNYGVPSEEITDEYGLPTYFESKEIHIAGLVVSSYSWEHSHWAAHKSLAKWLKEKNVPGMYGVDTRALTKKIREVGALLGNIIVNPSNPNPQFSDPNKRNLVAEVSTKTVTVYGDSNTTNIVAYDCGMKFNIIRYFVNTHKVRLTVVPFDYDLEANPANIPWDGLFLSNGPGDPTMCPQTIKSIQYAL----ALDPPRPIFGICLGNQLLALAAGAKTYKLKYGNRGMNQPCIDLRTGRCYITPQNHGFAVDSDSLPPMWKPLFINANDLTNEGIVHTDKPFFSVQFHPEASGGPLDTAFLFDKFVGHVRKISQPLVLQDGLAYKRQTYKKVLLVGSGGLSIGQAGEFDYSGSQCIKALKEEGIEVILINPNIATVQTSTEKNEVTPGADKVYFLPIRPNVVMDIIHKDKPDGIIVSMGGQTALNVGVELWNAGLLQKAGVKVLGTQISAIEATEDREIFSQKLQEIGESIALSFSANNVEEALVAANKIGYPVLVRAAFALGGLGSGFADNDKELKDLAAKAFSASNQILIDQ----DLRGWKELEYEVVRDSSDNCITVCNMENFDPLGVHTGDSIVVAPSQTLTNREYFMLRKTALKVVRHLGIVGECNIQYALNPKSEKYCIIEVNARLSRSSALASKATGYPLAYVATKLSLGRDLVSIRNSVTKTTTACFEPSLDYCVLKMPRWDLKKFNRVSNKLGSSMLSVGEVMSIGRSFEEVIQKACRMVNPALDGLEGIDSNLTDDEIPLEEQISVPTDTRLFAVQRALEEGWGVDKVFEHTKIDKWFLSKLENIAKMRKACKDCGDVRKLFAENGTDRMRSLKIAGFSDQQIARYTNLSGQEGTMKVRSIRKSLGVKPCVKQIDTLAAEFPAETNYLYMTYSGNEDDVTEGSHAPIISEGAESGEMTPSSKAFRNRVRSVSISAARENSLTEKQERGVMVLGCGAYCIGSSVEFDWCAVSAVRQLRKDGFKSIIVNYNPETVSTDYDESDRLYFEELSLERVMDIYEREAAAGIIVSVGGQIPNNLAGPLAQSGAKILGTSARDIDRAEDRHQFSDMLDDMGLKQ----PAWSVLSSMEEAVKFSNEVGFPVLVRPSFVLSGAAMRVASDETQLKNYLGLAADVAADKPVVVTKFILGAKEIEFDAVANEGKILNYAIGEHLENAGVHSGDATVILPAQKLYVGTIRQIKKYATAIAKALNITGPFNIQFMAIGNDVQVIECNLRASRTFPFVSKTFHRNFISLATRAMCGLHVTPYNISLLDIDYVCVKAPMFSFTRLRGADPTLGVEMASTGEVACFGDDAQEAFLQAMLATGFKLPKTNSTVLLSIASDPFRVEFAESAVALSKLGFKLAGTPGTAQYYKKHHNIDMKVVSKPVDEEDTSDCPDTGNT---SALSEIKEADVELVINISEGTTRKDEISSGYIIRRAAVDFGISLVTNVKCAVWLVKSMER 1517          

BLAST of mRNA_P-littoralis_Contig19.180.4 vs. uniprot
Match: A0A7S1BAC4_9STRA (Hypothetical protein n=4 Tax=Corethron hystrix TaxID=216773 RepID=A0A7S1BAC4_9STRA)

HSP 1 Score: 1880 bits (4869), Expect = 0.000e+0
Identity = 956/1480 (64.59%), Postives = 1157/1480 (78.18%), Query Frame = 3

