prot_P-fluviatile_contig21.4594.1 (polypeptide) Porterinema fluviatile SAG_2381

BLAST of mRNA_P-fluviatile_contig21.4594.1 vs. uniprot
Match: D7FXU1_ECTSI (Uncharacterized protein n=1 Tax=Ectocarpus siliculosus TaxID=2880 RepID=D7FXU1_ECTSI)

HSP 1 Score: 1712 bits (4435), Expect = 0.000e+0
Identity = 874/1039 (84.12%), Postives = 929/1039 (89.41%), Query Frame = 0

Query:    1 MTREAFV-GEGDDD--LAXXXXXXXRDFFTPLWKTKGAHSFGGGLLQPVAGAG---GGGIPGHNLVESEGFAPLRKARSEAVTNMQTRFSFNSKAAQETYAEAWDKRDPWRMLKKNVSFAAPRKVTT-EPGTAAGSAAVEIRARDAKAVVVVDPFSSGALLAKRVISEGYRCIRVLSEMDSPVAKLVQEGIALEFDATFQLDDRSPDPEASIADLLAELALVPWQIAAVVPGAETGVELADILSNRLGVASNGEELSECRRNKHLMGEQVRSHGVRAVRQMLARSWEDCEAFLLDWNPDPFKAVVKPLESAGSDDVYLCNSLEDVKMAFSIIDGKVNGLGGVNEGALVQEYLDGTEYVVDSVSRGGVHRICAIWEYDKRSVNGANFVYFGMKLNSAKGEREKEIVDYALKVLDAMGVVHGPGHMEVKYTATGPCLVEVGTRCHGGEGTWQGIADECLGYNQARIRPTAPIDMTFNSYMNPSVWEAMPMRPLTLKKAGREVFFVSRQSGMLRALPGLDEIRKFESFRRHEVAAKPRDFVYQTVDCFTRPGSVQMVHESEAQVEKEYERIRSLEKRGLFDFEVVCPNPLPTAAVVVVDPFSSGSLLAARVLQYKLRLVMVFSEIDSPIANLIQQGTNLRPDMTIQHDDHHEDPELAVQQTMQSLAELPHPMIAILPGAETGVALSDKLSARLGTRNNGEEFTEARRNKYLMGEQVRSCGVRAAAQSLARSVGEVEAFLDDWNPPSPWKAVVKPLDSAGSDDVFLVESREEAVQAFEVIDGKVNGLGSVNDGALVMEYLDGTEYVVDSVSRDGVHRICAIWEYDKRSVNGANFVYFGMELKPATAKVERELAAYARQVLDAMGIENGPGHMEVKYTSTGPCLVEVGSRCHGGEGTWQPIAQECLGYNQIDATLDAYIKPDVYEQIPMDPNDMIKFGKEVFLVSKRNGRVLRVPGVDIIRGLPSFRNLEMNAQPGSYLKKTVDCFTRPGAVQLVNEDKDQLMADYQKIRELEDSGLFELAPQEAEEGDGGAGAAKAAGGAARA 1032
            M REAFV GEG  +   A       RD+FTPLW+TKGAHS  GGLLQP A A     GGIPG NLVESEGF PLRKARSEAVTNMQ RFSFNSKAAQETYAEAWDKRDPWRMLKKNVSFAAP+K T  EPG A   AA ++RARDAKAVVVVDPFSSGALLAKRVI+EGYRC+RV S MDSPVAKLVQEG  LEFDATFQLDDRSPDPEASIA+LL EL+L+PW IAAV+PGAETGVELADILS+RLG+ASNGEELS CRRNKHLM EQVRSH VRAVRQMLARSW+DCEAFL DWNPDPFKAVVKPLESAGSDDVYLC SLEDVK AFS+IDGKVNGLGGVNEGALVQEYLDGTEYVVDSVSR GVHRICAIWEYDKRSVNGANFVYFGMKLNSAKG+RE+ IVDYA+KVLDAMGVVHGPGHMEVK+T TGPCLVEVGTRCHGGEGTWQ IADECLGYNQ        IDMTFNSY+ PS WEAMPMRP+ LKKAGREVFFVSRQSGMLRALPGL+EI+KFESFRR EV AKPRDFVYQTVDCFTRPGSVQMVHE EA V +EYER+RSLEKRGLFDFEVVCP PLPTAAVVVVDPFSSGS+LAARVL  KLRLVMVFSE+DSP+ANL+QQGTNLRPDMTIQHDDHHEDPELA+QQTMQS+AELPHP+IAILPGAETGV LSDKL+ARLGTRNNGEEFTE           VRS GVRAA Q LAR+  +V AFLDDWNPPSPWKAVVKPLDSAGSDDVFLVE+REEAV+ FE+IDGKVNGLG VN+GALVMEYLDGTEYVVDSVSRDGVHRICAIWEYDKRSVNGANFVYFGMELKPATAKVE E+A YAR VLDAMGIENGPGHMEVKYTSTGPCLVEVGSRCHGGEGTWQPIAQECLGYNQIDATLD+YIKPDV+EQIP++PNDM K GKEVFLVSK+ GR+ RVPGVDIIRGL SFR LEM AQPGSYL+KTVDCFTRPGAVQLVNEDK+QLMADY ++RELEDSG+FELA   AE+ DGG  AA+ A  + RA
Sbjct:    1 MAREAFVHGEGSPEGGAAAGEGGTGRDYFTPLWRTKGAHSMAGGLLQPSATAALGATGGIPGSNLVESEGFVPLRKARSEAVTNMQARFSFNSKAAQETYAEAWDKRDPWRMLKKNVSFAAPQKGTMQEPGMAPEIAAAKVRARDAKAVVVVDPFSSGALLAKRVIAEGYRCVRVFSVMDSPVAKLVQEGTVLEFDATFQLDDRSPDPEASIAELLGELSLLPWGIAAVMPGAETGVELADILSSRLGLASNGEELSLCRRNKHLMAEQVRSHEVRAVRQMLARSWDDCEAFLQDWNPDPFKAVVKPLESAGSDDVYLCRSLEDVKEAFSVIDGKVNGLGGVNEGALVQEYLDGTEYVVDSVSRDGVHRICAIWEYDKRSVNGANFVYFGMKLNSAKGDRERAIVDYAVKVLDAMGVVHGPGHMEVKFTTTGPCLVEVGTRCHGGEGTWQAIADECLGYNQ--------IDMTFNSYLKPSAWEAMPMRPMDLKKAGREVFFVSRQSGMLRALPGLEEIQKFESFRRQEVVAKPRDFVYQTVDCFTRPGSVQMVHEEEATVLREYERVRSLEKRGLFDFEVVCPTPLPTAAVVVVDPFSSGSILAARVLHCKLRLVMVFSEVDSPVANLVQQGTNLRPDMTIQHDDHHEDPELAIQQTMQSIAELPHPVIAILPGAETGVDLSDKLAARLGTRNNGEEFTE-----------VRSHGVRAARQCLARTGDQVTAFLDDWNPPSPWKAVVKPLDSAGSDDVFLVETREEAVRCFEIIDGKVNGLGGVNEGALVMEYLDGTEYVVDSVSRDGVHRICAIWEYDKRSVNGANFVYFGMELKPATAKVEHEVAEYARLVLDAMGIENGPGHMEVKYTSTGPCLVEVGSRCHGGEGTWQPIAQECLGYNQIDATLDSYIKPDVFEQIPLEPNDMAKTGKEVFLVSKQEGRIARVPGVDIIRGLASFRTLEMTAQPGSYLRKTVDCFTRPGAVQLVNEDKEQLMADYLRVRELEDSGMFELA---AEDADGGINAARLAAASPRA 1017          

BLAST of mRNA_P-fluviatile_contig21.4594.1 vs. uniprot
Match: A0A835Z961_9STRA (ATP-grasp domain-containing protein n=1 Tax=Tribonema minus TaxID=303371 RepID=A0A835Z961_9STRA)

HSP 1 Score: 1328 bits (3438), Expect = 0.000e+0
Identity = 670/1000 (67.00%), Postives = 787/1000 (78.70%), Query Frame = 0

