mRNA_P-fluviatile_contig14.2301.1 (mRNA) Porterinema fluviatile SAG_2381

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

Overview
NamemRNA_P-fluviatile_contig14.2301.1
Unique NamemRNA_P-fluviatile_contig14.2301.1
TypemRNA
OrganismPorterinema fluviatile SAG_2381 (Porterinema fluviatile SAG_2381)
Homology
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BLAST of mRNA_P-fluviatile_contig14.2301.1 vs. uniprot
Match: D8LFA5_ECTSI (Phospho-2-dehydro-3-deoxyheptonate aldolase n=2 Tax=Ectocarpus TaxID=2879 RepID=D8LFA5_ECTSI)

HSP 1 Score: 915 bits (2366), Expect = 0.000e+0
Identity = 470/536 (87.69%), Postives = 489/536 (91.23%), Query Frame = 2 
Query:    2 MRTAAAAGVLAAGLATAGALQPSGFLGR-SMARGQAPVKGTS--RTTMVAQPPTKAAEAAXXXXXXXXXXXXXXXXXXISAIGWSPASWRKMVARQMPKYDDEGLVTEVEGILAKQAPLVFAGECRELTSELSKATRGEAFVLMGGDCAESFSEFKVDDVRDTFRSILQMSLVMTYGGSMPVVKIGRAAGQFAKPRSEDFETINGVTLPSYRGDIVNGLEFTATARRNDPYRMLSAYHQSAQTINLLRAFASGGFADIHKLNAWNMDFVQNTPEGSKYRELASKIEDTLRFMTAIGVDTTSAPFRTTKFYTAHEALLLSYEQALTREDSLTGKFYDCSAHMLWIGERTRQLDGAHIEFLRGVDNPIGIKVSQKCPPEELIEILETVNPANKAGKVTLITRMSSKYLNEHLPKLILAVQKAGLNVLWVSDPVHGNTIKTDSGYKTRRMEDIRSELRTFFDVHQRMGTHAGGIHIEMTGKDVTECTGGDVDEVRESDLKNRYLTQCDPRLNGKQSLELAFHIANRLRRDQGLPPVLGD 1600
            MRTA A GVLAAGLATAGAL+PSGF+ R S  RGQA V+G+S  RTTMVAQPPTK AEA                   +S+ GWSPA+WR   ARQMPKYDD  LVTEVE ILAKQAPLVFAGECREL ++LSKATRGEAFVLMGGDCAESFSEFKVDDVRDTFRSILQMSLVMTYGGS+PVVKIGRAAGQFAKPRSEDFETING TLPSYRGDIVNGLEFT  ARRNDPYRMLSAYHQSAQTINLLRAF+SGGFADI+KLNAWNMDFVQNTPEGSKYRE+ASKIEDTLRFMTAIGVDTTSAPFRTT FYTAHEALLLSYEQALTREDSLTGKFYDCSAHMLWIGERTRQLDG+HIEFLRGV NPIGIK+SQKCPPEEL+EILETVNP NKAG+VTLITRMSSKYL EHLPKLILAVQKAGLNVLWVSDPVHGNTIKTDSGYKTRRMEDIRSELRTFFDVHQRMGTHAGGIHIEMTGKDVTECTGGDVDEV E +LK RYLTQCDPRLNGKQSLELAFHIANRLRRDQGLPP+LGD
Sbjct:    1 MRTA-AVGVLAAGLATAGALRPSGFVARGSPGRGQASVQGSSGARTTMVAQPPTKPAEAEVAPSSP------------VSSTGWSPATWRNREARQMPKYDDPALVTEVEDILAKQAPLVFAGECRELMADLSKATRGEAFVLMGGDCAESFSEFKVDDVRDTFRSILQMSLVMTYGGSVPVVKIGRAAGQFAKPRSEDFETINGQTLPSYRGDIVNGLEFTEVARRNDPYRMLSAYHQSAQTINLLRAFSSGGFADINKLNAWNMDFVQNTPEGSKYREMASKIEDTLRFMTAIGVDTTSAPFRTTSFYTAHEALLLSYEQALTREDSLTGKFYDCSAHMLWIGERTRQLDGSHIEFLRGVSNPIGIKISQKCPPEELVEILETVNPDNKAGRVTLITRMSSKYLEEHLPKLILAVQKAGLNVLWVSDPVHGNTIKTDSGYKTRRMEDIRSELRTFFDVHQRMGTHAGGIHIEMTGKDVTECTGGDVDEVTEENLKQRYLTQCDPRLNGKQSLELAFHIANRLRRDQGLPPMLGD 523
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BLAST of mRNA_P-fluviatile_contig14.2301.1 vs. uniprot
Match: A0A835Z444_9STRA (Phospho-2-dehydro-3-deoxyheptonate aldolase n=1 Tax=Tribonema minus TaxID=303371 RepID=A0A835Z444_9STRA)

HSP 1 Score: 654 bits (1686), Expect = 4.670e-216
Identity = 303/453 (66.89%), Postives = 374/453 (82.56%), Query Frame = 2 
Query:  233 AIGWSPASWRKMVARQMPKYDDEGLVTEVEGILAKQAPLVFAGECRELTSELSKATRGEAFVLMGGDCAESFSEFKVDDVRDTFRSILQMSLVMTYGGSMPVVKIGRAAGQFAKPRSEDFETINGVTLPSYRGDIVNGLEFTATARRNDPYRMLSAYHQSAQTINLLRAFASGGFADIHKLNAWNMDFVQNTPEGSKYRELASKIEDTLRFMTAIGVDTTSAPFRTTKFYTAHEALLLSYEQALTREDSLTGKFYDCSAHMLWIGERTRQLDGAHIEFLRGVDNPIGIKVSQKCPPEELIEILETVNPANKAGKVTLITRMSSKYLNEHLPKLILAVQKAGLNVLWVSDPVHGNTIKTDSGYKTRRMEDIRSELRTFFDVHQRMGTHAGGIHIEMTGKDVTECTGGDVDEVRESDLKNRYLTQCDPRLNGKQSLELAFHIANRLRRDQGLPPV 1591
            A GW P SWR   A QMP+Y+D   + + E ILA+Q+PLVFAGECR+L  EL  AT G+ F+LMGGDCAESF EF V+ VRDTFR ILQM+L+MT+GG+MP+ KIGR AGQFAKPRS+ +E   GV LPSYRGDIVNG EFTA AR NDPYRM++AYHQS+QT+N+LRAFA+GG+ADI +L+AWN+DFV  T  GS+YR++A+K+++++RFM AIGVDT  A F+ TKFYTAHE LLL YEQ+LTR DS TGK+YDCSAHM+W+GERTRQLD AH+EF+RG+ NP+G+K+S KC P+EL+++L+ +NP N  G+VTLITRM+   L +HLP+LI AVQ+ G  VLW+SDPVHGNTIKTDSGYKTR  + IR+ELR FFDVH  MG+HAGG+H+EMTG+DVTEC GG V E+ E+DL  RY T CDPRLNG QSLELAF IA+R+R+DQGLPP+
Sbjct:   44 APGWRPDSWRSRKAYQMPEYNDGEKLADAERILARQSPLVFAGECRDLHQELVAATNGQGFLLMGGDCAESFQEFNVNHVRDTFRVILQMALIMTFGGAMPITKIGRMAGQFAKPRSDPYEDRKGVKLPSYRGDIVNGEEFTAEARENDPYRMVAAYHQSSQTLNILRAFATGGYADISRLHAWNLDFVDQTEPGSRYRQMATKVDESMRFMKAIGVDTADARFKQTKFYTAHECLLLPYEQSLTRLDSTTGKWYDCSAHMVWVGERTRQLDAAHLEFVRGIGNPLGVKISDKCTPDELLQLLDVINPTNTPGRVTLITRMNPDKLRKHLPELIRAVQREGRQVLWISDPVHGNTIKTDSGYKTRPFDKIRAELRAFFDVHAEMGSHAGGVHVEMTGEDVTECIGGSVSEILEADLAKRYHTYCDPRLNGMQSLELAFLIADRMRKDQGLPPL 496
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BLAST of mRNA_P-fluviatile_contig14.2301.1 vs. uniprot
Match: A0A7S2V0I5_9STRA (Phospho-2-dehydro-3-deoxyheptonate aldolase n=1 Tax=Fibrocapsa japonica TaxID=94617 RepID=A0A7S2V0I5_9STRA)

HSP 1 Score: 624 bits (1608), Expect = 2.530e-204
Identity = 295/450 (65.56%), Postives = 359/450 (79.78%), Query Frame = 2 
Query:  242 WSPASWRKMVARQMPKYDDEGLVTEVEGILAKQAPLVFAGECRELTSELSKATRGEAFVLMGGDCAESFSEFKVDDVRDTFRSILQMSLVMTYGGSMPVVKIGRAAGQFAKPRSEDFETINGVTLPSYRGDIVNGLEFTATARRNDPYRMLSAYHQSAQTINLLRAFASGGFADIHKLNAWNMDFVQNTPEGSKYRELASKIEDTLRFMTAIGVDTTSAPFRTTKFYTAHEALLLSYEQALTREDSLTGKFYDCSAHMLWIGERTRQLDGAHIEFLRGVDNPIGIKVSQKCPPEELIEILETVNPANKAGKVTLITRMSSKYLNEHLPKLILAVQKAGLNVLWVSDPVHGNTIKTDSGYKTRRMEDIRSELRTFFDVHQRMGTHAGGIHIEMTGKDVTECTGGDVDEVRESDLKNRYLTQCDPRLNGKQSLELAFHIANRLRRDQGLPPV 1591
            W PASWR   A QMP Y+DE  + +VE  L K APLVFAGE R L+  L+KAT G+ F+LMGGDCAESF EF VD +RD+FR ILQM+LV+T+GGSMPV+K+GR AGQFAKPRS   E +NGV LPSYRGDI+N  + T  AR+N+P  M+  YHQSAQT+N+LRAFA+GG+ADI +L+AWN+DFV+ TPEGSKYRELASK++++LRF+ AIG+DT+S+ F  T FYTAHE LLL YE+ALTR+DS TG +YDCSAHMLW+GERTRQL GAH+EFL+G+ NP+G+K+S KC   EL+++L+ +NP N  GKV++I RM ++ L E+LP LI AVQ+ G NVLWVSDPVHGNT+K  +GYKTR  E IR ELR FFDVH  MG+H GG+H+EMTGKDVTEC GG V  V   DL  RY T CDPRLNG QSLELAF IA+RLRR QGLPP+
Sbjct:   65 WYPASWRGREALQMPLYEDEEELAKVEAKLRKVAPLVFAGEARSLSEALAKATMGQGFLLMGGDCAESFKEFNVDTIRDSFRVILQMALVLTFGGSMPVIKVGRMAGQFAKPRSAPTEMVNGVELPSYRGDIINTEDPTPEARKNNPNLMVECYHQSAQTLNILRAFATGGYADISRLHAWNLDFVEQTPEGSKYRELASKVDESLRFLKAIGIDTSSSTFSQTNFYTAHECLLLPYEEALTRQDSTTGHWYDCSAHMLWVGERTRQLGGAHLEFLKGIGNPLGVKISDKCTETELLDLLDVLNPDNIPGKVSIIVRMGAEKLRENLPTLIRAVQREGRNVLWVSDPVHGNTVKAPNGYKTREFEKIRDELRAFFDVHAEMGSHPGGVHLEMTGKDVTECVGGSVGNVEFDDLSKRYDTHCDPRLNGAQSLELAFLIASRLRRQQGLPPL 514
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BLAST of mRNA_P-fluviatile_contig14.2301.1 vs. uniprot
Match: A0A4D9DEW1_9STRA (Phospho-2-dehydro-3-deoxyheptonate aldolase n=1 Tax=Nannochloropsis salina CCMP1776 TaxID=1027361 RepID=A0A4D9DEW1_9STRA)

HSP 1 Score: 617 bits (1592), Expect = 4.100e-203
Identity = 289/440 (65.68%), Postives = 357/440 (81.14%), Query Frame = 2 
Query:  281 MPKYDDEGLVTEVEGILAKQAPLVFAGECRELTSELSKATRGEAFVLMGGDCAESFSEFKVDDVRDTFRSILQMSLVMTYGGSMPVVKIGRAAGQFAKPRSEDFETINGVTLPSYRGDIVNGLEFTATARRNDPYRMLSAYHQSAQTINLLRAFASGGFADIHKLNAWNMDFVQNTPEGSKYRELASKIEDTLRFMTAIGVDTTSAPFRTTKFYTAHEALLLSYEQALTREDSLTGKFYDCSAHMLWIGERTRQLDGAHIEFLRGVDNPIGIKVSQKCPPEELIEILETVNPANKAGKVTLITRMSSKYLNEHLPKLILAVQKAGLNVLWVSDPVHGNTIKTDSGYKTRRMEDIRSELRTFFDVHQRMGTHAGGIHIEMTGKDVTECTGGDVDEVRESDLKNRYLTQCDPRLNGKQSLELAFHIANRLRRDQGLPPVLGD 1600
            MP YDDE  + +VE  LAK +PLVFAGECR+L   L+KA  G++F+LMGGDCAESF EF VD +RDTFR +LQM+LV+T+GGSMPV+K+GR AGQFAKPRSE  E +NG+ LPSYRGDI+N   FT  ARRN+P+RML AYHQS QT+N+LRAFA+GG+ADI +L+AWN+DFV+ + EGS+YR+LASK++++LRFM AIGV+T SA F+  +FYTAHE LLLSYEQALTR+DS TGK+YDCSAHMLWIGERTRQLDGAH+EF RG+ NP+G+K+S K  P+EL+E+++ +NP N  G+++LI RM +  L EHLP LI AVQK G  V+WVSDPVHGNTIK ++G KTR  E IR ELR FFDVH +MGTH GG+H+EMTGKDVTEC GG + +++  DL  RY T CDPRLNG Q+LELAF IA R+R   GLPP+  D
Sbjct:    1 MPIYDDEEELVKVEHALAKSSPLVFAGECRQLHEHLAKAAMGQSFLLMGGDCAESFKEFHVDTIRDTFRVLLQMALVLTFGGSMPVIKVGRMAGQFAKPRSEPQEEVNGLKLPSYRGDIINSESFTEEARRNNPWRMLDAYHQSTQTLNILRAFATGGYADISRLHAWNLDFVEKSEEGSRYRKLASKVDESLRFMKAIGVNTESATFKQAQFYTAHECLLLSYEQALTRQDSTTGKWYDCSAHMLWIGERTRQLDGAHLEFTRGIGNPLGVKISDKITPDELLEVIDNLNPNNIPGRLSLIVRMGADKLREHLPALIRAVQKEGRFVVWVSDPVHGNTIKAENGLKTRPFEKIRDELRAFFDVHDQMGTHPGGVHLEMTGKDVTECIGGTIQDIKVDDLNKRYHTHCDPRLNGVQALELAFLIAERMRSRTGLPPLFND 440
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BLAST of mRNA_P-fluviatile_contig14.2301.1 vs. uniprot
Match: B8BVC7_THAPS (Phospho-2-dehydro-3-deoxyheptonate aldolase n=1 Tax=Thalassiosira pseudonana TaxID=35128 RepID=B8BVC7_THAPS)

HSP 1 Score: 615 bits (1586), Expect = 1.470e-201
Identity = 293/458 (63.97%), Postives = 366/458 (79.91%), Query Frame = 2 
Query:  242 WSPASWRKMVARQMPKYDDEGLVTEVEGILAKQAPLVFAGECRELTSELSKATRGEAFVLMGGDCAESFSEFKVDDVRDTFRSILQMSLVMTYGGSMPVVKIGRAAGQFAKPRSEDFETINGVTLPSYRGDIVNGLEFTATARRNDPYRMLSAYHQSAQTINLLRAFASGGFADIHKLNAWNMDFVQNTPEGSKYRELASKIEDTLRFMTAIGVDTTSAPFRTTKFYTAHEALLLSYEQALTREDSLTGKFYDCSAHMLWIGERTRQLDGAHIEFLRGVDNPIGIKVSQKCPPEELIEILETVNPANKAGKVTLITRMSSKYLNEHLPKLILAVQKAGLNVLWVSDPVHGNTIKTDSGYKTRRMEDIRSELRTFFDVHQRMGTHAGGIHIEMTGKDVTECTGGDVDEVRESDLKNRYLTQCDPRLNGKQSLELAFHIANRLRRDQGLPPVLGD*PISW 1615
            WSP+SW+  VA+QMP Y+DE  + +    L + APLVFAGE R L  +L++ ++G+ FVLMGGDCAESF EF V+ +RDTFR I+QM+LVMT+G SMPVVKIGR AGQFAKPRSE  E I+GV+LPSYRGD VN  EFT  ARRNDP+ M+ AY+QSAQT+N+LRAF++GGFADI +L+AWN+DFV+NT EGS+YR LA+K++++LRFM AIG+DT+   F +  FYTAHE LLL YEQALTR+DS TGK+YDCS+HMLW+GERTR LDGAH+EF RG+ NP+G+KVS KC PEELI I+ET+NP N  GK+++I RM ++ L ++LP LI AVQ+ G  V+W+SDPVHGNT KT+SG+KTR  ++IR+ELR FFDVH  MG+H GG+HIEMTG+DVTECTGG V  V +  LK RY T CDPRLNG Q+LELAF IA R+R   GLPP+     +SW
Sbjct:   21 WSPSSWKNAVAKQMPIYEDEAELEDAIKALDRVAPLVFAGEVRSLHEKLARVSQGQGFVLMGGDCAESFKEFHVNHIRDTFRVIMQMALVMTFGSSMPVVKIGRMAGQFAKPRSEPNEVIDGVSLPSYRGDNVNREEFTPEARRNDPHLMVDAYYQSAQTLNILRAFSTGGFADISRLHAWNLDFVENTEEGSRYRLLAAKVDESLRFMKAIGIDTSKPEFTSVDFYTAHECLLLPYEQALTRQDSTTGKWYDCSSHMLWVGERTRDLDGAHLEFTRGIGNPLGVKVSDKCTPEELIRIIETMNPQNVPGKLSIIVRMGAEKLRKNLPGLIRAVQREGKAVVWISDPVHGNTRKTESGFKTRDFDNIRAELRAFFDVHDEMGSHPGGVHIEMTGEDVTECTGG-VSSVTDETLKTRYNTACDPRLNGSQALELAFLIAERMRLRTGLPPLTSREAVSW 477
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BLAST of mRNA_P-fluviatile_contig14.2301.1 vs. uniprot
Match: A0A7S4VHK6_9STRA (Phospho-2-dehydro-3-deoxyheptonate aldolase n=2 Tax=Ditylum brightwellii TaxID=49249 RepID=A0A7S4VHK6_9STRA)

HSP 1 Score: 612 bits (1577), Expect = 5.670e-200
Identity = 287/450 (63.78%), Postives = 363/450 (80.67%), Query Frame = 2 
Query:  242 WSPASWRKMVARQMPKYDDEGLVTEVEGILAKQAPLVFAGECRELTSELSKATRGEAFVLMGGDCAESFSEFKVDDVRDTFRSILQMSLVMTYGGSMPVVKIGRAAGQFAKPRSEDFETINGVTLPSYRGDIVNGLEFTATARRNDPYRMLSAYHQSAQTINLLRAFASGGFADIHKLNAWNMDFVQNTPEGSKYRELASKIEDTLRFMTAIGVDTTSAPFRTTKFYTAHEALLLSYEQALTREDSLTGKFYDCSAHMLWIGERTRQLDGAHIEFLRGVDNPIGIKVSQKCPPEELIEILETVNPANKAGKVTLITRMSSKYLNEHLPKLILAVQKAGLNVLWVSDPVHGNTIKTDSGYKTRRMEDIRSELRTFFDVHQRMGTHAGGIHIEMTGKDVTECTGGDVDEVRESDLKNRYLTQCDPRLNGKQSLELAFHIANRLRRDQGLPPV 1591
            WSP SW+K VA QMP YDD+  +      L+K +PLVFAGE R L  +L++ T+G+ F+LMGGDCAE+F EF VD VRDTFR ILQM+LV+T+G +MPVVK+GR AGQFAKPRSE  E  +GV+LPSYRGDI+N  EFT  ARRN P+ M+ AYHQS+QTIN+LRAFA GG+ADI +L+AWN+DFV+NTPEGS+YR+ A+K++++LRFM AIGV+T S  F  T FYTAHE LLL YEQALTREDS TGK+YDCSAHMLW+GERTR+LDGAH+EF++G+ NP+G+K+S KC P+EL+ I++ +NP N  G++T+I RM ++ L ++LP LI AVQ+ G +VLW+SDPVHGNT KT++G+KTR    IR ELR FFDVH  MG+H GG+H+EMTG+DVTECTGG +  V E  LK+RY T CDPRLNG+Q+LELAF IA R+R+  GLPP+
Sbjct:   52 WSPKSWQKKVASQMPVYDDKEELDAAVDKLSKCSPLVFAGEVRSLHEQLARVTQGQGFLLMGGDCAEAFKEFNVDHVRDTFRVILQMALVLTFGSAMPVVKVGRMAGQFAKPRSEPDEVRDGVSLPSYRGDIINNEEFTPDARRNRPFNMVEAYHQSSQTINILRAFAHGGYADISRLHAWNLDFVENTPEGSRYRQFATKVDESLRFMKAIGVNTASPQFTETDFYTAHECLLLPYEQALTREDSTTGKYYDCSAHMLWVGERTRELDGAHLEFVKGIGNPLGVKISDKCTPDELLRIIDNMNPNNIPGRLTIIVRMGAEKLRKNLPGLIRAVQREGKSVLWISDPVHGNTFKTETGFKTRDFNAIRDELRAFFDVHDEMGSHPGGVHLEMTGEDVTECTGG-LSGVTEDTLKDRYHTFCDPRLNGEQALELAFLIAERMRQRTGLPPL 500
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BLAST of mRNA_P-fluviatile_contig14.2301.1 vs. uniprot
Match: A0A6V1PHE5_HETAK (Phospho-2-dehydro-3-deoxyheptonate aldolase n=1 Tax=Heterosigma akashiwo TaxID=2829 RepID=A0A6V1PHE5_HETAK)