Query:  378 GTLILKDGSSHTGFSFGAPTAMAGEVVFNTGMVGYPEALTDPSYRGQILVLTYPLLGNYGVPNEADKDELGLPAHFESSEIHIKGLIVSSYSADHSHWNSFQSLGDWLKKHNVPALYGLDTRSLTKRIREHGAVLGKIELANQPGVEFDDPNLRNLVEEVSLKEVRVFNPGMDVNIIAFDCGMKANIIRYFVQEQKVTFTVVPFDYDLEANPSKVDFHGVFISNGPGDPAMCTSTINSLKFLMRKAEAGEKPVPIFGICLGNQLLALAAGASTFKMKFGNRGMNQPCIDMRTAKCYITPQNHGFAVDPATLPDGWKTLFSNANDNTNEGVIHQTKPWSSVQFHPEAAGGPMDTAFLFEGFIDAVKGNPPKLALLEPHIFEMRNIKKVLMLGSGGLSIGQAGEFDYSGSQAIKALKEEGIEVVLVNPNIATVQTSKNLGGASPDRTYFLPVTPEIVESVIIKEKPDGVLVSMGGQTALNCGVVLHNAGIFEKHNVRVLGTQIPVIMATEDRDVFGQKLREINEKLAQSICASTMEEAIAAAEKIGYPVLIRAAYALGGLGSGFAENETEFRLQASKGFAYSDQLIVDQASFFDLRGWKEVEYEVVRDNRDNCITVCNMENFDPLGVHTGDSIVIAPSQTLSNREYFQLRQTALKVVRHLGVVGECNIQYALNPESEEYCIIEVNARLSRSSALASKATGYPLAYVAAKLALGIDLVSIRNSVTKSTTACFEPSLDYCVVKMPRWDLKKFAKVSTNLGSAMTSVGEVMSIGRTFEEAIQKAVRMVNPDLDGLEGKWDK--DATISKDDQLKIPTDMRLYAVMAALEEGRSVDDVHNLSRIDRFFLSKLRNIAAMKKVATS---IGTLESFTRQG-LLSLKMLGFSDRQISRYTGTSEHQVRRKRQAVGVRPYVKQVDTLAAEFPASTNYLYMTYSGNEDDIEK---------EEMGIMVLGCGAYCIGSSVEFDWCAVSCVRQMRSMGYKAIVINYNPETVSTDYDESDRLYFEELSFERVLDIYEWEMAGGVVVSVGGQIPNNLAMPLSQAGVNILGTRPEDIDRAEDRDKFSAMLDSIGVDQARTAPKWALLSTHKEALSFSDRVGFPVLVRPSFVLSGAAMAVASNHTELEKFLSAAGDAAQDKPVVVSKFILNAKEIEFDGVAMAGKILNYAISEHVENAGVHSGDATLLLPAQKLWVETIRRVKRVASAICKALNISGPFNIQLMAKEQDIKVIECNLRASRTFPFISKTLDCNFITLATRVMLGVKAVPYQISLLDIDYVAVKAPMFSFTRLRGADPTLGVEMSSTGEVAAFGRDTCEAFLQALVATGFQLPSVKNEILISVAVDSVRDEFLPWAKEFIKMGFTFVGTPGTAEYFCSHGVDTKTLAKPPDCKGSSSTPALDVSPLPDVVEYIKQGKVDLVINIPEGTKKTEEISAGYLIRRSAVDFGVSLITNVKCASLLADSLVRRASKPKGPYI 4772
            G L L D S H G++FGA T++ GEVVFNTGMVGYPEALTDPSYRGQILVLT+PL+GNYGVP   + DE GLP +FE S +HI GLIVSSYS +HSHW + +SLG WLK ++VPALYG+DTR LT++IRE G++LG+IE        F DPN RNLV EVS+K+VRVF  G   N+IAFDCGMK NIIRYFV+  K+  TVVP+ YDLE NPS +D++G+F+SNGPGDP MC  T+ S+++ ++     + P+PIFGICLGNQLLALA GA T+KMK+GNRGMNQPCID+RT +CYITPQNHG+AVD ++LP  +K LF NAND +NEG+    +P  SVQFHPEA+GGP DTAFLF+ F+  V+G P  L LL P  +     +K+L++GSGGLSIGQAGEFDYSGSQ IKALKEEGIEV+L+NPNIATVQTS +      DR YFLP+ P IV  +I +E PDG++VSMGGQTALN G+ L N+G  +  NV++LGT I VI ATEDR++F +KL+EI E +A S  A+++E A+ AA KIGYPVL+RAA+ALGGLGSGFA N+ E    A K F  S+Q+++DQ    DLRGWKEVEYEVVRD RDNCITVCNMENFDPLG+HTGDSIV+APSQTLSNREYF LRQT +KV+RHLG++GECNIQYAL+PESE YCIIEVNARLSRSSALASKATGYPLAYVA KL+LG+DLVSIRNSVTK+TTACFEPSLDYCV+KMPRWDLKKF +VS  LGS+M SVGEVMSIGRTFEE +QKAVRMVNP LDGLEG         IS DDQLK+PTD+RL+AV AA E G S+D VH L+ ID++FLSKL+NIA+++K   +    G L    ++G + ++K+ GFSDRQI+RY G+ E  VR+ R    + P VKQ+DTLAAEFPA TNYLY+TY GNEDDIE          +  G++VLGCGAYCIGSSVEFDWCAVSCVRQ+R  G+KAIVINYNPETVSTDYDESDRLYFEEL+ ERV+DIYE E AGG++VSVGGQIPNNLA PL  AG NILGT+P DI+RAEDR +FS MLD++GVDQ    P W++L T  EA+ F+  VG+P LVRPSFVLSGAAM VA + T+L  +L  A + A DKPVVV+KF+LNAKEIEFD VA  G ILNYAI EH+ENAGVHSGDAT++LPAQKL+V TIR+VK  A+AI KAL I+GPFNIQ MAK  ++ VIECNLRASRTFPF+SKTL+ NFI+LATR M      P++ISLLDID+V VKAPMFSFTRLRGADPTLGVEMSSTGEVA FG +  +AF+QAL+ATGF+LP+    ILIS+A D  R +FL  A+   K+G+    +PGT +Y+   G++   L KP + +   S  +        V+ YIK+GK+D+ INIPEGT   +EI+AGYLIRR++VDFG SLITN++ A +L +++ +   K K  +I
Sbjct:  178 GRLSLDDSSVHEGYAFGASTSVHGEVVFNTGMVGYPEALTDPSYRGQILVLTFPLIGNYGVPGGDEMDEHGLPKYFEGSTVHIAGLIVSSYSWEHSHWTARRSLGKWLKDNDVPALYGIDTRVLTQKIREAGSLLGRIETPGMQLEGFVDPNKRNLVSEVSVKDVRVFGEGNSPNVIAFDCGMKYNIIRYFVEIHKIKLTVVPYYYDLETNPSNIDYNGIFLSNGPGDPTMCPETVKSIRYALKL----QPPIPIFGICLGNQLLALATGAKTYKMKYGNRGMNQPCIDLRTGRCYITPQNHGYAVDNSSLPIDFKPLFINANDMSNEGITSTNRPIFSVQFHPEASGGPTDTAFLFDSFVKNVRGIPQDLTLLNPLTYHRETCRKILLIGSGGLSIGQAGEFDYSGSQCIKALKEEGIEVILINPNIATVQTSPS-DTTGADRVYFLPILPHIVMDIIRREHPDGIIVSMGGQTALNVGIELWNSGQLQAENVKILGTPISVIEATEDREIFSKKLQEIGESIALSFPAASIEGAVEAANKIGYPVLVRAAFALGGLGSGFAANDDELVALAKKAFTTSNQILIDQ----DLRGWKEVEYEVVRDCRDNCITVCNMENFDPLGIHTGDSIVVAPSQTLSNREYFMLRQTGIKVIRHLGIIGECNIQYALHPESERYCIIEVNARLSRSSALASKATGYPLAYVATKLSLGMDLVSIRNSVTKTTTACFEPSLDYCVLKMPRWDLKKFNRVSNTLGSSMLSVGEVMSIGRTFEEVMQKAVRMVNPALDGLEGDDSNLIAEDISLDDQLKVPTDVRLFAVQAAFERGYSIDRVHELTNIDKWFLSKLKNIASIRKSCLAHCGAGGLSQLMKEGGIRTMKVAGFSDRQIARYVGSDEQTVRKARIDAKIIPCVKQIDTLAAEFPAQTNYLYVTYGGNEDDIEPCGSPDSTDLKSNGVIVLGCGAYCIGSSVEFDWCAVSCVRQLRKDGFKAIVINYNPETVSTDYDESDRLYFEELTLERVMDIYEREHAGGIIVSVGGQIPNNLAQPLGDAGANILGTKPSDINRAEDRRQFSDMLDTLGVDQ----PAWSVLQTSDEAVQFARNVGYPCLVRPSFVLSGAAMRVAIDETQLRNYLHLAAEVAADKPVVVTKFVLNAKEIEFDAVAKDGHILNYAIGEHLENAGVHSGDATVILPAQKLYVGTIRQVKIAAAAIAKALRITGPFNIQFMAKGGNVMVIECNLRASRTFPFVSKTLNSNFISLATRAMCNQNCDPFRISLLDIDFVCVKAPMFSFTRLRGADPTLGVEMSSTGEVACFGENVHDAFMQALMATGFKLPTRTCNILISIASDDFRKQFLESAQTLAKLGYNLHASPGTEKYYKGMGLNMTVLTKPLNEEDDKSEFS--------VLRYIKEGKIDMAINIPEGTTIKDEITAGYLIRRASVDFGTSLITNLQSAIMLVEAMEKGCEKAKIKHI 1636          

BLAST of mRNA_P-littoralis_Contig19.180.4 vs. uniprot
Match: B7G8W8_PHATC (Predicted protein n=3 Tax=Phaeodactylum tricornutum TaxID=2850 RepID=B7G8W8_PHATC)