Query:   25 FFTPLWKTKGAHSFGG-GLLQPVAGAGGGGIPGHNLVESEGFAPLRKARSEAVTNMQTRFSFNSKAAQETYAEAWDKRDPWRMLKKNVSFAAPRKVTTEPGTAAGSAAVEIRARDAKAVVVVDPFSSGALLAKRVISEGYRCIRVLSEMDSPVAKLVQEGIALEFDATFQLDDRSPDPEASIADLLAELALVPWQIAAVVPGAETGVELADILSNRLGVASNGEELSECRRNKHLMGEQVRSHGVRAVRQMLARSWEDCEAFLLDWNPDPFKAVVKPLESAGSDDVYLCNSLEDVKMAFSIIDGKVNGLGGVNEGALVQEYLDGTEYVVDSVSRGGVHRICAIWEYDKRSVNGANFVYFGMKLNSAKGEREKEIVDYALKVLDAMGVVHGPGHMEVKYTATGPCLVEVGTRCHGGEGTWQGIADECLGYNQARIRPTAPIDMTFNSYMNPSVWEAMPMRPLTLKKAGREVFFVSRQSGMLRALPGLDEIRKFESFRRHEVAAKPRDFVYQTVDCFTRPGSVQMVHESEAQVEKEYERIRSLEKRGLFDFEVVCPNPLPTAAVVVVDPFSSGSLLAARVLQYKLRLVMVFSEIDSPIANLIQQGTNLRPDMTIQHDDHHEDPELAVQQTMQSLAELPHPMIAILPGAETGVALSDKLSARLGTRNNGEEFTEARRNKYLMGEQVRSCGVRAAAQSLARSVGEVEAFLDDWNPPSPWKAVVKPLDSAGSDDVFLVESREEAVQAFEVIDGKVNGLGSVNDGALVMEYLDGTEYVVDSVSRDGVHRICAIWEYDKRSVNGANFVYFGMELKPATAKVERELAAYARQVLDAMGIENGPGHMEVKYTSTGPCLVEVGSRCHGGEGTWQPIAQECLGYNQIDATLDAYIKPDVYEQIPMDPNDMIKFGKEVFLVSKRNGRVLRVPGVDIIRGLPSFRNLEMNAQPGSYLKKTVDCFTRPGAVQLVNEDKDQLMADYQKIRELEDS--GLFELAPQEAEEGDGGAG 1021
            +FTPLWK KG  SF G G+LQP A   G        VE EGF PLRKAR+E ++ +  RFSFNS+AA+E YA  W+KRDPWRMLKKNVSFA P   ++   +A  S    ++ R  ++VVVVDPFSSGA+LA+R ++EG+ CIRVLSE+DSPVAKLVQEG+ LEFDATFQ DDR  D E +IA L++ L  +PW + AV+ GAE GVE+ADILSNRL + +NGEELS  RRNK+ MGE+VRS G RAV+Q +A SW+D E F  +W P PF+ VVKPLESAGSDDVYLC+S ++V+ AF  I+GK+NGLG VNEGALVQE+LDGTEYV+DSVSR GVH++ AIWEYDKRSVNGANFVYFGMKLN A GERE  + DYAL +LDAMGV  GPGHME+KYT  GPCLVEVGTRCHGGEGTWQGIA+ C+GYNQ        ID TF+SY  P +WE +P RP  L KAGREVFFV+R+ GMLRALPGL EI+   SF R EVAAKPRDFVY+TVDCFTRPGS Q+VH  EA V ++YER+R LE RGLFDFE++CPNPLPTAAVV+VDPFSSG+LL+A VL++KLRLVMVFSE+DSPIANL+QQGTNLRPD+TIQHD  H DPE        +L ELPHP+IAILPGAETGV L+D LS RLGTR+NGEE +EARRNKY+MGEQVRS GVRA  Q +AR+  +VEAF  +W  P P++ VVKPL+SAGSDDV+L  S+EE   AF  I+GK+NGLG VN+GALV EYLDG EYVVD+VSRDGVH++ AIWEYDKRSVNGANFVYFGM+L+     + R L AYARQVLDAM I NGPGHME+K T +GPCLVEVGSRCHGGEGTWQPIA EC+GYNQID  LDAY++PD ++ IP +P  ++K G+EVFLVS   G V   PGVD+IR LPSFR +EM AQPGSY+  TVDCFTRPGAVQLV+ED + L  DY++IR LE    GLFEL      EG GG G
Sbjct:   19 YFTPLWKIKGTQSFAGNGVLQPPASKQG--ALNARTVEDEGFQPLRKARTETLSTLNRRFSFNSRAAKEGYAAVWEKRDPWRMLKKNVSFAVPAHPSSAKKSALSSPPSPVQERRNQSVVVVDPFSSGAILARRAVAEGFHCIRVLSEVDSPVAKLVQEGMVLEFDATFQYDDRGVDSETAIARLVSSLKALPWAVVAVLAGAEPGVEIADILSNRLSLDTNGEELSLARRNKYEMGERVRSCGPRAVQQRMAHSWDDVETFFTEWTPSPFRVVVKPLESAGSDDVYLCHSKDEVRDAFDTINGKINGLGCVNEGALVQEFLDGTEYVIDSVSRDGVHKVVAIWEYDKRSVNGANFVYFGMKLNDAAGEREAALCDYALTILDAMGVKFGPGHMEIKYTQDGPCLVEVGTRCHGGEGTWQGIANACVGYNQ--------IDSTFDSYCMPELWEQLPPRPTHLLKAGREVFFVAREQGMLRALPGLKEIQAMPSFVRCEVAAKPRDFVYRTVDCFTRPGSAQLVHGEEAVVLRDYERVRELESRGLFDFEIICPNPLPTAAVVIVDPFSSGALLSALVLKHKLRLVMVFSEVDSPIANLVQQGTNLRPDVTIQHDSTHTDPE--------ALVELPHPIIAILPGAETGVELADVLSHRLGTRSNGEELSEARRNKYMMGEQVRSSGVRAVQQKMARTWDDVEAFFSEWT-PEPFRVVVKPLESAGSDDVYLCHSKEEVHDAFFTINGKINGLGCVNEGALVQEYLDGIEYVVDTVSRDGVHKVVAIWEYDKRSVNGANFVYFGMKLRAVACDLTRALVAYARQVLDAMNIANGPGHMEIKVTPSGPCLVEVGSRCHGGEGTWQPIANECVGYNQIDLALDAYVRPDAWDAIPAEPTSLLKTGREVFLVSHAAGLVRTAPGVDVIRALPSFRGMEMTAQPGSYVYPTVDCFTRPGAVQLVHEDGEALAEDYERIRALEQEQGGLFEL------EGGGGEG 993          

BLAST of mRNA_P-fluviatile_contig21.4594.1 vs. uniprot
Match: A0A6H5LB88_9PHAE (Uncharacterized protein n=1 Tax=Ectocarpus sp. CCAP 1310/34 TaxID=867726 RepID=A0A6H5LB88_9PHAE)

HSP 1 Score: 1187 bits (3072), Expect = 0.000e+0
Identity = 649/979 (66.29%), Postives = 701/979 (71.60%), Query Frame = 0