HSP 1 Score: 608 bits (1568), Expect = 1.100e-198
Identity = 294/450 (65.33%), Postives = 356/450 (79.11%), Query Frame = 2 
Query:  242 WSPASWRKMVARQMPKYDDEGLVTEVEGILAKQAPLVFAGECRELTSELSKATRGEAFVLMGGDCAESFSEFKVDDVRDTFRSILQMSLVMTYGGSMPVVKIGRAAGQFAKPRSEDFETINGVTLPSYRGDIVNGLEFTATARRNDPYRMLSAYHQSAQTINLLRAFASGGFADIHKLNAWNMDFVQNTPEGSKYRELASKIEDTLRFMTAIGVDTTSAPFRTTKFYTAHEALLLSYEQALTREDSLTGKFYDCSAHMLWIGERTRQLDGAHIEFLRGVDNPIGIKVSQKCPPEELIEILETVNPANKAGKVTLITRMSSKYLNEHLPKLILAVQKAGLNVLWVSDPVHGNTIKTDSGYKTRRMEDIRSELRTFFDVHQRMGTHAGGIHIEMTGKDVTECTGGDVDEVRESDLKNRYLTQCDPRLNGKQSLELAFHIANRLRRDQGLPPV 1591
            WSP+SWR     QMP Y+DE  + EVE  L K  PLVFAGECR+L  ELSK  RG+ F+LMGGDCAESFSEF VD +RDTF+ ILQMSLV+T+G  +PV KIGR AGQFAKPRSE  ET +GVTLPSYRGD VNG +FT  ARRNDP RM++AY+Q AQT+N+LRAFA+GG+ADI KL  WN++FV  T EGSKYR+LA K+ +++RFM AIGV+T    F+T  FYTAHE LLL YEQALTR DS +G++YDCSA MLWIGERTRQLD AH+EF+RGV NP+G+KVS K  PE L+ +L+T+NP N  G+VT+ITRM ++ + EHLP LI AVQ AG NV+W+SDPVH NTIKTD+G+KTR  + IR ELR FFDVH+ MG+H GG+H+EMTG+DVTEC GG+V+EV   DL   Y T CDPRLNG Q+LELAF I+ R+R+ QGL P+
Sbjct:   51 WSPSSWRGKDVAQMPVYEDEAELEEVEARLRKVTPLVFAGECRKLQDELSKVCRGQGFLLMGGDCAESFSEFSVDHIRDTFKIILQMSLVLTFGSGLPVTKIGRMAGQFAKPRSEPTETKDGVTLPSYRGDNVNGEDFTPEARRNDPERMMTAYNQCAQTLNILRAFATGGYADITKLQRWNLEFVDKTEEGSKYRKLAEKVAESIRFMKAIGVNTRGENFKTVDFYTAHECLLLPYEQALTRVDSTSGRYYDCSASMLWIGERTRQLDMAHLEFVRGVGNPLGVKVSDKSTPEGLLGLLDTINPDNIPGRVTIITRMGAEKIREHLPVLIEAVQDAGRNVVWISDPVHANTIKTDAGFKTRPFDRIRDELRAFFDVHEAMGSHPGGVHLEMTGEDVTECIGGNVNEV--IDLSENYKTACDPRLNGAQALELAFLISERMRKAQGLEPL 498
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BLAST of mRNA_P-fluviatile_contig14.2301.1 vs. uniprot
Match: A0A7S4JFB4_9STRA (Phospho-2-dehydro-3-deoxyheptonate aldolase n=1 Tax=Odontella aurita TaxID=265563 RepID=A0A7S4JFB4_9STRA)

HSP 1 Score: 608 bits (1567), Expect = 1.390e-198
Identity = 282/450 (62.67%), Postives = 363/450 (80.67%), Query Frame = 2 
Query:  242 WSPASWRKMVARQMPKYDDEGLVTEVEGILAKQAPLVFAGECRELTSELSKATRGEAFVLMGGDCAESFSEFKVDDVRDTFRSILQMSLVMTYGGSMPVVKIGRAAGQFAKPRSEDFETINGVTLPSYRGDIVNGLEFTATARRNDPYRMLSAYHQSAQTINLLRAFASGGFADIHKLNAWNMDFVQNTPEGSKYRELASKIEDTLRFMTAIGVDTTSAPFRTTKFYTAHEALLLSYEQALTREDSLTGKFYDCSAHMLWIGERTRQLDGAHIEFLRGVDNPIGIKVSQKCPPEELIEILETVNPANKAGKVTLITRMSSKYLNEHLPKLILAVQKAGLNVLWVSDPVHGNTIKTDSGYKTRRMEDIRSELRTFFDVHQRMGTHAGGIHIEMTGKDVTECTGGDVDEVRESDLKNRYLTQCDPRLNGKQSLELAFHIANRLRRDQGLPPV 1591
            WSP+SW+  V +QMP YDDE  +      L + +PLVFAGE R L  +L++A  G+ F+LMGGDCAE+F+EF VD +RDTFR +LQMSLV+T+G +MPV+K+GR AGQFAKPRSE  E  +GV LPSYRGDI+N  EF+A ARRN+P  M+ AYHQSAQT+N+LRAFA+GGFADI +L+AWN+DFV+NT EGS+YR+ A K++++LRFM AIG+DT++  F  T FYTAHE LLL YEQALTR+DS+TGK+YDCSAHMLW+GERTR+LDGAH+EF  G+ NP+G+KVS KC P+EL+ I +T+NP N  G++T++ RM ++ L ++LP LI AVQ+ G +V+W+SDPVHGNT KT++GYKTR  E+IR+ELR FFDVH+ MG+H GG+H+EMTGKDVTEC GG + +V E  L +RY T CDPRLNG+Q+LELAF IA R+R   GLPP+
Sbjct:   47 WSPSSWKGKVPKQMPVYDDEEELDAAVKRLERCSPLVFAGEVRSLHEQLARACHGQGFLLMGGDCAEAFNEFNVDHIRDTFRVLLQMSLVLTFGSAMPVIKVGRMAGQFAKPRSEPDEVRDGVALPSYRGDIINSEEFSAEARRNNPNNMVEAYHQSAQTLNILRAFATGGFADISRLHAWNLDFVENTDEGSRYRKFAVKVDESLRFMKAIGIDTSNPTFTQTDFYTAHECLLLPYEQALTRQDSITGKWYDCSAHMLWVGERTRELDGAHLEFTSGIGNPLGVKVSDKCTPDELLRICDTMNPGNIPGRLTIVVRMGAEKLRKNLPGLIRAVQREGKSVIWISDPVHGNTRKTENGYKTRDFENIRAELRAFFDVHEEMGSHPGGVHLEMTGKDVTECVGG-ISDVTEESLGDRYHTHCDPRLNGQQALELAFLIAERMRVRTGLPPI 495
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BLAST of mRNA_P-fluviatile_contig14.2301.1 vs. uniprot
Match: A0A7S2XS61_9STRA (Phospho-2-dehydro-3-deoxyheptonate aldolase n=2 Tax=Attheya septentrionalis TaxID=420275 RepID=A0A7S2XS61_9STRA)

HSP 1 Score: 604 bits (1557), Expect = 9.360e-198
Identity = 287/451 (63.64%), Postives = 359/451 (79.60%), Query Frame = 2 
Query:  239 GWSPASWRKMVARQMPKYDDEGLVTEVEGILAKQAPLVFAGECRELTSELSKATRGEAFVLMGGDCAESFSEFKVDDVRDTFRSILQMSLVMTYGGSMPVVKIGRAAGQFAKPRSEDFETINGVTLPSYRGDIVNGLEFTATARRNDPYRMLSAYHQSAQTINLLRAFASGGFADIHKLNAWNMDFVQNTPEGSKYRELASKIEDTLRFMTAIGVDTTSAPFRTTKFYTAHEALLLSYEQALTREDSLTGKFYDCSAHMLWIGERTRQLDGAHIEFLRGVDNPIGIKVSQKCPPEELIEILETVNPANKAGKVTLITRMSSKYLNEHLPKLILAVQKAGLNVLWVSDPVHGNTIKTDSGYKTRRMEDIRSELRTFFDVHQRMGTHAGGIHIEMTGKDVTECTGGDVDEVRESDLKNRYLTQCDPRLNGKQSLELAFHIANRLRRDQGLPPV 1591
            G +P SW    A QMP YDD   +      L K +PLVFAGE R L  +L++A +G+ F+LMGGDCAE+F+EF VD VRDTFR ILQMSLV+T+G +MPV+K+GR AGQFAKPRS+  E I+GV+LPSYRGDI+N  +FTA ARRN+P  M+ AYHQSAQT+N+LRAF++GG+ADI +L+AWN+DFV NT EGS+YR+ A+K++++LRFM AIGVDT S  F  T FYTAHE LLL YEQALTR+DS TGK+YDCSAHMLW+GERTR+LDGAH+EF+RG+ NP+G+KVS KC PEELI I +T+NP N  G++T+I RM +  L ++LP LI AVQ+ G +VLW+SDPVHGNT KT SG+KTR  E+IR+ELR FFDVH  MG+H GG+H+EMTG+DVTEC GG + +V E  LK+RY T CDPRLNG Q+LE+AF IA R+R   GLPP+
Sbjct:    5 GGTPESWTAKKASQMPVYDDPEELAAAVTRLEKCSPLVFAGEVRSLHEQLARACQGQGFLLMGGDCAEAFNEFNVDHVRDTFRVILQMSLVLTFGSAMPVIKVGRMAGQFAKPRSDPDEVIDGVSLPSYRGDIINREDFTAEARRNNPANMVEAYHQSAQTLNILRAFSTGGYADISRLHAWNLDFVDNTDEGSRYRKFATKVDESLRFMKAIGVDTASPAFTQTDFYTAHECLLLPYEQALTRKDSTTGKYYDCSAHMLWVGERTRELDGAHLEFIRGIGNPLGVKVSDKCTPEELIRICDTMNPNNTPGRLTIIVRMGADKLRKNLPGLIRAVQREGKSVLWMSDPVHGNTYKTTSGFKTRDFENIRAELRAFFDVHDEMGSHPGGVHLEMTGEDVTECVGG-LSDVTEDSLKDRYKTYCDPRLNGAQALEIAFLIAERMRIRTGLPPI 454
[Close]
BLAST of mRNA_P-fluviatile_contig14.2301.1 vs. uniprot
Match: A0A7S1UVZ6_9STRA (Phospho-2-dehydro-3-deoxyheptonate aldolase n=2 Tax=Grammatophora oceanica TaxID=210454 RepID=A0A7S1UVZ6_9STRA)

HSP 1 Score: 603 bits (1555), Expect = 7.710e-197
Identity = 280/454 (61.67%), Postives = 362/454 (79.74%), Query Frame = 2 
Query:  230 SAIGWSPASWRKMVARQMPKYDDEGLVTEVEGILAKQAPLVFAGECRELTSELSKATRGEAFVLMGGDCAESFSEFKVDDVRDTFRSILQMSLVMTYGGSMPVVKIGRAAGQFAKPRSEDFETINGVTLPSYRGDIVNGLEFTATARRNDPYRMLSAYHQSAQTINLLRAFASGGFADIHKLNAWNMDFVQNTPEGSKYRELASKIEDTLRFMTAIGVDTTSAPFRTTKFYTAHEALLLSYEQALTREDSLTGKFYDCSAHMLWIGERTRQLDGAHIEFLRGVDNPIGIKVSQKCPPEELIEILETVNPANKAGKVTLITRMSSKYLNEHLPKLILAVQKAGLNVLWVSDPVHGNTIKTDSGYKTRRMEDIRSELRTFFDVHQRMGTHAGGIHIEMTGKDVTECTGGDVDEVRESDLKNRYLTQCDPRLNGKQSLELAFHIANRLRRDQGLPPV 1591
            S+  WSP+SW+  VA QMP YD++  + +    L K +PLVFAGE R L  +L++A  G+ F+LMGGDCAE+F EF VD VRDTFR ILQM+LV+T+G +MPV+K+GR AGQFAKPRSE  E  +GV LPSYRGDI+N  +F+A ARRN+P+ M+ AYHQSAQT+N+LRAF++GG+ADI +L+AWN+DFV+ T EGS+YR+ A+K++++LRFM A GVDT+S  F  T F+TAHE LLL YEQALTR+DS TG++YDCSAHMLW+GERTRQ+DGAH+EF RG+ NP+G+K+S KC P+ELI I++T+NP N  G++T+I RM +  L ++ P+LI AVQ+ G +VLW+SDPVHGNT KT+SG+KTR  E IR ELR FFDVH  MG+H GG+H+EMTG+DVTEC GG + +V+E  L +RY T CDPRLNG Q+LELAF IA R+R   GLPP+
Sbjct:   42 SSPDWSPSSWQDKVALQMPVYDNQAELDDAVSTLEKNSPLVFAGEVRTLHEQLARACSGQGFLLMGGDCAEAFDEFNVDHVRDTFRVILQMALVLTFGSAMPVIKVGRMAGQFAKPRSEPDEVRDGVALPSYRGDIINREDFSAEARRNNPFNMVQAYHQSAQTLNILRAFSTGGYADISRLHAWNLDFVEQTEEGSRYRQFANKVDESLRFMKACGVDTSSDDFTKTNFFTAHECLLLPYEQALTRQDSTTGRWYDCSAHMLWVGERTRQMDGAHLEFTRGIGNPLGVKISDKCTPDELIRIIDTMNPQNIPGRLTIIVRMGADKLRKNFPELIRAVQREGKSVLWISDPVHGNTYKTESGFKTRSFEKIRDELRAFFDVHDEMGSHPGGVHLEMTGEDVTECVGG-LSDVKEDTLGDRYNTHCDPRLNGAQALELAFLIAERMRIRTGLPPI 494
The following BLAST results are available for this feature:
BLAST of mRNA_P-fluviatile_contig14.2301.1 vs. uniprot
Analysis Date: 2022-09-19 (Diamond blastx: OGS1.0 vs UniRef90)
Total hits: 25
Match NameE-valueIdentityDescription
D8LFA5_ECTSI0.000e+087.69Phospho-2-dehydro-3-deoxyheptonate aldolase n=2 Ta... [more]
A0A835Z444_9STRA4.670e-21666.89Phospho-2-dehydro-3-deoxyheptonate aldolase n=1 Ta... [more]
A0A7S2V0I5_9STRA2.530e-20465.56Phospho-2-dehydro-3-deoxyheptonate aldolase n=1 Ta... [more]
A0A4D9DEW1_9STRA4.100e-20365.68Phospho-2-dehydro-3-deoxyheptonate aldolase n=1 Ta... [more]
B8BVC7_THAPS1.470e-20163.97Phospho-2-dehydro-3-deoxyheptonate aldolase n=1 Ta... [more]
A0A7S4VHK6_9STRA5.670e-20063.78Phospho-2-dehydro-3-deoxyheptonate aldolase n=2 Ta... [more]
A0A6V1PHE5_HETAK1.100e-19865.33Phospho-2-dehydro-3-deoxyheptonate aldolase n=1 Ta... [more]
A0A7S4JFB4_9STRA1.390e-19862.67Phospho-2-dehydro-3-deoxyheptonate aldolase n=1 Ta... [more]
A0A7S2XS61_9STRA9.360e-19863.64Phospho-2-dehydro-3-deoxyheptonate aldolase n=2 Ta... [more]
A0A7S1UVZ6_9STRA7.710e-19761.67Phospho-2-dehydro-3-deoxyheptonate aldolase n=2 Ta... [more]

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Alignments
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
P-fluviatile_contig14contigP-fluviatile_contig14:2586598..2642005 +
Analyses
This mRNA is derived from or has results from the following analyses
Analysis NameDate Performed
Diamond blastx: OGS1.0 vs UniRef902022-09-19
OGS1.0 of Porterinema fluviatile SAG_23812021-02-24
Properties
Property NameValue
Taxonomic scopeEukaryota
Seed ortholog score915.2
Seed ortholog evalue1.4e-263
Seed eggNOG ortholog2880.D8LFA5
Preferred nameDHS2
KEGG rclassRC00435
KEGG koko:K01626
KEGG ReactionR01826
KEGG Pathwayko00400,ko01100,ko01110,ko01130,ko01230,ko02024,map00400,map01100,map01110,map01130,map01230,map02024
KEGG ModuleM00022
GOsGO:0003674,GO:0003824,GO:0003849,GO:0005575,GO:0005622,GO:0005623,GO:0005737,GO:0005739,GO:0006082,GO:0006520,GO:0006725,GO:0006807,GO:0006950,GO:0008150,GO:0008152,GO:0008652,GO:0009058,GO:0009072,GO:0009073,GO:0009423,GO:0009507,GO:0009534,GO:0009536,GO:0009579,GO:0009611,GO:0009987,GO:0016053,GO:0016740,GO:0016765,GO:0019438,GO:0019752,GO:0031976,GO:0031984,GO:0043226,GO:0043227,GO:0043229,GO:0043231,GO:0043436,GO:0043648,GO:0043650,GO:0044237,GO:0044238,GO:0044249,GO:0044281,GO:0044283,GO:0044422,GO:0044424,GO:0044434,GO:0044435,GO:0044444,GO:0044446,GO:0044464,GO:0046394,GO:0046417,GO:0050896,GO:0071704,GO:1901360,GO:1901362,GO:1901564,GO:1901566,GO:1901576
EggNOG free text desc.3-deoxy-7-phosphoheptulonate synthase activity
EggNOG OGs2QPP7@2759,COG3200@1
Ec32 ortholog description3-deoxy-7-phosphoheptulonate synthase
Ec32 orthologEc-01_004250.1
EC2.5.1.54
COG Functional cat.E
BiGG ReactioniRC1080.CRv4_Au5_s17_g7580_t1
Best tax levelEukaryota
Best eggNOG OGNA|NA|NA
BRITEko00000,ko00001,ko00002,ko01000
Hectar predicted targeting categorysignal peptide
Exons17
Model size5065
Cds size1602
Stop1
Start1
Relationships

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

Feature NameUnique NameSpeciesTypePosition
1622815632.251189-UTR-P-fluviatile_contig14:2586597..25865981622815632.251189-UTR-P-fluviatile_contig14:2586597..2586598Porterinema fluviatile SAG_2381UTRP-fluviatile_contig14 2586598..2586598 +
1693562575.0275145-UTR-P-fluviatile_contig14:2586597..25865981693562575.0275145-UTR-P-fluviatile_contig14:2586597..2586598Porterinema fluviatile SAG_2381UTRP-fluviatile_contig14 2586598..2586598 +
1622815632.4333386-UTR-P-fluviatile_contig14:2598649..26004571622815632.4333386-UTR-P-fluviatile_contig14:2598649..2600457Porterinema fluviatile SAG_2381UTRP-fluviatile_contig14 2598650..2600457 +
1693562575.1695573-UTR-P-fluviatile_contig14:2598649..26004571693562575.1695573-UTR-P-fluviatile_contig14:2598649..2600457Porterinema fluviatile SAG_2381UTRP-fluviatile_contig14 2598650..2600457 +
1622815632.4430354-UTR-P-fluviatile_contig14:2600545..26009521622815632.4430354-UTR-P-fluviatile_contig14:2600545..2600952Porterinema fluviatile SAG_2381UTRP-fluviatile_contig14 2600546..2600952 +
1693562575.1832647-UTR-P-fluviatile_contig14:2600545..26009521693562575.1832647-UTR-P-fluviatile_contig14:2600545..2600952Porterinema fluviatile SAG_2381UTRP-fluviatile_contig14 2600546..2600952 +
1622815632.45248-UTR-P-fluviatile_contig14:2601415..26015731622815632.45248-UTR-P-fluviatile_contig14:2601415..2601573Porterinema fluviatile SAG_2381UTRP-fluviatile_contig14 2601416..2601573 +
1693562575.1918159-UTR-P-fluviatile_contig14:2601415..26015731693562575.1918159-UTR-P-fluviatile_contig14:2601415..2601573Porterinema fluviatile SAG_2381UTRP-fluviatile_contig14 2601416..2601573 +
1622815632.4635909-UTR-P-fluviatile_contig14:2640836..26414091622815632.4635909-UTR-P-fluviatile_contig14:2640836..2641409Porterinema fluviatile SAG_2381UTRP-fluviatile_contig14 2640837..2641409 +
1693562575.1999772-UTR-P-fluviatile_contig14:2640836..26414091693562575.1999772-UTR-P-fluviatile_contig14:2640836..2641409Porterinema fluviatile SAG_2381UTRP-fluviatile_contig14 2640837..2641409 +
1622815632.476869-UTR-P-fluviatile_contig14:2641489..26420051622815632.476869-UTR-P-fluviatile_contig14:2641489..2642005Porterinema fluviatile SAG_2381UTRP-fluviatile_contig14 2641490..2642005 +
1693562575.2088313-UTR-P-fluviatile_contig14:2641489..26420051693562575.2088313-UTR-P-fluviatile_contig14:2641489..2642005Porterinema fluviatile SAG_2381UTRP-fluviatile_contig14 2641490..2642005 +


