prot_P-fluviatile_contig1.328.1 (polypeptide) Porterinema fluviatile SAG_2381

BLAST of mRNA_P-fluviatile_contig1.328.1 vs. uniprot
Match: A0A6H5JFB6_9PHAE (Aurora kinase n=1 Tax=Ectocarpus sp. CCAP 1310/34 TaxID=867726 RepID=A0A6H5JFB6_9PHAE)

HSP 1 Score: 941 bits (2431), Expect = 9.600e-316
Identity = 645/1132 (56.98%), Postives = 727/1132 (64.22%), Query Frame = 0

Query:    1 MDSIKREIAIMKKVNHPNVLRLYEVMDDPKVNKLYLVLEYCKKGDLMNILNGDTRTVTCDPMNDTDVWYIMRQIVQGLSFLHLQNIVHGDIKPQNLLVGSDNVAKIADFGISKFVQGSTQRLQEQAGTPTFMSPELCSGEGYSGQLADVWALGATMFMIRCGKPPFVANQVMVLYEKIQNDPLEFPPEVSMSTGLRRLLTAMMEKVAAKRITLDQVVADRWLQYGDYGYARPFTGG--RTPVSSKQQXXXXXXXXXXXAGFPSTNDNCVAPTSASHGGASGTPSVVGG-QNGNGSRGIAVPYNNAVPDG-----GXXXXXYGLRPPPSLNFLPLAQQGYHAIKVSDDEVHKSINQGKTTGDHSGSVSDPAGRHGSQAGGAAVAAGIGKRPATATMQYQQHRHQQYNNQFHSSGGFSPGQQRPPTAPGTFATPLISEKTTKATSHGPIAATVGSRSSVPPVTRVEGLDEPRNHSGSNRGQLSETEESWKCRSFKKKKEGNGSDPKFRGG-IATCRGDANQYPPSATPGSDFAGPPMPLGADQPSKSSXXXXXXXXLSPWPLRSTSAATTYLXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXG--------FSSERDPDTLYERERSGSTPAAAALSLDSPMENSSASPPFGGAAHASGAPPRRAAGSPGEHFKSDELGIAGGADGGGGREAGAKKGRSVGGEGAPRL------ARRPENSRMRQSSQRFDAVMDTLAAQPSSTGGHGSASSASGCPGNTGDGGGDGDGWSSSHSGR-RPLREFTLRGVKVTT----------YPTAAALSRNFCNDRLGLVATASQRQGKRSSQEDRIMGAADLVAALTGKV---------------ERAYLYQQYGLFGIFDGHNGQMCVDALLDGLHVAVAKQAVFHQSPERALVQAFNTFDKDLCARQALEGDTSGSTALLVLFDGRSRCLIVANVGDSRCVAS-SAGAATRLSSDHRLSREDERERVAASGGFIANNRINGVLAVSRSFGDPQHKDGSSAALVATPELRSERVACA--PGSGGDGRGEDSLEFIILATDGLWDVVGDQEAVNFVRLHLFEKNGDLSGAADELTKLALDQGSVDNISALLVWFDDTVPAAGGQPQQ 1080
            MDSIKREIAIMKKV+HPNVLRLYEVMDDPKVNKLYLVLEYCKKGDLMNILNGDTRT+TCDPMNDTDVWYIMRQIVQGLSFLHLQNIVHGDIKPQNLLVGS+NVAKIADFGISKFVQGS QRLQEQAGTPTFMSPELC GEGYSGQLADVWALGATM+MIRCGKPPF+ANQVMVLY+KIQNDPL+FPPEV+MS GLRRLL AMMEK  AKRI LDQV+ADRWLQ GDYG AR  T G  RT V++              AG  S++   + P++AS       P++ GG   G  + GI    NN +  G     G XX   GLRPPPSL+FLPL +QGY AIKVSDDEVH SINQG TTG +SG                         P +A                 + GG SP +Q+                                                       RG LSETEESWK RSFKKK E N SDPKFRG  IA+  G+A      A P      PP P   ++P  SS XXXXXXX                XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX         FSSE +PDTLY+   S ST +  + +  SP   S                  R   SP E  + D     G   GGG    G  +G +VG  G   +       RRP  S  R+SS++FDAVMDTLAAQP   GG G  +++      TG GG  GD  S + SG  RPLR+ +LR VKV +           P + A   + CN RLGLVA  SQRQGKR+SQEDR+  A DL  A+ GKV               +R YLYQ +GLFG+FDGHNGQM  +AL  GLHVAVAKQ  FHQ+P++A+VQAFN FDKDLCARQ  E DTSG+TAL+V+FDGRSR ++VANVGDSRCVAS   G ATRLSSDHRLSR DER RV ASGGF+ N+RINGVLAVSRSFGD QHK+G S  L ATPELRSERV  +  P  GG G    S+EF+ILATDGLWDVV DQEAVNFVRL+L EKNGDLSGAA ELTKLALDQGSVDN+SA+LVWF++    A G+P++
Sbjct:  826 MDSIKREIAIMKKVHHPNVLRLYEVMDDPKVNKLYLVLEYCKKGDLMNILNGDTRTITCDPMNDTDVWYIMRQIVQGLSFLHLQNIVHGDIKPQNLLVGSNNVAKIADFGISKFVQGSNQRLQEQAGTPTFMSPELCYGEGYSGQLADVWALGATMYMIRCGKPPFMANQVMVLYDKIQNDPLDFPPEVNMSPGLRRLLRAMMEKDPAKRIILDQVLADRWLQQGDYGPARTTTAGGVRTKVTTAPA-----------AGAVSSSSQGM-PSTAS-------PNIPGGGDTGGTTAGIPRNRNNIISSGSSASVGGXXVGLGLRPPPSLSFLPLTEQGYRAIKVSDDEVHTSINQGITTGGNSG-------------------------PGSA-----------------AGGGSSPVKQQ-------------------------------------------------------RGHLSETEESWKFRSFKKKIEENASDPKFRGAAIASPAGEARPRQAPAAPNGSAGRPPTPT-TEKPYLSSTXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXFSSEDNPDTLYDGSGSVSTASPRSATAMSPSSGS------------------RPTSSPVEAGRGDSRPSVGQCRGGGSSARGHGRGGAVGMRGGGPILQHQAGGRRP--SAKRRSSEKFDAVMDTLAAQPPYRGGLGGGAASR----RTGTGG-TGDDRSRTPSGSVRPLRDLSLRDVKVRSSARGAAAAGSLPPSQAPGESRCNPRLGLVAAVSQRQGKRASQEDRVTVAPDLATAVAGKVNRPTPLAAVKRIAPVDREYLYQHFGLFGVFDGHNGQMSSEALRAGLHVAVAKQTTFHQAPDKAVVQAFNCFDKDLCARQEQEDDTSGATALVVVFDGRSRSILVANVGDSRCVASCGGGVATRLSSDHRLSRPDERARVVASGGFVTNDRINGVLAVSRSFGDVQHKEGKSPGLTATPELRSERVVSSTLPSGGGCGXXXGSMEFVILATDGLWDVVEDQEAVNFVRLYLSEKNGDLSGAARELTKLALDQGSVDNVSAVLVWFNEN--GAEGEPRE 1813          

