Homology
BLAST of mRNA_P-lacustris_contig100.112.1 vs. uniprot
Match:
D7FIJ8_ECTSI (Uncharacterized protein n=1 Tax=Ectocarpus siliculosus TaxID=2880 RepID=D7FIJ8_ECTSI)
HSP 1 Score: 909 bits (2350), Expect = 2.560e-310
Identity = 541/789 (68.57%), Postives = 600/789 (76.05%), Query Frame = 1
Query: 571 GTSSRHEVDDDVKLPSPIAGAEEPQGRLPESYRSXXXXXXXXXXXXERWSCPPLFRPVRIPSDPPENANGVSLDELIAGEYTEALVASFFVDIGFLLKTAPRLKTVPFLVVQGAKEEERVMIDMKATLAKEHPAAVVYRPKTIHIGIQHSKMILLKYKTGVRVVIMTCNMRPDDWGGRCQAAWYQDFPFKPPXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXPRLTEERQGGGGNQGVGKKWRGEDGAATATGAXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXELPTSEFEAVLIDFFEHLGGPAAEWGRSLSAYDFSAANVTLITSVPGRHHGKNLYKYGHLRVRAVLANEEVHVRPGSHRVAFQVASIMNLSRRPYKWLGEITESFMAEKTSSNNGEDGKKVVPEVDVGYAAEQERKQKMMEEAEKMKGANKPKKPLGQCKDPWRDKVILEKRLEKREMRDAIRRRNVLGKLREKKPKPXXXXXXXXXXXXXXXXXXXXXXXXXXXXXALIKWVGKERRRNWFFDFLRVVWPTEEAVRTSNLGWQSGAGMPCLTTTLYEGGYRKCDANFHLNRVMVE*KPLLCTWAGAKGMNRGNAMPHLNTYCRYRENTRSDGSLKMSKDGLAYFLLGSHSMHRTAWGYLENKNLPRTPKKLRVRMTPIYPPKPEYTLPFKEEEALLNIKSFDLSIMFLPSKIPPKRPLPMDYDSVDSVDVAATATAAAGGESANAPA-FSCDPEGVLFRTRALSYRCPQQAPGPRLKTLPLGLLPIPHQLPA 2934
GTSS H+VD + K+P P+ + + +GR P+SY S ERWSCPPLFRPVRIPSDP NA+GVSL EL+ GEYTEALVAS+ VD FLL APRLKTVPFL++QG KE++ +++ MKA L +EHPAAVVY PKTIHIG+ HSKMILLKYKTGVRVVIMTCNMRPDDWGGRCQAAWYQDFPFKPP P GE G A A A XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX + TSEFE +LID+FEH+GGPAA WGRSLSAYDFS+ANVTLI SVPGRH G++LY+YGH+RVRAVLA EEVHVRPGSHRVAFQ ASIMNLSRRPYKWLGEITESFMAEKTSS +G++GKK + ++DVG A E+E ++K E+ E+ KG N+PKKPLGQ KDPW DK ILEKR E+ E R+AI RRNVLG L KK XXXXXXXXXXXXXXXXXXXXXXXX ALIKWVGKER+RNWF FLRVVWPTEEAVRTSNLGW+SGAGMPCLTTTLYEGGYRKC+ N+ LNRVM E KPLLCTW GAKGM+RGNAMPHLNTY RYRE R+DGSLKMSKDGLAYFLL SHS+HR AWGYLE++N P+ P+K RVRM PIYPPKPE TLP+KEEEA L+IKSFD+ +MFLPSKIPPKRPLPMD PA FSCDPEG LFR R LSYRCP QAP RLKTLPLGLLP+PHQLP
Sbjct: 139 