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

Feature NameUnique NameSpeciesTypePosition
1622815632.26577-CDS-P-fluviatile_contig14:2586598..25867231622815632.26577-CDS-P-fluviatile_contig14:2586598..2586723Porterinema fluviatile SAG_2381CDSP-fluviatile_contig14 2586599..2586723 +
1693562575.0395062-CDS-P-fluviatile_contig14:2586598..25867231693562575.0395062-CDS-P-fluviatile_contig14:2586598..2586723Porterinema fluviatile SAG_2381CDSP-fluviatile_contig14 2586599..2586723 +
1622815632.2762535-CDS-P-fluviatile_contig14:2589821..25900591622815632.2762535-CDS-P-fluviatile_contig14:2589821..2590059Porterinema fluviatile SAG_2381CDSP-fluviatile_contig14 2589822..2590059 +
1693562575.048423-CDS-P-fluviatile_contig14:2589821..25900591693562575.048423-CDS-P-fluviatile_contig14:2589821..2590059Porterinema fluviatile SAG_2381CDSP-fluviatile_contig14 2589822..2590059 +
1622815632.2866368-CDS-P-fluviatile_contig14:2590730..25908261622815632.2866368-CDS-P-fluviatile_contig14:2590730..2590826Porterinema fluviatile SAG_2381CDSP-fluviatile_contig14 2590731..2590826 +
1693562575.063614-CDS-P-fluviatile_contig14:2590730..25908261693562575.063614-CDS-P-fluviatile_contig14:2590730..2590826Porterinema fluviatile SAG_2381CDSP-fluviatile_contig14 2590731..2590826 +
1622815632.2962117-CDS-P-fluviatile_contig14:2591451..25915351622815632.2962117-CDS-P-fluviatile_contig14:2591451..2591535Porterinema fluviatile SAG_2381CDSP-fluviatile_contig14 2591452..2591535 +
1693562575.0744965-CDS-P-fluviatile_contig14:2591451..25915351693562575.0744965-CDS-P-fluviatile_contig14:2591451..2591535Porterinema fluviatile SAG_2381CDSP-fluviatile_contig14 2591452..2591535 +
1622815632.306544-CDS-P-fluviatile_contig14:2591956..25920331622815632.306544-CDS-P-fluviatile_contig14:2591956..2592033Porterinema fluviatile SAG_2381CDSP-fluviatile_contig14 2591957..2592033 +
1693562575.0843866-CDS-P-fluviatile_contig14:2591956..25920331693562575.0843866-CDS-P-fluviatile_contig14:2591956..2592033Porterinema fluviatile SAG_2381CDSP-fluviatile_contig14 2591957..2592033 +
1622815632.317205-CDS-P-fluviatile_contig14:2592560..25926571622815632.317205-CDS-P-fluviatile_contig14:2592560..2592657Porterinema fluviatile SAG_2381CDSP-fluviatile_contig14 2592561..2592657 +
1693562575.0939395-CDS-P-fluviatile_contig14:2592560..25926571693562575.0939395-CDS-P-fluviatile_contig14:2592560..2592657Porterinema fluviatile SAG_2381CDSP-fluviatile_contig14 2592561..2592657 +
1622815632.3278286-CDS-P-fluviatile_contig14:2594816..25949691622815632.3278286-CDS-P-fluviatile_contig14:2594816..2594969Porterinema fluviatile SAG_2381CDSP-fluviatile_contig14 2594817..2594969 +
1693562575.1033247-CDS-P-fluviatile_contig14:2594816..25949691693562575.1033247-CDS-P-fluviatile_contig14:2594816..2594969Porterinema fluviatile SAG_2381CDSP-fluviatile_contig14 2594817..2594969 +
1622815632.3381453-CDS-P-fluviatile_contig14:2595227..25953421622815632.3381453-CDS-P-fluviatile_contig14:2595227..2595342Porterinema fluviatile SAG_2381CDSP-fluviatile_contig14 2595228..2595342 +
1693562575.1137807-CDS-P-fluviatile_contig14:2595227..25953421693562575.1137807-CDS-P-fluviatile_contig14:2595227..2595342Porterinema fluviatile SAG_2381CDSP-fluviatile_contig14 2595228..2595342 +
1622815632.3483098-CDS-P-fluviatile_contig14:2596146..25962701622815632.3483098-CDS-P-fluviatile_contig14:2596146..2596270Porterinema fluviatile SAG_2381CDSP-fluviatile_contig14 2596147..2596270 +
1693562575.12516-CDS-P-fluviatile_contig14:2596146..25962701693562575.12516-CDS-P-fluviatile_contig14:2596146..2596270Porterinema fluviatile SAG_2381CDSP-fluviatile_contig14 2596147..2596270 +
1622815632.3580582-CDS-P-fluviatile_contig14:2596612..25967631622815632.3580582-CDS-P-fluviatile_contig14:2596612..2596763Porterinema fluviatile SAG_2381CDSP-fluviatile_contig14 2596613..2596763 +
1693562575.1323159-CDS-P-fluviatile_contig14:2596612..25967631693562575.1323159-CDS-P-fluviatile_contig14:2596612..2596763Porterinema fluviatile SAG_2381CDSP-fluviatile_contig14 2596613..2596763 +
1622815632.39992-CDS-P-fluviatile_contig14:2597064..25972051622815632.39992-CDS-P-fluviatile_contig14:2597064..2597205Porterinema fluviatile SAG_2381CDSP-fluviatile_contig14 2597065..2597205 +
1693562575.1393874-CDS-P-fluviatile_contig14:2597064..25972051693562575.1393874-CDS-P-fluviatile_contig14:2597064..2597205Porterinema fluviatile SAG_2381CDSP-fluviatile_contig14 2597065..2597205 +
1622815632.4123135-CDS-P-fluviatile_contig14:2597481..25975911622815632.4123135-CDS-P-fluviatile_contig14:2597481..2597591Porterinema fluviatile SAG_2381CDSP-fluviatile_contig14 2597482..2597591 +
1693562575.1464286-CDS-P-fluviatile_contig14:2597481..25975911693562575.1464286-CDS-P-fluviatile_contig14:2597481..2597591Porterinema fluviatile SAG_2381CDSP-fluviatile_contig14 2597482..2597591 +
1622815632.4225676-CDS-P-fluviatile_contig14:2598558..25986491622815632.4225676-CDS-P-fluviatile_contig14:2598558..2598649Porterinema fluviatile SAG_2381CDSP-fluviatile_contig14 2598559..2598649 +
1693562575.1565678-CDS-P-fluviatile_contig14:2598558..25986491693562575.1565678-CDS-P-fluviatile_contig14:2598558..2598649Porterinema fluviatile SAG_2381CDSP-fluviatile_contig14 2598559..2598649 +


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

Feature NameUnique NameSpeciesTypePosition
mRNA_P-fluviatile_contig14.2301.1prot_P-fluviatile_contig14.2301.1Porterinema fluviatile SAG_2381polypeptideP-fluviatile_contig14 2586599..2598649 +


Sequences
The following sequences are available for this feature:

protein sequence of mRNA_P-fluviatile_contig14.2301.1

>prot_P-fluviatile_contig14.2301.1 ID=prot_P-fluviatile_contig14.2301.1|Name=mRNA_P-fluviatile_contig14.2301.1|organism=Porterinema fluviatile SAG_2381|type=polypeptide|length=534bp
MRTAAAAGVLAAGLATAGALQPSGFLGRSMARGQAPVKGTSRTTMVAQPP
TKAAEAAAAASAAVASSSTASSSSSISAIGWSPASWRKMVARQMPKYDDE
GLVTEVEGILAKQAPLVFAGECRELTSELSKATRGEAFVLMGGDCAESFS
EFKVDDVRDTFRSILQMSLVMTYGGSMPVVKIGRAAGQFAKPRSEDFETI
NGVTLPSYRGDIVNGLEFTATARRNDPYRMLSAYHQSAQTINLLRAFASG
GFADIHKLNAWNMDFVQNTPEGSKYRELASKIEDTLRFMTAIGVDTTSAP
FRTTKFYTAHEALLLSYEQALTREDSLTGKFYDCSAHMLWIGERTRQLDG
AHIEFLRGVDNPIGIKVSQKCPPEELIEILETVNPANKAGKVTLITRMSS
KYLNEHLPKLILAVQKAGLNVLWVSDPVHGNTIKTDSGYKTRRMEDIRSE
LRTFFDVHQRMGTHAGGIHIEMTGKDVTECTGGDVDEVRESDLKNRYLTQ
CDPRLNGKQSLELAFHIANRLRRDQGLPPVLGD*
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mRNA from alignment at P-fluviatile_contig14:2586598..2642005+