BLAST of mRNA_P-fluviatile_contig1.328.1 vs. uniprot
Match: D8LLR9_ECTSI (Uncharacterized protein n=1 Tax=Ectocarpus siliculosus TaxID=2880 RepID=D8LLR9_ECTSI)

HSP 1 Score: 890 bits (2299), Expect = 5.480e-295
Identity = 622/1136 (54.75%), Postives = 689/1136 (60.65%), Query Frame = 0

Query:    1 MDSIKREIAIMKKVNHPNVLRLYEVMDDPKVNKLYLVLEYCKKGDLMNILNGDTRTVTCDPMNDTDVWYIMRQIVQGLSFLHLQNIVHGDIKPQNLLVGSDNVAKIADFGISKFVQGSTQRLQEQAGTPTFMSPELCSGEGYSGQLADVWALGATMFMIRCGKPPFVANQVMVLYEKIQNDPLEFPPEVSMSTGLRRLLTAMMEKVAAKRITLDQVVADRWLQYGDYGYARPFTGG--RTPVSSKQQXXXXXXXXXXXAGFPSTNDNCVAPTSASHG-GASGTPSVVGG-QNGNGSRGIAVPYNNAVPDGGXXXXXY-----GLRPPPSLNFLPLAQQGYHAIKVSDDEVHKSINQGKTTGDHSGSVSDPAGRHGSQAGGAAVAAGIGKRPATATMQYQQHRHQQYNNQFHSSGGFSPGQQRPPTAPGTFATPLISEKTTKATSHGPIAATVGSRSSVPPVTRVEGLDEPRNHSGSNRGQLSETEESWKCRSFKKKKEGNGSDPKFRGG-IATCRGDANQYPPSATPGSDFAGPPMPLGADQPSKSSXXXXXXXXLSPWPLRSTSAATTYLXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXG-----------------FSSERDPDTLYERERSGSTPAAAA--------LSLDSPMENSSASPPFGGAAHASGAPPRRAAGSPGEHFKSDELGIAGGADGGGGREAGAKKGRSVGGEGAPRLARRPENSRMRQSSQRFDAVMDTLAAQPSSTG--GHGSASSASGCPGNTGDGGGDGDGWSSSH-----SGR-RPLREFTLRGVKVTTY----------PTAAALSRNFCNDRLGLVATASQRQGKRSSQEDRIMGAADLVAALTGKVERAYLYQQYGLFGIFDGHNGQMCVDALLDGLHVAVAKQAVFHQSPERALVQAFNTFDKDLCARQALEGDTSGSTALLVLFDGRSRCLIVANVGDSRCVAS-SAGAATRLSSDHRLSREDERERVAASGGFIANNRINGVLAVSRSFGDPQHKDGSSAALVATPELRSERVACA--PGSGGDGRGEDSLEFIILATDGLWDVVGDQEAVNFVRLHLFEKNGDLSGAADELTKLALDQGSVDNISALLVWFDDTVPAAGGQPQQ 1080
            MDSIKREIAIMKKV+HPNVLRLYEVMDDPKVNKLYLVLEYCKKGDLMNILNGDTRTVTCDPMNDTDVWYIMRQIV GLSFLHLQNIVHGDIKPQNLLVGSDNVAKIADFGISKFVQGS QRLQEQAGTPTFMSPELC GEGYSGQLADVWALGATM+MIRCGKPPF+ANQVMVLYEKIQNDPL+FPPEV+MS GLRRLL AMMEK  AKRI LDQV+ADRWLQ GDYG  R  T G  RT V+                    T     A   +SHG   + +P++ GG   G  + GI    NN   +GG    X      GLRPPPSL+FLPL +QGY AIKVSDDEVHKSINQG TTG +SG  S                                           S G  SP              P IS       S G  A   G R                    S+RG LSETEESWK RSFKKK E N SDPKFRG  IA+  G+A    P A        PP P   ++P  SS         +P    +T