GTSSWHKVDKNAKVPRPVVSSHDARGRRPKSYDS------------ERWSCPPLFRPVRIPSDPASNADGVSLGELLGGEYTEALVASYLVDAEFLLNAAPRLKTVPFLLIQGIKEDKPLVVSMKAFLKREHPAAVVYLPKTIHIGLHHSKMILLKYKTGVRVVIMTCNMRPDDWGGRCQAAWYQDFPFKPPRAKSKGKEKARGKAGKRKRVGADAAPILDEEPXXXXXXX----XXXXXXXXXGESGVAAADDAGGAGSXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXV--VITSEFEEILIDYFEHVGGPAAVWGRSLSAYDFSSANVTLIPSVPGRHKGRDLYRYGHMRVRAVLAREEVHVRPGSHRVAFQAASIMNLSRRPYKWLGEITESFMAEKTSSKDGKNGKKAIRDIDVGLAEEEEMRRKKXEQDERNKGKNQPKKPLGQRKDPWGDKGILEKRKERAERREAIHRRNVLGILPPKKX------XXXXXXXXXXXXXXXXXXXXXXXXAALIKWVGKERKRNWFMKFLRVVWPTEEAVRTSNLGWESGAGMPCLTTTLYEGGYRKCETNYQLNRVMEELKPLLCTWTGAKGMDRGNAMPHLNTYYRYRELPRTDGSLKMSKDGLAYFLLASHSLHRIAWGYLEHRNPPQRPRKRRVRMKPIYPPKPENTLPYKEEEAQLDIKSFDMGVMFLPSKIPPKRPLPMDXXXXXXXXXXXXXXXXXXXXXXXXPAPFSCDPEGALFRLRPLSYRCPDQAPAARLKTLPLGLLPLPHQLPG 903
BLAST of mRNA_P-lacustris_contig100.112.1 vs. uniprot
Match:
A0A6H5KBB1_9PHAE (Uncharacterized protein n=1 Tax=Ectocarpus sp. CCAP 1310/34 TaxID=867726 RepID=A0A6H5KBB1_9PHAE)
HSP 1 Score: 221 bits (564), Expect = 2.350e-61
Identity = 161/305 (52.79%), Postives = 176/305 (57.70%), Query Frame = 1
Query: 1024 MILLKYKTGVRVVIMTCNMRPDDWGGRCQAAWYQDFPFKPPXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXPRLTEERQGGGGNQGVGKKWRGEDGAATATGAXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXELPTSEFEA---VLIDFFEHLGGPAAEWGRSLSAYDFSAANVTLITSVPGRHHGKNLYKYGHLRVRAVLANEEVHVRPGSHRVAFQVASIMNLSRRPYKWLGEITESFMAEKTSSNNGEDGKKVVPEVDVGYAAEQERKQKMMEEAEKMKGANKPKKPLG 1929
MILLKYKTGVRVVIMTCNMRPDDWGGRCQAAWYQ FPFKPP P L EE XXXXXXXXXXXXXXX XXXXXXX + TSEFE +LID+FEH+GGPAA WGRSL AYDFS+AN TLI SVPGRH GK+LY RVAFQ AS+MNLS RPYKWLGEITESFMAEKT NG+DGKK + ++DVG A E+E + K E+ E+ KG NKPKKPLG
Sbjct: 1 MILLKYKTGVRVVIMTCNMRPDDWGGRCQAAWYQGFPFKPPRAKSKGKEKARGKAGTRKRVGADAA------PILDEEPXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXRKRVASDSEEDYPKEGXXXXXXXHDDVVITSEFEVGEEILIDYFEHVGGPAAVWGRSLFAYDFSSANATLIPSVPGRHKGKDLY-----------------------RVAFQAASVMNLSLRPYKWLGEITESFMAEKTGGKNGKDGKKAIRDIDVGLAEEEEVRMKTKEQDERNKGKNKPKKPLG 276
BLAST of mRNA_P-lacustris_contig100.112.1 vs. uniprot
Match:
A0A6H5KBK0_9PHAE (Uncharacterized protein n=1 Tax=Ectocarpus sp. CCAP 1310/34 TaxID=867726 RepID=A0A6H5KBK0_9PHAE)
HSP 1 Score: 178 bits (452), Expect = 2.470e-48
Identity = 87/131 (66.41%), Postives = 96/131 (73.28%), Query Frame = 1
Query: 2668 LSIMFLPSKIPPKRPLPMDYDSVDSVDVAATATAAAGGESANAPA-FSCDPEGVLFRTRALSYRCPQQAPGPRLKTLPLGLLPIPHQLPAPPYEYTRTFGYRVVDRPWVWHRNGAKPDIFGNIIQSPKEKK 3057