HSP 1 Score: 1862 bits (4823), Expect = 0.000e+0
Identity = 961/1523 (63.10%), Postives = 1168/1523 (76.69%), Query Frame = 3

Query:  414 GFSFGAPTAMAGEVVFNTGMVGYPEALTDPSYRGQILVLTYPLLGNYGVPNEADKDELGLPAHFESSEIHIKGLIVSSYSADHSHWNSFQSLGDWLKKHNVPALYGLDTRSLTKRIREHGAVLGKIELANQPGVE-------FDDPNLRNLVEEVSLKEVRVFNPGMDVNIIAFDCGMKANIIRYFVQEQKVTFTVVPFDYDLEANPSKVDFHGVFISNGPGDPAMCTSTINSLKFLMRKAEAGEKPVPIFGICLGNQLLALAAGASTFKMKFGNRGMNQPCIDMRTAKCYITPQNHGFAVDPATLPDGWKTLFSNANDNTNEGVIHQTKPWSSVQFHPEAAGGPMDTAFLFEGFIDAVKGNPPKLALLEPHIFEMRNIKKVLMLGSGGLSIGQAGEFDYSGSQAIKALKEEGIEVVLVNPNIATVQTSKNLG---GASPDRTYFLPVTPEIVESVIIKEKPDGVLVSMGGQTALNCGVVLHNAGIFEKHNVRVLGTQIPVIMATEDRDVFGQKLREINEKLAQSICASTMEEAIAAAEKIGYPVLIRAAYALGGLGSGFAENETEFRLQASKGFAYSDQLIVDQASFFDLRGWKEVEYEVVRDNRDNCITVCNMENFDPLGVHTGDSIVIAPSQTLSNREYFQLRQTALKVVRHLGVVGECNIQYALNPESEEYCIIEVNARLSRSSALASKATGYPLAYVAAKLALGIDLVSIRNSVTKSTTACFEPSLDYCVVKMPRWDLKKFAKVSTNLGSAMTSVGEVMSIGRTFEEAIQKAVRMVNPDLDGLEGKWDK--DATISKDDQLKIPTDMRLYAVMAALEEGRSVDDVHNLSRIDRFFLSKLRNIAAMKKVATSIGTLESFT----RQGLLSLKMLGFSDRQISRYTGT-----SEHQVRRKRQAVGVRPYVKQVDTLAAEFPASTNYLYMTYSGNEDDIEK-----------------------------------------------EEMGIMVLGCGAYCIGSSVEFDWCAVSCVRQMRSMGYKAIVINYNPETVSTDYDESDRLYFEELSFERVLDIYEWEMAGGVVVSVGGQIPNNLAMPLSQAGVNILGTRPEDIDRAEDRDKFSAMLDSIGVDQARTAPKWALLSTHKEALSFSDRVGFPVLVRPSFVLSGAAMAVASNHTELEKFLSAAGDAAQDKPVVVSKFILNAKEIEFDGVAMAGKILNYAISEHVENAGVHSGDATLLLPAQKLWVETIRRVKRVASAICKALNISGPFNIQLMAKEQDIKVIECNLRASRTFPFISKTLDCNFITLATRVMLGVKAVPYQISLLDIDYVAVKAPMFSFTRLRGADPTLGVEMSSTGEVAAFGRDTCEAFLQALVATGFQLPSVKNEILISVAVDSVRDEFLPWAKEFIKMGFTFVGTPGTAEYFC-SHGVDTKTLAKPPDCKGSSSTPALDVSPLPDVVEYIKQGKVDLVINIPEGTKKTEEISAGYLIRRSAVDFGVSLITNVKCASLLADSLVRRASKPKGPYIP 4775
            G +FGA T ++GEVVFNTGMVGYPEALTDPSYRGQILVLTYPL+GNYGVP+E  KD  GLP +FESS+IH+ GLIVSSYS  HSHW + +SL  WL  +NVPA+YG+DTR+LTKR+REHG++LG++ + N P +E       FDDPN RNLV EVS K+V V+  G    +IA+DCGMK NIIRY V+  KV   VVP+DYDLEANP  +++ G+F+SNGPG+P MC  TI S+++ +      E   PIFGICLGNQLLALA+GA T+K+K+GNRGMNQPCID+RT +CYITPQNHGFAVD A+L + WK LF NAND TNEG++H  KP+ SVQFHPEA GGP DTAFLF+ F+  VK  P  L L +   +E +  KKVL++GSGGLSIGQAGEFDYSGSQ IKALKEEGIEV+L+NPNIATVQTS+        + DR YFLP+ P +V  +I KE+PDG++VSMGGQTALN GV L  +G  +   V VLGTQIPVI+ATEDR++F +KL+EI+E +A S  A+ +EEA+ AA KIGYPVLIRAAYALGGLGSGFAEN+ E +  A+K F+ SDQ+++DQ    DLRGWKE+EYEVVRDN DNCITVCNMENFDPLG+HTGDSIV+APSQTL+NREYF LR+TALKVVRHLG+VGECNIQYAL+PESE YCIIEVNARLSRSSALASKATGYPLAYVA KL+LG +LVSIRNSVTK+TTACFEPSLDYCV+KMPRWDLKKF++VS  LGS+M SVGEVMSIGR+FEE +QKA RMVNP+LDGLEG +    D +   + QL  PTD RL+AV  ALE G SVD VH+L++IDR+FLSKL NIA M+K A + G+L++ T    R+ +  LKM GFSDRQI+RY G       E +VR +R+ +GV P VKQ+DTLAAEFPA TNYLY+TYSG+EDDIE                                                +E G++VLGCGAYCIGSSVEFDWCAVSC+RQ+R  G+K+I+INYNPETVSTDYDESD+LYFEELS ERVLDIYE E A GV+VSVGGQIPNNLA PLSQ+GVNILGT   DI RAEDR +FS MLD++G+ Q    P+W++L +  EA+ F+++V +PVLVRPSFVLSGA+M VA++  +L  FL  A D   DKPVVV+KFIL AKEIEFD VA  G ILNYAI EH+ENAGVHSGDAT++LPAQKL+V TIR+VKR ASAI K+L I+GPFNIQ MAK   ++VIECNLRASRTFPF+SKTL+ NFI+LAT+ M+G++AVPY+ISLLDID++ VKAP+FSFTRLRGADPTLGVEM+STGEVA FG D+  AFLQ++++T F+LP+    IL+S+A +  R EF   A    ++G+   GTPGTA Y+  +HG++ K+++KP      +   AL           IK GK+DLVIN+ EG  + EEI++GY+IRR+ VDFGVSL+T+VKCA  LA+   R      G ++P
Sbjct:    2 GHAFGANTTVSGEVVFNTGMVGYPEALTDPSYRGQILVLTYPLIGNYGVPDENIKDAHGLPKYFESSQIHVAGLIVSSYSWQHSHWAAQKSLSKWLTDNNVPAMYGVDTRALTKRLREHGSILGRM-IVNPPRIEESVSSEMFDDPNTRNLVAEVSTKKVVVYGTGNSPKVIAYDCGMKYNIIRYLVEIHKVELAVVPYDYDLEANPDNLEWEGLFLSNGPGNPTMCEQTIKSIQYALNL----EVAKPIFGICLGNQLLALASGAKTYKLKYGNRGMNQPCIDLRTGRCYITPQNHGFAVDAASLCEFWKPLFLNANDLTNEGIVHTNKPFFSVQFHPEACGGPTDTAFLFDKFVGHVKNVPQPLVLQDSLSYERKTYKKVLLVGSGGLSIGQAGEFDYSGSQCIKALKEEGIEVILINPNIATVQTSQEKEEKQARAADRVYFLPIQPNVVMDIIRKERPDGIIVSMGGQTALNVGVQLWRSGELQAEGVEVLGTQIPVIVATEDREIFSEKLKEIDETIALSYSATNIEEAVVAANKIGYPVLIRAAYALGGLGSGFAENDAELKTMAAKAFSTSDQILIDQ----DLRGWKELEYEVVRDNSDNCITVCNMENFDPLGIHTGDSIVVAPSQTLTNREYFMLRRTALKVVRHLGIVGECNIQYALHPESERYCIIEVNARLSRSSALASKATGYPLAYVATKLSLGKNLVSIRNSVTKTTTACFEPSLDYCVLKMPRWDLKKFSRVSNKLGSSMLSVGEVMSIGRSFEEVMQKACRMVNPNLDGLEGNYSGLVDESFDLETQLTTPTDTRLFAVQTALENGWSVDKVHDLTKIDRWFLSKLNNIATMRKAAMAAGSLDNLTSNNGRERMRQLKMAGFSDRQIARYVGLPGTLDGESRVRDRRKYLGVTPVVKQIDTLAAEFPAQTNYLYVTYSGDEDDIEPSSHSSQLTPSYRYSLTEKSRLDSGEFRARARAFSVGQAVAKNTLKEAKERGVIVLGCGAYCIGSSVEFDWCAVSCIRQLRRDGFKSIIINYNPETVSTDYDESDQLYFEELSTERVLDIYEREGAAGVIVSVGGQIPNNLADPLSQSGVNILGTDSSDIGRAEDRRQFSDMLDTLGIQQ----PEWSVLKSKDEAILFAEKVEYPVLVRPSFVLSGASMRVAADEFQLRNFLDLAADVGNDKPVVVTKFILGAKEIEFDAVANKGTILNYAIGEHLENAGVHSGDATVILPAQKLYVSTIRQVKRYASAIAKSLRITGPFNIQFMAKGNHVQVIECNLRASRTFPFVSKTLNNNFISLATKAMVGLEAVPYKISLLDIDFICVKAPIFSFTRLRGADPTLGVEMASTGEVACFGEDSHSAFLQSMLSTTFKLPNKNRTILLSIASEEYRREFAEAAVILHRLGYKLFGTPGTAAYYQDNHGIEIKSVSKPDAETDDAPGTAL---------HEIKNGKIDLVINVSEGATRREEITSGYIIRRAVVDFGVSLVTDVKCAIKLAECFDRGMGD--GKFVP 1500          