A     XXXXXXXXXXXXXXXXXXXXX             G                 FSSE +PDTLY+   SG+  AA++                                                    + GG         G       GG       RRP  S  R+SS++FDAVMDTLAAQP   G  G G+AS  +G PG T                   SG  RPLR+ +LRGVKV +           P + A   + CN RLGLVA  SQRQGKR+SQEDR   AADL  A+ GKV+R YLYQ +GLFG+FDGHNGQM  +AL  GLHVAVAKQ  FHQ+P++A+VQAFN FDKDLCARQ  EGDTSGSTAL+V+FDGRSR ++VANVGDSRCVAS   G A RLSSDHRLSR DER RV ASGGF+ N+RINGVLAVSRSFGD QHK+G S  L ATPELRSERV  +  P          S+EF+ILATDGLWDVV DQEAV+FVRL+L EKNGDLSGAA ELTKLALDQGSVDN+S +LVWF++      G PQ+
Sbjct:  831 MDSIKREIAIMKKVHHPNVLRLYEVMDDPKVNKLYLVLEYCKKGDLMNILNGDTRTVTCDPMNDTDVWYIMRQIVHGLSFLHLQNIVHGDIKPQNLLVGSDNVAKIADFGISKFVQGSNQRLQEQAGTPTFMSPELCCGEGYSGQLADVWALGATMYMIRCGKPPFMANQVMVLYEKIQNDPLDFPPEVNMSPGLRRLLRAMMEKDPAKRIILDQVLADRWLQQGDYGPVRTTTAGGVRTNVT--------------------TGTAAAALNPSSHGMPPAASPNIPGGGDTGGNTTGIPRNRNNISSNGGPANGXXXXAGLGLRPPPSLSFLPLTEQGYRAIKVSDDEVHKSINQGITTGGNSGPGSXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXSEGN-SPA-------------PAISP------SGG--AGIGGERXXXXXXXXXXXXXXXX---XSSRGHLSETEESWKFRSFKKKIEENASDPKFRGAAIASPAGEARPRQPPAAQNGSAGRPPNPT-TEKPYLSSTTN------TPKAATATGAXXXXXXXXXXXXXXXXXXXXXXXXXXHARGQEVTAPAPSGDSFFDNXXXXXXXXXXXFSSEDNPDTLYDG--SGTVSAASSRXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXVRGG---------GPMLQHQAGG-------RRP--SAKRRSSEKFDAVMDTLAAQPPYRGDRGVGAASRHAG-PGGTXXXXXXXXXXXXXXXXXXXSGSVRPLRDLSLRGVKVRSSARGPAATGSPPPSQAPGESRCNPRLGLVAAVSQRQGKRASQEDRATVAADLATAVAGKVDREYLYQHFGLFGVFDGHNGQMSSEALRAGLHVAVAKQPTFHQAPDKAVVQAFNCFDKDLCARQEKEGDTSGSTALVVVFDGRSRSILVANVGDSRCVASCGGGVAARLSSDHRLSRPDERARVVASGGFVTNDRINGVLAVSRSFGDVQHKEGKSPGLTATPELRSERVGSSTLPSGXXXXXXXXSMEFVILATDGLWDVVEDQEAVDFVRLYLSEKNGDLSGAARELTKLALDQGSVDNVSVVLVWFEEN--GDEGAPQE 1891          

BLAST of mRNA_P-fluviatile_contig1.328.1 vs. uniprot
Match: A0A7S1UCG7_9STRA (Hypothetical protein n=1 Tax=Phaeomonas parva TaxID=124430 RepID=A0A7S1UCG7_9STRA)

HSP 1 Score: 384 bits (987), Expect = 4.690e-114
Identity = 337/1080 (31.20%), Postives = 460/1080 (42.59%), Query Frame = 0