Query:  218 QIAAVVPGAETGVELADILSNRLGVASNGEELSECRRNKHLMGEQVRSHGVRAVRQMLARSWEDCEAFLLDWNPDPFKAVVKPLESAGSDDVYLCNSLEDVKMAFSIIDGKVNGLGGVNEGALVQEYLDGTEYVVDSVSRGGVHRICAIWEYDKRSVNGANFVYFGMKLNSAKGEREKEIVDYALKVLDAMGVVHGPGHMEVKYTATGPCLVEVGTRCHGGEGTWQGIADECLGYNQARIRPTAPIDMTFNSYMNPSVWEAMPMRPLTLKKAGREVFFVSRQSGMLRALPGLDEIRKFESFRRHEVA----------AKPRDFVYQTVDCFTRPGSVQMVHESEAQVEKEYERIRSLEKRGLFDFEVVCPNPLPTAAVVVVDPFSSGSLLAARVLQYKLRLVMVFSEIDSPIANLIQQGTNLRPDMTIQHDDHHEDPELAVQQTMQ-----SLAELPHPMIAI----LP-----------------------------------------------------------------------GAET------GVALSD----KLSARLGTRNN------------------------------------------------------GEEFTEARRNKY---LMG-------EQVRSCGVRAAAQSLARSVGEVEAFLDDWNPPSPWKAVVKPLDSAGSDDVFLVESREEAVQAFEVIDGKVNGLGSVNDGALVMEYLDGTEYVVDSVSRDGVHRICAIWEYDKRSVNGANFVYFGMELKPATAKVERELAAYARQVLDAMGIENGPGHMEVKYTSTGPCLVEVGSRCHGGEGTWQPIAQECLGYNQIDATLDAYIKPDVYEQIPMDPNDMIKFGKEVFLVSKRNGRVLRVPGVDIIRGLPSFRNLEMNAQPGSYLKKTVDCFTRPGAVQLVNEDKDQLMADYQKIRELEDSGLFELAPQEAEEGDGGAGAAKAAGGAARA 1032
            +IA    GAETGVELADILS+RLG+ASNGEELS+CRRNKHLM EQVRSHGVRAVRQMLARSW+DCEAFL DWNPDPFKAVVKPLESAGSDDVYLC SLEDVK AFS+IDGKVNGLGGVNEGALVQEYLDGTEYVVDSVSR GVHRICAIWEYDKRSVNGANFVYFGMKLNSAKG+RE+ IVDYA+KVLDAMGVVHGPGHME                                            IDMTFNSY+ PS WEAMPMRP+ LKKAGREVFFVSRQSGMLRALPGL+EI+KFESFRR EV           AKPRDFVYQTVDCFTRPGSVQMVHE EA V +EYER+RSLEKRGLFDFEVVCP PLPTAAVVVVDPFSSGS+LAARVL  KLRLVMVFSE+DSP+ANL+QQGTNLRPDMTIQHDDHHEDPELA+QQTMQ     S+ EL + M  +    LP                                                                       G E       G+   D    K++  +G R                                                        G    +ARR  +     G       EQVRS GVRAA Q LAR+V +V AFLDDWNPPSPWKAVVKPLDSAGSDDVFLVE+REEAV+ FE+IDGKVNGLG VN+GALVMEYLDGTEYVVDSVSRDGVHRICAIWEYDKRSVNGANFVYFGMELKPATAKVERE+A YAR VLDAMGIENGPGHMEVKYTSTGPCLVEVGSRCHGGEGTWQPIAQECLGYNQIDATLD+YIKPDV+EQIP++P DM+K GKEVFLVSK+ GR+ RVPGVDIIRGL SFR LEM AQPGSYL+KTVDCFTRPGAVQLVNEDK+QLMADY ++RELEDSG+FELAP++A   DGG  AA+ A  + RA
Sbjct:   10 RIALSASGAETGVELADILSSRLGLASNGEELSQCRRNKHLMAEQVRSHGVRAVRQMLARSWDDCEAFLQDWNPDPFKAVVKPLESAGSDDVYLCRSLEDVKEAFSVIDGKVNGLGGVNEGALVQEYLDGTEYVVDSVSRDGVHRICAIWEYDKRSVNGANFVYFGMKLNSAKGDRERAIVDYAVKVLDAMGVVHGPGHME--------------------------------------------IDMTFNSYLKPSAWEAMPMRPMDLKKAGREVFFVSRQSGMLRALPGLEEIQKFESFRRQEVGEKIVAVDCVVAKPRDFVYQTVDCFTRPGSVQMVHEEEATVLREYERVRSLEKRGLFDFEVVCPTPLPTAAVVVVDPFSSGSILAARVLHRKLRLVMVFSEVDSPVANLVQQGTNLRPDMTIQHDDHHEDPELAIQQTMQVGEGWSIGELSYRMCGMGEEKLPRIVWEAKWANKKRGRQPTEWVKVVEDVWKGLDIDEDETLETEGLQGFKEKISVACAEREEQNLRKESKDKEGLEVYGMLKEGIGFKDYLXEKMTGDIGLRERRRRHRTVDEEDDEFKCDCGFECEDRVHVVAECPLYKKEREVYVTELGKIDGTYRGRPIGQARRTNWDPEQRGGVHRGPEEQVRSHGVRAARQCLARTVDQVTAFLDDWNPPSPWKAVVKPLDSAGSDDVFLVETREEAVRCFEIIDGKVNGLGGVNEGALVMEYLDGTEYVVDSVSRDGVHRICAIWEYDKRSVNGANFVYFGMELKPATAKVEREVAEYARLVLDAMGIENGPGHMEVKYTSTGPCLVEVGSRCHGGEGTWQPIAQECLGYNQIDATLDSYIKPDVFEQIPLEPKDMVKTGKEVFLVSKQEGRIARVPGVDIIRGLASFRTLEMTAQPGSYLRKTVDCFTRPGAVQLVNEDKEQLMADYLRVRELEDSGMFELAPEDA---DGGINAARLADASPRA 941          

BLAST of mRNA_P-fluviatile_contig21.4594.1 vs. uniprot
Match: A0A7S0XE07_9STRA (Hypothetical protein n=2 Tax=Chromulina nebulosa TaxID=96789 RepID=A0A7S0XE07_9STRA)

HSP 1 Score: 912 bits (2358), Expect = 0.000e+0
Identity = 488/958 (50.94%), Postives = 648/958 (67.64%), Query Frame = 0