BLAST of mRNA_P-littoralis_Contig19.180.4 vs. uniprot
Match: A0A1V9Y7W5_9STRA (CAD protein n=1 Tax=Thraustotheca clavata TaxID=74557 RepID=A0A1V9Y7W5_9STRA)

HSP 1 Score: 1861 bits (4820), Expect = 0.000e+0
Identity = 966/1509 (64.02%), Postives = 1170/1509 (77.53%), Query Frame = 3

Query:  237 RSKSRAFKATNMPPPIPQRSGPVNTLTTPGRLSKRENESALEPKEPAGTLILKDGSSHTGFSFGAPTAMAGEVVFNTGMVGYPEALTDPSYRGQILVLTYPLLGNYGVPNEADKDELGLPAHFESSEIHIKGLIVSSYSADHSHWNSFQSLGDWLKKHNVPALYGLDTRSLTKRIREHGAVLGKIELANQPGVEFDDPNLRNLVEEVSLKEVRVFNPGMDVNIIAFDCGMKANIIRYFVQEQKVTFTVVPFDYDLEANPSKVDFHGVFISNGPGDPAMCTSTINSLKFLMRKAEAGEKPVPIFGICLGNQLLALAAGASTFKMKFGNRGMNQPCIDMRTAKCYITPQNHGFAVDPATLPDGWKTLFSNANDNTNEGVIHQTKPWSSVQFHPEAAGGPMDTAFLFEGFIDAVKGNPPKLALLEPHIFEMRNIKKVLMLGSGGLSIGQAGEFDYSGSQAIKALKEEGIEVVLVNPNIATVQTSKNLGGASPDRTYFLPVTPEIVESVIIKEKPDGVLVSMGGQTALNCGVVLHNAGIFEKHNVRVLGTQIPVIMATEDRDVFGQKLREINEKLAQSICASTMEEAIAAAEKIGYPVLIRAAYALGGLGSGFAENETEFRLQASKGF------AYSDQLIVDQASFFDLRGWKEVEYEVVRDNRDNCITVCNMENFDPLGVHTGDSIVIAPSQTLSNREYFQLRQTALKVVRHLGVVGECNIQYALNPESEEYCIIEVNARLSRSSALASKATGYPLAYVAAKLALGIDLVSIRNSVTKSTTACFEPSLDYCVVKMPRWDLKKFAKVSTNLGSAMTSVGEVMSIGRTFEEAIQKAVRMVNPDLDGLEGKWDKDATISKDD---QLKIPTDMRLYAVMAALEEGRSVDDVHNLSRIDRFFLSKLRNIAAMKKVATSIGTLESFTRQGLLSLKMLGFSDRQISRYTGTSEHQVRRKRQAVGVRPYVKQVDTLAAEFPASTNYLYMTYSGNEDDIEKEEMGIMVLGCGAYCIGSSVEFDWCAVSCVRQMRSMGYKAIVINYNPETVSTDYDESDRLYFEELSFERVLDIYEWEMAGGVVVSVGGQIPNNLAMPLSQAGVNILGTRPEDIDRAEDRDKFSAMLDSIGVDQARTAPKWALLSTHKEALSFSDRVGFPVLVRPSFVLSGAAMAVASNHTELEKFLSAAGDAAQDKPVVVSKFILNAKEIEFDGVAMAGKILNYAISEHVENAGVHSGDATLLLPAQKLWVETIRRVKRVASAICKALNISGPFNIQLMAKEQDIKVIECNLRASRTFPFISKTLDCNFITLATRVMLGVKAVPYQISLLDIDYVAVKAPMFSFTRLRGADPTLGVEMSSTGEVAAFGRDTCEAFLQALVATGFQLPSVKNEILISVAVDSVRDEFLPWAKEFIKMGFTFVGTPGTAEYFCSHGVDTKTLAKPPDCKGSSSTPALDVSPLPDVVEYIKQGKVDLVINIPEGTKKTEEISAGYLIRRSAVDFGVSLITNVKCASLLADSL 4736
            R+K  A  A++  P I +++  +N L    ++ K             GTL L+DG++  G SFGA  +M+GEVVFNTGMVGYPEAL+DPSY GQILVLT+PL+GNYGVP   ++DE GLP +FESS++ I GLIVS YS  HSHWN+  SLGDWLK HNVPAL+GLDTR +TK+IREHG++LGKIE  N P ++ +DPN  NLV +VS K VRV+N G    IIAFDCGMK NI+RY    + V  TVVPFDYDLE   S +++ G+FISNGPGDP M  +TINS+++ + + +A  KP  IFGICLGNQ+LALAAGA T+KMK+GNRGMNQPCIDMRT +CYITPQNHGFAV+ A+LP GWKT F NAND++NEG+IH+ KP+ SVQFHPEA GGP DTAFLF+ F++ VKG P KL L++  +++    +KVL+LGSGGLSIGQAGEFDYSGSQAIKALKEEGI+V+LVNPNIATVQTSK L     D+ YF+PV    V  +I KE+PDG+LVSMGGQTALN G+ L  +G  E HNVRV+GT I V++ TEDR+ F ++L EI E +A S  A T++EAIAAA +IGYPVL+R+A+ALGGLGSGFA ++ E  + A K            Q+++DQ    DLRGWKEVEYEVVRD ++NCITVCNMENFDPLG+HTGDSIV+APSQTLSN EYF+LRQTA KVVRHLG+VGECNIQYAL+P SE YCIIEVNARLSRSSALASKATGYPLAYVAAK+ALGIDLV+I+NS+TK+TTACFEPSLDYCVVKMPRWDLKKF++VS +LGS+M SVGEVMS+GR FEE IQKAVRMVNP+LDGL  +   D T  K +    LK PTD RL+ V+AAL+ G SVD VH L++IDR+FLSKL +I++++K   + G+L+  T     +LK  GFSDRQI+    ++E  VR +R++ GV P+VKQ+DTLAAEFPA TNYLYMTYSG+EDDI  ++ G+MVLGCGAYCIGSSVEFDWCAVS VR  R + YKAIV+NYNPETVSTDYDESDRLYFEELSFERVLDIY+ E A GV+VSVGGQIPNNL+ PLS++GV ILGT  E IDR EDR+KFSA+LD+IGVDQ    PKW  ++    A +F+  VGFPVLVRPS+VLSGA M V+S   EL  +LS+   +     + +SKFILNAKE+EFDGVA  G+ILNYAISEHVENAGVHSGDATL+LPAQKL+V TI++VKR+ASAI ++LNI+GPFNIQLMAKE ++KVIECNLRASRTFPFISKT D NFI LATR MLG+   P  I+L+DIDYVAVKAP FSFTRL GADPTLGVEM+STGEVA FG D  EAFL+AL++ GF++P  K  ILIS+  D ++ EFL   K   K+ +   GTPGTA Y   HG+  + L KP   KG            P+VVE IK G ++LVIN+P+   + + +S GYLIRR+AVDFG+SLI N+KCA +L  S+
Sbjct:    3 RTKRSASDASDSSP-IAKKANVINALEAADQVEK-------------GTLFLEDGTAIEGCSFGAKHSMSGEVVFNTGMVGYPEALSDPSYSGQILVLTFPLIGNYGVP-AMEEDEFGLPKYFESSKVQISGLIVSEYSFQHSHWNAVTSLGDWLKSHNVPALFGLDTRMITKKIREHGSLLGKIEFNNMP-IKIEDPNKTNLVAKVSPKTVRVYNKGASPKIIAFDCGMKHNIVRYLAG-RGVELTVVPFDYDLEK--STLEYDGIFISNGPGDPLMAQATINSIRWAINRDDAHIKP--IFGICLGNQILALAAGAKTYKMKYGNRGMNQPCIDMRTTRCYITPQNHGFAVETASLPAGWKTFFMNANDHSNEGIIHEHKPFFSVQFHPEACGGPTDTAFLFDMFLEKVKGQPSKLTLMDTSLYDRPTYRKVLLLGSGGLSIGQAGEFDYSGSQAIKALKEEGIQVILVNPNIATVQTSKGLA----DKVYFVPVRATTVLEIIKKERPDGILVSMGGQTALNVGIELWESGALEAHNVRVMGTPISVVVDTEDRERFSERLAEIGETIALSKPAKTVDEAIAAANEIGYPVLVRSAFALGGLGSGFAADDEELTVLAKKALFGAGSKVAERQILIDQ----DLRGWKEVEYEVVRDAKNNCITVCNMENFDPLGIHTGDSIVVAPSQTLSNAEYFKLRQTAQKVVRHLGIVGECNIQYALDPHSERYCIIEVNARLSRSSALASKATGYPLAYVAAKIALGIDLVNIKNSITKTTTACFEPSLDYCVVKMPRWDLKKFSRVSNDLGSSMLSVGEVMSVGRNFEECIQKAVRMVNPNLDGLNAR-PVDYTTKKSEIESNLKKPTDERLFYVIAALDAGYSVDKVHELTKIDRWFLSKLAHISSLRKGMKAFGSLDKLTASHFKTLKTYGFSDRQIANEVKSTELIVRNRRKSFGVLPFVKQIDTLAAEFPAQTNYLYMTYSGSEDDIPMDDHGVMVLGCGAYCIGSSVEFDWCAVSAVRTCRELNYKAIVVNYNPETVSTDYDESDRLYFEELSFERVLDIYDRENAHGVIVSVGGQIPNNLSTPLSKSGVRILGTSAESIDRCEDRNKFSALLDNIGVDQ----PKWTEVTDVASAETFAQEVGFPVLVRPSYVLSGAGMVVSSCPEELRDYLSSPNVSGSSN-ICISKFILNAKEVEFDGVAKDGQILNYAISEHVENAGVHSGDATLVLPAQKLYVGTIKQVKRIASAIARSLNITGPFNIQLMAKENEVKVIECNLRASRTFPFISKTFDLNFINLATRAMLGLVVKPVPIALIDIDYVAVKAPQFSFTRLHGADPTLGVEMASTGEVACFGTDMHEAFLKALLSAGFKMPKEKKSILISIGNDEIKHEFLDSCKVLDKLKYKLYGTPGTAAYLTQHGIKCEVLYKPSAKKG------------PNVVEAIKNGDIELVINVPDSGSR-QGVSDGYLIRRAAVDFGISLINNIKCAIMLTTSM 1463          