Query:    2 DSIKREIAIMKKVNHPNVLRLYEVMDDPKVNKLYLVLEYCKKGDLMNILNGDTRTVTCDPMNDTDVWYIMRQIVQGLSFLHLQNIVHGDIKPQNLLVGSDNVAKIADFGISKFVQGSTQRLQEQAGTPTFMSPELCSGEGYSGQLADVWALGATMFMIRCGKPPFVANQVMVLYEKIQNDPLEFPPEVSMSTGLRRLLTAMMEKVAAKRITLDQVVADRWLQYGDYGYARPFTGGRTPVSSKQQXXXXXXXXXXXAGFPSTNDNCVAPTSASHGGASGTPSVVGGQNGNGSRGIAVPYNNAVPDGGXXXXXYGLRPPPSLNFLPLAQQGYHAIKVSDDEVHKSINQGKTTGDHSGSVSDPAGRHGSQAGGAAVAAGIGKRPATATMQYQQHRHQQYNNQFHSSGGFSPGQQRPPTAPGTFATPLISEKTT-----KATSHGPIA-ATVGS--RSSVPPVTRVEGLDEPRNHSGSNRGQLSETEESWKCRSFKKKKEGNGSDPKFRGGIATCRGDANQYPPSATPGSDFAGPPMPLGADQPSKSSXXXXXXXXLSPWPLRSTSAATTYLXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXGFSSERDPDTLYERERSGSTPAAAALSLDSPMENSSASPPFGGAAHASGAPPRRAAGSPGEHFKSDELGIAGGADGGGGREAGAKKGRSVGGEGAPRLARRPENSRMRQSSQRFDAVMDTLAAQPSSTGGHGSASSASGCPGNTGDGGGDGDGWSSSHSGRRPLREFTLRGVKVTTYPTAAALSRNFCND---RLGLVATASQRQGKRSSQEDRIMGAADLVAALTGKVERAYLYQQYGLFGIFDGHNGQMCVDALLDGLHVAVAK-QAVFHQSPERALVQAFNTFDKDLCARQALEGDTSGSTALLVLFDGRSRCLIVANVGDSRCVASSAGAATRLSSDHRLSREDERERVAASGGFIANNRINGVLAVSRSFGDPQHKD-GSSAALVATPELRSERVACAPGSGGDGRGEDSLEFIILATDGLWDVVGDQEAVNFVRLHLFEKNGDLSGAADELTKLALDQGSVDNISALLVWFD 1068
            D IKREIAIMKK++HP+VLRLYEVMDDPKVNKLYLV+EY ++GDLM   +GD R  TC PM    +W + RQ+ QGL +LH QNI HGDIKPQNLL+ ++N+ KIADFGISK + GS+ ++++ AGTP FMSPE+C+G  Y G  ADVWALGATM+M+  G+PPF+A+QV+ LY KIQ + L FP E   S  L  LL  M+ K   +RITL  V+   WL +      RP T     VS+                 PST                                 A  +N                           Q  Y  + VS++E+  S++   +  +    V + A +H               R + A ++          ++  S+ G           P   A+P  S K T     K  SH P++ A +G    S VPP       +    HS      ++  EE+ +   F KK   +    KF            + PP             P  +D+                                                                  S+ D D  Y   RSGS P +A  S                                                                  GA RL           +S+ F A+MDTLAAQP                                   R  L E      +  + P    +  +F  +    L L    +  Q  R +QEDR++   +L  A    + R+YLY+ + +FGIFDGH G  C   L + LH+A+A+ Q + H +   A+++AF   D+ +C     E DTSGSTA L ++D R++ L VA VGDSR V    G A  +SSDHRL+  DE  RVA +GG IA  R+NGVLAVSRSFGD  HK  G    L+ATP++R+  V+    S           F+++ATDG+WDV+  Q AVNFV   L   + ++   A++L K A+  GSVDNIS ++V F+
Sbjct:  127 DDIKREIAIMKKLSHPHVLRLYEVMDDPKVNKLYLVIEYMERGDLMQAQDGDNRACTCTPMEKYKLWLVFRQVTQGLKYLHHQNIFHGDIKPQNLLISANNIIKIADFGISKMLSGSSNQIRDAAGTPAFMSPEICAGVEYDGPAADVWALGATMYMLAFGRPPFMASQVLQLYHKIQTEKLGFPDENDRS--LNDLLDKMLTKDVGQRITLMGVLQHHWLVH------RPSTAA---VSTSN---------------PSTP--------------------------------AHKWNT--------------------------QSNYQRVAVSENEIMSSVSMATSEREE---VIEGAEKH---------------RRSLAKVEEA--------DEADSAKG----------TPRRDASPAQSLKNTPRSEVKMESHSPLSMAEMGDAFNSDVPPPNPTLAKE----HSADRT--MTMDEETQRMNRFAKK--ASNRMKKFT---------TEKLPP-------------PDDSDE------------------------------------------------------------------SDYDDDIRYSSSRSGSGPNSATASSA---------------------------------------------------------------RGATRL-----------NSEAFSAMMDTLAAQPMI---------------------------------RPQLSEVAPLSARHASLPNT--MPESFATEYSTSLKLAIGHTSIQNSRKTQEDRLLCLTNL--AEVDALPRSYLYRTFAMFGIFDGHGGDRCATLLNERLHLAIARNQEMLHGNMSNAIIRAFEDCDRHICDELRDEEDTSGSTASLAVYDHRTKSLTVACVGDSRVVICQDGRACDMSSDHRLTNADELSRVATAGGVIAKLRLNGVLAVSRSFGDVTHKGPGEQKILIATPDVRTTEVSAGRSS-----------FLLMATDGIWDVMHSQYAVNFVLTRLEAYDSNVKRVAEDLAKEAVRLGSVDNISVIVVLFN 868          