+ +MFLPSKIPPKRP PMDYDS +PA FSCDPEG LFR R LSYRCP QAP RLKTLPLGLLP+PHQLPAPP+EY+RT+GYRVVDRPWVW+RN KPDIFG +Q KEKK
Sbjct: 1 MGVMFLPSKIPPKRPPPMDYDSEXXXXXXXXXXXXXXXXXXXSPAPFSCDPEGALFRLRPLSYRCPDQAPAARLKTLPLGLLPLPHQLPAPPHEYSRTYGYRVVDRPWVWNRNLPKPDIFGKTVQLAKEKK 131
BLAST of mRNA_P-lacustris_contig100.112.1 vs. uniprot
Match:
D8LE95_ECTSI (Tyrosyl-DNA phosphodiesterase n=2 Tax=Ectocarpus TaxID=2879 RepID=D8LE95_ECTSI)
HSP 1 Score: 169 bits (427), Expect = 5.710e-40
Identity = 146/526 (27.76%), Postives = 215/526 (40.87%), Query Frame = 1
Query: 1477 FEAVLIDFFEHLGGPAAEWGRSLSAYDFSAANVTLITSVPGR-----------HHGKNLYKYGHLRVRAVLANEE-----VHVRPGSHRVAFQVASIMNLSRRPYKWLGEITESFMAEKTSSNNGEDGKKVVPEVDVGYAAEQERKQKMMEEAEKMKGANKPKKPLGQCKDPWRDKVILEKRLEKREMRDAIRRRNVLGKLREKKPKPXXXXXXXXXXXXXXXXXXXXXXXXXXXXXALIKWVGKERRRNWFFDFLRVVWPTEEAVRTSNLGWQSGAGMPCLTTTLYEGGYRKCDA-NFHLNRVMVE*KPLLCTWAGAKGMNRGNAMPHLNTYCRYRENTRSDGS-LKMSKDGLAYFLLGSHSMHRTAWGYLENKNLPRTPKKLRVRMTPIYPPKPEYTLPFKEEEALLNIKSFDLSIMFLPSKIPPKRPLPMDYDSVDSVDVAATATAAAGGESANAPAFSCDPEGVLFRTR---ALSYRCPQQAPGPRLKTLPLGLLPIPHQLPAPPYEYTRTFGYRVVDRPWV 2991
F+ L+ F +GGPA+ + +L YDF A V L+ SVPG H G++L+KYGH+RVRA+LA E+ ++ G H+V Q++S+ +L++ P +WL EI SFM P D G AE R+ +EA+ +LE+ L RVVWP+ EAVRTS+ GW +G + C T +Y G Y+ + N+ N + E +PLL W G +NR PH+ +Y RYRE +G+ ++ D +A+FLL S ++ R+AWGYL + L ++SF++ +MFLPS + + P S DS D G +A A F+C P + R +L Y C K LPL LLP+P+ LPAP Y++ ++ +RPWV
Sbjct: 224 FQEDLMGFLFKVGGPASAFASTLGEYDFRGARVALVPSVPGTGGNTPGTGGKPHKGRDLHKYGHMRVRALLAREKEDGTGAKLKEGGHKVLCQISSLASLTKTPNRWLSEILASFM----------------PLEDEGKKAEPTRRSVSEDEAQA---------------------TLLEQHL-------------------------------------------------------------------------RVVWPSVEAVRTSSQGWIAGGSICCNTVNMYGGKYKWPNMDNYRSNTPLPELRPLLRKWKGNPAVNRTRDAPHIKSYLRYREVAGENGTETRVDGDEVAWFLLTSSNLSRSAWGYLNKASTD------------------------------LTLRSFEMGVMFLPSLL--RSP------SQDSDD---------GNAAAKASGFTCTPGEMGLTQRFPLSLGYDCEAG------KGLPLSLLPLPYVLPAPRYDFDKS--QDANERPWV 584
BLAST of mRNA_P-lacustris_contig100.112.1 vs. uniprot
Match:
A0A1V9ZNZ3_9STRA (Tyrosyl-DNA phosphodiesterase n=1 Tax=Thraustotheca clavata TaxID=74557 RepID=A0A1V9ZNZ3_9STRA)
HSP 1 Score: 100 bits (250), Expect = 1.290e-17
Identity = 89/340 (26.18%), Postives = 129/340 (37.94%), Query Frame = 1