Legend: UTRpolypeptideCDS
Hold the cursor over a type above to highlight its positions in the sequence below.
>mRNA_P-fluviatile_contig14.2301.1 ID=mRNA_P-fluviatile_contig14.2301.1|Name=mRNA_P-fluviatile_contig14.2301.1|organism=Porterinema fluviatile SAG_2381|type=mRNA|length=55408bp|location=Sequence derived from alignment at P-fluviatile_contig14:2586598..2642005+ (Porterinema fluviatile SAG_2381)
GATGAGGACAGCAGCAGCCGCAGGAGTGTTGGCAGCCGGGCTGGCGACAG
CGGGCGCCTTGCAGCCGAGCGGTTTCCTAGGGAGGAGCATGGCTAGGGGC
CAAGCACCCGTCAAAGGCACCAGCAGGTGTGACCGACTTCACAATTTCCT
TCACTCTCCCCCCCCCTTCTGCCGCCCACCACCACACTTTACACCCGCCC
TTCAGCTGGGGGCGCGTTTCTCTTGATATAGCGTGTGTGTCTGGAACGCA
ATGGAAGGTTCAGGGGCATGATAAGTGCGTTCACAATCTAGAGGGGCTTG
GAGGTCCAAGGAGGATGTGGCTAGTGCTTGGTGTCTCCCGTGCAGACTTG
ACAGAGACACGTGCGACGATCATGATGAGATCCATGCGCATTTGGCTTTG
CCAAGGTCGAAGAAAAAACATGAGATCCAAGGGTTTGAATGTTCGAGCCC
TTGTCGTGGCTTATTGTGCTCTCACACATGTTGCTACCTTTAGATGATCT
TTAGGCACGCACAGCACAGCTGGAGCATGCGTCCTCTGCTTGTCTGATTG
TCTGGATTATAAATGTCAGCTCGAAGGAGAATCCCCCGACCCCTGGCTCT
CACGTGCTACTTCTACGGCTGCATGCGGGGGGGTGTACTCGTAGTCGTGC
ATGCCGTAGGCGTTAGACCATTGACCTCGCATCCCTACAAAGCCGGGACG
GAGCACGCCGGGTTCTCACCGGACCAGGCTCTCGCATCACCAAGCGCGAA
GTGCCGTGAGGTATTCGGCGAGTCGCATGAAAGGTGGCTCTGCATCCTGC
TAAGGGTGTTCGGCATCTTGTGCTCACTTCCTTGCATACGGATGACAGCT
ACGTATGACATAATTTATTTTCTGGTGCTTTCACTTCCAGAGGCAGTTGT
CAGCACTGTGTAACTGCCTCGAGGGTGCTTGACCAATTGAACACAACGTG
GTGCGATCATCCCCCTTGCGCGGAGTGAGGGTTCTCCACTACGCACAACA
TGATCTTCTCGACCACCATTATGGTTACCGCCAAAAAAACAGAGGAAAAA
AAAGACGGTAACCTGGTTGCCGAGTTCACGAAGTGAATTGGCTTGTTTTA
CAACGTCGTTGCCAAGCGACGAAAACCCAATCCCGATGGCAAACACCGAG
GTGAGAGCCAACGGGGGGGGGCTGCATGCGGGGGGCGTACTCATGTTTTG
CATGCCTTAGTTGTTAGACCATTGACCACGCGTCCTCGAGAGGACGGAGC
ATTGTTCCCGCAGGATCGATCACCGATTGCTAATCGTTCCTTCCTACTTT
GCCAAAGGTGGCTCAAAAATGTTTTCCCTAACCTGTCTACTTTATACCTG
TCCTTCCTGGGCCACAACTTACACCCGAGTACCGCTACGGTATTCTCCTC
TTTGTTCCATGCCTCAAACTTCTCTCTATACCGACTGTCTACTTTTTCCA
GCTCAACCATGTACCCTTCTCTCTCCTGATCGTATCACGGGCATTCCGCA
ACTACATGTACCCGGTCTTCGCATTCGGCGCCGTAGTCACATTTCGAACT
TGTCTTCGTCGTCGTCTACCTTCCTAAACCTCCTTCTACGTTCCCGTAGG
TCAATGTCGCCCGTTCTAAATTTGACCTTCATCCAATGGTCCGTTCAGGT
ACTCCTTGAACACTATTCCTTCGTTCAGCCTTCCGTACACTTCTAGAACC
TCTTTTTCCTTGGTCTCTTTCCGCAAGCTCTGATCTTTTCTATTTTCAAA
GGCTTCTGAGATACCCTTCTTGTACCCTTCTAAGCTTTCCGCTCCCGTCG
TCTCCCGTTCGTCAATATCTATCCCACTCCACACTCCCTGTACAACCTTA
GCCCACTCAATGGGTTGTCTACCCTTGGCCTTGTTTACCCATCTCGCCTC
CCAAGCTATTCTCGGTAACTCTCCTTTCCCATGTTTTCCATACGGTATTG
CCATGTCAACTTCCTCCTGTATCTTCCCGTTCTTAAGGAGTAAATCCCCA
ACCCTGCTCTTACTGCTGCGTTACTTGTGCGCTGGGAGCATCCTAGAATG
TTCTTCGCTGCTTTCATCTGCGCTGCCTCCAACTCTGCTACTATTTTCTT
GTTCCCTTCCCAAGCTTCTCCCGCGTACTCTAGTGGCGGGATGATAACAC
TGTTAAGAATGGTCATTTTGACGCGTGTATCAAGGTGCCGGTCTGCTAGG
ATTGGGTGCAACTTCCCTGCCCTTGCTTTGCCCTTGTCCGCTATTTTGTG
CATGTGTGCATCCCATTTACAGTCTTTTGCTGTCTCTACTCCGAGGTATG
TGTATTTTCATGCGGGAGGGGGGGAGAGAGAGGGGCGGCGGCGGCCGAAA
AGTTTACACCCACGGACTCCCTCCAAGCCTTTGTGGGTAACTGCACTCGA
CCTTTGCATTTGTGATGACTGAACTCTTCTGCTGCCCCACTGCCGGCGGG
CCAACCTTGCTGGGGCGGTCGCATCGATATACTCAAGCATTTTTTTAAAG
GAAAGTATGTCCGCGCCCATTAGCCAGCAGCAGTGTATCGGTAAATGAAA
TCCGCTTGACCGTTCGCACCCATGCGAATACCCCGCGCCGGGAAAACGCA
GCAGCCGTCGTAAGCATCCGATGGCACATGGTTCAAGGGGTCGTACCTCT
TCAAAACGACAGAAGACTTCCCTGCCGATTTCGAATACGCGATACGCGTA
GCCCTGCGAAGGCGTGTCGCTTTTAGGTACAAGTTGTGACCAGCAAGCCG
CCGCTCGACACACGGCAGTCGACCGTCTGGACCAAGACGCAGATCGGAAA
GTATACGCCCAAGCCCGGTCGTCGTAGCAAGGCTCATCAGTTATATATTT
CGCCCTCCGTTTTTTACCTGTCACTAGCACGGGGGTTGCCGCGATGGGGG
TCTGCTTCAAGACAAATAAAGGTACACGGCGACAAAAGGAATGATACGGA
CAAGTGATGGCGTTCAGAGGCGTATTTACAAGCGGTTCCTTACAATGGGA
TATTCCACACATGCCCGTTTGGGAAGCAGAAACACCTCAGTTTTTTTCGG
TTTCGCGTTCGCCTGGTGAATCCCAGCGTGATCGCGCTGTCACAGCTGGA
GGTTCGTCGTTTTCTTTTGCTGTCTTGCTTCGCCTTCAGATACGAACACG
AACACATCGATTCCCTCGCCTAAACGTGACAAATAATGTTGGGTGACGGG
CTTTTGTTCGCCCTTCAATCGCAGGACGACCATGGTCGCGCAGCCCCCTA
CGAAGGCCGCGGAAGCAGCAGCAGCGGCGTCGGCAGCAGTGGCGTCGTCG
TCGACGGCCAGCTCCTCCTCCTCCATTTCTGCGATCGGCTGGTCGCCTGC
CTCCTGGCGCAAGATGGTCGCCCGGCAGATGCCCAAGTACGACGACGAGG
GGTTGGTGACGGAGGTGGAGGGCATCCTGGCCAAGCAGGCCCCCCTCGTG
TTCGCAGGAGAGGTGCGTTCGTTCGGGAGGGGTCGCATATGGGTTGTAAT
GGGTGTTATCGCGTATGCGTGTGTGGCTCCCTGAACATCGACAAAGGCGC
TCAACGGCTGACGGCCGAAATGAGATGTCCGTTTTTGTGTGCGATGCGTG
AAATCAATTCGTGCTTGCAACGACTGCGCTAGTACGTAGCCGGCTGAAGG
ACGAGGAAGCATCTGTATCTCTGCAGGGCGAAAATCAAAACCGCTTCTCC
TAAACGCGACACCTGAGGTGGGGGGGGCCGCACGTGTTGTGCGTTGAATG
AACTTGTCAAAGGTCCCCGACAGAGGGCTAGAGCGACGGCCGCGGGGAGA
ATGTGAAAATTGTGTACCTAAGAAGCTTGCAGCTACGCTGCCGGCATTTT
GTCGACGGCATCAGTGTGTATGCTATGGTTTTGTTCTTTGCCGTTTTATT
TGCGCGCTGGCTGGCTTCGAGCTCTTCCCGACCCCCACACATCTCAACGT
ATTTGCTCCGCCTCACACGCACCATTTTCTAAATTCCGCCGCGTCTGCCT
TTCCTCCTGCTTCCTCAGTTTTTTAACTCTTTTATTTTCACCGCAGTGTG
GTTGTTTCCGTTCATCCTCACCCCCTTTTCTCTGTTGGCCCTTGCGGTCG
TCGTCGTGTGCGATTCATCTCCTCTCTACGCAGTGCCGGGAGCTAACCTC
TGAGCTGTCGAAGGCGACAAGAGGGGAGGCGTTCGTCCTCATGGGAGGGG
ACTGCGCCGAGAGCTTTTCGGAGTTCAAGGTGGGGAAAGAAATGTCCAAT
TGCTTGCAAAAAAAATGAAATTAACTGTGAATGAGTAATTGAATGTTTTA
CTATCGCCAGTTGTTTTCGCCCCCCAATGCGTCCCCGGCTCGTTCGCGCA
AAGACTGAGGAAGATTGTAGACTGGCGGCTGGATAACAATGGGTGAACAC
AAGAACAAAAAAGCTGAACAAAATCGGGGAGTTCTGGCATGTTCCTTTCC
GCCTTCCCTCATTTCCCTTTCTTTACCTTTTTTTGAAGCGCTGGGTGTGC
AGCATCTGTTCGCAGCCGCTTGTTATATCCCCGAGATCTTATATCGCCGA
TGCGCTCTGATGTCTGGCGCGTCGGTTGGATGCCTGCCAAATCGGGGAGC
ATAGCGGAGCAGGAAGAAGGAGAACTGAGGAAGCATGTGTTGGTTAAAAA
GTCTTCAGATTTCTCCAGCACCCGCGGTCGTTGTAGCTTGGGTTGAACCG
TGCGCTGATTAGGGTTCTCAAGGTTTTTCTTAGTCATCCCTTGCTTGGAA
GTCGAGACGATCCTGCACTGCTGTGATTTTTTTGCCCTCGCGAAATTTGT
CATGGAATGCCTTTTCACGCCTGCTCCATCCCGCGTACGCTCGGCCTGCA
CCAGGTGGACGACGTGCGAGACACGTTCAGATCCATCCTTCAAATGTCTC
TCGTCATGACTTACGGAGGATCGATGCCCGTGGTAAAGGTGAGAAGATCA
AAATAGAGAGGGACGAGGGAGGGGGGGTTGAGAGAAGGAGGGGGGTACAT
GGAGCGGGAGAGAAAGACCGAGATATGCAGAAGTAAAGGTCACACGAGGT
GTAGAAATGGACACAGCGAGGCCGAGTGGTAGAGGGAAGGAGCGTTGGTT
ATGATGGAGGCAGATTGAGTGCCGAGAGCTGCAGAAGCGGTTTGGGTCAA
GGATTTAACAGACGCATGGCGAATCGCTCATTGAGCGAGGAAAACGAGGT
GTCGTGTCCTGTCACGAAAGTGGTTGCATCTAGGAGGGCGGAGAGTAATG
AACGTTTATTGAAACTCGCGTCTACTTCGTGCAGGATTCATGCTGCAGTT
CTGGCACGGCTGTGACGATTGCCAACGCCTCTTGATGCACCCATATCATT
GTTTCTCAGATTGGTCGCGCAGCGGGGCAGTTCGCGAAGCCGCGATCAGA
GGACTTCGAGACCATCAACGGGGTTACTCTTCCCAGGTCAGTCGATCAAG
CTTTCCGTTCCTTATTTTCGTGAAAACACAAGACGTGTATGGGTCCGAAC
CCCTGGCCATGCTTCCTGCAGGACCCGACATGTCCAAGGGCATAAGCCTG
ACCCCCACCCCACTGCACACTCTCGCAACATTGGTGCAAAAATCGGAATC
GCGGTTTGTTGCAGACATGGCGTGATCTTACTCTAGCCGATCAAAGTTGC
TGCTCCACTTACTTTGATGCTCCCTTGGCGAGACAACGACATACACGTCG
CTCAGGACTGTTTTTTATTTCCTTCTTCCTGGATTATTTCCTTCTCTTCT
TTTGATCTGATTGTCCGGGAATGGAATGGAATGAACCGCGCTTTTTTCTT
CCATATATTGATCGTGCCGCGCCGCGATCACAGAACGTTGAACTGCAGTT
ACCGTGGGGGACATAATAACGGGCTAGAGCTTTTTGTTTCTTCTTGTTTC
GTTGTTTGACCTTCGATTTGATCGCGCCACGCCACGCCACGATCACAAAA
TGTGAAACCTCAGCTACCGCGGGGACATCGTAAACGGGCTCGAGTTCACG
GCTACTGCGAGGCGAAACGACCCCTACCGCATGCTCTCCGCCTACCACCA
GTCTGCCCAGGCGAGTGCAGGTGGTTCCGACGACAAGGGGCGATGGTGGT
GTGTTGGCCACGGCACTTGACGTAGGGCACCGGCGTCGATGCTTCTGTCC
AGTTTCGTATCGTCTTATTGCATACAACCCTAGATTCTGGAGCGCCGTCG
TCGAGCGCCGTCCCTTCGCCGGCGAGGTATCCGGCGTCCGTCCGGACTGT
GTTGAACGCTCGACGACGACGCTGTTCGGAACCCTGCGGCGCATGCAGCG
AGCCCTTAGCGAAGCCGGGTGGGCACCCTCGGAGACGGAGCTACCCGTCG
CCGGTGCCGAGTGAGATTAGCGCCTTGCAACCTCCCCCCCGGCGAGAAGC
CGCTGAAGCGAGCGCGCTCCGATTTTTTTTTCCGAGCTTGCTGCGAAGCC
GGAAAAATCGGGCCATAAGCGCAGAAACTGAAATACTAAAAAACACGCGG
AGGTAGTGTGAGCATTGCTGCAGCGATTGCATCCTTAGCCTGGGGTTAGT
TGGAGTGCCCTTGCGCCTGGCCAGGGCCTTGGTGAGTCGACTGTGAGCTC
CAAAAATGAGAAAACATAGGACTGTACGTTGACACCGCACCGCATGTGGA
TCGGTCAGACCAAGGAGGACGGCTATCGAGTACTGTAGCGATGGCGCTCT
GGAAGAATCTCGCCCAGAGCCCGAAAGAATGAGGGGAGACCACCGATTCC
AAGCTTGTTGAACTCGGAATTTTTACGAGTGTGACCCCCTCGGTCCACGT
CTGCAAGCGCGAGAACACGATGGCAATCACCACCTTTTACGTCGACCGCG
AGCAGCAAGTGGCATTCGGACTCCTCTCTCGCGCATGAAGTTCCGTCCAG
AAGTGGAAGGGGAGGCAGAAAGACACCCTCGCAAGCCCGACAAGAGTCAG
AAACGCATACAGGAGTGATCAGGATATCGTGCTGATGCCCGGTGGCCGGG
CGCCCGACATGCTCCTACGATGGCAGCGGTAACTGCTCTCTGCCACGAAC
GTTCGCATTGCAACGTCGACGAAGCATTTCCGAGCAGCTGGAGGTGTAGA
ATAGGCTGTGAAACTGAAGTTGAAGGCCCATCAATTGGAAAGATGGAAGT
AACCTTCAGTGACCGAGGTGCTACCGCAACTGCTTGAAGGACGCTATCGC
ATGAATTCGATCGTCCCCAAGTAGTTGCGGTACCACTGCGGTCCATGAAT
GACACACATTTTTGCAGAGAGTTGGCACTCACCGGCAGTATCGTAGTCTG
TTATGTACAGCAGACATCGCAGTCTGTTATGTACAGCAGGCGTCGCAGTC
TGGTCTAACTCAGCAGGCGCCAATCGCTGAAGAATGTCACACCGATGTCG
GTAGCAAACGGCTGTGGCTGAGAGCAGTTGTGGGTGTCGAGGTGGGACCT
TGTCGGACGCCACGGCCACTTGGCGTCGGTTACTCGAACGTCATCAATCG
TTCAACACTTTCCAGCCAAGAATCTCGTCAAGCAGCCGTGGTGCTCGACA
TTCTCCCACCGTGTGACGGTCGACTCTTCGCAGCCACAAGCCTGATGTAG
CTGCAAAGAGATTCCTTGTCACAAGGTGGGAGAATATCGGGCGCCGTGGC
CACTTGGCGTCGGCTACGGAAGCCCCAACCGGTGCATGTTTTGCGAATCT
CTTCGAGCTTGCTAGAATGTCTCCTCGTCTGCCCTTCCACTTTCCGAGAG
CAGCCCTTGCGAAGTTCTCAGTGTAAACTGGTGTTCACGCTCAAGCTTAA
AGGGTGATGACTGCGATCGTGCCGTTGTGCGTGGAGGTGCCGGCCGATTA
CGATCCGTGGCAGCCAGTGGTGAAGGTTAAGGATAAAATGAAGACAATGT
TAACAATCAGCGGCCCATTCGCGTTTCAGCCGTCTCCTGACACCTGTGGG
GTGCATTGAGTTTGTGGCCAACAATCCTGCCTGCAGCTGAAGTGTTTTGC
CGTACGGTCACCGCCGGTGGTACTGATCTCGAATCTACGTCATGCTCTTT
TTGTGTGCAAACTCTCCCCGCCCTCTCGTCGCTCTGTACTCCGCTTTATT
CCGCCCGGGCTGTCTCGATGACGGCTGTCTCGATGACGCATGACAGACAC
ACCGATGCCGATACCTCGTCTGACGCCGCACTTTTTTTCTTCGTTGTTGT
TGGTCGCGGCGGACGGCAGACGATCAACCTCCTACGCGCCTTCGCGTCGG
GGGGGTTCGCCGACATCCACAAGCTCAACGCCTGGAACATGGACTTCGTC
CAGAACACGCCGGAGGGGTCCAAGTACCGCGAGCTCGCGTCCAAGATTGA
GGACACTCTTCGCTTCATGACCGTAAGCGTTGTTGAATATGCTCATGCAC
GCCGATGCCTCTCTTGGCGTGGGCAGATCGGTTCCTTGTGTGTTGTACGT
GCGCGTGTGTGCTCGATATCTGGCCCGTGTTTTTCGCTAGTGCCACTACC
CTTGAAAATTATTCGAATATTTTGAGGCGATCGTCGTGGAAATCAGTATG
AAATATTGAAATGTCTTTCTTGTTGAGGCAATCGGAGTCGACACGACGTC
TAATATTCCCCCTTGATTTATGTTGTTCAGGCGATTGGTGTCGACACGAC
GTCCGCCCCCTTCCGCACGACCAAGTTCTACACGGCGCACGAGGCGCTGT
TGCTCTCTTACGAACAGGCCCTTACCCGAGAAGACTCGCTCACAGGTGAG
TCGTTTGCCGAGTTTCCGCAGTCGACGGTGTAAACCAGACCCCCCACAGG
CCGAATTTCGAAGTTCGCTTGTGCAAACGCCACCACAGATCGCTCGTAGA
TAGTGACGTAATTGAATGACTCGTCAGAGGCGTTTTTCTGTCGTGTTGTT
GTCGCTTATTGCCGGTGAGCCTCTTTCGAGCGGCCCACTTCCGAAGAGCA
TACTCCGGGGTGTCGGAAAGCCCCAGATGAGATCTTTGTTGGCGGCATTG
TTGCCCCCCCTGCCCTCATTCTTGCGTGGATCGTCCGAGCCCCGGAGTCT
CGTCGAAGGGTCTGCATGTGCGGTTATGAGAGTGAGCGAATTATTTGAGA
AAGCGCGACAATCGTCACTGGATGGACAACATGAGGGAACAGGAGAAAGG
CAAAACGGATATTTTTGGTTTGGATTGAGCCCAAAGACGAATAGTATGAA
GTTGGCTTTGGCATGTAAAGGGGCGATTGAGCGCAGGTATGAAGCGGAGC
CCCGACTTTTTTCTACAAGGGTTATCGCTCGATTATTTCGTGCGCGGGGT
GCGATAAGATGACGGGTCAAAATTGCCGCAAGTGCACAATCAAGGTGAGG
GGGTACGGATTCCAGTGTCTGTAGCTTCAGTTGCTCTTTTATTTTGGCAA
TAGCCGCGTGTGTCAGAGTTAGACGGCGCTTTGGACGGAAAGTGTCTCAA
ACGGAACTAGTGCTGCCGCAGCGGTTGATGCCGTCGCTGTCTGTTGCTGA
TTTTGAACCTGTCTCTGACCGATGTCTTGCTCCGGCTACACGAGTGTAGG
CAAGTTCTACGACTGCTCGGCCCATATGCTGTGGATCGGCGAGCGCACGC
GGCAGCTTGACGGCGCCCACATCGAGTTTTTGCGTGGGGTGGACAACCCC
ATCGGCATCAAGGTTTCCCAGAAGTGAGAGGCTGTTGGATTCGTGCTGCG
TGTTACTGATGATGTCTGTGTTGCTGTTCCTGTGGCTACTGCTGCCTGAT
GACGGCCACGACGATGATGCTTGGCTCCTGCTGCCGCTGCAGCGCTAGCT
GCAGCTTGTAGTATGTCACCGCCATTTCGGGAAGATTGAACCCACAAAGA
TTCAAGGGTAGCCGAATGTCACCCGGCCGAGTGTCGAACACGTGAAATAT
CCCGACGTAGTGTTTGCAGAACTCTGTCCTTCACGAACCACGATGTGTGT
CTCTCGTGTGTATTTCAGTTGCTGACTATGCGAACGTCCGCATTTTACAC
CCACGGAAAAAACAGGTGCCCCCCCGAGGAGTTGATAGAGATCCTCGAAA
CGGTGAACCCCGCCAACAAGGCCGGCAAGGTGACCCTCATCACGCGCATG
TCTTCCAAGTACCTCAACGAGCACCTGCCGAAGCTCATCCTTGCGGTACA
GAAGGCAGGACTCAACGTGAGTTTGGTTCCCGTATGTGTCGCGCCCGATC
GGTCGCACCGCGTCCGTTCCGTGCTCTTGCTTGTCATGTCTGTTTCATTT
CCGTGTGTTATGTCCTCTTGTTCGGTTCCGTGTTTCTTCCGGTCCGTTTC
ACTCCGTACCATTGTGCGTTTTTGTGCCTTACGCCCAGGCCTTGACCATT
TTCGTGACCCGGCTAAGAGTAAAAGGTGTGCTTGTTTGTCTTCAACCGAA
TCCCCATTTCCTCGCCGCTCCCATATCCATTTTTGTCCATCGTGATTGGT
TGGTCGGTCTGTTGCAGGTGCTGTGGGTGAGCGACCCCGTCCACGGTAAT
ACGATCAAGACCGACAGCGGCTACAAGACCCGCCGGATGGAGGACATACG
GTCGGAGCTGCGGACGTTCTTCGACGTGCACCAGAGGATGGGCACGCACG
CGGGGGGGGTGAGTCTAGATGCTCGATGCGGGAGGAATGCAGGGTGCAGA
TTGGGCAGGGCAGAGGGTAGGGGAGCGGCGGAGTGGAGGGAGATAGACAT
GTAGATTTGTGGAACGCAAACGCTCTGAGGTTGCGAATCGTGATGGAGCT
TGGGCCACTGCTGTGTACACAACGAGCCGGTTGCACATGAGCCGCAATAA
GTATTTCGTTGTCCTCGGGTCAATTGAGCGGTACATCAAAAATTAGCTTG
CCTCGTACGACGCAAACATTGCTTTTTGAATCAGATCCACATAGAGATGA
CGGGGAAGGACGTGACGGAGTGCACGGGCGGTGACGTGGACGAAGTCAGG
GAGAGCGACCTCAAGAACCGCTACCTCACCCAGTGCGACCCTAGGTGAGG
TATACACCTTTGGCGTCGATGTCGATAAAGTTAGGAGCAAAAGCGGCATG
AACCACCGCAGTTTCAAATCTCGTATCGCCTTGTTGTCGGAAATCATGGA
TCGCATGTACAGCGCAGTGCGTCAAGGAAATTGGTTGAAGGGAAAGCATT
CCTGTCCCGAATGCGACCGTGCCTCGGGCAGGACAGGGGTTGTTCGAGTT
TCGACCCAACTTCCAGATTGTAAGAGGTGCATGGGAACGCGCGGCGTACT
GCGGAATGCGCAGTAGATGGAGAGCGTGGAAAAGTGGGGTGGAGATTGCG
AGATTTTCCCGCGTGCTCTGCAAGTAGTCCCGGCCTCTACTGGCAGGTGC
CGTTTCCTAAACGCACTCTTTTTTTGAAAGGGATTCGTGTTTCGTGTCGA
AGTGGATGCAGAGTGGATGTTCAGACAAGTCGCTGCGGCAAGAAAATTCG
GCGTGGTGTTGAATAGCCGGATTAACTCCGTCGTGCACGGAGGAACTGGG
AACCGAGAGCAGTCGCCGAGATATTTCCCGGGTTTGAACTCTGCTTTCTT
TTCTCCCAAACGCCAAGACAAAGAATGCCCTTCTTTGTTCCGCATCGCCT
CAGCGATGCCCAAAGCACGGCACACGGTCAGCGACACTCGCTGATATGCA
GATGCATGAAGCATCTTGACACCTTGGCACTCGGTCGACGACCCGGTGAA
TCGTGCAAATGCGCTCAGGTTGAGCTCCTTACGGCGAGTCGTTCACGAAC
TAGTCGAGTCCACCTGCCCCTTTTTGTTTTTCATTTTTACTGGTCGCAGA
GTACGCCGCCTCCTAGAGAAGCTTGTGACCTTGCCGAGGCTTGCTTGTCG
ATGTTCTTTGATAATGCGAGTCAACCGGTGGGCGTGACTCGCCCGCCCGA
CTACTTTACTAATACTTCCCCCGCCCGACCGCTACGGGAAAATAAAAACT
CGAAAAAAAAGGTTGAACGGCAAGCAATCGCTGGAGCTGGCCTTCCACAT
CGCCAACCGCCTTCGCCGCGACCAGGGCCTGCCCCCTGTGCTGGGTGACT
GACCAATTTCCTGGTAGAAGACAATGTTATCCGCTTCACTAGATTTTTTG
TCCTTTGACAATATTGAGACTGGTTCACCTTTGGTTTGTGTGGAGCGAAC
AACAGAGGGCCGAGGGGCTGTTTAAGGTGCTACACGCAGGCAGGCAGGCA
GGCCGGGAGAAGGGGGGGGGAGTAGCAACTCCTTGAGGGCGATTCTGGGG
CTTTCAAAGACAGAGTTCGGAGGTCGGGGTGACACAGGAGAAATATGAAG
AGATGTGAGGGGACTGAGAGGAAACGGTTCGTCTGGTACCTTGACCTCCT
GTCGATGTGACTGTTCGCTGGGCTGGACTGTTGCATGTGCACGTCCCGCA
GCAATAACCGGGCGCTTTGTGTCAAGGTCACCACACTAAGTTCGAATTGC
GCGCATGGTGCTCGGTTCCTTGACGCCGTGTCTCAGCTAGAGATGGAGCA
TGGAATGCCCTGCGAGTGCGTATCCTCAAGGTGCAGTGTCAAGGCGGGAA
GACTGGGCTCCATCCGTACGTTGGCACAGTGGCGGTAGAGGAGGGGCTTG
TGTCGCCGGTTCGTGCAGCCACGAGGTCAACTCTTGTATTCTTGGCTTGC
ACGGTTTGGGATATTTCCGAAAGCGACATCGTCGTTTTTTGTTGACGGGC
GAGGATGAGTGTATTATGCAAACTTTCATTTGGCCTGTGGTCTGCGTGCC
TGTCTGCCTGCCTGCCGGCACCCCCCTCCGCCCCTAGTGTAGGTGGAGGG
AAATTAATTCATTTCGGCGTTGGTGCCGAGTTAGCACCCGCCCCACAAGT
GCACCTCTCGCAGCCCGCGACTTCCCTATGTGGACGATTTTGAGAGAAGA
TGCCGTCGATTTCGACTGTGTCCAGAAATGGACGAGAAGGGTGTAGGCAA
CTGCGCAAGTAGAACGCGGTGTGAGGGGAAGCGAAGAGAGGACGATGCAG
GAGAGAAGAAAAGGAGGCGGGGTGGTGGGAGAGACTGGGTGATTAGGGCG
GCGTGTTGTGTGGTGTTGCTGTGCTGTTTTGTCTTGGAAAAAATTGTTGA
TGTTCGTTTAAGTACGTACGGTGGCCATGAAGCATTTGGAGAAGGGCGGG
AGACATGGAGTTGCTTGGTGCCGCTTGGCTCGACCATCCAACGATGTCTT
TTTGAGCGTGTCATGCGCGGCTCGCCCACCATTGTGCGCCGCCTCTCCTG
CGGGCGCGAATCCCGCTCCCGCTCTCGCGTGTAGATATACACGTGGGTCG
CAAATAAATGGAGAACGGAAGAATTTCGGAAGGACCCTCGAGGAATCGAG
TGGTCTCGTGTATCTTTTGGCGCGCCGGTGGGTACGCCTCAGGAGATCTG
GCGAAGGTCGGAGCTAAAAGCAGCAGCTAAGGGACCGGAAGTGACTGCGT
GTTGCGGAATATGTTGCGGGTTGGCGTGCAAATATGCCGTGGTACTTGCG
TCGTGATCTTGCGATCTTTTTCTCACCGCGAGATAAGGACCTTTCTTCAG
ACAAGTGAACTCCAGAAACTTACTGTATCAATGTTTCCATCCTGTATTAC