BLAST of mRNA_P-littoralis_Contig19.180.4 vs. uniprot
Match: A0A1Z5J9X2_FISSO (Carbamoyl-phosphate synthase / aspartate carbamoyltransferase / dihydroorotase n=2 Tax=Fistulifera solaris TaxID=1519565 RepID=A0A1Z5J9X2_FISSO)

HSP 1 Score: 1861 bits (4820), Expect = 0.000e+0
Identity = 974/1509 (64.55%), Postives = 1170/1509 (77.53%), Query Frame = 3

Query:  384 LILKDGSSHT-GFSFGAPTAMAGEVVFNTGMVGYPEALTDPSYRGQILVLTYPLLGNYGVPNEADKDELGLPAHFESSEIHIKGLIVSSYSADHSHWNSFQSLGDWLKKHNVPALYGLDTRSLTKRIREHGAVLGKIELANQPGVE-------FDDPNLRNLVEEVSLKEVRVFNPGMDVNIIAFDCGMKANIIRYFVQEQKVTFTVVPFDYDLEANPSKVDFHGVFISNGPGDPAMCTSTINSLKFLMRKAEAGEKPVPIFGICLGNQLLALAAGASTFKMKFGNRGMNQPCIDMRTAKCYITPQNHGFAVDPATLPDGWKTLFSNANDNTNEGVIHQTKPWSSVQFHPEAAGGPMDTAFLFEGFIDAVKGNPPKLALLEPHIFEMRNIKKVLMLGSGGLSIGQAGEFDYSGSQAIKALKEEGIEVVLVNPNIATVQTSK---NLGGASPDRTYFLPVTPEIVESVIIKEKPDGVLVSMGGQTALNCGVVLHNAGIFEKHNVRVLGTQIPVIMATEDRDVFGQKLREINEKLAQSICASTMEEAIAAAEKIGYPVLIRAAYALGGLGSGFAENETEFRLQASKGFAYSDQLIVDQASFFDLRGWKEVEYEVVRDNRDNCITVCNMENFDPLGVHTGDSIVIAPSQTLSNREYFQLRQTALKVVRHLGVVGECNIQYALNPESEEYCIIEVNARLSRSSALASKATGYPLAYVAAKLALGIDLVSIRNSVTKSTTACFEPSLDYCVVKMPRWDLKKFAKVSTNLGSAMTSVGEVMSIGRTFEEAIQKAVRMVNPDLDGLEGKWDK--DATISKDDQLKIPTDMRLYAVMAALEEGRSVDDVHNLSRIDRFFLSKLRNIAAMKKVATSIGTLESFTR----QGLLSLKMLGFSDRQISRYTGTS-----EHQVRRKRQAVGVRPYVKQVDTLAAEFPASTNYLYMTYSGNEDDI----------------------------------EKEEMGIMVLGCGAYCIGSSVEFDWCAVSCVRQMRSMGYKAIVINYNPETVSTDYDESDRLYFEELSFERVLDIYEWEMAGGVVVSVGGQIPNNLAMPLSQAGVNILGTRPEDIDRAEDRDKFSAMLDSIGVDQARTAPKWALLSTHKEALSFSDRVGFPVLVRPSFVLSGAAMAVASNHTELEKFLSAAGDAAQDKPVVVSKFILNAKEIEFDGVAMAGKILNYAISEHVENAGVHSGDATLLLPAQKLWVETIRRVKRVASAICKALNISGPFNIQLMAKEQDIKVIECNLRASRTFPFISKTLDCNFITLATRVMLGVKAVPYQISLLDIDYVAVKAPMFSFTRLRGADPTLGVEMSSTGEVAAFGRDTCEAFLQALVATGFQLPSVKNEILISVAVDSVRDEFLPWAKEFIKMGFTFVGTPGTAEYFCSHGVDTKTLAKPPDCKGSSSTPALDVSPLPDVVEYIKQGKVDLVINIPEGTKKTEEISAGYLIRRSAVDFGVSLITNVKCASLLADSLVR 4742
            L L DGS+   G SFGA   ++GEVVFNTGMVGYPEALTDPSYRGQILVLTYPL+GNYGVP+ + KD  GLP +FESSEIHI GLIVS YS +HSHW +F+SL DWL ++N+PALYG+DTR+LTK++REHG++LG+I + N   +E       F DPN RNLV EVS KE+ V+N G    IIA+DCGMK NIIRY  +  KV  TVVPF+Y+L+ NPSK+++ G+F+SNGPGDP MC  TI S+++ +    A E P PIFGICLGNQLLALAAGA T+KMK+GNRGMNQP ID+RT +CYITPQNHGFAVD A+LP+ WK LF NAND TNEG++H +KP+ SVQFHPEA+GGP DT FLFE F+  V+  P  L L +   FE +N KKVL++GSGGLSIGQAGEFDYSGSQ IKALKEEGIEV+L+NPNIATVQTS+   +    + DR YFLP+ P++V  +I KE+PDG++VSMGGQTALN G+ L   G  +K  V VLGTQIPVI ATEDR++F +KL+EI E +A S  A+T++EAI AA KIGYPVLIRAAYALGGLGSGFA ++ E