Query:   60 VESEGFAPLRKARSEAVT-----NMQTRFSFNSKAAQETYAEAWDKRDPWRMLKKNVSFAAPRKVTTEPGTAAGSAAVEIRARDAKAVVVVDPFSSGALLAKRVISEGYRCIRVLSEMDSPVAKLVQEGIALEFDATFQLDDRSPDPEASIADLLAELALVPWQIAAVVPGAETGVELADILSNRLGVASNGEELSECRRNKHLMGEQVRSHGVRAVRQMLARSWEDCEAFLLDWNP--DPFKAVVKPLESAGSDDVYLCNSLEDVKMAFSIIDGKVNGLGGVNEGALVQEYLDGTEYVVDSVSRGGVHRICAIWEYDKRSVNGANFVYFGMKLNSAKGEREKEIVDYALKVLDAMGVVHGPGHMEVKYTA-TGPCLVEVGTRCHGGEGTWQGIADECLGYNQARIRPTAPIDMTFNSYMNPSVWEAMPMRPLTLKKAGREVFFVSRQSGMLRALPGLDEIRKFESFRRHEVAAKPRDFVYQTVDCFTRPGSVQMVHESEAQVEKEYERIRSLEKRGLFDFEVVCPNPLPTAAVVVVDPFSSGSLLAARVLQYKLRLVMVFSEIDSPIANLIQQGTNLRPDMTIQHDDHHEDPELAVQQTMQSLAELPHPMIAILPGAETGVALSDKLSARLGTRNNGEEFTEARRNKYLMGEQVRSCGVRAAAQSLARSVGEVEAFLDDWNPPSPWKAVVKPLDSAGSDDVFLVESREEAVQAFEVIDGKVNGLGSVNDGALVMEYLDGTEYVVDSVSRDGVHRICAIWEYDKRSVNGANFVYFGMELKPATAKVERELAAYARQVLDAMGIENGPGHMEVKYTS-TGPCLVEVGSRCHGGEGTWQPIAQECLGYNQIDATLDAYIKPDVYEQIPMDPNDMIKFGKEVFLVSKRNGRVLRVPGVDIIRGLPSFRNLEMNAQPGSYLKKTVDCFTRPGAVQLVNEDKDQLMADYQKIRELEDSGLFEL 1008
            + +EGF PL+K  +E V      +     SF     +E     W +   W  L+K+      R  +      + +  +++ +   +AVVVVDPFS+GA LA  ++  G++C+RVLS  DSPVA LVQEG+ +EFDAT Q +D   D E ++   +  L  +P+ I A++PGAETGVELAD LS+RLG+ SNGE+ S  RRNK+LMGE+VR+ GVRAV+Q    S  D   F+ D     D  K VVKP++SAG+DDV+LC + E+ ++AF  I  KVNGLG +NE  LVQE+L G EYVVD VSR GVH+I AIWEYDKR VN ANFVYFGMKL S+  E  K++  YA +VL+A+ +V+GP HMEV Y   TGPCLVEVG RC GGEGTW  +A EC+GY Q ++        T + Y++ ++++ +      L K+GR+V  VSR  G++R  PG   IR   SFR     AK  +F   T+DCFTRPG  Q+VHESE Q++K++E I SLE  GL D+ V+CP P    AVVVVDPFS+G+ +AA +++   RL++VFSE++SP+A L+ + ++ +P + IQHD+ + D + A+  T+ ++ +    ++AILPGAETGV L+DKL+AR GTRNNGEE TEARRNK+LM E +R  GVR+ +Q L RS  EV +F     P +P K V+KP  SAG+D+V L +S ++++ AF  I G  NGLG VNDGAL  E+L G EYVVD VSRDG++++ AIW+YDKRSVNGANFVYFGM L P    VE++L  YA +V+ A+GI +GP HMEV Y   TGPCLVEVG+RC GGEGTW P+AQEC+GY Q+DATL+ Y++PD ++ +P  P  ++K G E F VS   G V  +PG+D IR LPSFR +EM  QPG+ +  T+DCFTRPG+VQLVNED +QL  DY  IR LE  GLF L
Sbjct:    7 IVNEGFKPLKKTATEPVQLQGKPSSSRGLSFFKGEDRENSQSLWQE-SQWSKLEKSRGKLYDRSNSFFEVGRSRTNTIDVNSGKPQAVVVVDPFSTGAHLASEIVKLGFKCVRVLSIWDSPVAALVQEGVVVEFDATIQHNDTVNDKEQALEQTIQSLKSLPFTIIALIPGAETGVELADQLSSRLGLRSNGEQSSLPRRNKYLMGEKVRASGVRAVKQRQCTSLSDVREFVDDLLTIHDVLKCVVKPVQSAGTDDVFLCQTYEEAEVAFKRIYKKVNGLGLINESVLVQEFLYGNEYVVDQVSRDGVHKIVAIWEYDKRQVNHANFVYFGMKLISSTTEMAKQLKQYADQVLNALEIVNGPSHMEVMYNPKTGPCLVEVGARCQGGEGTWLPVAKECVGYTQVQV--------TLDVYIDGNLFDKINANHYPLYKSGRDVDLVSRFGGVVRGFPGDSLIRALPSFRSLSWEAKVGEFQPTTIDCFTRPGCAQLVHESEEQIDKDFEFIHSLESNGLIDYSVICPTPPQPGAVVVVDPFSTGANIAATIIKMGYRLILVFSELNSPVAKLVSKSSSYQPTLLIQHDNTNPDQQQAISHTLDAIHKAGSCVLAILPGAETGVELADKLAARYGTRNNGEEMTEARRNKFLMQEAIRKAGVRSISQKLCRSEEEVISFYKSL-PSTPGKCVIKPNMSAGTDNVNLCDSLDKSLAAFHSISGHCNGLGHVNDGALCQEFLSGVEYVVDGVSRDGIYKVIAIWQYDKRSVNGANFVYFGMRLMPGHGLVEQKLIDYAAKVVKALGILHGPSHMEVMYDDVTGPCLVEVGARCQGGEGTWLPVAQECIGYTQLDATLNCYLRPDQFDNLPPYPK-LLKRGAEAFFVSFSTGVVTDIPGIDKIRQLPSFRRIEMLTQPGATIYPTIDCFTRPGSVQLVNEDLNQLEEDYNAIRLLEKDGLFLL 953          

BLAST of mRNA_P-fluviatile_contig21.4594.1 vs. uniprot
Match: A0A7S3HD13_9STRA (Hypothetical protein n=1 Tax=Spumella elongata TaxID=89044 RepID=A0A7S3HD13_9STRA)

HSP 1 Score: 832 bits (2150), Expect = 1.800e-285
Identity = 454/981 (46.28%), Postives = 625/981 (63.71%), Query Frame = 0

Query:   60 VESEGFAPLRKARSEAV-------TNMQTRFSFNSKAAQETYAEAWDKRDPWRMLKKNVSFAAPRKVTTEPGTAAGSAAVEIRARDAKAVVVVDPFSSGALLAKRVISEGYRCIRVLSEMDSPVAKLVQEGIALEFDATFQLDDRSPDPEASIADLLAELALVPWQIAAVVPGAETGVELADILSNRLGVASNGEELSECRRNKHLMGEQVRSHGVRAVRQMLARSWEDCEAFLLDWNPDPFKAVVKPLESAGSDDVYLCNSLEDVKMAFSIIDGKVNGLGGVNEGALVQEYLDGTEYVVDSVSRGGVHRICAIWEYDKRSVNGANFVYFGMKLNSAKGEREKEIVDYALKVLDAMGVVHGPGHMEVKYTATG--------PCLVEVGTRCHGGEGTWQGIADECLGYNQARIRPTAPIDMTFNSYMNPSVWEAMPMRPLTLKKAGREVFFVSRQSGMLRALPGLDEIRKFESFRRHEVAAKPRDFVYQTVDCFTRPGSVQMVHESEAQVEKEYERIRSLEKRGLFDFEVVCPNPLPTAAVVVVDPFSSGSLLAARVLQYKLRLVMVFSEIDSPIANLIQQGTNLRPDMTIQHDDHHEDPELAVQQTMQSLAELPHPMIAILPGAETGVALSDKLSARLGTRNNGEEFTEARRNKYLMGEQVRSCG-VRAAAQSLARSVGEVEAFLDDWNPPSPWKAVVKPLDSAGSDDVFLVESREEAVQAFEVIDGKVNGLGSVNDGALVMEYLDGTEYVVDSVSRDGVHRICAIWEYDKRSVNGANFVYFGMELKPATAKVERELAAYARQVLDAMGIENGPGHMEVKYTSTG----------------PCLVEVGSRCHGGEGTWQPIAQECLGYNQIDATLDAYIKPDVYEQIPMDPNDMIKFGKEVFLVSKRNGRVLRVPGVDIIRGLPSFRNLEMNAQPGSYLKKTVDCFTRPGAVQLVNEDKDQLMADYQKIRELEDSGLFEL 1008
            VE EGF PL+K  +E         +N+    SFN++  ++  A+A  +   +  + +       R  T   G    S   E+  +D + +++VDPFS+GA LA  V  +GYRC RV S  DSPVA LVQ+G+ ++F AT Q +DR  +   ++ + L  +  +P+ + A++PGAETGVELAD L+  + + +NG E S  RRNK+ MGE VR+ GVRAV Q +  + E+ +AF+     +  ++VVKP++SAGSDDV+LC    +   AF+ I G +NG+G  N   LVQEYL G EYVVD VSR G H++  IWEY+KRSVNG+NFVYFGM+L S   E+ + +V YA KVLDA+ + HGP HMEV     G        PCLVEVG RC GGEGTW  +A EC+G+         P+++T ++Y+  ++W+++       +KA REV  VSR  G++R L G   IR+  SFR      KP D++ +T+DCFTRPG VQ+V ++E +VE+++E I   E+ G+ D+ V+CP P    AVVVVDPFSSG+ +AA VL +  +L++VFSE DSP+ANL+ +G+ + P + +QHD    DP  A+  T+ ++     P++AILPGAETGV L+D+L++  GTR N  + T ARRNK+ M E +   G +R   Q+L RS  EV AF +        + V+KP  SAG+D V L  + E+ + AF    G++N LG++NDG L  EYL GTEYVVD VSRDG+++I AIWEYDKR VNGANFVYFGM LK ++    R +  YAR+V+  + I+ GP HME+   S G                PCLVEVG+RCHGGE TW P+A EC+GY Q+DATL+ Y++PD ++ +P +P  + K G EVFLVS   G +  +PG+D+IR L SFR +EM  QPGS L +TVDCFTRPG+VQLVN +  QL  DYQ IR LE  G+FEL
Sbjct:    7 VEDEGFKPLKKTPTEPQFIPSKPPSNLSRGMSFNAETGEKESAQALWEGSSFLKMGRARGMTMERANTFIGGP---SIPEEVELKD-EIIIIVDPFSTGAHLAAEVCKQGYRCARVFSVWDSPVATLVQKGLKIDFCATLQFNDRV-EHGIALEECLNSIKELPYPVRAILPGAETGVELADQLAFGMKLRTNGLEKSLARRNKYHMGESVRNAGVRAVTQAMCVTEEEVKAFVRSLPGNNSRSVVKPVQSAGSDDVFLCADEAEALTAFNRIIGTMNGIGLSNTCVLVQEYLKGKEYVVDKVSRDGEHKLVGIWEYEKRSVNGSNFVYFGMRLMSPDSEKMQCMVRYADKVLDALDIKHGPSHMEVMLDNWGTPEAPEWVPCLVEVGARCQGGEGTWLPMAKECIGFT--------PVEVTLDAYLEGTLWKSLQKNTYPKRKAAREVDMVSRNGGIIRKLLGDAFIRQLPSFRSLTWDVKPGDYISKTIDCFTRPGCVQLVGDTEEEVERDFEAIHDNEELGMIDYSVICPTPPAIGAVVVVDPFSSGANIAAMVLLWGYKLILVFSEKDSPVANLVTKGSKVEPTLLVQHDSSARDPAAALAATLAAITGQGSPVLAILPGAETGVELADRLASAYGTRCNKADLTVARRNKFKMQEVLAEKGKIRTVNQALCRSEAEVRAFYEKLTATGATQLVLKPNQSAGTDHVALCSTLEDCLAAFHATHGQINNLGAINDGVLCQEYLSGTEYVVDGVSRDGIYKIVAIWEYDKRPVNGANFVYFGMTLKDSSDPKIRAVIEYAREVIKGLKIDQGPSHMEIICDSPGVTHGADGLAVSSKQFSPCLVEVGTRCHGGEATWLPVAVECIGYTQLDATLNCYLRPDRFDSLPFEPT-LHKQGSEVFLVSLVEGTLKDIPGIDVIRNLSSFRRMEMLTQPGSTLHRTVDCFTRPGSVQLVNANAHQLHTDYQIIRSLEKGGMFEL 973          