AGTACGCGCCCGTACTTAGGAACCGCTCATCTTTTTGCGTGAGACTCGAC
CCTCATTAACTGCCTCAACCTGAGCACATGTTCTTATCTGCCAAGTTCTT
ACTTTGACCCGGCACTCGCCGCCGAACACAGGGGTGCTTGTTCTTTTTTC
AAGTTCGAGTGCTCTCGTCGCCGAGCGTTCTTGTTCTTATTTCAACATGG
TGTAGTACACGTACGAAAACGCCCACTAGCATGATGCATGGAGCAACTCT
CAACCTTCTTGGTCCTCAAGAGTCACGTTGGGGATGCGCACCCTTCCCGC
TCCACTAACGCCCAACTTGGCTGCGGCGCCGACCTCATCCACCTGCTCTT
CCGTTCTGCTCTCAAGCGAACCCATGAGCCTACCACCGCATCCGGATCTC
CGCTGTACAGTTCCAACGGCAGCTTCATGCTGCGTGTACTTTGGTCTACT
TCGAAGTGCACACGGTAGCCGTAACGTGGCGTGTACGCTCCTGAGATTGT
CGAGTGATCACCCCACCAAACCACCCCATGCCCAGCCTAGCGAGTAATCC
ATGCTGCAGCAACGAACTGTCAAGAGCAGCGGGTGCAGATGCTTGAATGC
GAAAACCGTCCGGGATCTCCATGACTTGGATCTCATCGTCCGAATCCACG
CTCTTGTCCTCGTCCACGAGGCTCACTCAGCTCGTCGATCTGGTCGCACC
GGCTCTTGCCTGCGAAATCTTCTGTGGAACCGCTTGATGATCTCCGGCAG
GCGTTCTGGGAAGTGGGGGGGGGATGACGGTACGACGGTACGACCCACCG
ACTTTTTATCTTCCAGCTTTGGACCCGGTTCTTATCTTGACCTCGAGTTG
AAGACCTGGTCATGGGTTCTTGTTCTTATTGGCGCCTCCAGATTGAGCGC
ATGGTCTTATCGGCAGGTTCTTGATTTGTTGAAGTTTAGAAACCTCGAAT
TCTTAACTGCGGGTGCGCTGCTATAGTTTATATCTTGGCAATGCCCTTTC
TACATATCTAACCCAATACATGCATGGATGCCGTCTGGGAACACCAACGA
CGTACTGCTGCCTGCGGGTCAATCGCTGGGATATTTCCTTCATGCTGGCC
TTGGACTCTTCAAACATCGAAGTTGGCAATCTATTTTTGTACACCCCTCG
GCATCCAAACTATCCCCGACACAAATCTTGGAAGGCTACATAAGGCACGA
ACGAAGGGGATGACCCACCGTCGACTGGTTGTCGAACACCCCACCAGAGG
CTCCCTCCTTCTTAGCGTCCGGCTTCACGTGCTTGTCGAACCTAGAACCC
TTGCTCTTGCCCTTGCCCTTGAGCTTCGTGTGGGAAGATCGTTGCTCCTC
CTCCTCCTCGTCCACGGCCTTTTTCAGCTGTTCATCGTGAAGGGCAGCAG
CGGTGGCGGCGGAAACAGCAATAGCATTCTCCCTTTCAGCAGCCTCCCGA
GCAGCGGCTTCCTTCATAGCGGCAGCCTTGTTCTCTTTGTCAGGGGTTCC
CGCGAGCTGGCGGTACCGCCTGGCATATAATGCACTACAAACTTTTCGAA
CGTCCAGAAGAGGTACCTTGGGCAAGGTCCGTAGCGAGGCCGCGCCCAAC
CAAACCAACCCCACCACAACGGCGGCAAGCTGCGCACCATCTTTGGACTC
GGAGGACGCGCGCTGGTTGTGGATGAACGTGCGCACCAGCTGGGGGCAAC
AGGAGGTAGAGACGCGGGGTGTTGTTGTTGCTGGTCGGCAGAGGCTGTCC
GCAGGAGTCAGTCACGTTCCACTTCTTCTGTCGATGTTTTGACCCCGAAC
GCCGCGTCTGGCCGATAAGCGAGGTTCGGAGGCTCGAGCGGATTTCGCCA
TTGCTTGTGCGAGTGTGGCCTTGCCCTTCGCTACGGTAAGAACGCTGTCA
GATAAGGTGAAGTGTGAACTTCACACCTGCGAATTTTTGTCCCTAATTTT
CCGAGGGGGTGCGTGGTGAGAACGGATTTTTTTCGGGAACAGAGCTGCTG
CTATCGAGTCGGCAATATTCCGTTTTTGATTTTTTGGAAATTGATTGGTC
GAAGGGGCAGAACGTCAACCATTATGAAACAGAATTTCTGAAAATCTGTT
TTTGAGCAAGAAGTCCCCAAGGACTTCTTTTGAGGGCCCGTCGTATCAAG
TCGGTAAAATCTGTTTTTGATTGTTGGAAATTCAAATTTTAGTTCAGTAC
AGCATGCAGACCTCCAAGCAGTAACCTCTGGAATAGGCCGCGCAGCATAC
CACTACTGTATTACCATCTGCAGCAGCACCGTTCTTCTGCTGGTGGTGTG
GTACATAGCGATTTCGCTGACACACCGGGTGGGTGGGTGTCGTTGACCGC
CGTAACGTTGGGAGGGGCGCTGGGAGACACGGATGCCCTGCAAGGCCCTA
TATATAGCTACGCACCGATTGCTGCTGTCGAGTGCGCTGCTGCCCTGATA
TGCGGCCTCCGTATTGAACACTGCCTGTACTTGTCCCTATTTCAAGCCTG
CGTCATCTCGAGGTACTTCTGAGGTCCTCCACTCGTGACGCTCTTGGCGA
GATTCTGGAGGTTCTTCTCTTCTACCTACCTGCCTCCACTCACTCACTCG
GGAACGGTCTTGCACTTACTTACTCCTACCATCGGGAACGACCCGGAACA
CGACAACAAGCCATTTGCTCACAACACGGTCTGCAGACTCTATCGAACAC
GCTCTCACAGGCGTTCGTGCTTCGCGCTTTCCCAATGTCATAGACTACAT
CTCAACTTCAGCCCCCCAACAACAACCATACATCTCGCTCTTGGCGAGGA
GACTGGATGGAACCAGCCACCGCCAAAGTCGACGACTCCAACACAACAAA
CCGGCGACAACGACAACTGTTACAGTAGCGGCGGCGGCAGCAGCGGCACA
GGGCACAGCTGACTCAGTCAGGTACGAGATTTTATGTAGACTAGACTACG
CAACTTGATGATGCTGTTTGTTATTGACACTGCAACGTGATCATACTGCT
GCTGTGTGAATCGACAGGCAGTAAAGTAGCAGTAGTAGCGTAGTTGTAGT
CTAATCTAGTAGTAGTAGCGTGATGAAGCGACAGTACTCGAGTAGTTAAC
CTCTGGGTGCCATGACGACGGGCAGAAGCTCACACTTTACTGTACACGAA
AGGAGGAGGGCACGACGACTACGCGCTACGTACGGTGGTGTGCGCGTGTG
TGTGAGCCTCCACTCCCCCCCTTTTATTCTTTTTTTGCTTTACTCCGAGT
ATTTTTTTTAGTTTACGGGTGGTCCAGAGTCCATGTACTACGTCAAATGT
AAATAATGCTCCAGAGTAATAAACTGCTTGTTGTGAACAAAACGGCTGTT
GATCCGTCTAACGGGTTGCTTGCGTGTGGGCCTTGAACTCTACGCCTCCC
GAGACTCTGTTGCTGGTTGCGCGTGTACGTGAGACTACGTCTCATTCCCG
CCCGCCCCTTTGCGGGTCTGTGGGTGCATGACCCTATCTTGCTTATCGCT
CGCAGTTTTCGTTTCAGCGCGCATAATTTTGAAGTATTCTTTCTGACCTT
TCTCAATAAACGACCGCGCGCAATTAATTGAGCGGAGTTTCTTTTTTTTA
TATGCGCCGCTGTGACACACACCTATTTGGATGTCTATTGGTTCCGCACC
GTTCCGAGCAACGCCGCGCATACACAATATGTGTCGTAGGGACAAACACA
CACTCTAGAGTGTTGAAGCAACCCGCTTATTTACTTGGTCTTGGATGTTT
AAGAGTCTTGATTGTGCCGCGTGGGGACAAAGTCCGAGCCTTGGACAAGG
ACGAGGAGGAGGATTAGGAGAGCACACATCGTGCCAAAGGGGCCCGATGG
ACGAAGCTAACATACCCCCTGAAGTCACATCCACGGCACAGCATAAAACC
GTCAAGCCGACATTTCCAGAATATCGTACTACCACGAACATGCAAATCCC
AAACTAACAGTCACAAATCCATGGTCATACCGTAAGTACACTCAACAGCC
CCCCTGCGTGTGGAAAGATCAACACTCAATGACCAACCCGAAATTCCTAC
ACTTTGTTCCCGTTCACCCCTACAAGCATGCACCGTAGACGACACAAAAT
ACCACACCCCCTGAACCGATTTTCAAAGCTCCATTTCTCCACATCAAGGA
TGGTGCCAATGACTTGCGATAGAATCTACAGAGAGGCATCGACTAAACCT
CTTCGACCACACCCATTTGGGCATCATAACTCTATTCGATGCTGAGAAAT
TTGAAAATCTGTCCAAGGGGTGTGTTATCTTGTGCCGTACACGGTCGTAG
CAAGAAAAACACAACAAGTATTTGCTGCTGGCAGAAAGTTTGCGAGATAA
AAGGTGCTTGTCAGAAACAACGCGTTTTCAGTGGTAAAATTACCTCCTCG
TGCGAAAATTCATGCAAAAAAACAGGGGCAAAGCTTTCCCGTGCTTCCGA
AACATACATGTTGGGCTTGCTAAAAATTACTTTTTTGTGCTCCTGGTCCG
GATCCGGCATCTATCTCTCTTCAAGATATTAGTAGACTGTATGCCGCTTT
GTTTTTGCTAATCTTGTCGGATATGCAAACAAGCATGATGCATGTCCTGC
CGATCGTTTCAACGTATACGTACTACGTGTAAATTTATCGCTACGCCCCA
TCCACTACGAAAATTTGAAAAAAATCTAGTCAAATATCGAAACAATGAAG
AAGCAATCCAATGTCGGGGTGTGGTCCACGCAGTATAGATACACACTGAC
CGGCAGCTGATGTGGATGTTTCTTCCTCGGGGCGCCCTTCCATCCCGGCC
TGTTTCACGTCTTCGTCAGGGTGTCGAATGCTTGATTGTTTCGTGTTGGA
ACGCTTCTTGTGCTGTGTGTCGTGGTCTAGACCGACGTACGTGTGTTTCT
CAGCCCTTCTCATGAAATTTGAGCTTCCGTGTCTGTACAACATGTTTTTG
TGCGTTCAAGGAAGAGGGTCGGCATCTCCCCTCAAACAAACCCTTCATTG
TGGAACTGCCGAGAAAGCCAGCTCTTCACACTGGGCCCTTCGTCATGTGA
TCGCAGGTGCTTGCTGAGCTATGTGCCGATATCATCCGATAGCGTGACAT
GCCCCTTGCTCTGTGGCAGGCGCACGTATTTTGCTCCGAATAGATATAGA
CTAGTCTAGACTGTGGGGCTGAAATGCCGCGACCACGCATTCATGTTCTG
GCAGCTGTTGGCCATACTTCGGTTGCCGCACCTTTTTTTTGAATCGGCAG
AAATACGAACCTCGACGTCGACACTCCATTGGGCACTCTATCCATCCCTG
AGATTGAGATATGTCTTTCTTTGAGCTGGAATTTGAAGTGAGGTTGAGGG
GCGTTGGGCCCTCCTTGTCTTTCCGAGACCTCCTATTTTCCAGAGGCTAA
ACGAGGTGTTGCCTCTCTCTGCAAAGCACCTGGTAGTGTAAAAATATAAA
TCGTCTCTATTTCATTTCGCGTCAATCTACAAATAATGTTTATTTCATAT
CCTCGCTTCTTGGCTGCGAGACACATCGAAGAAAATCAGCCATGGCTCTT
TCTATGGCACAGAAACATCGGAAATTCTTTGGACACCTCAGGATTTTTCT
TCTCGCCTGCCTACTCCAACTAAATGGTCTGATCACCACATTAAAGTGGG
GCACGGTGAATTTCAATTCATACAATCATGCTTTCTCTTAAGCTTTGACT
GTTTTCTTTCACAAGGACTTCACAAACCCTGCCAACGGAGTTCCAACCGA
AGGTATACTCGACATTGTATCGCATCTACAGCAGGCGCCTGCTGGCAAGA
CAAAAATCCCAAAGAAAAAGGCTCAATTCTTCACGAAAAATTGAAAAAAT
GGCTAAGCAACATAGCTCAATCTGGACCACAAAATATGGAACACCCCAAT
GAGCAACTGAGCACACGACAGCTGCGAAGTACAAGAATCGAAGTGCAATA
GAGAGGGCTTGCCAACCAGAAAAGCCCCATTACTTCCCGTTATCCGCCCC
TACCCCCCAAGTGTGTGCATTTTTTGCATGCAATAATGGGAGGACTTGGT
ATGAAACTGCCATTGGAGTCGTACGGCACGGTTGAAAACGCGGAAGTGGG
GGCGTGGGTGCAGCTAGAAGCAGAGGAAGAAAGGAGAGACGGGTCAGGAG
GTCCACAAGGCCGACAACCCCAATGTTCGCAGCATGTAGCTTTCGGCTTT
GTGTCGGGTGACTGTTGGTGTGTTCCGTCGATGCAAGTTTTGCGGTGTGG
TTCTTGCCGCCTTGGAGCGACTGAAACAGGTTCCACTTTATCACTGCTTG
CCTTTTCTTGTGGTTTTCGGTACCTGGCATATACCGCTCTTCGGCAGCCG
CGGTAAGAGACGTGTGAGTGACATCCTTGACAACAGAGGCAACAAGTACG
AGACACAACGCGAATGGACGAGACGTGAGCACACGGCCGACCGACGGAAG
CCGCGTAGGAAACTGAAAAAAACGACAGTAGATAAAGTGAGCAAGATTCT
GCAGGATTGAAACAAGAATCTTCTCAAAATAAAGCATCCAATTTTTGGCT
GGTGCTTCCGTCGAAAATAGGAAGTTGAGGCTAGAACAATATTGCATGTT
CTTGTCAGCGGACGCGCACAATACCACAACGTAACATATGGGTCGTGTTG
CAATTTGAGACACCACTCCAAAATACGCACTCAGAATACGTATGAAGTTG
CATCCCTGTGGCGCTGAATGCATCAAGATGCCTGCAATTCAATTCCACCA
CTTTTCTGTGGCCAGCCCAACGCGGACCAAGGGTTGTAGACAACTAAACA
ATTACATGGAACACAATATCAAGTGACCTCAGAAATTTTCCAAAGCAAGA
CCGCTAAGGATCACTTACGGGAGGAGGAAGCCAACAACATTCAAGTTTTC
GAATCCGTTTGCGGGCTTCCCGAATACTAACTCCCATAACCCGACCAAAC
CCAACGAAAGCCCACCAATCAACAAGAGAAGACAGCCTTCAAAGCAAAAT
GACCCCACCCCGTGTCAAGCTTTGCAGAGAGGCCGGCCACCCAGCCCCAG
CGATGGTCTGGTTAAAGTGGCGCCCGAACGAAAGCCGTCGCAATGAGACA
GGCCACAAAACATCAGCAATTGGCTGGTTGAATTTGTCACCGAAAAAGCG
CCCTTGCAGGGAGGCCGGCCACGCAACTCCGGTGATAGGCTGGTTGAACT
CAGCCCCGAACATAATAATCACCAGGGAGGCTGGCCACACAACCGCGGTG
ATGGGCTGGTCGAAGCTACGGACGAAAAAAAGCGACTGCAAGCACGGCCA
CGCGACCCCGGCGACGGGTTGGTTGAAACAATGTCCGAAGGACAGTAAGT
AGTCGGAGAGAGGCCGGCCAAACAACTTCGGCCAAAGGTTGGTTGAACTG
CGGCCCGAACGAGAGTTCCAGCAGAGCAGACGGCCACGCAACTTCTGCGA
TGGGCTGGTTAAAATAACACCCAAATGTTAGCCGCTGCAGGGCTTCCGGC
CACACGACCCCGGCTATTGGCTGGTTGAACCGAAAGCCAAACTTCAGCTG
CTAAAGGCAGAAAAATAATTAGCCCCCTAAGATAAAAATTCTCCTAAATT
CAAACTCCTGGAAATCATTGTTTGGATGAAAACGATGAAAGATAAAACCA
CACAAAACCCTGTTCGTGCAAGTCAGCAAATTATCACTTCTTCAAAGTCA
TAGCAAACTTGTGGGGAAAGTCGAAAGGTTCGAACGGCAGTGCAATCGCA
AGAAACTGGGCGTGTTGAAGCGCCGTCGGTACATGGATGATCGAATTCTG
CTTCCTCGCTACGAGATCCCTTGACAAAGTGATGTCGCACGTCGACGACC
TTCGACTTCGAGTTCGAAATCGGATTCTGCCAAATCTGAATCGCACCTTC
ATTGTCCTCAAACAACAACGGAATGCATGGGTCCCCTGCCTCAGGTAACA
TGAACGTCCACACCTGCCTGATAAACTGTAACTCCTTCAACGCGTCACTA
AGATTGAGACACTTGACGAAGTGATGCATTTTTGCTCTCTCGAGAAAGAA
ATGACTACTTACTGCCCCCCCGCACAGCACGATTCCTCCCGACACGGACC
TCCTCCCTGCCGGGATACTGGCGTAGTCAGAGCTTCCAGAAGCCTGCAAG
CCGATGCTAGACGCCGTACCTCTCTCAAACGTAATCCCCATGTGACTTGT
CCTGCTAATGTATCCTAAGGTCCCCAATGAATCTCGCCAGTGTCCCAACC
GGGGGGCGCTGCAACATCTCGGTACCGGTCTCACAGCATTCGCGATATCT
GGTCGGGTTTGTTTGGCAGGCCAGCCACATCATTGCTCCAATGAGGGAAC
TGAAAGGAATCGAATCACGCAGGCACTCTTCACGCTCGAAGTCCCAAAGT
TTCACGGTCGTGGGGAGCGGAAATTCCTTTCCCCCGCAAACTCCTTACTG
GTTGACAAGCCCCTCTGCGTATTTTTTCCGCGAATTTGTCAACATGCCTG
CTTCCCAGTTCCTCCTGTACACGCATCCTGCGTAAACTTTCAACTCTCCG
AAGTTTTTAGTCGCCCCCTTCTTCCCAAGGTCAGTCGGTCGCAAACTGGT
CACATTTGTCCTGTGTCCCTACTGCGAAAAGGCCATCCACCAAAATCACG
ATTATTAGAGAAACCTTTCCATCTTCAAGCAGTCTGAAGTCGCACGTGTC
GGCGAGGCACTGCATGAAATCCAAAGCCAGCAAGCACTCCACCAGAAGCG
CTTGCCATTGCCTCGACGCTTGCTTCCATCCGTCAATACTCTTGATCAAC
CGTACTACATTTCCCGAGAGGCAACCACATCCGTTTGGCAATCGAAAACG
AGACCATACAGCAAAGATCGTTCAAAGCCTGCTCCATATCGGTGTGACAT
TCGTAGAAGTCCCTTTTGTACGCAAGGGCAGCCAGCAAACGAACGCTGGA
CGCGGAAACGGTAGGTGCATATATCTCACCGAAGCCGAAGTCAAAACCCG
GCCTCTGCTTGAAACCACGCGCACACAACCTAGCTTTGAGTTCACAGGCA
TACCGTTTTAATCAGTCTTAAACGAAAACACCCACTTGCCGTCAATCGCA
TAAGCCGGTCGCTGCTAGACATATCCATACGAGTCGGCCCTGATGAGGCC
GCCGAATTCCTCTTGCCGCGTAGCTCCAGGACTCCGCTTGCTCTGATCGC
ATGGCCTCGTCGTACGTGAGGGGACCCCGAAGCTGGCTGGCTGGGCTGCG
AAAACGATGAAAAATCGCCAGCAGCTGCTGCCAGATCCTCTCTCGAAGCC
GGCTCCGCGAAGAACCCGCACTATATCTCACCGTGTTGGGGGTCGCCGTC
GTCCTGCTCCTCCTGCTCGCGCTGCCCCCCTCCCCGGTGGTGAATGGCCG
CCTGGGTTTTGAGCATGCCGATGAGACACTCCTTGTCCAGGTGTGCCAGG
TGGTGCGACATGGCGTCGAAGAGGGCGCCGTCGCTATCGTCGCTGCCGCT
TGTTGGGGACCCCGGCGGTGGCGGTACATTATTATGAGGGAGAAGGGGGC
CGCTCGAGAGGGCCCGACCTAGATCTCACCGGCGTGTGCCGGCGCCCATA
CCTCGAGGTGATGATGGCTCCCCCACAAGGCCTTCAGGCGGGATCTGCGG
CGGTGGTTAATTTGAAAACAGAAACAAAACTTTGCTGGCGTACCAGCCAA
TACAGAAGTTCATGTCTTAGGCACACGTACGTGGTGACACCGAGACTGCT
GCTGCGCGTGTTACCATACATGTCATGTAGCACAGCCCCCACCGCAAAAC
AAAAATAGCGTGGCGGGTGAAGCGGCCCGCCAGAGGCTCAGGAGACGGTT
GTTCTCGACAGTCACAGCGAAGTGGCGTGTGTGTGTTGTGAGCTCACAAC
GGCCACTGGTTGCGCCGCGGAAAGTACAGCATTTGGAATCGCGGCGATTT
AATAGAGTTCCTCCACGGGGAGGGGGAGCCCCTTTCTAAAACCCCTCCGC
CAGGCACAGCGTTACGAGGAGGCTTAAACCGCAGCTGCCAGTCCCCTTTT
TATACCTTTTCGAGGTCGTTCGGGCGTTTGGTGCATCAACGACACCTTGC
CACATCGCAATGTCGCCCACAAGGTCCTATTTGAGAGTCGCGAGTGAGGT
GAATGAAGTTGCTAGACTCCACCTCTTGGGGTGGGAAGATGAGGTGGGAA
TGCGTCAGTCGGCCATTACATACACTGCGCAAGACCAACCTTGCAAGGCT
CATTTTCTCCTCCAAGCGCCCTCGTTTAGGCGTCGCCGGCTGGTTTTGGA
GCGAAACGCAAGAAGACCCGAAACCGCAGTCACCATCGCCTCTCCTAGAC
AATGCGGGGTGTCTGGTACGTCCTTGTTAGCGGGATAAGAGAGTCCAGCA
CGGAGCAAGTACATTGTGTTTGATAAAGGCTTATCAAACACATTACATGG
TGCTTTTCTTGATATGTACATTTCTATTACAGTAATAGTTCGCACATGGG
TCTTATTTTTGGATCTTGTATGTGGATGTCGGGTGTAGCATGGCGTACCC
AGATATAAATACACACACCTAGACAGGAAGAGCCGATCTTCCTCGGCGTA
TACCTGTGACCTTCATTTGGCACAAGAAACTCCGCTCGGAAGTCAACTCT
TCCATGCTAACCTGAAGATGTGGCGGACCTCTCATGTAGGGGCCGCCCTC
CCCTTCACTCTCCCTTTTGGGATCTCTCCTCTCTCTCTAAATACCAACGG
AGGAAACATGCCTGCCCCGGTAGTGGCCTTAAACTTCCACCACCTTGGCT
CCCGTAGCTAGGGTCCTCATGCAGAGGGAATTATTTTTGTCCGCGAACCA
TTCGCGCACGGATAGGAAGGAATCGTTTCAGTTCCCGAACCTAAATTCGT
GCACCTCTTACAGGGGTCGGCCCACGTCTCTCGTACGTCACTCTTTGTAT
GCCGGGTATCAATGTGACACACACTTACGCACACCGGAGGACGGGGGGGG
GGCTTTCGGATTTGTTTTGTTGGCAGGGATTACGGAGCAAGAGGAGCATA
TCAAGTTTTTTTTTTCCTGTGAAAGGACCCGGAACTACAAACCCACAACG
AGAGTCGAAGTCATGGCGGGACAGGATATGGACGGAATTCGCAATGATGC
ACTATGCTGTGAAAAACTCCTTTCTGTGTACAAACAATCAAGACGAAGCA
CCCGGGCACGGAGGAAGAACGATAAGTAAGTAGGTATCCCTCCCCACCTG
CCATTTTATCAGTTTGTACAACTTCAAGGGAAAACGTAAGATCGGGTTTT
CATTGCGGTGAACGAAGCGGCGCATGGGGCAAGGGGAAGACAGGAGAGGG
CAGGACGGGAGGGAGGGGAGAGACAGAGGGCGCAGAGACCATGCAGAGCA
AAGAGTCGCTTGGTCAGGCACACGGCGGAACAAGCCGTGTCATCAGACAC
GGAGCGTAGGTTGGAGGAGAAGAACCGAAGAAAAATGCGAGGGAACCTGC
CGTTACCACTAAATGTTTTCGCTACGATTCGCAACTCATCTTCCACAAAC
AAGCAACCCTAGTCTAACCAACACAATATATATCACGCAGAGGACCGCAC
GCCGATTCCGTCATAGAGTTGCACACTACATCTACTCCTCCATTACTCCT
GTGACATTCTGGCCCCCCGCTCCCCCCACTCAAATCCACCCCAGCTCGTT
TGTGATTATTTTGTTGGCAAACGTTTGGTTTGTTTTCTTTTCTTTTTTTT
CTGGATATAGTCTAGTCTCGCCATTGCTCATACGATGGATAATATGTACA
CAGTAGGTTCAGGAATTGACTACAGCGTCTCTGGTCCATCATCCAAGGAT
CTCCCCTTTCGATGCCGAGCCATATCGCACCTCAATCACCACTGACTGGT
CCGCTCTATTGCTTTGCCAGGGAGTACGTCGATGCTTCGTTCGCCATAAC
AATGGGGGAAGTGGTAATGTTTGCGCCAACAATAACGATGGAAGTGGTGT
CCATCTCGGGCAAAATTTTGGGGCATCTTTTCGGTATCGGAAGAATTGTG
CGTGAAGTTAGAGAAAACGAACGAGAAGCCCAAGATCTGTGGCGGAGGGC
TGAGGACATCCAGCCTACCATGCAGTCCATCAGGCAGCAACACTTGAGGT
TGTCTTCTTCACAGCCGATGCAGAAGCTAGAGGAGACCGTGTTTAAAATC
AAGTTCACCTTAGAACAGTTCGCACGTAAGTCTAAATTCAACAAAGCTTG
GAACCGGGACAGCTACACCAAGGAGTTCTTACGGCTCTCCAGGAAACTGA
GCGAAAATATGGCTGCTGTTATGCTGGTCAAGTTGGTCATCGACGAAGAG
CAGCGCAGAATTGAGGCCGACGCGGACCAGCTCAGGATTAAAGCCGGCAG
CCGCATGGACTCCTCCTCCTCCTACTCTTCCCTGTGGGCCATTTCGGCTG
TAACAGTTCATCGTGTTGCGACGAAGAGCAGCGCAGAATTGAGGCCGAGG
CGGACCAGCTCAGGATTAAAGCCGGCAGCCGCACGGACTCCTCCTCCTCC
TCCTCCTGTTCCCCGTGGGCCTTTTGCTGTAACAGTTCATCGTGGTGCGA
CGAAGAGCAGCGCAGAATTGAGGCCGACGCGGACCAGCTCAGGATTAAAG
CCGGCAGCCGCATGGACTCCTCTTCCTCCTCCTGTTCCCCGTGGGCCTTT
TACGGCTGTAACAGTTCATCGTGGTGCGACGAAGAGCAGCGCAGATTTGA
GGCCGAGGCGGACCAGCTCAGGATTAAAACCGGCAGCCGCACGGACTCCT
CCTCCTCCCTCATCCTGTTGTTCCCCGTGGGCCTCTTGCTGTAACAGTTC
ATCGTGGTGCGACGAAGAGCAGCGCAGATTTGAGGCCGAGGCGGACCAGC
TCAGGATTAAAGCCGGCAGCCGCACGGACTCCTCCTCCTCCTCCTTCTCC
TCCTCCTCTGCCACGGCTTTTTTCAGCTGTTCATCGTGAAGGGCAGCAGC
GGCGGCGGTGAAAACAGCAGCAGCATCCTCCCTTTCAGCAGCCTCCTGGG
CAGCGGCTTCCTTCATAGCGGCAGCCTTGTTCTCTTTGTCAGGGATTCCT
GCGAGCTGGGGGCACTGCCTGGCACATAAATACATTATATAAACCTTTCG
AACGCCCAGAAGAGGTACCTTGGGCAAGGTCCGTAGCGAGGCCGCGCCCA
ACCAAACCAACCCCACCACAACGGCGGCAAGCTGCACCATCTTTGGACTC
GGAGGACGCGCGCTGGTTGTGGATGAACGTGTGCACCAGCTGGAGGCAAC
AGGAGGTAGAGACGCGGGGTGTTGTTGTTGCTGGTCGGCAGAGGCTGTCC
GCAGGAGTCAGTCACGTTCCACTTCTTCTGTCGATGTTTTGACCCCGAAC
GCCGCGTCTGGCCGATAAGCGAGGTTCGGAGGCTCGAGCGGATTTCGCCA
TTGCTTGTACGAGTGTGGCCTTGCCCTTCGCTACGGTAAGAACGCTGTCA
GATAAGGTGAAGTGCGAGCAACTTAACACCTGCGAATTTTTACCCTAATT
TTCCGAGGGGTGCGTGGTGAGAACGGATTTTTTCAAGAACAGAGCTGCTG
CTATCGAGTCGGCAAAAATCCGTTTTTGATTTTTGGAAGTTCAGTGTTTG
TGTTACTTGACGGAAGATATCGCTTATCGGTCACTTGATGTGGCTGGCCA
ACCAGACTAGACCTGACATCCTCAACGCCGTGTGCGCCCTTGCGCGCTTC
TGCAACGCTCCCACTATGGGGCACTGGAAGGCCGCGTTGCATGTATTGAT
GTATGTGCGTGGGACAATTGATATTGGGATTACATTTGAGCGGGGAGGAA
ACCTTGATTTGGTGTTCCATGTCGACGCTGACTTTGCCAGCAAGGAGACA
GGAAGGAAGTCGGTATCTGGGGGGCTTCTAATGTGTGCGAGTGCATGTGC