Query: 760 PPENANGVSLDELIAGEYTEALVASFFVDIGFLLKTAPRLKTVPFLVVQGAKEEERVMIDMKATLAKEHPAAVVYRPKTIHIGIQHSKMILLKYKTGVRVVIMTCNMRPDDWGGRCQAAWYQDFPFKPPXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXPRLTEERQGGGGNQGVGKKWRGEDGAATATGAXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXELPTSEFEAVLIDFFEHLGGPAAEW-GRSLSAYDFSAANVTLITSVPGRHHGK-NLYKYGHLRVRAVLANEEVHVRPGSHRVAFQVASIMNLSRRPYKWLGEITESF 1773
P + N +S ++++AGE+T A++ ++ +D +LLK + RL+ VP L+ G ++ MK + K V+ P I G H+KM +L Y VRV I T N DW + Q WYQDFP K EE + T+T T+ FE L + L A+W L+ YDF+ A V LI SVPG + +++KYGHLR++ VL V +P VA Q +S +L+ WL E SF
Sbjct: 616 PMPHENCISFNDILAGEFTHAILTNYKIDAEWLLKQSTRLEQVPVLLCHGGDQQR-----MKNAIGKRTNITVIAPPLPIPYGTHHTKMTVLFYSQFVRVAIFTANFLAGDWNDKTQGIWYQDFPLK-------------------------------------EE-------------------STTSTA---------------------------------------------TNTFEQDLAGYLSSLHPKVADWCATKLALYDFNQAQVILIPSVPGTYSTPTDMHKYGHLRLKKVLEQNNVSKKPNQPVVA-QFSSFGSLNE---SWLMEFLSSF 845
BLAST of mRNA_P-lacustris_contig100.112.1 vs. uniprot
Match:
A0A7J7NVW0_9MAGN (Uncharacterized protein n=1 Tax=Kingdonia uniflora TaxID=39325 RepID=A0A7J7NVW0_9MAGN)
HSP 1 Score: 80.1 bits (196), Expect = 2.400e-11
Identity = 46/142 (32.39%), Postives = 78/142 (54.93%), Query Frame = 1
Query: 724 PPLFRPVRIPSDPP-ENANGVSLDELIAGEYTEALVASFFVDIGFLLKTAPRLKTVPFLVVQGAKEEERVMIDMKATLAKEHPAAVVYRPKTIHI--GIQHSKMILLKYKTGVRVVIMTCNMRPDDWGGRCQAAWYQDFPFK 1140
P F+ +R+ PP N++ VS++++I G T A+++++ VD+ +L+ P L+ +P ++V + + R+ L K PA + + I G HSK + L + G+RVVI T N+ DW + Q W QDFP+K
Sbjct: 183 PLTFQLLRVQGLPPWANSSAVSIEDVIQGNVTVAILSNYMVDMDWLISACPTLRKIPHVLVVHGEGDGRLH-----QLQKNKPANWTFHKPLLPISYGTHHSKAMFLVFPRGLRVVIHTSNLIHVDWNNKSQGLWMQDFPWK 319
BLAST of mRNA_P-lacustris_contig100.112.1 vs. uniprot
Match:
W7TUS3_9STRA (Tyrosyl-dna phosphodiesterase (Fragment) n=1 Tax=Nannochloropsis gaditana TaxID=72520 RepID=W7TUS3_9STRA)
HSP 1 Score: 76.6 bits (187), Expect = 6.210e-11
Identity = 41/129 (31.78%), Postives = 67/129 (51.94%), Query Frame = 1
Query: 760 PPENANGVSLDELIAGEYTEALVASFFVDIGFLLKTAPRLKTVPFLVVQGAKEEERVMIDMKATLAKEHPAAVVYRPKTIHI----GIQHSKMILLKYKTGVRVVIMTCNMRPDDWGGRCQAAWYQDFP 1134
P NA + L+++ +G + A+V ++ + F L+T PRL ++P+L + G + I ++ P ++P+ + G HSKM LL Y+ G+RV+I T N DW + Q W QDFP