BLAST of mRNA_P-fluviatile_contig21.4594.1 vs. uniprot
Match: A0A7S1XUT4_9STRA (Hypothetical protein (Fragment) n=1 Tax=Phaeomonas parva TaxID=124430 RepID=A0A7S1XUT4_9STRA)

HSP 1 Score: 823 bits (2127), Expect = 1.740e-283
Identity = 435/852 (51.06%), Postives = 574/852 (67.37%), Query Frame = 0

Query:   62 SEGFAPLRKARSEAVTNMQTR-FSFNSKAAQETYAEA------WDKRDPWRMLKKNVSFAAPRKVTTEPGTAAGSAAVEIR--------------ARDAK-----AVVVVDPFSSGALLAKRVISEGYRCIRVLSEMDSPVAKLVQEGIALEFDATFQLDDRSPDPEASIADLLAELALVPWQIAAVVPGAETGVELADILSNRLGVASNGEELSECRRNKHLMGEQVRSHGVRAVRQMLARSWEDCEAFLLDWNPDPFKAVVKPLESAGSDDVYLCNSLEDVKMAFSIIDGKVNGLGGVNEGALVQEYLDGTEYVVDSVSRGGVHRICAIWEYDKRSVNGANFVYFGMKLNSAKGEREKEIVDYALKVLDAMGVVHGPGHMEVKYTATGPCLVEVGTRCHGGEGTWQGIADECLGYNQARIRPTAPIDMTFNSYMNPSVWEAMPMRPLTLKKAGREVFFVSRQSGMLRALPGLDEIRKFESFRRHEVAAKPRDFVYQTVDCFTRPGSVQMVHESEAQVEKEYERIRSLEKRG--LFDFEVVCP-NPLPTAAVVVVDPFSSGSLLAARVLQYKLRLVMVFSEIDSPIANLIQQGTNLRPDMTIQHDDHHEDPELAVQQTMQSLAELPHPMIAILPGAETGVALSDKLSARLGTRNNGEEFTEARRNKYLMGEQVRSCGVRAAAQSLARSVGEVEAFLDDWNPPSPWKAVVKPLDSAGSDDVFLVESREEAVQAFEVIDGKVNGLGSVNDGALVMEYLDGTEYVVDSVSRDGVHRICAIWEYDKRSVNGANFVYFGMELKPATAKVERELAAYARQVLDAMGIENGPGHMEVKYTSTGPCLVEVGSRCHGGEG 884
            ++GF P+RKA S     +  R FSF   A Q T  E       W++R+PWR L +  +F + R       +A     +E R              A D K     AV VVDPFS+GAL+A+R+ SEG+  +RVLSE +SPVA LVQE I+  ++AT Q ++ + D +A++A+ +A L  +PW +  V+PGAETGV LAD+L   + +  NG E +  RRNK+LMGE +R  G+RAV+Q+ A  W   E FL +WNP PF  VVKPLESAGSDDVY C S+E+V+ AF+ I GK NG+GGVN+GALVQE+L G E+VVD VSR G +++  IWEYDKRSVN ANFVYFGM+      E   +++DYA KV++A+ + +GP HMEVK T  GPCLVE+G RCHGGEGTW  IA+ C GY+Q R         T +SY N   + A+P RP  L+  GREVFFV+++SG+LR +PG++ IR   SF R E+  KP DF   T DCFTRPGSVQ++H+ +  V+ +Y+ +R++E+ G  LFDF+++CP +P     VVVVDPFS+G+ LAA V+    RLVMV +E DSP+A L+          T+QHD+  ED + A++QT+  L  +  P++A+LPGAETGV L+D+L+ RLGTRNNG E +  RRNKY MGE VR+ GVRA  Q  A   G +  FL +WN PSP++ +VKP++SAG+DDVFL +S EE  +AF  ++GK+NGLG  N G LV EYLDG E+V+D VSRDGVH+  AIW+YDK+  NGA FVY GM  + A   +  E+  YAR++LDA+ I +GP HMEVK TSTGPCLVEVGSRCHGGEG
Sbjct:   34 AQGFMPMRKALSAPAPGLMERNFSFG--AGQGTAYELLRKKTFWEQRNPWRNLTRTATFVSSRARGDSVSSATSVYTIEERSASXXXXXXXXXXAASDPKPKKEEAVCVVDPFSTGALIAERLESEGFHVVRVLSEYNSPVADLVQESISCSYEATIQHNNLAEDQDAALAETVAALRALPWPVVGVLPGAETGVALADLLVFSMELRGNGPEHTRARRNKYLMGEAIRQAGIRAVKQLYATDWAQVETFLAEWNPTPFIVVVKPLESAGSDDVYKCTSVEEVRTAFTTIHGKTNGIGGVNDGALVQEFLTGEEFVVDGVSRDGEYKVVTIWEYDKRSVNDANFVYFGMRPRYEDSEEMTQLIDYAAKVVEALTIHNGPSHMEVKITHDGPCLVEMGARCHGGEGTWVPIAEACYGYSQVRG--------TVDSYFNADDFAAVPARPGKLRCDGREVFFVAQESGVLRGIPGIEPIRALPSFLRLELMCKPGDFQALTTDCFTRPGSVQLLHKDDNVVKSDYDTLRAMEQPGGGLFDFKMICPKDPRTMGVVVVVDPFSTGAQLAAEVVARGYRLVMVLAEKDSPVAELVVGDNEFGDAPTVQHDNTVEDQDAALEQTVAQLMAMDDPVVAVLPGAETGVLLADRLAVRLGTRNNGMELSLHRRNKYFMGETVRASGVRAVKQLRAEEWGPIADFLREWN-PSPFRVIVKPIESAGTDDVFLCKSTEEVQEAFLSVNGKINGLGQRNIGVLVQEYLDGEEFVIDHVSRDGVHKCVAIWQYDKKPTNGAPFVYNGMRPRCADEPILHEMIEYARKILDALDIRHGPSHMEVKLTSTGPCLVEVGSRCHGGEG 874          

BLAST of mRNA_P-fluviatile_contig21.4594.1 vs. uniprot
Match: A0A7S1U8K3_9STRA (Hypothetical protein (Fragment) n=1 Tax=Phaeomonas parva TaxID=124430 RepID=A0A7S1U8K3_9STRA)