BLAST of mRNA_P-fluviatile_contig1.328.1 vs. uniprot
Match: A0A7S2BV78_9STRA (Hypothetical protein n=1 Tax=Dictyocha speculum TaxID=35687 RepID=A0A7S2BV78_9STRA)

HSP 1 Score: 342 bits (878), Expect = 7.940e-98
Identity = 339/1126 (30.11%), Postives = 475/1126 (42.18%), Query Frame = 0

Query:    1 MDSIKREIAIMKKVNHPNVLRLYEVMDDPKVNKLYLVLEYCKKGDLMNILNGDTRTVTCDPMNDTDVWYIMRQIVQGLSFLHLQNIVHGDIKPQNLLVGSDNV----AKIADFGISK-FVQGSTQRLQEQAGTPTFMSPELCSG-EGYSGQLADVWALGATMFMIRCGKPPFVANQVMVLYEKIQNDPLEFPPEVSMSTG--LRRLLTAMMEKVAAKRITLDQVVAD-------------------RWLQYGDYGYARPFTG---GRTPVSSKQQXXXXXXXXXXXAGFPSTNDNCVAPTSASHGGASGTPSVVGGQNGNGSRGIAVPYNNAVPD---GGXXXXXYGLRPPPSLNFLPLAQQGYHAIKVSDDEVHKSINQG-----KTTGDHSGSVSDPAGRHGSQAGGAAVAAGIGKRPAT---ATMQY---QQHRHQQYNNQFHSSGGFSPGQQRPPTAPGTFATPLISEKTTKATSHGPIAATVGSRSSVPPVTRVEGLDEPRNHS-GSNRGQLSETEESWKCRSFKKKKEGNGSDPKFRGGIATCRGDANQYPPSATPGSDFAGPPMPLGADQPSKSSXXXXXXXXLSPWPLRSTSAATTYLXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXGFSSERDPDTLYERERSGSTPAAAALSLDSPMENSSASPPFGGAAHASGAPPRRAAGSPGEHFKSDELGIAGGADGGGGREAGAKKGRSVGGEGAPRLARRPENSRMRQSSQRFDAVMDTLAAQ-PSSTGGHGSASSASGCPGNTGDGGGDGDGWSSSHSGRRPLREFTLRGVKVTTYPTAAALSRNFCNDRLGLVATASQRQGKRSSQEDRIMGAADLVAALTGKVERAYLY-----QQYGLFGIFDGHNGQMCVDALLDGLHVAVAKQAVFHQSPERALVQAFNTFDKDLCARQALEGDTSGSTALLVLFDGRSRCLIVANVGDSRCVASSAGAATRLSSDHRLS-REDERERVAASGGFIANNRINGVLAVSRSFGDPQHKDGSSAA-------LVATPELRSERVACAPGSGGDGRGEDSLEFIILATDGLWDVVGDQEAVNFVRLHLFEKNGDLSGAADELTKLALDQGSVDNISALLVWF 1067
            ++ +KREIAIMKK+NHP+VL+LYEVMDDPKVNKLYLV+EY K GDLM +  GD+R+ +C  M DT +W ++ Q+  GL +LH QNI+HGDIKPQN+L+    +     KIADFGISK    G+  R  E  GTP FMSPELC G +G  G+LADVWALG TM+M+R GKPPFVA++V+ LY KI N+P+EFP + ++  G  LR  L   ++K  AKR+++ QV++                    R   +G +G   P+TG     T  S ++              F S N + V     S  G S     V        +G  +P    V +   GG          PPSL              V D+  H+ ++ G     +  GD++ ++     RH  +         +  +      A+M+       +H+       SS G +P    P  +P    T  ++E   + T                 V  V G   P NH+ G+    ++ +EE+ +   F++K   +  +P  RG  A    + N                                                                                          + D D                     P++ S                                 G+                                     R  S+ FD++MDTLAAQ P  + G                          S +    L        K +T   + ALS         L  +    +G R  QEDR+    DL AA+  +V+  Y       ++    G+FDGHNG MC   L   +H A+  Q +F +SPE AL  A    DK++C   A   D SGST ++VLFDG    LIVANVGDSRCV S  G A  LSS+HRL+ R DER+RV  +GG I +NR+NG LAVSRSFGD  HK  +S +       ++A PE R E +            + + EFI++ATDGLWDV+  Q+ +NF+R  L   + +L   A E+T  AL + SVDN+S ++V F
Sbjct:   48 VEDMKREIAIMKKLNHPHVLKLYEVMDDPKVNKLYLVVEYMKGGDLMQMQEGDSRSFSCLCMTDTQIWRVLEQVALGLKYLHSQNIIHGDIKPQNILINKRPIESALVKIADFGISKTLTDGAELRKDESGGTPAFMSPELCEGKDGIDGRLADVWALGGTMYMLRFGKPPFVASKVIQLYYKITNEPVEFPDDEALGVGPELRDTLAGTLQKNCAKRLSIPQVLSKVRHRPNPSTTNHAKSSEPRRVGLHGSHG--SPYTGPDRSLTSASPERADLTELIDVSSDEIFASVNSSIVTRPDESSDGDSVDSFDV--------KGRYMPLMTPVKEKDSGGLDRTVTST--PPSL--------------VKDNSRHRQLDLGHWLEERGLGDYTVTL-----RHDFELVSTPQLFQLSDKDIDEIGASMKLGSRNMFKHEVLK--LRSSHGSAPDHTIP--SPAGQLTERLTETAQQRTRREXXXXXXXXXXXXXXV--VSGAAPPHNHNMGALHHTMNASEEATRAGRFQRK---HSIEPTSRGSDAYRALNLNLV----------------------------------------------------------------------------------------DTDEDXXXXXXXXXXXXXXXXXXXYLPVQTSXX-----------------------XXXXXXXXGLT------------------------------------RLDSEGFDSIMDTLAAQTPKPSEG--------------------------SFTADEDLNLCLTNAFKSSTQLHSPALS---------LSISYHSVKGDREYQEDRVAVIPDLFAAV--EVQDVYKVALSEDEEIAYLGLFDGHNGYMCSTLLQRRMHHALLLQPLFPESPEAALKLACTQMDKEVCQMVAQSEDESGSTGIMVLFDGTH--LIVANVGDSRCVLSRGGHAIELSSEHRLTTRPDERKRVEQAGGTIISNRVNGTLAVSRSFGDVPHKGFTSGSEGSWKDVVIAVPETRQEAL------------QKNDEFIVVATDGLWDVMHSQQVINFIRRRL-SSHRNLVRMAKEVTAEALREKSVDNVSVIIVAF 934          