TGGATATTTCTCGAAAACGCAGCAGAGCGTTACCACGGCGACTAGCGAGG
CAGAATATGCCGCCATGGCACAGGGGCTGAAAGAGATGATTTTTATGAGT
TATGTCTGGAGTTTTGTCCTTCCGGACACGGATGTTGGATGCACGACAGT
GTACGAGGACAACGAGGGGGCGCGACATCTGGTGATCAACCCCGCCACCA
CCCCCAACTCGAAACATGTAGACATCCGGCACCACTTTATTCGCGAGCGC
GTAGAGCGGGAAGAATTTAATATCGTTCAAGTGACGTCCCGATTCCAGCA
TGCTGATTTCCTGACGAAGCCGCTACACCAAGGCGCATTCTTTTTCCACC
GACAGTTTGCAATGAATCTGTAGTGGCATCATGTGTATTTGTTTTTGAAT
GCCCCAGGACGCCGCATCAGGTATCTTTTCGAACTGTATTCCTGTCCATG
TGTTTCGTTTTTTTTTTTTTTTTTGGTATTTTTCTCTGAGTGTGAAGCAC
CGTGCGATGCAACACCGTGGTGAAGGGTAGGTGAGGCTCAGAATGGAGAT
GCCTGAGGTCACTGCCCGGCTATCATGACGATGTGTTGGCGGTCTGACAG
CACCTGGTGTTCCTGGTTTCTTTAATCGTACTGCATACAAGAATCATGGG
GGGGGGGGGTGCACTCATAGTCGTGCATGCTTTAGTCGTTAGACCATTGA
CCTCGCATCCCTACAAAGCCGGGACGGAGCACGCCGGGTTCTCACCGGAC
CAGGCTCTCACACCACCAAGCTCGAAGCGCCGTGACGTATTCATCATGGG
GGGGGGGGAAGAAATGCTGGACCATGCTCCTTGTTGCAGTAATTTGATGT
TTTGTATTATTCGCTCTGCGTTCGACCTGGATGTTCGATGAATTTTGCGT
TGAATGCGAGTTGGCTTTACCTATACCTCAGGGCGCAGGGGGGCCAATGG
TTGAAACGAACTGCATGATGGATTCTCCGTGTTTTAACTTTGAGCAGTAT
ACTTCAATATTTGATATGGCTTGCAGGACGAGGATTTGGGTAATGATTGC
TTGCGCTTGATATTTCTGAATATTGAATTGAAGGAAGGATTCGGCATGAA
CTTTCTGGTAATGGTTGGGGCCCGCGTGCTTTCCGAATGCTAGAGTGTTC
TGGCCGAGAAGTTGAAATTTCGGTCCTATTTGAGGATTCTGATGCCAATT
GAATGATACATTTCCGGAATTGCCCGTCGTTGTGCAAGACGCAATACTAA
GGTGGTGTTGACCTATATTTGGGTATGTTTCTGAGGATATTTCTGATGTT
TTGGCGTCTTGAGAATTTCTCAAGAGGATAAAAAGCAAGCGTCGGTTTAG
TATAGAGAATAGTAATATTACCTAATCAGGATCTTTAAGTTTCAAGGAGA
TCAGCCTGAATTTCGGCGCCCGGACACCTTTCGGTGCGAATCGAAGCCCG
TGAGCGTTCTGCTGTGTTCAGCGGTAACAGCGCGCCTGCTCCGGCCCCGG
GACTCGCCCTACACGCCGAGCTACGGCCGCTGAAAGCCGGAAGCGGGCGT
ACCCCGTGACGTCATCCCATTCATTTAGCAAGACAGGCGTCTGCGACAGA
TTGTGGATCTTTGAGAAAAACAGGAATCAGCGATAGCTCGGCGCACACAC
GCGCTCAGAACGTCCCCGAAGCGTCCATGTGTTCCGTTGAGTCTGGCCGT
CATGACGCGCCGCCTTCCGTCTCGAGACTCCCCCTGCTCGCTGAGATGTG
GCGGCAAAGAGGTGGGTTGCGGGGAGCCTCCCGTTCATTTTGCAAGACAG
GCGATTCCGCCTCTTTCGGGGGGCAGCTGGAAACTCACACATCTGCTGGC
GCTCAGCGACGACAAGATATGCGCAGCTCTCCTTTGGGATGTCTCATCTT
CGGGGATTTGGGGTTCGGCGCGCCACTTCCCGCGTCGATCTTCGACGTCG
TGGCGGGCCGCGTCTGTTTGAAGCCGTCAGCTCGAGTTTTTGGTGACGTC
ACCTATAGTAATTCTACATTGTTGGTTTTGGCTCTTCCGCGGAGATGCTG
TTTTTCGTGAACTCGCGATTTTATCGTCCGTACGCACGCTTTTCCCGAAA
AAAACGCGCGTGGCGTGCTGCCCACAGTCTCGCGGTGTCGTGGCACCCGT
TTTATAGCGTCGGCGTCGATCTACACGTGCAGTTTGTTGGGTATGAAGTT
CGTGTGTGTCAGTGGATCTTCAGACACGTGTCGACGGAGCGACTTTACAA
ATTTTTGGTTCTGTGCAATATGTTAAACGGGACGTAGGGAAGGAGCTGTA
GGGAAGTCTCTTCGGGCTATTGTCTGATTCGTGAATTCAGTGACGCGCCG
CCATGTTGGGTGGAGTTTGTCGGATCAGCATTCTCGCTGCTGCCCCCCGA
TCCTCACATTTCATCAGCTCCCCCACTGCCAACATTAAAGATCGAGCTTC
GAACACCATGTTCAGAGGATCCCCTTGAAGAAGATCAGGACTGAAGAACC
ATCTTCCTCAAAGCGGAAGTTCCTCGCCGGGAATCCACTCTGGCCGTGCC
CCAGCAACTACTGCGACGGCCTTTTGAAGAAGATCCCCAAGACCAAGAGT
GGATTTTTCACGCCTTGCGACCAGAAGCAGTCCAACGATCTGAACACCTG
TCAGGTCTCGTGCTCTTTTTTGAGCGAGCGAGGACCAAACCCCGTCAAGT
GCGAACTGTGCTTGACGCCTGTAGGAGGGACACCTTCTCTCGGTGTTCTG
TCCGAGAGAAGACCGATCAAGGCCGAGACGGTGAGCCACGCACATAAAGA
TAAGCCTAAAGATATCCTAAGATGCTCAGCCCTTTTGCTGTATCTTTGCT
CGGTTGCTCTATCTTAAGATGCACGCCCCTTTTGCTGTATCTTTGCTGGG
AGCAACCGATTGTATACGACATAAACGTCACTCCATTTCACAGCCCCGCG
GAAACTAACCGTTGCAAGGATCGCAAACAATACAGAGTGGCTGAATATAC
ACGCGGTGTGGAAGTTGTGCGCCGGGGCGACGACATCTGACGGTGGAAAG
TACAAGAACGCCACCCTCGCCAACGGGGAAATCGTTGGGGTAAGTTATCC
AGTCTGCGTTCTACCTGATGAAATTTGTGCATAAGTTGTACTGTGTGTGA
TCGTACTATCCGGAGCCTCTTTTTTCTTCCCGCATCTGCCGGATTTCCTC
GCATTTTCGTGGACGTCTATACTGCTGTATCAATCATCCTTTTTTTCCCC
CCGTATTTTGTTTGTCCGGGTTTTCAGCGCCCGTGTAGCTGCTTCGACCC
GGAGAAACACGTCGACGACATCAAAGAGGGGTGCACGGGAGACATCCAAG
AGGGCGAGTACGTCGTCAAGGATTGGATCGACCCTCCCCTCCACCTCCAC
TGTGCGAAGCGCCTCTGGCGGGCGAAGGTCGACGAGATCCTCAGGGAGAA
GAAGATCCTGAAGGACATCGGTACTACCGCGGAGAAGGAGAGCTCCCAGC
CTTCGGCGCCAGCCATCGACGTTTAAAGTGAGATCTTTCCCTGTATTTCG
CAATCTCTCAAGTGATATCATTTCAAGTCAACACTGTCAAGTCATAAATC
ATAAGTCATAAGTCAATGCGTCCAACGCAAGTGTCAATGCGTCCAACGCA
AGTGCCGAGCTCTCGTGTTACACGATCGACGTCTCGACAGCACTCGGAAC
CACCATGTTCAAACCCTCACAATACACGCGCAGCTTCCAACCGTCAACAA
TCGACTCAGCGTCCTGTTTCTCGCCAACATTCACCGCCTGTATCGAGTTC
TCGTGTTACGCGATCGGCATCCCGGGTTAGGTCTCCGTGTGTACAATCTA
ATATCTCTTCCAGGCGAGCTTCAATTAGACAATCTGCACGAAGACAACAA
ATTCTGCAACACAAAGATTACGAAACACCCAACATACAAATGACGTTGCG
GGTTCCGATTCTAGGCGAACCTCTGCAAGAATAGCTGAGAGAAGAGCACA
AAATACCCGGCGACCCCTTCAGGATGAACCGACTGATTCTGATGACGACA
GTGATACATCCCGCGAACGTAGTGTACACGACGAAAACGACAATGCTCTT
AGAACGATCCGAGAACACTTCAACAACATGCGCGGACGTCAACCTAGACT
GCCAGAAAGAGGCGTGGATGGTGAATCTCGTGACGATGACGACAATTTGT
CTTATGGGGTGCAGCCTTTCAACTGCCTTCACCCCTACACTCCATTGTCT
TCGCACCAACTCAAATATCCTTCCCTCGAACACGAAATGAATCATGTCTG
CAAGCACTGCGACGCCATTTTGTGGAAAGAAGAAAATAACACATACAACT
GTTGCAACGGGGGCAGATCTGCCTTGCCGCGTCTTCGACCAATTTCCTCC
GACCTCATGTCCACATTCAGCTCGCCCAGGTTCAGTGCAGGACAAAGAAG
ATATAACGGTTTGTTTGCGTTTACTGGACTGGGTGCAGGAGGTATCGAAA
AACGGACATGGACTGGGCCCCCCGCCCCTTCGATGCTGACGTTGCACGGC
AGAGCGTACCATAGAATATTTGACCTGCAGCAACAATACACTGACATGAA
CGTTTCCAACAGCTCCCGTTTTTACATCTATGACTCGGACTTTAACTCTC
AAGCAGCTTCGTTGAAACTCGACACTCAAATCGCACATACACTGAGAACT
CACGTCAACACCAACATTCCCTGGGCACAGCAGTACCGTTCGGCTGTGGG
TTTAATCAACCAACCTTCCGCTGACGATGACAACACACCGTTCATAGAAT
TCGCACAAGTAAGTCGGGCCAACGATGGGCTAACGTTGGCGACGCCGTAT
CAGCCCCCGAAATCGCGGCTTTACTTTACACCTCGAACGCTCAAAATCCC
GGGCCCAGAACAGTGGTCACCTACCCCAGAAATAGTCCAGACGACAAACC
AAGGTTCCTCCCGCTCTGGAGTCCAACATACGAGACTCTTCAGTTCCCGA
TGCTAATGCTGCACGGGGAAGCGGGATGGAGCAAGGGACACCGTCACGAG
GACCCCCCATATAAATCTAAGACTATGAATAGAGACAATACATCACACGT
AACATTTCCCTTTTACTGCCGCCAACGTCTACTGTGTGAACCAGTTTTCA
AGCGAAACAGCCGCATCACCCAAGAATGGGCTTGCGACTCCTTGAGTCGA
ATGGAAGAGGAGAGACTGACCTTTGTTGAGCACGGCCCTTTACAACGACG
ACTCGCAACGGACCGTTCCATTAGACAGACCTCTTCGGGCACGCCACCCG
GGAAGCTCCTGCCAGAAAGTCACCCAGGCTCAATGGCCAAAAGAAAATCC
GACACCGAGGATGCATTAGCCATTGTAAACAGAAAGGGAAAACCTCACAT
CTTCGTAACCGTCACCTTCAACGCTGACTGGAAAGAGGTCAAGGACAACC
TTTTGAACGGCCAGACCGCGTACGACCGCCCGGACCTTTGTTGTCGTGTT
TTTAAGATTAAATTGAACGCGATAATGAAAGAAATCAAGAGTGGAAGAGT
TTTCGGAGAGTATGACAGTCATCTAAGTGTAATCGAGTTTCAGAAGAGGG
GCTTCCCTCACGCACACATCATCTTCACCTTCAAAAATGATGGTCCGGAT
AACCTCAACCAAATCGACGAGTGGGTTTGGGCCCGACTTCCATCTGCAGA
CCTTGCTGGTGGAAAACTCCGGGAAAAGGTTTTGAAATATATGATCCACA
AGCCTTGCGGGAAGCACAATGTTAACGCGCCCTGTATGGAGCTCAACCGC
GAAACCAACACAAAGCGATGCGGAAAATACTATCCTCAACCGTTTAGGAG
TACGGCCACGATTAACGACCGCACCGGACGTGCAGAATACAAACGGACAG
ACAATGGCGACAATCCCACCATTAGAGTACGCGTAGACGGGGAATGGCAA
GACGTTCGAATCGGTCATGAGTGGGTTGTCCCGTACAACCCGTACTTGCT
GTTGATGTTTGACTGTCATATCTGTGTCGACGTCGTCACCGCCACTTCGT
GCGTTAAGTATCTCTTCAAGTACGTGCACAAAGGGGCCGACTACGCTAAA
GCAAGGATTCAAGGTATCACAAGCGAGATAGAACAATATCGAAAAACAAG
ATACATATCTGCCGCCGAGGCCATATCGGATATCAGATGGTTAGCAGATT
TCCGGCCGTGGCAAAGATCCACGCACACCTCGAGGGTGAACAGTACGTCA
CTTACCCCGATGATGCCACGCCTGAAATGCGTCTGGAAATTGCCGATAAC
TCTCCGTCTTCCCTCATGACTTATTTCCAACGCCCAACTGACGCATTGTT
CGACCAACTCACCCTATTAGACTACTACGAACAGTTCACCATCACAAAAC
CGAAGAAAGGCTTGCCAAAAACCGACTTCCGCACCACCAGGGAAGTTCTT
AGACTCTTATGGCAACATCATATCATCCAGATCACAAAATAATCAACATG
TGTGTCGCATCGTCTTCCAAAGCCCCGCCATCGGAGACTTATTTTATCTC
CGCCTTTTATTGCACACCATTCCTGGAAGGTGTTTCGATGATCTCCTACT
AGTGCCTCAACCTGACTCTACGTCCTTCAAACACGCAACTTTCCATGATG
CCGCCCGAGCTCGGGGGTTGGTTACTGGTGACGAAGAGTACACCATTTCC
ATGGAGGAAGCAGCCTCTTTCCAAGTCGGACACAGCCTTCGCGCACTTTT
CGTTACCCTGATTTTAGATGGTGCTTCAGCCCCAAAATTGTGGGATGAGT
TCAAAGTAAATTTGATAGAAGACTTCGCCCATTTCATGACACAAGACGAA
GCAGTCCAGCAGGCCCTTAACGAGATCGATTTAAAGCTTCAATTGCACGG
TAAAAACAACGAGCAGGTTAATCTTCCAGCTGCTGTGCACTCAAGAACGG
AGTATGAAAGAATGAAAAACGCTTTTAACTTGGACGACTGCAAGACATAC
GCTGCGACTCACGAGCGCAATCTCACCGTTGAACAACGTCACGTATACGA
CACGGTTATCCGTTCGGTTAACGGCGAGCAACGACAACCTTATATGATCG
ATGCGCCGGCAGGCACAGGGAAAACATACACAGAGAAATGCCTTGCTGCA
AAGCTTAGAGGTGACGGGAAGATTGTCTTGATTGTTGCGTCGACAGGAAT
CGCTGCTCTGCAGCTACCCGGTGGGTGGACGGCTCACTCCATGTTCAAGC
TTCCCATGGACGAAAAGATGTCCCTTCGTGTGTGTGTAACATCAGCGCCC
AAACCCAACGAGCAGAGTTAATTCGTAAGAGCGACCTCATTATCTGGGAT
GAGCTTCCCATGACTCACCGGTTCTGTGTTGAGGCTCTCGACCGAACACT
AAAGGACCTCATGCGTAACTCTTTGCTCTTCGGTGGCAAGACCATCTTAT
TTTCCGGTGATTGGAGACAGACTGGACCCATTGTCAAATTTGGGTCTCCT
ACTGACACCGTTGACGCAGCAATTATTTCGAGCCATCTATGGAGTAGTAT
CTTCCGCCTCAGGCTCACCAAATCTCAACGTGATAGAAGCGATCCTGCCT
ACGCTTCATTTGTGCGAAATGTGGGAGAGGACACTGTGCCTCCAGAAACC
ATGCCCGACGGCAGCAAGCTCATCCCTTTGAGCAACAGCTCCACAGATTC
GCCAGACCAATTCCAGCTGCAATACACGACCGACTTTAACGATTTAGTCC
GCTTCGTGTACCCTGACATGTCCCAAGACGCTACAGCGTGGAGCGACCGA
GCTATATTAGCCACAACCAACAACGCCATTGATCGTTCCAACGAACTCAT
TTCTGACAACCGACCGGGAAGATCTGTGTCCTTCTTCAGCTCTGACTCAC
TCATCAAAGACGAAAATTCGGGCTCGACCGCTTTCGCCGCCCCTGAACAT
CTCAATCAACTAAACGTGACCGGTGTGCCTCCCCATGACCTCAAACTGAA
ATCCAACGGCCTGGCCATGATTGTAAGGAATCTAAACTTTTCCGAAGGGT
TGGTAAACGGCCAAAAGTGCATTTTGAAATCGCTTTCCCCCAACAGCCGT
GTAATTCATGCTGAACTTCTCACAGACGAACTACCTCATCCTGTCGTGCT
AATCCCAAGGATAAGTTTCTCTGCCCAAGTTGGAAGGAATGGCATTAACT
TCATGCGCGTGCAGTTTCCTCTACGTACTGCTTATGCCATGACCATAAAC
AAGAGTCAGGGCCAAACTCTTACCAGGATAGGGTTGGATCTTCGTTCGTC
TCCCTTTGCACATGGCCAACTGTACGTTGCTCTCACCCGTGCTCAAAACG
ATCAACTGTAATGCTGCTTTTGCCACACACACAGGTTGTCGATGGTACTC
CTTACACTGAAAATATTGTCTACAAGCCATTCACAGACGCCGCAACTGGC
GAGACGCACAGTGGCTCTTCCGCGACTCTCCCCTCCTGCCTTATCTTCCT
CCTACTCCTCCCCGCCGCCTCCCCTCCTCCTCATTGGCTCATTCAGCCGG
AGTTGGGGGATGGCAACTGCGGCTTTAGGACCATTGCCCGCCGGGTGTTC
GGTGACCCTGACCTACACCACCAAGTTCGAACTCAAATTGTGCAATACAT
TTCCAACAACAAACACAATCCGGACCTGCACATTTACGATGGTGTTGGGA
CTGAACTTCTACACAGATTATGCTATCCGCCTTCTGCCTATCATTCTTAC
GAAGAGTACGTCGCAATAATGTCCATGCCTCTCACGTACATGGGTCAACC
CGAGATTACTGCTGCAAACGCTCTCTATGACATCTCCATTCAGGTTCATT
TCGATCAATCCTCTGTACCGCTTCCTCAAAACACCCTACCGAACCAGCTC
CATGTCCGGTTGAATCCCGTCAGTCTTCACTATGACACCATCTTACTTTC
GCAACCTCCCCCTTACCTCCGTAATTGCCAGCGTCCTTCATTCTACTGCG
CAGGTCAACCCACCTTCATGCCTGGCGTTACCCTGCGACACATCCCTGCA
CCTCCGGGAACATTGGCTTCTTCGTGCCTGTTGCCGGACTACTCGCTGTA
TCGTGTGCATTGTCTACAGTAGAATTACCATCGTTTGCGTTGGGAACACT
CTGCTGTGGCAGCAAATGTCTGGGTTGTGGGGAGCCCTTCGGTCATTTTG
CGGAACGGGCTTTTTCGCTTCTTTCGAGGGGCTGCGAGTGATGGTTTGGG
CATCGCCGCGCCCCTTGCCGCTTGGGCCTTCCGCATAGTCGCGTCTACAG
TAGAATTATCGTCATTTGCGTTGGGAATTTCAACAACTTTTGCCGTGTTA
CGAATTGCCTTTCGTCTACCTCAGCCACTCTGCTGTATGTCTCTCGGGTT
TGTGCTTCAAGTTTCTGTCACATACATGCTGAATGCAACACACAATAAAT
ATTTCTGCCGCCTGCATTTCATCACATTGCGCAAGGCTCTCCATCCACAT
TTTCAGCCTGCATACGGCTTCGTCTGCTCTGGGAGTTCTACCGCTCGCCA
GATCCTAAACCCTACGCCATATTCACCCATCCCTCTTACTCCCTTCCAAC
CCCACTTGGTATCAACACATCCCCTTCTAAACACGCATTTTTCGGCGTGC
GGCCTACCCAAGGGGGCCTCTTTTTCATATATATCAAGAAAAGCGCGTAG
GGGGGGCATGGCCCCCCGGAGCGCTTGTAGTATCTACTATTAGTACTGAC
CCCAGTATTTAGTAAGTATCTGGCCCTTTTCGCCCAGTAGAGTAATACTC
ACACTTTCGTATAGCTTTTTATACTCTACTAAACATACTGTGGCGTTTAG
TACGGCTCTTCATACTCTACTAAAACTTTTGTAAGTACGGCTCTTCAATA
CTCTACTAAACATCTTTTTGATAAAAAGGCTCTCGGCGTACGGGTGGATA
TGTTTTACGTGTTTGATGTTTTCAGTTTCGAAAGGAGGAGAGATGATTAT
CTGGACTTGGCATTTGATGACTTGAATTTTGCATTTGCTAAGACAATTTC
TTCTGCCAAGCAGGGGGGCTGTTTGTGGTACTTGACGGAAGATACTGATC
TGGGGTAGATATGGGGGTTACGCAGTTGAGGTAGCGGTATGACGGCTGTA
TGTCACGGGGACCCTTCTTCCCTGTGGGCTGCAGTCACTTCTTTCGTTTT
CCACGAGAGTCAGCCGGGCTTACCGAGATAATACAAGAGCACATTTATAC
AAGAACGCCTTCAACAAGTCCTAAGCGGGCTAACATATGCCCCGCACCAA
CAACACAAACATTCAAAATATGGCTCTGATTGGTCGAAGGGGCAGAACGT
CAACCATGCATTGTGAAACAGATTCTCCGAAAATCTGTTTTTGAGGGACT
TTTATTTTTAGGGCCCGTCGTATCAAGTCGGTAAAAATCCGTTTTTGATT
GTTGGAAATTCAAATCTTAGTTCAGTGCAGCATGCAGACCTCCAAGCAGT
AACCTCTGGAATATAGGCCGCGCAGCATACCACTACTGTATTATTACCAT
CTGCAGCAGCACCGTACTTCTGCTGGTGGTGTGGTACATAAGCGATTTCG
CTGACACACCGGGTGGGTGGGTGTCGTTGACCGCCGTAACGTTGGGAGGG
GCGCTGGGAGACACAGACGCCCTGCAAGGCCCCATAGCTACGCACCGATT
GCTGCTGTCGAGTGCGCTGCTGCCCTGATATGCGGCCTCCGTATTGAACA
CTGCCTGTACTTGTCCCTATTTCAAGCCTGCGTCATCTCGAGGTACTTCT
GAGGTCCTCCACTCGTGACGCTCTTGGCGAGATTCTGGAGGTTCTCCTCT
TCTACCTACCTGCCTGCACTCGGGAACGGTCTTGCACTTACTTACTCCTC
ATCATGGGGAACGACCCGGAACACGACAAGCCATTTGCTCACAACACGGT
CTGCAGACTCTAGCGGACACGCTCTCACAGGCGTTCATGCTTCGCGCTTT
CCCAATGTCATAGACTACATCTCAACTTCAGCCCACATACAACCATATCT
CGCTCTTGGCGAGGAGACTGGAACCAGCCACCGCCAAAGTCGACGACTCC
AACACAACAAACCAGCGACAACGACAACTGTTACAGTGGCGGCGGCGGCA
GCAGCGGCACAGGGCACAGCTGACTCAGTCCAGGTACGATACTTTACTAC
AGTGGGCGCCCGCTCGTGAGAAAAATTTTCATAAGAAAAAAAGCTCACCT
GTCCCCGAAAAATAAGAAAATTTGCGCAAGAAACAGGGCTCAATCTGGGC
GACAAGTTAAGAAACGCCCCAATAAGAAAACCAGCGCAGAACAGCTCCAC
AAATAAGAAACGAAGACTGGAGAGGGAGTGGAAATAAAGAAACGGCCGTT
TTCTCCCCAGGAGGCCCATCCCTACCCCCATGCGTATTTTGTTTATGATA
GGGAGGGGGTGTGCAAACAGTTTCATCTTGGCAATGCCGAACGCAACAAC
AAAAACGATCGAACCCACACGGAAACCAACAAAGTAGTACGCAATATCCC
GGAATGAAACAAGAAAGTGGATTTAAGAAAATCACCGTCGTAGGCTCATC
TTTGGCCGAAAATAAGAAATTGAGACTCGACCCATATTATTTGACGTTTC
TTGTCAGCGGGCGCCCACTGTATAATTTTATGTAGACTACAGTGCCGGCC
TGCACTTAAGAATATGGCACTTAAGAATTTGATGCTAAAAAAATCCAAAA
CTTTAGAATTTACCGATAAGAACACGTGCTCAGCTTCACGACCTGTTGGG
AACAAGAACACATACCTGAGGTGCAAAACTGCTGCTACAAATAAGAACGA
CAGCAGCAATGTAGCGGCTGCCGGATAAGAATACTCGCAGGGGGAGGGAG
GGAAGAGGGGGGAGCGCCAACAACGAAAATGGGCCAAGAGGCATAACCTG
TCCAAAAGACGCCGGACCAACCTCAAGAACAAGTCTGTCGAAGAGCGGCT
TCCAAAGATCCACCGCTTCCACCGGCTGTTTCGCAAGCTCCTGCAAGACA
AGAGCCGGTGCGGTACAGGGCACCCGATGAGTCCGACGTGTCGGCAGTCG
CGACGGTCGCGGAGAGAGAGTCCAGGGTTCCCAAATACGGTCAATTCCAG
CTCTGGGAGCGTTGGAATGTGGATCAAGTGTCTTTGGCATTCGTGAACGG
GCTGCTCGAAACGTGGGACAAGAGAGGTGCGTTGCGGGTAGCAATCTCGC
AGCCCTTTCCTGGCCTAGAGAAAAGGCAGTGAACGATACAAGGCAGCTTT
GGTCCGGGTGAGAAGACCATGCGCATTTCGGTGATTTTCCGAGGCGCGGG
AAAGCAGATCTCGCCGGTGGAGAAGGCGGCGTATCACGAGGACGTGGACG
TGTTTTTCCAGGAGAACGCGTGGGCCGACCAAAAGTTCTGCATGGATGGG
TGGGCGAAGAGGTCCTACCGCGAAGGCCTGATGCGCGGGCGGGTGTACTC
CCCAAGGCGAGGCCCATTCTTATCATGGACAACTTGCACGCGCAGACCAC
GGACGAGTTCAAGGGTATCTTGCGAAGCACTGCAACACTCTCGCCTGGTA
TGGCCCTTCGGAGTGCACGGACGAGGTGCAGCCAGTTGATGCAGGAGCCG
GACGATTTCTCAAGGTGGAAGTCGGGAGCAGGTGGACATATGGCTCGAGC
AGTCGGACAACCTCGAGAGGTGGGAAACCGCGTCGCTGACAGCTTCTGAT
CGGCGCGTCCTGATCACTCAGTGGATGGGAGCGGCCATGGCAAGACTCAA
CAGCCAACAGGCGTACCGATACCGTCTTTTCGAAAAGTGCGGGATGTGGC
CATGACCGTGGACGGCTCGGGCGATGATCGAATCACCTTGGAGGGTTTGG
ACAAGCCGTATACCTTCGCTGACGATGAAGACAGTAGCGACGACGAACAA
GGTTCGGAGAACGGCAACGATGAGCCTGAGGGGCGGGCGGAGGAGGGCGA
TGGAGGACGTGAGACGCTCATGGAGGACGTTGACTCCAGCGATGAAGACG
ACGGCGGTAAGTTTGTTTTGCACAAAACCAACTCTTCATCTTCTTTTTGT
TGGTGACGATGTCCTTCATGTTGACGTTAGCTTGTTTCCGCGCACGGCTA
CACTCAAATTATGATAAGTTCAGGTTGAGTTTGGCGACGTGACACCCTAA
CTTCTACCGTTTCCCGTTGCCTCGTTCGCATACACCTCTCAACCCTAGAC
CGACGAGCTAGCTCTTCTGGACGACGACGACAGCATGGACCCACAAGACC
CGGAGGATGAGATACAGGGAATGGAGATCCCGGCAGCCTTTCGTATTCGA
GAAGCTAAACCCGTTGCTCTTGACAGATTGCTTTTGCGGCGTGGAGTGCT
CTTTAGGCTGAGCATGGGGTGGTTTGGAGGGCTGATCACTCAACAATCTC
AGAAGGACACTCGCCATCTGTTCGCCTACTGTGTGCAGCTGGAGCTAGAC
CAGCGTACGCGCAAGATGAAGTTGCCCTTAGACAAGTACAGCGGAGATTC
GGATGCGGCTGTAGGCTCCTGGATTTTGCTTGAGAGCATTAGTAGATCAG
GAAGGGTACGCAGGACCAACGTCACCCTTGTGGACCAAGAAGGTTGACAG
TTGCTGCTCCATGCGTTGGTATTTTCTTGTATCGACAGCAGTACTAGTGT
TGCTCATGGTTGACAGCCGACAATATAACAAATAATGATGCTAAAATACT
GTAAGAACAAGAACGCCCCTGTCTGGAGAAGAATGGACGACGAAATAAGG
ACTTGGCAAATGAGAACTGGTGCTCGGGTTGGGGCAGCCAAGAAGAACTA
AGCCTCGCCCAATAAAGGAGGTTCTTAAGTGCGGGCCGGCACTGTACGCA
ACTTGATGCTGTTATTGACACTGCAACGTGATCATACTGCTGCTGTGTGA
ATCGACACTAGTAGTAGTAGTAGTAGTAGCGTAGTTGTAGTCTAATCTAG