HSP 1 Score: 777 bits (2006), Expect = 3.920e-265
Identity = 402/746 (53.89%), Postives = 523/746 (70.11%), Query Frame = 0

Query:  142 VVVVDPFSSGALLAKRVISEGYRCIRVLSEMDSPVAKLVQEGIALEFDATFQLDDRSPDPEASIADLLAELALVPWQIAAVVPGAETGVELADILSNRLGVASNGEELSECRRNKHLMGEQVRSHGVRAVRQMLARSWEDCEAFLLDWNPDPFKAVVKPLESAGSDDVYLCNSLEDVKMAFSIIDGKVNGLGGVNEGALVQEYLDGTEYVVDSVSRGGVHRICAIWEYDKRSVNGANFVYFGMKLNSAKGEREKEIVDYALKVLDAMGVVHGPGHMEVKYTATGPCLVEVGTRCHGGEGTWQGIADECLGYNQARIRPTAPIDMTFNSYMNPSVWEAMPMRPLTLKKAGREVFFVSRQSGMLRALPGLDEIRKFESFRRHEVAAKPRDFVYQTVDCFTRPGSVQMVHESEAQVEKEYERIRSLEKRG--LFDFEVVCP-NPLPTAAVVVVDPFSSGSLLAARVLQYKLRLVMVFSEIDSPIANLIQQGTNLRPDMTIQHDDHHEDPELAVQQTMQSLAELPHPMIAILPGAETGVALSDKLSARLGTRNNGEEFTEARRNKYLMGEQVRSCGVRAAAQSLARSVGEVEAFLDDWNPPSPWKAVVKPLDSAGSDDVFLVESREEAVQAFEVIDGKVNGLGSVNDGALVMEYLDGTEYVVDSVSRDGVHRICAIWEYDKRSVNGANFVYFGMELKPATAKVERELAAYARQVLDAMGIENGPGHMEVKYTSTGPCLVEVGSRCHGGEG 884
            VVVVDPFS+GA LA  V++ GYR + VL+E DSPVA+LV          T Q D+   D +A++   +A+L  +   + AV+PGAETGV LAD L+ RLG  +NG ELS  RRNK+ MGE VR+ GVRAV+Q+ A  W     FL +WNP PF+ +VKP+ESAG+DDV+LC S E+V+ AF  ++GK+NGLG  N G LVQEYLDG E+V+D VSR GVH+  AIW+YDK+  NGA FVY GM+   A      E+++YA K+LDA+ + HGP HMEVK T+TGPCLVEVG+RCHGGEGTW  IA+ C GY+Q R         T +SY N   + A+P RP  L+  GREVFFV+++SG+LR +PG++ IR   SF R E+  KP DF   T DCFTRPGSVQ++H+ +  V+ +Y+ +R++E+ G  LFDF+++CP +P     VVVVDPFS+G+ LAA V+    RLVMV +E DSP+A L+          T+QHD+  ED + A++QT+  L  +  P++A+LPGAETGV L+D+L+ RLGTRNNG E +  RRNKY MGE VR+ GVRA  Q  A   G +  FL +WN PSP++ +VKP++SAG+DDVFL +S EE  +AF  ++GK+NGLG  N G LV EYLDG E+V+D VSRDGVH+  AIW+YDK+  NGA FVY GM  + A   +  E+  YAR++LDA+ I +GP HMEVK TSTGPCLVEVGSRCHGGEG
Sbjct:  147 VVVVDPFSTGAQLAAEVVARGYRLVMVLAEKDSPVAELVVGDNEFGDAPTVQHDNTVEDQDAALEQTVAQLMAMDDPVVAVLPGAETGVLLADRLAVRLGTRNNGMELSLHRRNKYFMGETVRASGVRAVKQLRAEEWGPIADFLREWNPSPFRVIVKPIESAGTDDVFLCKSTEEVQEAFLSVNGKINGLGQRNIGVLVQEYLDGEEFVIDHVSRDGVHKCVAIWQYDKKPTNGAPFVYNGMRPRCADEPILHEMIEYARKILDALDIRHGPSHMEVKLTSTGPCLVEVGSRCHGGEGTWVPIAEACYGYSQVRG--------TVDSYFNADDFAAVPARPGKLRCDGREVFFVAQESGVLRGIPGIEPIRALPSFLRLELMCKPGDFQALTTDCFTRPGSVQLLHKDDNVVKSDYDTLRAMEQPGGGLFDFKMICPKDPRTMGVVVVVDPFSTGAQLAAEVVARGYRLVMVLAEKDSPVAELVVGDNEFGDAPTVQHDNTVEDQDAALEQTVAQLMAMDDPVVAVLPGAETGVLLADRLAVRLGTRNNGMELSLHRRNKYFMGETVRASGVRAVKQLRAEEWGPIADFLREWN-PSPFRVIVKPIESAGTDDVFLCKSTEEVQEAFLSVNGKINGLGQRNIGVLVQEYLDGEEFVIDHVSRDGVHKCVAIWQYDKKPTNGAPFVYNGMRPRCADEPILHEMIEYARKILDALDIRHGPSHMEVKLTSTGPCLVEVGSRCHGGEG 883          

BLAST of mRNA_P-fluviatile_contig21.4594.1 vs. uniprot
Match: A0A8K1FCH8_PYTOL (Uncharacterized protein n=1 Tax=Pythium oligandrum TaxID=41045 RepID=A0A8K1FCH8_PYTOL)

HSP 1 Score: 748 bits (1932), Expect = 2.760e-252
Identity = 417/922 (45.23%), Postives = 579/922 (62.80%), Query Frame = 0