BLAST of mRNA_P-fluviatile_contig1.328.1 vs. uniprot
Match: A0A836CGI0_9STRA (Kinase-like domain-containing protein (Fragment) n=1 Tax=Tribonema minus TaxID=303371 RepID=A0A836CGI0_9STRA)

HSP 1 Score: 317 bits (811), Expect = 1.650e-95
Identity = 155/240 (64.58%), Postives = 191/240 (79.58%), Query Frame = 0

Query:    1 MDSIKREIAIMKKVNHPNVLRLYEVMDDPKVNKLYLVLEYCKKGDLMNILNGDTRTVTCDPMNDTDVWYIMRQIVQGLSFLHLQNIVHGDIKPQNLLVGSDNVAKIADFGISKFVQGSTQRLQEQAGTPTFMSPELCSGEGYSGQLADVWALGATMFMIRCGKPPFVANQVMVLYEKIQNDPLEFPPEVSMSTGLRRLLTAMMEKVAAKRITLDQVVADRWLQYGDYGYARPFTGGRTPV 240
            +D +KREIAIMKKV HPNVLRLYEVMDDP+V+KLYLVLEY +KGD+MN+L+GD R + CDPM+D  VW+I RQ+VQGLS+LHLQNIVHGDIKPQNLL+   +  KIADFGISK + GSTQRL+E AGTP FMSPELC+G  Y+GQLADVWALGAT++MIR G+PPF + Q++ LY+K + DPLEFPP+V+ S+GL+RLL  M+ K  +KR+ L+QV A +W     Y  AR   G    V
Sbjct:   69 LDDVKREIAIMKKVMHPNVLRLYEVMDDPRVHKLYLVLEYMRKGDIMNVLSGDARRLVCDPMDDLGVWHIFRQVVQGLSYLHLQNIVHGDIKPQNLLLDDAHNCKIADFGISKMLAGSTQRLREGAGTPAFMSPELCAGIPYNGQLADVWALGATVYMIRFGRPPFASTQLLELYQKAKFDPLEFPPDVAASSGLKRLLQGMLVKDPSKRMRLEQVRA-KWSPQMHYLGARGGAGAHKVV 307          