TAGTAGTAGCGTGATGAAGCGACAGTACTCGAGTAGTTAACCTCTGGGTG
CCATGACGACGGGCAGAAGCTCACACTTTACTGTACACGAAAGGAGGAGG
GCACGACGACTACGCGCTACGTACGGTGGTGTGCGCGTGTGTGTGAGCCT
CCACTCCCCCCTTTTTCTTCTTTTTTGCTTCTATTTATTTTAGTTCACAG
CAGTAGTCCAGAGTCCACGTACTACGTCCAATGTGAACAATAAACTGCTT
GTTGTGAACAAAACGGCTGTTGATCCGTCTAACGGGTTGCTTGCGTGTGG
GCCTTGAACTCTACGCCTCCCGAGACTCTGTTGCTGGTTGCGCGTGTACG
TGAGACTACGTCTCATTCCCGCCCGCCCCTTTGCGGGTCTGTGGGTGCAT
GACCCTATCTTACTTATCGCTCGCAGTTTTCGTTTGAGCGCGCATAATTT
TGAAGTATTCTTTCTGACCTTTCTCAATAAACGACCGCGCAATTGAGCGG
AGTTTCTTTTTTTTATCTGCGCCGCTGTGACACACACCTATTTGGATGTC
TGTTGGTTCCGCACCGTTCCGAGCAACGCCGCGCATACACAATATGTGTC
GTAGGGACAAACAAACACTCTAGTACTAGATTGTTGAAGGAACCCGCTTA
TTTACTTGTGTTATGGAAATGTTGGCTCATGTCCACGTACTAGTCAATGT
TCAGTTCCGTAGCACTGCTGTTGTAGCATAGCAGGCCTCATCGGTCTAAT
AAGTGTCGGTTCATCTGTAACGTATGGTATGCGGAGGAACTGCTTTGTTG
TGTGTTCTCTCGTGAGGATCACTCCTCGCTCTGATCTTTCTGGATGATCA
CGGTATCATAGCCGTCCTGTCGTCTGGACTTCACTGTACGCTGTGGATTA
CATCTGTGTGTGTGTATTGGCCGCAAGCGCCACTGTTCAATATAACATCA
TCGTCTCTACAGAACAGAGGTATCTTCCTACTTCTCTTCTGCTGGTCACC
AACGCGTGTCATTACGTCTCGAGTAACTTCGAGAGACACAGCCACTGCCC
ACAGTGCCTGGAATATTCCCAATATCCATAACAGGTTATGTAAGCCTCGA
GTGTGGGTGGCTTGTTAGTGGAGACTTTCGGTGAACGCGACTGGCTTGGG
TCGCGTGCTGCTGTTGTGCGCACACATAATCTACGATTCACGGAGCATTC
AGCTGGAGGCAGCTTTACTGCTGGAGCCAGTTCTACTGCTGGAGGTTCGG
CACGGAGTCAACCCGCTTGTCATCGGACCCGGACTGATCACTCGGGTTCA
CGGCTGCACATTCGGTACGCTACTGATTTATGTAAGGCATTCGGGGTGCA
TGATCTCTAGGCGTTGATCCAGGTCAGCGAATAGAGTTGTGCAACGTTTG
GTAGGCCGCGTGCGGAGACCTGAGTACGCGACCAACATCCAAACAGCCTG
CGCGGTGTTTATCGCGAGGCAGGGCAAGTCTTTCCAAGACATCTTCCACG
TGCTGAGTGCCGTCTCAGTAGTGCGTGTAGGTTGAGGAACTGACTTCGCG
GGCTGGCATTTAACTTTGCGGCAGCCTCACCATCAAACCTGTAGTGAATT
GCTTCACACAGTCGCCTGCGCGTGGTATACGCGAGGTGGAATCGTCCAAG
ATACCTTTCGCGTGTTTTGTCCGGCACGTGAGTATAGGTTGAGGTTTCCA
AGACCCCTTAAGTGGGTGAGGATAGCACTCGGCCTGCACGAGCTGCAAGC
CAAGTCTGCACTGAAAGACGTGTAGCAACTCAAGCAATACACCTGACCCG
TGTGATTGCAGGACGTGACCGGAGTTGGTACCTCCGTCAAACAAACGCCG
CAGCCTAACCAACTGTGGTAGGTCAAAGCTGTGTCCTTTCGGGAGGAACA
CAGGAGTCCGGGCGGAAGCTGGAAGGGCAACCGACGGACGTGGGTTGTAG
GCTGACGAGCTGCAATCTGAAACGCACAAGCTGCGTAAAGCACTATTTTC
CCCTAGCACTGTTGCTGCGCATCGAGCCTCTTAGGTATTCGGGGCGTTAC
AGGGGTGTGCACGGTCTACGCGTCCTGCGCGTAGCACCAGTTGGTCGACT
TCAACGGCGGGTGAGGGCCACGGAACCATGACGGATCCAACCCCCACCGC
GTTTAACCGTGCGCTAGACAACATCGGCAAGTGGAAAGGCCCGGGGGGTT
TTCGCGATTGGTCGGGGAAACTCCGCCAAGCGTTTAGCCTTTACGCGCGG
CCGATGCTTCTCGTTATCGACGGAGCGCCACGTCCAACCGATCCGCCGGA
GGAACGTGAAGATTGGGAGAAGGCCAACGCCAACTTGTTCTCCATACTGT
TCTTCATGACCGAGGGGTCTGCTTTCGTGACCGTCAAGGAACGCGAGGGC
ACGACAGCGGGCGTAGCGGGGGCCGGTGCGGCCGCCTGGAACGCCCTCAA
GGAGCGCTTCGACGGCAACACCAAAGAAGCCCGCCGCTCGTGCCGCGACC
AATTATTTAACAACCCCATGAAGCCAGGTAGCGATCTGGTGGACCACTTC
GCCGCCATGGACGACATGCGGCTGCGGCTGAAGGGCTACGGGGAGACGAT
CATCGATGACAGCTACGCAGATGCTCTGCTTCGTTCTCTCCCCAAGGAGT
ACGACTTTATACTCCAGATCAACCATCGCGACCGTTCCTTCGGCCTGGAG
GACATCAAACGGACGGCGATCAACTTCTACATCGACGAATTGTCCCGCAA
GCCGTCGCAACCTTCCATAGCCGGGCGTGGAGCGGCGATGGCCGTTGCTT
CCGGCGGCGACCAATGCCACAATTGTCTAGGCTACGGACACTTCCGAAAG
GATTGCCCTAAGCCTGTGCAGAAGAAACGGCCGACGAAGTGGAAGAAGAA
GAGGGGCCCGAAACCCGGTGGCGGCGGTTCTTCGCAAAAGTGGTGTTCAT
GCCACAAAACCACAAACCACCGCGACTCCGAATGTAACAAGCAGAAGGAA
CTCAAGAAGGCGGAACTCAACCAGCTGGCTGCCAACTTGGCTCTTCTCAA
CATCAAACCCCAGGCTGGACAATTCTCCAACATCGGGAGTGCGCTTGTCG
CACAAAATCCTCCACCGGAACCTGAATCCGAGCCTATTACTTTCGGGTTC
TCGTACTGTGCGATTGGTTCTTCCTCGGCCGGGACGACAGCGGCGGCTTC
TACCACCGCGTCACCTTCTTCTGCGGAATCAGCTGGGAAGCAGGCAGCTC
CGACGTCTCAACAGACCAGCGCGCCTGAAGGAATCTTTGGCGCGTTCATG
GTAGCATCCACCGCCCTGTCGGCCGGAATCTTCTGGTCGGGGGCGACACG
GTCACCATGCTTGTGGACAGCGGGGCCACAGAGAACTTTATCGACCCGCT
TCTCACCCCTGGACTGGAGGACTCCATGCGCGACTTTCGCACTCTCGACG
TCCCGCATCTGGTCGAGGGAATCGGTGGTAAAATTCTCAACGGCGTAGCG
ACGGGAACGGTCCACGGGACCGTTGTCGATGACAGCGGTCTCAAGAAGCC
GTTCTCCTTCAACGCCATTGTTGTACCCGGGCTTGGCTCTAACCTTTTCT
CTGTCTGCACCGCGTGGGAGCAGGGAATAGCTTCGATATTTCATCCTAAG
AAGCCCAGGTTGGAGTACAACGATTCGGCGTTCGGGAACGTGGCTCTGCC
GATGAACGTGGTTGGCTTGGACAAAAAGACCGGGAAGCTACTGTGTACGT
TCGCCTTGCAGCTAGGGAGACGGCTCTGGAGGCGGTTCCAGTGCTCTTGC
ACTGCGGGCTGCATCCGCGGAGCTGTGGCACCGGCGCATGGGACATATCA
ACCGCAGGAGCTTGGACGTTCTTCGGAGACTACCGGGCAACGGGGTCGAG
TACGATGTGGACATGGATGCTTGTAGTGTCTGCGCCGTCGGTAAGAGCGA
GCAGCAAGCTCACCCTAAACAGGCGACGCATCATGCACAGCACCCGTTCC
AATCCATCACCGTGGACCTCATGGGTCCAATCTCTCCCGAAGCAATCGGT
GGGTTCCGAATGGTAGCAAAATATGTCGATCAGGCTACCAAGTGGAAGGA
GATTTTTCTCCTGAAGGACAAAACGCAAACAACCGACTCTCTGAAGCTGT
TCAACACGGGACTTGTAGCTCCTTCCGGATATCGCGTGGAACGCGCGAAA
GCGGACAGAGGTACGGAGTTTACTAGTGCTGAGTTCCGTCAGTACTGTCG
AGAGGTCGGCATCAAGCTAGTGTTTGCTTCCACCAACACACCGCAGCAAA
TTGGGGACAACGAGCGGGCAGGAAAGACGATTATGGGGATCGTGCGCTGC
TTGCTCGCGGATTCTGGTCTTCCCAACAAACTCTGGGGAGAGCTGATGAG
GGCGGCTGTATACATCAGCAACCGGACTCCACACGCGGCATTACAGAACG
AGACGCCGTACAAACGCCTCTACGGCAAGGACGCAAACCTCGGACATTTT
CGGACGATCGGGGCAAGGGCGTTCGTGCACGTGGAGACGCACGGCAGGAA
GCTGGACCAGCGGGCCTGGGAAGGAAGGCTCGTGGGGTACAGCTTAGATA
GCTTGTCGTACCGGGTCTACAACCCAGCGACAGGGGATGTAAGGGAAAGC
AGGAACGTGATCTTCATCGAGACTCCTACAGCCATGCCTGAGCCTGACTT
GGCGAATGGTCTCGAGGAGGGCGAGTTCACGTACGACGACGTCGATGACA
TGGTCCGGGATATCCGGAACTATTCGTCTAACATCGATCTCAGTTCGTCC
CCTGCTACCGGTCAAACGATTAACCCTTCTGTCCGAGAATTACTGAATCA
GATCAAGGAAACGACCGAACGCGACGCCACACCAACCAACCACCAATCGG
GTGATCCGCCTGGGGAGACGACCCTGGAGGAGACAGCCCTGGTGATTCAC
CTGGGGAGAAAGCCCTACTCCATCAGAGGGAGGGGAGCCCTGCAGGTTCA
GGTGGTGGTTCTGAGTCGGGTGGTAACGCCGGTGATTCGGGGTCTGGTTC
GACTTCGCAAGGCGGGGGTAGCTCCACGGAGGTACTGCGTCACGTGGTGG
GCGAGGTGGCACGACATCTCGTGGCGGTCGTGGTGGTTCTACACCGCAGC
GTCCCGCTACCAGGTCGATGACACAAGGCCCCAACGCCAGGACCCTCCGA
GAACTAAAACGGCTAGGACTTCACACGAAGGGGGAGAGACAGGACATCGC
CCACAAGGACGAGTTCGTGTATTTCGTCCACTATGCCTTGGCTGCACAAA
ACGTACAGCAGAAAGTTCCCAGGACATTCCCGGAGGCCATGAAGCTAGCT
GACGCGAAAGAGTACGCTTTACATCATATGCATTATTGGCAGATAACACA
TTAACGCGTGTACGTTATAGCACGTAGTAGAAGGAAATATTTGTGGAACG
GAATAAATTGTTTGATTCTCATCAGGATTACTATTCGATTGATTCTTTGT
TTCACTGCACTTTCATTGAAGGGGAGTGTTATGGAAATGTTGGCTCATGT
CCACGTACTAGTCAATGTTCAGTTCCGTAGCACTGCTGTTGTAGCATAGC
AGGCCTCATTGGTCTAATAAGTGTCGGTTCATCTGTAACGTATGGTATGC
GGAGGAACTGCTTTGTTGTGTGTTCTCTCGTGAGGATCACTCCTCGCTCT
GATCTTTCTGGATGATCACGGTATCATAGCCGTCCTGTCGTCTGGACTTC
ACTGTACGCTGTGGATTACATCTGTGTGTGTGTATTGGCCGCAAGCGCCA
CTGTTCAATATAACATCATCGTCTCTACAGAACAGAGGTATCTTCCTACT
TCTCGTCTGCTGGTCACCAACGTGTGTCATTACGTCTCGAGTAACTTCGA
GAGACACAGCCACTGCCCACAGTGCCTGGAATATTCCCAATATCCATAAC
AACTTGGTCTTGGATGTTTAACTGTCTTGATTGTGCCGCGTGGGGACAAA
GTCCGAGCGTTGGACAAGGACGAGGAGGAGGATTGGAGAGCACACATCTG
ACATCGTGCCAAAGAGGGGCCCGATTGACGAAGCCAACATATCCCCTGAA
GTCACATCCACGGCACAGCATAAAACCGTCAAGCCGACATATCCAGAATA
TCGTACTACCACGAACATGCGAATCCCAAACTGACAGTCACAAATCCATG
GTCATACCGTAAGTACACTCAACAGCCCCCCTGCGTGTGGCAAGATCAAC
ACTCAATGACCAACCCGAATATGCCTACACTATGTTCCTGTTCACCCCTA
CAAGCATGCACCGTAGACGACACAAGATATCACACCCCCTGAACCGATTT
TCAAAGCTCCATTTCTCCACATCAAGGATGGTGCCAATGACTTGCGATAA
ATCTACAGAAAGGCATCGACTAAACCTCTTCGACCACACCCATTTGGGCA
TCATAACTCTATTTGATGCTGAGAAATTGACCTTTGAAAATCTGTCCAAG
GGGTGTGTTATCTTTTGCCGTACTACACGGTCGTAGCAAGAAAAACACAA
CAAGTATTTGCTGCTGGCAGAAAGTTTGCAAGATAAAAGGTGCTTGTCAG
AATTGACGCGTTTTCAGTAATAAAATTACCTCCTCGTGCGAAAATTCATG
CAAAAAAACAGGGGCAAAGGCAGAAAAATAATTAGCCCCCTTGTGGGTAC
CACATGTCTGAATATAAGGCTTGGGGCACCTTATCTCATGTCGGGCAAAC
ACCCTTTTCACAAGTGGCGTCGACGGCAGGATTGTCATCTCTGCAATGAT
GTCGAAGTCCCGGGTTCGAATCCGAGCACGTGAAAATGGGTGGTTTTTTG
TCCGCCGCCAGCAGGTCGGGTTCGGGTTACCGTACATGCTACGGGGGGTG
CGTCGTGGTACCCGCGTATTTGTCTACGATGCTGAGCTGCCCGCTCGCTC
GCATCCGGGGGGTATTTGGGTACCACATGTCAGTATAAAAGGCTTGGGGC
GCCTTATCTCATGTCGGACAAACACCCTTTTCGCACCCTAGGATAAAAAA
TCTCCTAAATTCAAACTCCTGGAAATCGTTGTTTAGATGAAAATGATGAA
AAAAGATGAAACCACACTAAACCCTGTTCGTGCAAGTCAGCAAATTATCA
CTTCTTCAAAGTCATAGCAAATTTGTGGGGAAAGTCGAAAGGTTCGAACG
GCAGTGCAATCGCAAGAAACTGGGCGTGTTGAAGCGCCGTCGGTACATGG
ATGATCGAATTCTGCTTCCTCGCTACGAGATCCCTTGACAAAGTGATGTC
GCACGTCGACGACCTTCGACTTCGAGTTCGAAATCGGATTCTGCCAAATA
ATCTGAATCGCACCTTCATTGTCCTCAAACAACAACGGAATGCATGGGTC
CCCTGCCTCAGGTAACATGAACGTCCACACCTGCCTGATAAACTGTAACT
CCTTCAACGCGTCACTAAGATTGAGACACTTGACGAAGTGATGCATTTTT
GCTCTCTCGAGAAAGAAATGACTACTTACTGCCCCCCACACAGCACGATT
CCTCCCGACACGGACCTCCTCCCTGCCGGGATACTGGCGTAGTCAGAGTT
TCCAGAAGCCTGCAAGCCGATGCTAGTCGCCGTACCTCTCTCAAACGTAA
TCCCCATGTATGTGACTTGTCCTGCTAATGTATCCTAAGGTCCCCAATGA
ATCTCGCCAGTGTCCCAACCGGGGGGCGCTGCAACATCTCGGTACCGGTC
TCACAGCATTCGCGATATCTGGTCGGGTTTGTTTGGCAGGCCAGCCACAT
CATTGCTCCAATGAGGGAACTGAAAGGAATCGAATCACGCAGGCACTCTT
CACGCTCGAAGTCCCAAAGTTTCACGGTCGTGGGGAGCGGAAATTCCTTT
CCCCCGCAAACTCCTTACTGGTTGACAAGCCCCTCTGCGTATTTTTTCCG
CGAACTTGTCAACATGCCTGCTTCCCAGTTCCTCCTGTACACGCATCCTG
CGTAAACTTTCAACTCTCCGAAGTTTTTAGTCGCGCCCTTCTTCCCAAGG
TCAGTCGGTCGCAAACTGGTCACATTCGTCCTGTGTCCCTACTGCGAAAA
GGCCATCCACCAAAATCACGATTATTAGAGAAACCTTTCCATCTTCAAGC
AGTCTGAAGTCGCACGTGTCGGCGAGGCACTGCATGAAATcCAAAGCCAG
CAAGCACTCCACCAGAAGCGCTTGCCATTGCCTCGACGCTTGCTTCCATC
CGTCAATACTCTTGATCAACCGTACTACATTTCCCGAGAGGCAACCACAT
CCGTTTGGCAATCGAAAACGAGACCATACAGCAAAGATCGTTCAAAGCCT
GCTCCATATCGGTGTGACATTCGTAGAAGTCCCTTTTGTACGCAAGGGCA
GCCAGCAAACGAACGCTGGACGCGGAAACGGTAGGTGCATATATCTCACC
GAAGCCGAAGTCAAAACCCGGCCTCTGCTTGAAACCACGCGCACACAACC
TAGCTTTGAGTTCACAGGCATACCGTTTTAATCAGTCTTAAACGAAAACA
CCCACTTGCCGTCAATCGCATAAGCCGGTCGCTGCTAGACATATCCATAC
GAGTCGGCCCTGATGAGGCCGCCGAATTCCTCTTGCCGCGTAGCTCCAGG
ACTCCGCTTGCTCTGATCGCATGGCCTCGTCGTACGTGAGGGGACCCCGA
AGCTGGCTGGCTGGGCTGCGAAAACGATGAAAAATCGCCAGCAGCTGCTG
CCAGATCCTCTCTCGAAGCCGGCTGCGCGAAGAACCCGCACTATATCTCA
CCGTGTTGGGGGTCGCCGTCGTCCTGCTCCTCCTGCTCGCGCTGCCCCCC
TCCCCGGTGGTGAATGGCCGCCTGGGTTTTGAGCATGCCGATGAGACACT
CCTTGTCCAGGTGTGCCAGGTGGTGCGACATGGCGTCGAAGAGGGCGCCG
TCGCTATCGTCGCTGCCGCTTGTTGGGGACCCCGGCGGTGGCGGTACATT
ATTATGAGGGAGAAGGGGGCCGCTCGAGAGGGCCCGACCTAGATCTCACC
GGCGTGTGCCGGCGCCCATACCTCGAGGTGATGATGGCTCCCCCACAAGG
CCTTCAGGCGGGATCTGCGGCGGTGGTTAATTTGAAAACAGAAACAAAAC
TTTGCTGGCGTACCAGCCAATACAGAAGTTCATGTCTTAGGCACACGTAC
GTGGTGACACCGAGACTGCTGCTGCGCGTGTTACCATACATGTCATGTAG
CACAGCCCCCACCGCAAAACAAAAATAGCGTGGCGGGTGAAGCGGCCCGC
CAGAGGCTCAGGAGACGGTTGTTCTCGACAGTCACAGCGAAGTGGCGTGT
GTGTGTTGTGAGCTCACAACGGCCACTGGTTGCGCCGCGGAAAGTACAGC
ATTTGGAATCGCGGCGATTTAATAGAGTTCCTCCACGGGGAGGGGGCCCT
TTCTAAAACCCCTCCGCCAGGCACAGCGTTACGAGGAGGCTTAAACCGCA
GCTGCCAGTCCCCTTTTTATACCTTTTCGAGGTCGTTCGGGCGTTTGGTG
CATCAACGACACCTTGCCACATCGCAATGTCGCCCACAAGGTCCTATTTG
AGAGTCGCGAGTGAGGTGAATGAAGTTGCTAGACTCCACCTCTTGGGGTG
GGAAGATGAGGCGGGAATGCGTCAGTCGGCCATTACATACACTGCGCAAG
ACCAACCTTGCAAGGCTCATTTTCTCCTCCAAGCGCCCTCGTTTAGGCGT
CGCCGGCTGGTTTTGGAGCGAAACGCAAGAAGACCCGAAACCGCAGTCAC
CATCGCCTCTCCTAGACAATGCGGGGTGTCTGGTACGTCCTTGTTAGCGG
GATAAGAGAGTCCAGCACGGAGCAAGTACATTGTGTTTGATAAAGGCTTA
TCAAACACATGGTGCTTTTCTTGATATGTACATTTCTATTACAGTAATAG
TTCGCACATGGGTCTTATTTTTGGATCTTGTATGTGGATGTCGGGTGTAG
CATGGCGTACCCAGATATAAATACACACACCTAGACAGGAAGAGCCGATC
TTCCTCGGCGTATACCTGTGACCTTCATTTGGCACAAGAAACTCCGCTCG
GAAGTTAACTCTTCCATGCTAACCTGAAGATGTGGCGGACCTCTCATGTA
GGGGCCGCCCTCCCCTTCACTCTCCCTTTTGGGATCTCTCCTCTCTCTCT
AAATACCAACGGAGGAAACATGCCTGCCCCGGTAGTGGCCTTAAACTTCC
ACCACCTTGGCTCCCGTAGCTAGGGTCCTCATGCAGAGGGAATTATTTTT
GTCCGCGAACCATTCGCGCACGGATAGGAAGGAATCGTTTCAGTTCCCGA
ACCTAAATTCGTGCACCTCTTACAGGGGTCGGCCCACGTCTCTCGTACGT
CACTCTTTGTATGCCGGGTATCAATGTGACACACACTTACGCACACCGGA
GGACGGGGGGGGGGCTTTCGGATTTGTTTTGTTGGCAGGGATTACGGAGC
AAGAGGAGCATATCAAGTTTTTTTTTTCCTGTGAAAGGACCCGGAACTAC
AAACCCACAATGAGAGTCGAAGTCATGGCGGGACAGGATATGGACGGAAT
TCGCAATGATGCACTATGCTGTGAAAAACTCCTTTCTGTGTACAAACAAT
CAAGACGAAGCACCCGGGCACGGAGGAAGAACGATAAGTAAGTAGGTATC
CCTCCCCACCTGCCATTTTATCAGTTTGTACAACTTCAAGGGAAAACGTA
AGATCGGGTTTTCATTGCGGTGAACGAAGCGGCGCATGGGGCAGGGGGAA
GACAGGAGAGGGCAGGACGGGAGGGAGGGGAGAGACAGAGGGCGCAGAGA
CCATGCAGAGCAAAGAGTCGCTTGGTCAGGCACACGGCGGAACAAGCCGT
GTCATCAGACACGGAGCGTAGGTTGGAGGAGAAGAACCGAAGAAAAATGC
GAGGGAACCTGCCGTTACCACTAAATGTTTTCGCTACGATTCGCAACTCA
TCTTCCACAAACAAGCAACCCTAGTCCAACCAACACAATATATATCACGC
AGAGGACCGCACGCCGATTCCGTCATAGAGTTGCACACTACATCTACTCC
TCCATTACTCCTGTGACATTCTGGCCCCCCGCTCCCCCCACTCAAATCCA
CCCCAGCTCGTTTGTGATTATTTTGTTGGCAAACGTTTGGTTTGTTTTTC
TTTTTTTTTTTTCTGGATATAGTCTAGTCTCGCCATTGCTCATACGATGG
ATAATATGTACACAGTAGGTTCAGGAATTGACTACAGCGTCTCTGGTCCA
TCATCCAAGGATCTCCCCTTTCGATGCCGAGCCATATCGCACCTCAATCA
CCACTGACTGGTCCGCTCTATTGCTTTGCCAGGGAGTACGTCGATGCTTT
GTTCGCCATAACAATGGGGGAAGTGGTAATGTTTGCGCCAACAATAACGA
TGCAAGTGGTGTCCATCTCGGACAAAATTTTGGGGCATCTTTTCGGTATC
GGAAGAATTGTGCGTGAAGTTAGAGAAAACGAACGAGAAGCCCAAGATCT
GTGGCGGAGGGCTGAGGACATCCAGCCTACCATGCAGTCCATCAGGCAGC
AACACTTGAGGTTGTCTTCTTCACAGCCGATGCAGAAGCTAGAGGAGACC
GTGTTTAAAATCAAGTTCACCTTAGAACAGTTCGCACGTAAGTCTAAATT
CAACAAAGCTTGGAACCGGGACAGCTACACCAAGGAGTTCTTACGGCTCT
CCAGGAAACTGAGCGAAAATATGGCTGCTGTTATGCTGGTCAAGTTGGTC
ATCGACGAAGAGCAGCGCAGAATTGAGGCCGACGCGGACCAGCTCAGGAT
TAAAGCCGGCAGCCGCATGGACTCCTCCTCCTCCTACTCTTCCCTGTGGG
CCATTTCGGCTGTAACAGTTCATCGTGTTGCGACGAAGAGCAGCGCAGAA
TTGAGGCCGAGGCGGACCAGCTCAGGATTAAAGCCGGCAGCCGCACGGAC
TCCTCCTCCTCCTCCTCCTGTTCCCCGTGGGCCTTTTGCTGTAACAGTTC
ATCGTGGTGCGACGAAGAGCAGCGCAGATTTGAGGCCGACGCGGACCAGC
TCAGGATTAAAGCCGGCAGCCGCATGGACTCCTCTTCCTCCTCCTGTTCC
CCGTGGGCCTTTTACGGCTGTAACAGTTCATCGTGGTGCGACGAAGAGCA
GCGCAGATTTGAGGCCGAGGCGGACCAGCTCAGGATTAAAACCGGCAGCC
GCACGGACTCCTCCTCCTCCTCATCCTGTTGTTCCCCGTGGGCCTCTTGC
TGTAACAGTTCATCGTGGTGCGACGAAGAGCAGCGCAGATTTGAGGCCGA
GGCGGACCAGCTCAGGATTAAAGCCGGCAGCCGCACGGACTCCTCCTCCT
CCTCCTCCTCCTCCTCTGCCACGGCTTTTTTCAGCTGTTCATCGTGAAGG
GCAGCAGCGGCGGCGGTGAAAACAGCAGCAGCATCCTCCCTTTCAGCAGC
CTCCTGGGCAGCGGCTTCCTTCATAGCGGCAGCCTTGTTCTCTTTGTCAG
GGATTCCTGCGAGCTGGGGGCACTGCCTGGCACATAAATACATTATATAA
ACCTTTCGAACGCCCAGAAGAGGTACCTTGGGCAAGGTCCGTAGCGAGGC
CGCGCCCAACCAAACCAACCCCACCACAACGGCGGCAAGCTGCACCATCT
TTGGACTCGGAGGACGCGCGCTGGTTGTGGATGAACGTGTGCACCAGCTG
GGGGCAACAGGAGGTAGAGACGCGGGGTGTTGTTGTTGCTGGTCGGCAGA
GGCTGTCCGCAGGAGTCAGTCACGTTCCACTTCTTCTGTCGATGTTTTGA
CCCCGAACGCCGCGTCTGGCCGATAAGCGAGGTTCGGAGGCTCGAGCGGA
TTTCGCCATTGCTTGTACGAGTGTGGCCTTGCCCTTCGCTACGGTAAGAA
CGCTGTCAGATAAGGTGAAGTGCGAGCAACTTAACACCTGCGAATTTTTA
CCCCTAATTTTCCGAGGGGGTGCGTGGTGAGAACGGATTTTTTTCAAGAA
CAGAGCTGCTGCTATCGAGTCGGCAAAAATCCGTTTTTGATTTTTGGAAG
TTCAGTGTTTGTGTTACTTGACGGAAGATATCGCTTATCGGTCACTTGAT
GTGGCTGGCCAACCAGACTAGACCTGACATCCTCAACGCCGTGTGCGCCC
TTGCGCGCTTCTGCAACGCTCCCACTATGGGGCACTGGAAGGCCGCGTTG
CATGTATTGATGTATGTGCGTGGGACAATTGATATTGGGATTACATTTGA
GCgGGGAGGAAACCTTGATTTGGTGTTCCATGTCGACGCTGACTTTGCCA
GCAAGGAGACAGGAAGGAAGTCGGTATCTGGGGGGCTTCTAATGTGTGCG
AGTGCATGTGCTGGATATTTCTCGAAAACGCAGCAGAGCGTTACCACGGC
GACTAGCGAGGCAGAATATGCCGCCATGGCACAGGGGCTGAAAGAGATGA
TTTTTATGAGTTATGTCTGGAGTTTTGTCCTTCCGGACACGGATGTTGGA
TGCACGACAGTGTACGAGGACAACGAGGGGGCGCGACATCTGGTGATCAA
CCCCGCCACCACCCCCAACTCGAAACATGTAGACATCCGGCACCACTTTA
TTCGCGAGCGCGTAGAGCGGGAAGAATTTAATATCGTTCAAGTGACGTCC
CGATTCCAGCATGCTGATTTCCTGACGAAGCCGCTACACCAAGGCGCATT
CTTTTTCCACCGACAGTTTGCAATGAATCTGTAGTGGCATCATGTGTATT
TGTTTTTGAATGCCCCAGGACGCCGCATCAGGTATCTTTTCGAACTGTAT
TCCTGTCC
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Coding sequence (CDS) from alignment at P-fluviatile_contig14:2586598..2642005+