R  A+K F  S Q+++DQ    DLRGWKE+EYEVVRD  DNCITVCNMENFDPLG+HTGDSIV+APSQTL+N EYF LR+TA+KVVRHLG+VGECNIQYAL+PESE YCIIEVNARLSRSSALASKATGYPLAYVA K++LG DLVSIRNSVTK+TTACFEPSLDYCVVKMPRWDLKKF++VS  LGS+M SVGEVM+IGRTFEE IQKA RMVNP LDGLEG      D++   +  LK PTD RL+AV  ALE+G SVD VH+L++IDR+FL+KL NIA M+     IG+L +       + L +LK+ GFSDRQI+RY G +     E +VR +R+ +GV P VKQ+DTLAAEFPA TNYLY+TYSG+ DDI                                  E ++ G++VLGCGAYCIGSSVEFDWCAVSCVRQ+RS G+K+I+INYNPETVSTDYDESDRLYFEELS ERV+DIYE E A GVVVSVGGQIPNNLA PL+ +GVNILGT   DI+RAEDR +FSAMLDSIG+ Q    P+W++LS+ +EA++F+ +V FPVLVRPSFVLSGAAM VA++ T+L  FL+ A +   DKPVVV+KF++NAKEIEFD VA  G ILNYAI EH+ENAGVHSGDAT++LPAQKL+V TIR+VK+ ASAI KAL I+GPFNIQ MAK  +++VIECNLRASRTFPF+SKTL+ NFI+LATR M+GVKA PY+ISLLDI+YV VKAPMFSFTRLRGADPTLGVEM+STGEVA FG D  EA LQ++++T F+LP  +  IL+S+A +  R EF   A     +G+   GTPGTA+Y+     D K L+     K  S +   D  P    V  IKQG +DLVIN+ EG+ + EE++ GY+IRR+AVDFGVSLIT+VKCA  L +   R
Sbjct:   18 LYLADGSAPIQGKSFGAAVDISGEVVFNTGMVGYPEALTDPSYRGQILVLTYPLVGNYGVPDFSVKDNHGLPKYFESSEIHISGLIVSEYSFEHSHWAAFKSLSDWLVENNIPALYGVDTRALTKKLREHGSMLGRIAV-NPAVIEDSIDLSLFADPNKRNLVAEVSTKEIVVYNKGATPRIIAYDCGMKYNIIRYLAETHKVQLTVVPFNYNLKENPSKIEWDGLFLSNGPGDPTMCPETIASIQYAL----ALEDPKPIFGICLGNQLLALAAGAKTYKMKYGNRGMNQPAIDLRTGRCYITPQNHGFAVDTASLPEFWKPLFLNANDLTNEGIVHTSKPFFSVQFHPEASGGPTDTGFLFEKFVGHVRKIPQPLVLQDGLNFERKNYKKVLLVGSGGLSIGQAGEFDYSGSQCIKALKEEGIEVILINPNIATVQTSQEKEDKQSRAADRVYFLPIQPDVVMDIIHKERPDGIIVSMGGQTALNVGIELWRRGELQKAGVEVLGTQIPVIEATEDREIFSEKLKEIGETIALSYSATTIDEAIEAANKIGYPVLIRAAYALGGLGSGFAADDNELRDMAAKAFTTSSQILIDQ----DLRGWKELEYEVVRDASDNCITVCNMENFDPLGIHTGDSIVVAPSQTLTNSEYFMLRRTAIKVVRHLGIVGECNIQYALHPESERYCIIEVNARLSRSSALASKATGYPLAYVATKISLGKDLVSIRNSVTKTTTACFEPSLDYCVVKMPRWDLKKFSRVSNKLGSSMLSVGEVMAIGRTFEEVIQKACRMVNPSLDGLEGTDSNMIDSSADLETSLKTPTDTRLFAVQKALEDGWSVDRVHDLTKIDRWFLNKLLNIARMRNAVKQIGSLPALVATNGGERLRALKIAGFSDRQIARYVGEAAGIEGESRVREERKNLGVLPVVKQIDTLAAEFPAQTNYLYVTYSGDTDDIPESTYSSEARPKSSGSYHRRARSYSNAEASRSLTEAKDRGVVVLGCGAYCIGSSVEFDWCAVSCVRQLRSEGFKSIIINYNPETVSTDYDESDRLYFEELSTERVIDIYEREAASGVVVSVGGQIPNNLAGPLAYSGVNILGTSAVDIERAEDRKQFSAMLDSIGIRQ----PEWSVLSSTEEAIAFAQKVKFPVLVRPSFVLSGAAMRVAADETQLRNFLALATEVGNDKPVVVTKFVVNAKEIEFDAVANQGHILNYAIGEHLENAGVHSGDATVILPAQKLYVSTIRQVKKYASAIAKALRITGPFNIQFMAKGNEVQVIECNLRASRTFPFVSKTLNHNFISLATRAMVGVKASPYKISLLDIEYVCVKAPMFSFTRLRGADPTLGVEMASTGEVACFGEDVHEALLQSMLSTNFKLPKNRT-ILLSIASEEFRHEFAESAVILAGLGYKLYGTPGTAKYY----QDVKGLSIISVLKSESES---DDGP-GTAVNEIKQGNIDLVINLSEGSTRREEVTCGYIIRRAAVDFGVSLITDVKCAIALTECFER 1504          