BLAST of mRNA_P-fluviatile_contig1.328.1 vs. uniprot
Match: F0Y3E8_AURAN (Protein kinase domain-containing protein (Fragment) n=1 Tax=Aureococcus anophagefferens TaxID=44056 RepID=F0Y3E8_AURAN)

HSP 1 Score: 257 bits (656), Expect = 4.270e-74
Identity = 131/233 (56.22%), Postives = 165/233 (70.82%), Query Frame = 0

Query:    1 MDSIKREIAIMKKVNHPNVLRLYEVMDDPKVNKLYLVLEYCKKGDLMNILNGDTRTVTCDPMNDTDVWYIMRQIVQGLSFLHLQNIVHGDIKPQNLLVGSDNVAKIADFGISKFVQGSTQR--LQEQAGTPTFMSPELCSGEG---------YSGQLADVWALGATMFMIRCGKPPFVANQVMVLYEKIQNDPLEFPPEVSMSTGLRRLLTAMMEKVAAKRITLDQVVADRWL 222
            +D +KREIAIMKK++HP+VLRL+EVMDDPKVNKLYLVLEY K+GDLM +L GD ++  CD M++  +W++ RQ+  GL +LHLQNIVHGDIKPQNLLVG D + KIADFGISK + G   R  L E AGT      E+ + +G         Y G  ADVWALGATMFM+R G+PPFVA++V+ LY +I +D LE P +  +   L RLL  M+EK   +R TL QV+ D WL
Sbjct:   62 LDDVKREIAIMKKLSHPHVLRLFEVMDDPKVNKLYLVLEYMKRGDLMQLLRGDAKSYECDAMSERALWHVFRQVACGLEYLHLQNIVHGDIKPQNLLVGEDGIVKIADFGISKMLAGDGAREALLETAGTRAAKGCEIPNFKGSYLGRFPLPYDGPSADVWALGATMFMLRAGRPPFVADKVVQLYHRIIHDSLELPRD--LDGALARLLGRMLEKAPGRRATLGQVLGDAWL 292          

BLAST of mRNA_P-fluviatile_contig1.328.1 vs. uniprot
Match: A0A8J5IKK7_9STRA (Uncharacterized protein n=1 Tax=Phytophthora aleatoria TaxID=2496075 RepID=A0A8J5IKK7_9STRA)

HSP 1 Score: 262 bits (670), Expect = 3.390e-71
Identity = 128/222 (57.66%), Postives = 165/222 (74.32%), Query Frame = 0

Query:    1 MDSIKREIAIMKKVNHPNVLRLYEVMDDPKVNKLYLVLEYCKKGDLMNILNGDTRTVTCDPMNDTDVWYIMRQIVQGLSFLHLQNIVHGDIKPQNLLVGSDNVAKIADFGISKFVQGSTQRLQEQAGTPTFMSPELCSGEGYSGQLADVWALGATMFMIRCGKPPFVANQVMVLYEKIQNDPLEFPPEVSMSTGLRRLLTAMMEKVAAKRITLDQVVADRWL 222
            +D IKREIAIMKK+NHPNVLRLYEVMDDPK+NKL+LVLEY K GD+++     T   T + + D D+  +  Q++ GL++LH Q IVHGDIKPQNLLVG  +V KIADFGIS+ + GS Q++ + AGTP FMSPE+C+GE YSGQLADVWALGAT+FM++ G PPF+A   M ++E+IQNDPL FP   ++   L  LL+ M+ K   KR+TL  V+   W+
Sbjct:  141 LDDIKREIAIMKKLNHPNVLRLYEVMDDPKMNKLFLVLEYMKHGDMLSFQKKKTPQGTLENLRDRDLHSVFLQVILGLAYLHEQKIVHGDIKPQNLLVGEKDVVKIADFGISQSLYGSKQKIADVAGTPAFMSPEMCTGEEYSGQLADVWALGATIFMLKFGNPPFLAKSAMQMFERIQNDPLVFP--AAIDPLLAHLLSGMLTKSPQKRLTLLDVLVHPWV 360          

BLAST of mRNA_P-fluviatile_contig1.328.1 vs. uniprot
Match: A0A8J2SGG2_9STRA (Hypothetical protein n=1 Tax=Pelagomonas calceolata TaxID=35677 RepID=A0A8J2SGG2_9STRA)

HSP 1 Score: 268 bits (684), Expect = 5.750e-71
Identity = 131/224 (58.48%), Postives = 164/224 (73.21%), Query Frame = 0