>mRNA_P-fluviatile_contig14.2301.1 ID=mRNA_P-fluviatile_contig14.2301.1|Name=mRNA_P-fluviatile_contig14.2301.1|organism=Porterinema fluviatile SAG_2381|type=CDS|length=3204bp|location=Sequence derived from alignment at P-fluviatile_contig14:2586598..2642005+ (Porterinema fluviatile SAG_2381)
ATGAGGACAGCAGCAGCCGCAGGAGTGTTGGCAGCCGGGCTGGCGACAGC
GGGCGCCTTGCAGCCGAGCGGTTTCCTAGGGAGGAGCATGGCTAGGGGCC
AAGCACCCGTCAAAGGCACCAGCAGATGAGGACAGCAGCAGCCGCAGGAG
TGTTGGCAGCCGGGCTGGCGACAGCGGGCGCCTTGCAGCCGAGCGGTTTC
CTAGGGAGGAGCATGGCTAGGGGCCAAGCACCCGTCAAAGGCACCAGCAG
GACGACCATGGTCGCGCAGCCCCCTACGAAGGCCGCGGAAGCAGCAGCAG
CGGCGTCGGCAGCAGTGGCGTCGTCGTCGACGGCCAGCTCCTCCTCCTCC
ATTTCTGCGATCGGCTGGTCGCCTGCCTCCTGGCGCAAGATGGTCGCCCG
GCAGATGCCCAAGTACGACGACGAGGGGTTGGTGACGGAGGTGGAGGGCA
TCCTGGCCAAGCAGGCCCCCCTCGTGTTCGCAGGAGAGGACGACCATGGT
CGCGCAGCCCCCTACGAAGGCCGCGGAAGCAGCAGCAGCGGCGTCGGCAG
CAGTGGCGTCGTCGTCGACGGCCAGCTCCTCCTCCTCCATTTCTGCGATC
GGCTGGTCGCCTGCCTCCTGGCGCAAGATGGTCGCCCGGCAGATGCCCAA
GTACGACGACGAGGGGTTGGTGACGGAGGTGGAGGGCATCCTGGCCAAGC
AGGCCCCCCTCGTGTTCGCAGGAGAGTGCCGGGAGCTAACCTCTGAGCTG
TCGAAGGCGACAAGAGGGGAGGCGTTCGTCCTCATGGGAGGGGACTGCGC
CGAGAGCTTTTCGGAGTTCAAGTGCCGGGAGCTAACCTCTGAGCTGTCGA
AGGCGACAAGAGGGGAGGCGTTCGTCCTCATGGGAGGGGACTGCGCCGAG
AGCTTTTCGGAGTTCAAGGTGGACGACGTGCGAGACACGTTCAGATCCAT
CCTTCAAATGTCTCTCGTCATGACTTACGGAGGATCGATGCCCGTGGTAA
AGGTGGACGACGTGCGAGACACGTTCAGATCCATCCTTCAAATGTCTCTC
GTCATGACTTACGGAGGATCGATGCCCGTGGTAAAGATTGGTCGCGCAGC
GGGGCAGTTCGCGAAGCCGCGATCAGAGGACTTCGAGACCATCAACGGGG
TTACTCTTCCCAGATTGGTCGCGCAGCGGGGCAGTTCGCGAAGCCGCGAT
CAGAGGACTTCGAGACCATCAACGGGGTTACTCTTCCCAGCTACCGCGGG
GACATCGTAAACGGGCTCGAGTTCACGGCTACTGCGAGGCGAAACGACCC
CTACCGCATGCTCTCCGCCTACCACCAGTCTGCCCAGCTACCGCGGGGAC
ATCGTAAACGGGCTCGAGTTCACGGCTACTGCGAGGCGAAACGACCCCTA
CCGCATGCTCTCCGCCTACCACCAGTCTGCCCAGACGATCAACCTCCTAC
GCGCCTTCGCGTCGGGGGGGTTCGCCGACATCCACAAGCTCAACGCCTGG
AACATGGACTTCGTCCAGAACACGCCGGAGGGGTCCAAGTACCGCGAGCT
CGCGTCCAAGATTGAGGACACTCTTCGCTTCATGACCACGATCAACCTCC
TACGCGCCTTCGCGTCGGGGGGGTTCGCCGACATCCACAAGCTCAACGCC
TGGAACATGGACTTCGTCCAGAACACGCCGGAGGGGTCCAAGTACCGCGA
GCTCGCGTCCAAGATTGAGGACACTCTTCGCTTCATGACCGCGATTGGTG
TCGACACGACGTCCGCCCCCTTCCGCACGACCAAGTTCTACACGGCGCAC
GAGGCGCTGTTGCTCTCTTACGAACAGGCCCTTACCCGAGAAGACTCGCT
CACAGGCGATTGGTGTCGACACGACGTCCGCCCCCTTCCGCACGACCAAG
TTCTACACGGCGCACGAGGCGCTGTTGCTCTCTTACGAACAGGCCCTTAC
CCGAGAAGACTCGCTCACAGGCAAGTTCTACGACTGCTCGGCCCATATGC
TGTGGATCGGCGAGCGCACGCGGCAGCTTGACGGCGCCCACATCGAGTTT
TTGCGTGGGGTGGACAACCCCATCGGCATCAAGGTTTCCCAGAAGCAAGT
TCTACGACTGCTCGGCCCATATGCTGTGGATCGGCGAGCGCACGCGGCAG
CTTGACGGCGCCCACATCGAGTTTTTGCGTGGGGTGGACAACCCCATCGG
CATCAAGGTTTCCCAGAAGTGCCCCCCCGAGGAGTTGATAGAGATCCTCG
AAACGGTGAACCCCGCCAACAAGGCCGGCAAGGTGACCCTCATCACGCGC
ATGTCTTCCAAGTACCTCAACGAGCACCTGCCGAAGCTCATCCTTGCGGT
ACAGAAGGCAGGACTCAACGTGCCCCCCCGAGGAGTTGATAGAGATCCTC
GAAACGGTGAACCCCGCCAACAAGGCCGGCAAGGTGACCCTCATCACGCG
CATGTCTTCCAAGTACCTCAACGAGCACCTGCCGAAGCTCATCCTTGCGG
TACAGAAGGCAGGACTCAACGTGCTGTGGGTGAGCGACCCCGTCCACGGT
AATACGATCAAGACCGACAGCGGCTACAAGACCCGCCGGATGGAGGACAT
ACGGTCGGAGCTGCGGACGTTCTTCGACGTGCACCAGAGGATGGGCACGC
ACGCGGGGGGGGTGCTGTGGGTGAGCGACCCCGTCCACGGTAATACGATC
AAGACCGACAGCGGCTACAAGACCCGCCGGATGGAGGACATACGGTCGGA
GCTGCGGACGTTCTTCGACGTGCACCAGAGGATGGGCACGCACGCGGGGG
GGATCCACATAGAGATGACGGGGAAGGACGTGACGGAGTGCACGGGCGGT
GACGTGGACGAAGTCAGGGAGAGCGACCTCAAGAACCGCTACCTCACCCA
GTGCGACCCTAGATCCACATAGAGATGACGGGGAAGGACGTGACGGAGTG
CACGGGCGGTGACGTGGACGAAGTCAGGGAGAGCGACCTCAAGAACCGCT
ACCTCACCCAGTGCGACCCTAGGTTGAACGGCAAGCAATCGCTGGAGCTG
GCCTTCCACATCGCCAACCGCCTTCGCCGCGACCAGGGCCTGCCCCCTGT
GCTGGGTGACTGAGTTGAACGGCAAGCAATCGCTGGAGCTGGCCTTCCAC
ATCGCCAACCGCCTTCGCCGCGACCAGGGCCTGCCCCCTGTGCTGGGTGA
CTGA
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