BLAST of mRNA_P-littoralis_Contig19.180.4 vs. uniprot
Match: A0A7S2ECQ3_TRICV (Hypothetical protein n=2 Tax=Trieres chinensis TaxID=1514140 RepID=A0A7S2ECQ3_TRICV)

HSP 1 Score: 1851 bits (4794), Expect = 0.000e+0
Identity = 963/1526 (63.11%), Postives = 1164/1526 (76.28%), Query Frame = 3

Query:  357 LEPKEPAGTLILKDGSSHT-GFSFGAPTAMAGEVVFNTGMVGYPEALTDPSYRGQILVLTYPLLGNYGVPNEADKDELGLPAHFESSEIHIKGLIVSSYSADHSHWNSFQSLGDWLKKHNVPALYGLDTRSLTKRIREHGAVLGKIEL-------ANQPGVEFDDPNLRNLVEEVSLKEVRVFNPGMDVNIIAFDCGMKANIIRYFVQEQKVTFTVVPFDYDLEANPSKVDFHGVFISNGPGDPAMCTSTINSLKFLMRKAEAGEKPVPIFGICLGNQLLALAAGASTFKMKFGNRGMNQPCIDMRTAKCYITPQNHGFAVDPATLPDGWKTLFSNANDNTNEGVIHQTKPWSSVQFHPEAAGGPMDTAFLFEGFIDAVKGNPPKLALLEPHIFEMRNIKKVLMLGSGGLSIGQAGEFDYSGSQAIKALKEEGIEVVLVNPNIATVQTSKNLG--GASPDRTYFLPVTPEIVESVIIKEKPDGVLVSMGGQTALNCGVVLHNAGIFEKHNVRVLGTQIPVIMATEDRDVFGQKLREINEKLAQSICASTMEEAIAAAEKIGYPVLIRAAYALGGLGSGFAENETEFRLQASKGFAYSDQLIVDQASFFDLRGWKEVEYEVVRDNRDNCITVCNMENFDPLGVHTGDSIVIAPSQTLSNREYFQLRQTALKVVRHLGVVGECNIQYALNPESEEYCIIEVNARLSRSSALASKATGYPLAYVAAKLALGIDLVSIRNSVTKSTTACFEPSLDYCVVKMPRWDLKKFAKVSTNLGSAMTSVGEVMSIGRTFEEAIQKAVRMVNPDLDGLEGKWDK----DATISKDDQLKIPTDMRLYAVMAALEEGRSVDDVHNLSRIDRFFLSKLRNIAAMKKVATSIGTLESFTRQG----LLSLKMLGFSDRQISRYTGT-----SEHQVRRKRQAVGVRPYVKQVDTLAAEFPASTNYLYMTYSGNEDDI----------------------------------------EKEEMGIMVLGCGAYCIGSSVEFDWCAVSCVRQMRSMGYKAIVINYNPETVSTDYDESDRLYFEELSFERVLDIYEWEMAGGVVVSVGGQIPNNLAMPLSQAGVNILGTRPEDIDRAEDRDKFSAMLDSIGVDQARTAPKWALLSTHKEALSFSDRVGFPVLVRPSFVLSGAAMAVASNHTELEKFLSAAGDAAQDKPVVVSKFILNAKEIEFDGVAMAGKILNYAISEHVENAGVHSGDATLLLPAQKLWVETIRRVKRVASAICKALNISGPFNIQLMAKEQDIKVIECNLRASRTFPFISKTLDCNFITLATRVMLGVKAVPYQISLLDIDYVAVKAPMFSFTRLRGADPTLGVEMSSTGEVAAFGRDTCEAFLQALVATGFQLPSVKNEILISVAVDSVRDEFLPWAKEFIKMGFTFVGTPGTAEYFC-SHGVDTKTLAKPPDCKGSSSTPALDVSPLPDVVEYIKQGKVDLVINIPEGTKKTEEISAGYLIRRSAVDFGVSLITNVKCASLLADSLVR 4742
            L+P+     L LKD  + T G SFGAP +++GEVVFNTGMVGYPEALTDPSYRGQILVLTYPL+GNYGVP+E+ KD  GLP +FES EIHI GL+VS YS +HSHW + +SL  WLK +NVP +YG+DTR+LTK IR HGA+LG+IE+        + P   F+DPN RNLV EVS K + VF  G   ++IA+DCGMK NIIRY V+  KV  TVVPFDYDLE NP  +++ G+F+SNGPGDP MC  T+ S+++ M      + P PIFGICLGNQLLALAAGAST+K+K+GNRGMNQP ID+RT +CYITPQNHGFAVD  +LPDGWK LF NAND +NEG+IH +KP+ SVQFHPEA+GGP DTAFLF+ F+  V G P  + L +   ++++  KKVL++GSGGLSIGQAGEFDYSGSQ IKALKEEGI V+L+NPNIATVQTS+         D+ YFLP+ P +V  +I KEKPDG++VSMGGQTALN GV L   G  +   V VLGTQI VI ATEDR++F +KL+EI E +A S  A++++EAI AA KIG+PVL+RAAYALGGLGSGFA +E E R+ ASK FA S+Q+++DQ    