Query:    1 MDSIKREIAIMKKVNHPNVLRLYEVMDDPKVNKLYLVLEYCKKGDLMNILNGDTRTVTCDPMNDTDVWYIMRQIVQGLSFLHLQNIVHGDIKPQNLLVGSDNVAKIADFGISKFVQGSTQRLQEQAGTPTFMSPELCSGEGYSGQLADVWALGATMFMIRCGKPPFVANQVMVLYEKIQNDPLEFPP-EVSMSTGLRRLLTAMMEKVAAKRITLDQVVADRWLQ 223
            +D +KREIAIMKK++HP+VLRL+EVMDDPKVNKLYLVLEY K GDLM I+ GD +   CD M +  +W  +RQ+  GL +LH Q+IVHGDIKPQNLL+G D V KIADFGISK +    + L E AGTP FM PE+C+G  Y+G  ADVWALG TMFM+RCG+PPFVA++V+ LY +I +D L FP  E  ++ GLR LL  M+ K  A R +L+ V    WL+
Sbjct:  385 LDDVKREIAIMKKLSHPHVLRLFEVMDDPKVNKLYLVLEYMKLGDLMQIMRGDAKRYRCDAMGEGPLWTCIRQVASGLDYLHAQSIVHGDIKPQNLLLGEDGVLKIADFGISKML-AQEEALLETAGTPAFMCPEICAGRPYAGPSADVWALGVTMFMLRCGRPPFVADKVIRLYHRIIHDELRFPATEAPLARGLRELLLGMLAKDPAARSSLEAVRGAAWLR 607          

BLAST of mRNA_P-fluviatile_contig1.328.1 vs. uniprot
Match: D0NAE7_PHYIT (Protein kinase, putative n=1 Tax=Phytophthora infestans (strain T30-4) TaxID=403677 RepID=D0NAE7_PHYIT)

HSP 1 Score: 264 bits (675), Expect = 1.320e-70
Identity = 130/222 (58.56%), Postives = 163/222 (73.42%), Query Frame = 0

Query:    1 MDSIKREIAIMKKVNHPNVLRLYEVMDDPKVNKLYLVLEYCKKGDLMNILNGDTRTVTCDPMNDTDVWYIMRQIVQGLSFLHLQNIVHGDIKPQNLLVGSDNVAKIADFGISKFVQGSTQRLQEQAGTPTFMSPELCSGEGYSGQLADVWALGATMFMIRCGKPPFVANQVMVLYEKIQNDPLEFPPEVSMSTGLRRLLTAMMEKVAAKRITLDQVVADRWL 222
            +D IKREIAIMKK+NHPNVLRLYEVMDDPK+NKL+LVLEY K GD+++         T + + D D+  +  Q++ GL++LH Q IVHGDIKPQNLLVG  +V KIADFGIS+ + GS Q++ + AGTP FMSPE+CSGE YSGQLADVWALGAT+FM++ G PPF+A   M ++EKIQNDPL FP  +  S  L  LL  M+ K   KR+TL  V+   W+
Sbjct:  150 LDDIKREIAIMKKLNHPNVLRLYEVMDDPKMNKLFLVLEYMKHGDMLSFQKKKNPLGTLENLRDRDLHSVFLQVILGLAYLHEQKIVHGDIKPQNLLVGDKDVVKIADFGISQSLYGSKQKIADVAGTPAFMSPEMCSGEEYSGQLADVWALGATIFMLKFGNPPFLAKSAMQMFEKIQNDPLVFPAAIDPS--LSHLLNGMLTKSPQKRLTLLDVMVHPWV 369          

BLAST of mRNA_P-fluviatile_contig1.328.1 vs. uniprot
Match: A0A6A3LTX2_9STRA (Protein kinase domain-containing protein n=1 Tax=Phytophthora fragariae TaxID=53985 RepID=A0A6A3LTX2_9STRA)

HSP 1 Score: 257 bits (656), Expect = 1.870e-70
Identity = 126/222 (56.76%), Postives = 162/222 (72.97%), Query Frame = 0

Query:    1 MDSIKREIAIMKKVNHPNVLRLYEVMDDPKVNKLYLVLEYCKKGDLMNILNGDTRTVTCDPMNDTDVWYIMRQIVQGLSFLHLQNIVHGDIKPQNLLVGSDNVAKIADFGISKFVQGSTQRLQEQAGTPTFMSPELCSGEGYSGQLADVWALGATMFMIRCGKPPFVANQVMVLYEKIQNDPLEFPPEVSMSTGLRRLLTAMMEKVAAKRITLDQVVADRWL 222
            +D IKREIAIMKK++HPNVLRLYEVMDDPK+NKL+LVLEY K GD+++           + + D D+  +  Q++ GL++LH Q IVHGDIKPQNLLVG  +V KIADFGIS+ + GS Q++ + AGTP FMSPE+CSGE YSGQLADVWALGAT+FM++ G PPF+A   M ++E+IQNDPL FP  +     L  LL  M+ KV+ KR +L  V+   W+
Sbjct:  134 LDDIKREIAIMKKLSHPNVLRLYEVMDDPKMNKLFLVLEYMKHGDMLSFQKKKHPQGMLENLRDRDLHSVFLQVILGLAYLHEQKIVHGDIKPQNLLVGEKDVVKIADFGISQSLYGSKQKIADVAGTPAFMSPEMCSGEEYSGQLADVWALGATIFMLKFGNPPFLAKSAMQMFERIQNDPLVFPSAIDPL--LAHLLNGMLTKVSQKRFSLLDVMVHPWI 353