Query:  108 KKNVSFAAPRKVTTEPGTAAGSAAVEIRARDAKAVVVVDPFSSGALLAKRVISEGYRCIRVLS---EMDSPVAKLVQEGIALEFDATFQLDDRSPDPEASIADLLAELALVPW-QIAAVVPGAETGVELADILSNRLGVASNGEELSECRRNKHLMGEQVRSHGVRAVRQMLARSWEDCEAFLL-DWNPDPFKAVVKPLESAGSDDVYLCNSLEDVKMAFSIIDGKVNGLGGVNEGALVQEYLDGTEYVVDSVSRGGVHRICAIWEYDKRSVNGANFVYFGMKLNSAKGEREKEIVDYALKVLDAMGVVHGPGHMEVKYTATGPCLVEVGTRCHGGEGTWQGIADECLGYNQARIRPTAPIDMTFNSYMNPSVWEAMPMRPLTLKKAGREVFFVSRQSGMLRALPGLDEIRKFESFRRHEVAAKPRDFVYQTVDCFTRPGSVQMVHESEAQVEKEYERIRSLEKRGLFDFEVVCPNPLPTA--AVVVVDPFSSGSLLAARVLQYKLRLVMVFS---EIDSPIANLIQQGTNLRPDMTIQHDDHHEDPELAVQQTMQSLA-----------ELPHPMIAILPGAETGVALSDKLSARLGTRNNGEEFTEARRNKYLMGEQVRSCGVRAAAQSLARSVGEVEAFLDDWNPPSPWKAVVKPLDSAGSDDVFLVESREEAVQAFEVIDGKVNGLGSVNDGALVMEYLDGTEYVVDSVSRDGVHRICAIWEYDKRSVNGANFVYFGMELKPATAKVERELAAYARQVLDAMGIENGPGHMEVKYTSTGPCLVEVGSRCHGGEGTWQPIAQECLGYNQIDATLDAYIKPDVYEQIPMDPNDMIKFGKEVFLVSKRNGRVLRVPGVDIIRGLPSFRNLEMNAQPGSYLKKTVDCFTRPGAVQLVNEDKDQLMADYQKIRELEDSGLFEL 1008
            K++VS  A R +   P         E +     A+VVVDPFS+G  L+++V+  GY CI + S   E+   + K + + ++ +F A    +    D E ++ + L  L  V   +I  V+ GAETGV LAD LS RLG+ +N    S+ RRNK+LMGE+VR  G+RAV+Q     W     F+  +  P+PF+ +VKP+ESAGSDDV LC S+++VK AF  I GK+NGLG  N   LVQEYL GTEYVVD+VSR GVH++ A+WEYDKRSVNGA FVY+G+ L  A G+    IVDY LKVLDA+ +VHGPGH EVK+    PCLVE+G RCHGGEGT+  I + C+GYNQ        ++ T +SY +P  + A+P RPLTLK  G E  FVS ++G+L   PGL EI    S+    +     D +  T+D FT PGSV +VH+ E Q++++YERIR LE  GL+  +      + ++   V+VVDPFS+G+++A  +++     + V+S   E    +A+L+ +G  L    TI  +   E    A+++   S+A           +  + + A+LPGAE GV L+D L+  LG   N  E + ARR+KYLMGE +R  GVRA  Q  A +  E +AF+ D   PSP++ V+KPL+SAG++DV L  S EEA Q F  I GK+NGLG  N+  L+ EYL+G EYVVD+VSR+G H++ AIW+YDKR VN A FVYFG+ + PA   V  EL  Y  QVLDA+GI NGP H EVK+    P L+EVG+RCHGGEG W PIA +C+GYNQ+DA +D+++ P  +  +P  P  ++++G E  LVS +NG +  +PG+D I  +PSF   E+   PG  +++T+D FT PG++ L ++DK+ L  +  +IRELE  GL+EL
Sbjct:   97 KRDVSVDARRPLYRIP-----EGVEEAKKHKGDAIVVVDPFSTGLTLSQKVLERGYECICLHSDTLEVMKDLIKHIPQEVSDQFRAVVCHNGGHEDAEQAVEETLVALKAVQGVRIIGVLAGAETGVMLADRLSERLGLTTNHSSGSDARRNKYLMGEKVRRAGLRAVKQRSVTKWSQIVDFIENELKPEPFQVIVKPVESAGSDDVMLCTSMDEVKRAFGNIQGKINGLGLENTSTLVQEYLHGTEYVVDTVSRDGVHKVVAVWEYDKRSVNGAPFVYYGVLLRPATGDVLTPIVDYVLKVLDALEIVHGPGHAEVKFVNGEPCLVEIGARCHGGEGTYLPIVNRCIGYNQ--------VECTLDSYFDPEAFAALPDRPLTLKAYGCEAMFVSYENGVLVDYPGLAEIEGMASYVSKMIHVHQNDELSVTIDMFTTPGSVLLVHDDEKQLQQDYERIRELEHEGLYKIQEQVVESVASSKKVVIVVDPFSTGAVVAHSLMERGYECICVYSDKLENIENVASLVPEGLTLTFAATIAFEGKLEKTIAAIKKAASSVAGRSRSSSSEQRDNENLISAVLPGAELGVRLADALADSLGLDANVMEHSSARRDKYLMGETLRQKGVRAVKQVKATTWDEAKAFILDDLKPSPFEVVLKPLESAGTEDVVLCLSMEEAEQTFNSIIGKINGLGIENNAVLLQEYLEGDEYVVDTVSRNGEHKVIAIWKYDKRRVNNAAFVYFGLSIIPADGIVN-ELIDYQFQVLDALGIRNGPAHGEVKFCRGSPVLIEVGARCHGGEGAWVPIANKCVGYNQVDAAIDSFLNPAAFNSLPKRPTKLLEYGCEAMLVSYKNGVLKALPGLDEIEKMPSFLKKEIFLGPGDMIRRTIDMFTTPGSIMLTHKDKNVLDENLARIRELELDGLYEL 1004          

BLAST of mRNA_P-fluviatile_contig21.4594.1 vs. uniprot
Match: K3WFF9_GLOUD (Uncharacterized protein n=1 Tax=Globisporangium ultimum (strain ATCC 200006 / CBS 805.95 / DAOM BR144) TaxID=431595 RepID=K3WFF9_GLOUD)

HSP 1 Score: 735 bits (1897), Expect = 6.270e-247
Identity = 403/891 (45.23%), Postives = 558/891 (62.63%), Query Frame = 0

Query:  140 KAVVVVDPFSSGALLAKRVISEGYRCIRVLSE---MDSPVAKLVQEGIALEFDATFQLDDRSPDPEASIADLLAELALVPW-QIAAVVPGAETGVELADILSNRLGVASNGEELSECRRNKHLMGEQVRSHGVRAVRQMLARSWEDCEAFLL-DWNPDPFKAVVKPLESAGSDDVYLCNSLEDVKMAFSIIDGKVNGLGGVNEGALVQEYLDGTEYVVDSVSRGGVHRICAIWEYDKRSVNGANFVYFGMKLNSAKGEREKEIVDYALKVLDAMGVVHGPGHMEVKYTATGPCLVEVGTRCHGGEGTWQGIADECLGYNQARIRPTAPIDMTFNSYMNPSVWEAMPMRPLTLKKAGREVFFVSRQSGMLRALPGLDEIRKFESFRRHEVAAKPRDFVYQTVDCFTRPGSVQMVHESEAQVEKEYERIRSLEKRGLFDFEVVCPNPL--PTAAVVVVDPFSSGSLLAARVLQYKLRLVMVFS---EIDSPIANLIQQGTNLRPDMTIQHDDHHEDPELAVQQTMQSLAELPHPMIA------------ILPGAETGVALSDKLSARLGTRNNGEEFTEARRNKYLMGEQVRSCGVRAAAQSLARSVGEVEAFLDDWNPPSPWKAVVKPLDSAGSDDVFLVESREEAVQAFEVIDGKVNGLGSVNDGALVMEYLDGTEYVVDSVSRDGVHRICAIWEYDKRSVNGANFVYFGMELKPATAKVERELAAYARQVLDAMGIENGPGHMEVKYTSTGPCLVEVGSRCHGGEGTWQPIAQECLGYNQIDATLDAYIKPDVYEQIPMDPNDMIKFGKEVFLVSKRNGRVLRVPGVDIIRGLPSFRNLEMNAQPGSYLKKTVDCFTRPGAVQLVNEDKDQLMADYQKIRELEDSGLFEL 1008
            +AVVV+DPFS+G  LA+ V+  GY CI V S+   +   + K + +    ++ A    +      E + AD +  +  V   +I  ++ GAETGV +AD LS   G+ +N    S+ RRNK+LMGE+VR+ G+RAV+Q  A  W     F+  +  P PF+ +VKP ESAGSDDV+LC S+++VK AF  I GK+NGLG  N   LVQE+LDGTEYVVD+VSR GVH++ A+WEYDKR +NGA FVYFG+ L +A G+    +V+Y LKVLDA+ +VHGPGH EVK+    PCLVE+G+RCHGGEGT+  I + C+GYNQ        ++   +SY +   + A+P RP TLK  G E   VS Q G+L   PG+ EI    S+    +     D +  T+D FT PGSV MV++   Q++++Y+R+R LE+ GL+      P+        VVVVDPFS+G+++A  ++      + V+S   E    +A+LI +G  L    TI ++   +    AV++  QS+ E   P+ A            + PGAE GV L+D LS  LG  +N  E + ARR+KYLMGE +R+ GVRA  Q  A S  + E FL +   PSP++ V+KPL+SAG++DV L  S E+A + F  I GK+NGLG  N+  L+ EYL+G EYVVD+ SR+G H++ AIW+YDKR VN A FVYFG+ + PA   V  EL  Y  +VLDA+GI NGP H EVK+    P L+EVGSRCHGGEG W PIA +C+GYNQ+DA +D+Y+ PD + ++P  P  ++++G E  LVS +NG V  +PG+  I   PSF   E+   PG  +++T+D FT PG++ L +E KD L A+  +IRELE  GLFEL
Sbjct:  131 EAVVVLDPFSTGMTLAESVMKRGYACICVYSDTLLVMKDLIKHIPQSFTDKYAAIIFHNGAHDHAEQAYADTVNAIKKVEGVKIIGIIAGAETGVMMADKLSEDFGLTTNYSRGSDARRNKYLMGEKVRAAGLRAVKQCSATKWSQIVDFVENELKPSPFRVIVKPNESAGSDDVFLCTSMDEVKRAFGNIQGKINGLGLENAATLVQEFLDGTEYVVDTVSRNGVHKVVAVWEYDKRVMNGAPFVYFGVLLRAAAGDVLTPVVNYVLKVLDALEIVHGPGHAEVKFVNGEPCLVEIGSRCHGGEGTYVPIVNRCIGYNQ--------VECALDSYFDEDAFNALPERPTTLKAYGCEAMLVSYQRGILEGYPGMKEIEAMSSYVSQSLHVHENDELEITIDMFTTPGSVLMVNDDPEQLQRDYDRVRELERDGLYKLADAVPDVAFEEKKVVVVVDPFSTGAVVAHSLMHRGYECICVYSDKLENIENVASLIPEGLTLTFAATIAYEGSLDKTVAAVKKAAQSVLEQNRPVNAGPRNKTDKLIHAVFPGAELGVRLADSLSDSLGLDSNLIELSAARRDKYLMGETLRNSGVRAVKQVKASSWEDAEDFLVNVLKPSPFEVVLKPLESAGTEDVILCLSMEQAKKTFHSILGKINGLGIENNAVLLQEYLEGDEYVVDTASRNGEHKVAAIWKYDKRRVNNAAFVYFGLSITPAVGVVN-ELIEYQFRVLDALGIRNGPAHGEVKFCRGSPVLIEVGSRCHGGEGAWVPIANKCVGYNQVDAAIDSYLDPDAFNKLPERPTTLLEYGCEAMLVSYKNGVVKSIPGLAEIEKFPSFLKKEIFVGPGDMVRQTIDMFTTPGSIMLTHESKDVLEANLARIRELEVDGLFEL 1012          