DLRGWKE+EYEVVRD+ DNCITVCNMENFDPLG+HTGDSIV+APSQTL+NREYF LR+TA+KVVRHLG+VGECNIQYAL+PESE YCIIEVNARLSRSSALASKATGYPLAYVA KL+LG DLV I+NS+TK+TTACFEPSLDYCV+KMPRWDLKKF  VS  LGS+M SVGEVM+IGR+FEE IQKA RMVNP L GLEG+  K    +  +S + Q+K  TD RL+AV AALE+G +V+ VH L++ID +FL+KL+NIA+M+K      ++++  +      LLSLK  GFSD+QI+ Y G       E Q+R  R++ GV P VKQ+DTLAAEFPA TNYLYMTYSG  DD+                                        + +E G+MVLGCGAYCIGSSVEFDWCAVSCVRQ+R  G+K+I++NYNPETVSTDYDESDRLYFEEL+ ERVLDIYE E A GVVVSVGGQIPNNLA PL+  G  ILGT  +DIDRAEDR KFS MLDS+G+ Q    P W++L++ +EA +F+ +V FPVLVRPSFVLSGAAM VAS+ ++L  FL  A   + DKPVVV+KFILNAKEIEFD VA  G ILNYAI EH+ENAGVHSGDAT++LPAQ+L+V TI++VKR ASAI +AL I+GPFNIQ MAK   ++VIECNLRASRTFPF+SKTL+ NFI+LATR M G+  VPY ISLLDIDYV VKAPMFSFTRLRGADPTLGVEM+STGEVA FG D  EAF+QA++A GF+LP+    IL+S+A DS R EF   A+   KMGF   GTPGTA+Y+  ++G+    + KP D   S   P    S     +  I++G+VDL+IN+ EGT + +EI++GY+IRR+AVDFGVSLITNVKCA + A+ L R
Sbjct:   15 LDPRGDRALLYLKDEYAPTEGRSFGAPVSVSGEVVFNTGMVGYPEALTDPSYRGQILVLTYPLVGNYGVPDESIKDSHGLPLYFESKEIHIAGLVVSEYSWEHSHWAAQKSLAKWLKDNNVPGIYGVDTRALTKNIRVHGALLGRIEVNPKAELPQSAPETLFEDPNKRNLVAEVSTKTISVFGEGNKHSVIAYDCGMKYNIIRYLVETHKVRLTVVPFDYDLEKNPEGIEWEGLFLSNGPGDPNMCPQTVASIRYAMGL----DPPRPIFGICLGNQLLALAAGASTYKLKYGNRGMNQPAIDLRTGRCYITPQNHGFAVDADSLPDGWKPLFLNANDLSNEGIIHTSKPFFSVQFHPEASGGPFDTAFLFDKFVGHVIGKPQPIVLQDGLRYKLKTYKKVLLVGSGGLSIGQAGEFDYSGSQCIKALKEEGITVILINPNIATVQTSQEKSDYAQGADKVYFLPIHPSVVMDIIKKEKPDGIIVSMGGQTALNVGVELWKTGQLQAAGVEVLGTQISVIEATEDREIFSEKLKEIGETIALSYSATSVDEAIEAANKIGFPVLVRAAYALGGLGSGFAADEGELRVLASKAFASSNQILIDQ----DLRGWKELEYEVVRDSSDNCITVCNMENFDPLGIHTGDSIVVAPSQTLTNREYFMLRKTAIKVVRHLGIVGECNIQYALHPESERYCIIEVNARLSRSSALASKATGYPLAYVATKLSLGKDLVGIKNSITKTTTACFEPSLDYCVLKMPRWDLKKFQFVSNKLGSSMLSVGEVMAIGRSFEEVIQKACRMVNPALKGLEGRDSKLVLDEDEVSLETQMKTATDTRLFAVQAALEDGWTVEKVHELTKIDPWFLNKLKNIASMRKTLKECASVDALIKDNAVDRLLSLKRAGFSDKQIATYLGLPNGMEGESQIRGLRKSCGVLPVVKQIDTLAAEFPAQTNYLYMTYSGTADDVPESAHSTHLPCGSHQQQTLIKSRSSIEFEERRPMKAETLADAKERGVMVLGCGAYCIGSSVEFDWCAVSCVRQLRRDGFKSIIVNYNPETVSTDYDESDRLYFEELTLERVLDIYEREGAAGVVVSVGGQIPNNLAGPLANFGAKILGTSAKDIDRAEDRRKFSDMLDSLGIPQ----PAWSVLTSKEEAQAFAVKVDFPVLVRPSFVLSGAAMRVASDESQLCNFLDLATAVSADKPVVVTKFILNAKEIEFDAVANKGTILNYAIGEHLENAGVHSGDATVILPAQRLYVNTIKQVKRYASAISRALMITGPFNIQFMAKGNTVQVIECNLRASRTFPFVSKTLNNNFISLATRAMCGLDTVPYHISLLDIDYVCVKAPMFSFTRLRGADPTLGVEMASTGEVACFGEDAHEAFMQAMLAAGFKLPTKNRSILLSIASDSFRAEFAEAAQILDKMGFKLYGTPGTAKYYNDNYGLKLVAVTKPVDEGDSGICPDTGAS---SALAEIQEGRVDLIINVSEGTTRRDEITSGYIIRRAAVDFGVSLITNVKCAIMFAECLDR 1525