BLAST of mRNA_P-fluviatile_contig21.4594.1 vs. uniprot
Match: A0A6G0WKE1_9STRA (Uncharacterized protein n=1 Tax=Aphanomyces euteiches TaxID=100861 RepID=A0A6G0WKE1_9STRA)

HSP 1 Score: 725 bits (1872), Expect = 1.350e-243
Identity = 413/960 (43.02%), Postives = 589/960 (61.35%), Query Frame = 0

Query:   59 LVESEGFAPLRKARSEAVTNMQTRFSFNSKAAQETYAEAWDKRDPWRMLKKNVSFAAPRKVTTEPGTAAGSAAVEIRARDAKAVVVVDPFSSGALLAKRVISEGYRCIRVLSE---MDSPVAKLVQEGIALEFDATFQLDDRSPDPEASIADL-LAELALVPWQIAAVVPGAETGVELADILSNRLGVASNGEELSECRRNKHLMGEQVRSHGVRAVRQMLARSWEDCEAFLL-DWNPDPFKAVVKPLESAGSDDVYLCNSLEDVKMAFSIIDGKVNGLGGVNEGALVQEYLDGTEYVVDSVSRGGVHRICAIWEYDKRSVNGANFVYFGMKLNSAKGEREKEIVDYALKVLDAMGVVHGPGHMEVKYTATGPCLVEVGTRCHGGEGTWQGIADECLGYNQARIRPTAPIDMTFNSYMNPSVWEAMPMRPLTLKKAGREVFFVSRQSGMLRALPGLDEIRKFESFRRHEVAAKPRDFVYQTVDCFTRPGSVQMVHESEAQVEKEYERIRSLEKRGLFDFEVVCPNPLP-TAAVVVVDPFSSGSLLAARVLQYKLRLVMVFSEI---DSPIANLIQQGTNLRPDMTIQHDDHHEDPELAVQQTMQSLAELPHPMIAILPGAETGVALSDKLSARLGTRNNGEEFTEARRNKYLMGEQVRSCGVRAAAQSLARSVGEVEAFLDDWNPPSPWKAVVKPLDSAGSDDVFLVESREEAVQAFEVIDGKVNGLGSVNDGALVMEYLDGTEYVVDSVSRDGVHRICAIWEYDKRSVNGANFVYFGMELKPATAKVERELAAYARQVLDAMGIENGPGHMEVKYTSTGPCLVEVGSRCHGGEGTWQPIAQECLGYNQIDATLDAYI-KPDVYEQIPMDPNDMIKFGKEVFLVSKRNGRVLRVPGVDIIRGLPSFRNLEMNAQPGSYLKKTVDCFTRPGAVQLVNEDKDQLMADYQKIRELEDSGLFEL 1008
            LV +  F P  K  S+AV ++  +  FN          A ++RD   ML                     SA  E+ +   +AVVVVDPFS+G +LA+ V+   Y CI + S+   +  P+ K + + +  +F A  ++     D   +  D  +A+L  V   I  V+ GAETGV LAD +S+R+G+ +NG + +E RRNK+ MGE++R+ G+RAV+Q  A +W+  E F+  D  P+PF+ +VKP+ESAGSDDV+LC S+EDVK AF  I GK+N LG  N   LVQEYL GTEYVVD+VSR G H++ A+WEYDKR+VNGA FVY+G+ L  A G     I+ Y LKVLDA+ + HGPGH E+K+    PCLVE+G+RCHGGEGT+  I   C+GYNQ        +  T +SY +P  +E +P  P  LK  G E   VS +SG +   PGL EI + +S+       KP D +  T+D F+ PGS+ +VH  +  +EK+Y RIR LE  GL++ + +   P P T  VVVVDPFS+G+++A RV+      + ++S++      +A+L+ +G  LR   T++H     + +  V+    +  E+   ++A++PGAETGV L+D ++  L TR N  + +EARR+KYLMGE +RS G+RA  Q+      +VEAF     P  P++ V+KP++SAG++DV L  S EEA + +  I GKVNGLG  N   L  EYLDG EYV+D+VS  G H++ AIW+YDKR VN A FVYFG+ + PAT  V  EL  Y   VLDA+G +NGPGH EVK+  + P L+EVG+RCHGGEG W PIA  C+GYNQ+D  +D Y+ + D +  +P  P  + ++G EV LVS ++G +  +PG+  I  + SF   ++  + G  + +T+D FT PG++ L++ D   L AD ++IRELE +GL+ L
Sbjct:   70 LVRASTFDPRMKRNSQAVGDVLYKRYFN----------AQEQRDESLML---------------------SAIPEVGS-SGEAVVVVDPFSTGMILAREVMKRDYICIVLYSDTLAVMQPLIKYIPKEMHNQFAA--EIYHNGADTSTTALDATIAQLKEVGVPIIGVLAGAETGVMLADRVSDRMGLTTNGADGTEARRNKYAMGEKIRAAGLRAVKQCSATTWKQIENFIENDLRPNPFEVIVKPVESAGSDDVFLCRSMEDVKKAFGSIQGKINHLGLQNRSTLVQEYLVGTEYVVDTVSRNGEHKVVAVWEYDKRAVNGAPFVYYGVLLREASGSIILSIISYILKVLDALHIRHGPGHAEIKFVRGEPCLVEIGSRCHGGEGTYIPIVTPCIGYNQ--------VGTTLDSYFDPEAFEKLPKMPYNLKAHGCEAMLVSYESGTVEGYPGLAEIERMQSYVSQSFHTKPSDVMPITIDMFSTPGSILLVHSDKHVLEKDYARIRELEHTGLWNLKPLPEAPKPDTKVVVVVDPFSTGAVVAQRVVSRGFECICLYSDLLENMESVASLVPEGVTLRFAATVEHVG---EADSTVEALKAAANEIGGAIVAVIPGAETGVLLADAITESLKTRGNDMKHSEARRDKYLMGETLRSAGIRAVKQAKCTEWPQVEAFCATL-PQDPFEVVLKPVNSAGTEDVTLCLSIEEAKETYSQIFGKVNGLGLTNTCVLAQEYLDGDEYVIDTVSCKGKHKVTAIWKYDKRRVNDAAFVYFGLSIVPATGVVN-ELIDYQFTVLDALGFQNGPGHGEVKFCRSSPVLIEVGARCHGGEGAWVPIADTCVGYNQVDIAVDVYLGRHDAFHALPERPLTLPQYGCEVMLVSYKDGILRGLPGLAEITQMKSFLRKDLLVKIGDRVHRTIDMFTTPGSILLIHTDPTVLDADRKRIRELEHAGLYLL 982