Sbjct: 158 PEYNAQCLGLEDIFSGAFHRAIVCNYMYEWSFFLETLPRLLSIPWLCIYGDENPSTPQI------SEAFPNIATFKPRFRNTPFAWGTHHSKMALLLYEGGIRVMICTSNFIEVDWHNKTQGIWVQDFP 280
BLAST of mRNA_P-lacustris_contig100.112.1 vs. uniprot
Match:
W4H376_9STRA (Uncharacterized protein n=2 Tax=Aphanomyces astaci TaxID=112090 RepID=W4H376_9STRA)
HSP 1 Score: 77.4 bits (189), Expect = 8.770e-11
Identity = 44/115 (38.26%), Postives = 69/115 (60.00%), Query Frame = 1
Query: 1465 PTSEFEAVLIDFFEHLGGPAAE--WGRSLSAYDFSAANVTLITSVPGRHHGKN-LYKYGHLRVRAVLANEEVHVRPGSHRVAFQVASIMNLSRRPYKWLGEITESFMAEKTSSNN 1800
P+ FE+ L+D+ L PA S YDF+AANVTL+ SVPG H G + ++KYGHLR++ +L + HV P +H + Q +S+ +L KW+GE +SF+ ++++
Sbjct: 160 PSCAFESDLLDYMTALKAPAVTSLCRSSFPRYDFTAANVTLVASVPGVHQGIDAMHKYGHLRMKKLL---QQHVAPHNHPLVCQYSSLGSLDE---KWIGEFYKSFVPGSAATSS 268
BLAST of mRNA_P-lacustris_contig100.112.1 vs. uniprot
Match:
A0A1V9Y5P7_9STRA (Tyrosyl-DNA phosphodiesterase 1-like isoform X1 n=1 Tax=Achlya hypogyna TaxID=1202772 RepID=A0A1V9Y5P7_9STRA)
HSP 1 Score: 77.0 bits (188), Expect = 1.120e-10
Identity = 39/125 (31.20%), Postives = 67/125 (53.60%), Query Frame = 1
Query: 769 NANGVSLDELIAGEYTEALVASFFVDIGFLLKTAPRLKTVPFLVVQGAKEEERVMIDMKATLAKEHPAAVVYRPKTIHIGIQHSKMILLKYKTGVRVVIMTCNMRPDDWGGRCQAAWYQDFPFKP 1143
N + +SL E++AG+++ A++ ++ VD+ +LL + +L VP L+ G+ + ++ A + P I G H+KM +L + T VRV + T N DW + Q W+QDFP +P
Sbjct: 34 NRDCISLPEVLAGDFSHAILTNYHVDVAWLLAQSKQLTKVPVLLCHGSNQSS-----IRDACAPYANVTALAPPLPIPYGTHHTKMAVLFHATFVRVAVFTANFLAGDWATKTQGLWFQDFPRQP 153
BLAST of mRNA_P-lacustris_contig100.112.1 vs. uniprot
Match:
A0A4D9CP45_9STRA (Uncharacterized protein n=1 Tax=Nannochloropsis salina CCMP1776 TaxID=1027361 RepID=A0A4D9CP45_9STRA)
HSP 1 Score: 76.3 bits (186), Expect = 3.470e-10
Identity = 42/129 (32.56%), Postives = 67/129 (51.94%), Query Frame = 1
Query: 760 PPENANGVSLDELIAGEYTEALVASFFVDIGFLLKTAPRLKTVPFLVVQGAKEEERVMIDMKATLAKEHPAAVVYRPKTIHI----GIQHSKMILLKYKTGVRVVIMTCNMRPDDWGGRCQAAWYQDFP 1134
P NA + L+++ +G + A+V ++ + F L+T PRL ++P+L V G + I ++ P ++P+ + G HSKM LL Y+ G+RV+I T N DW + Q W QDFP
Sbjct: 159 PEYNAQCLGLEDIFSGAFHRAIVCNYMYEWSFFLETLPRLLSIPWLCVYGDENPSTPQI------SEAFPNIATFKPRFRNTPFAWGTHHSKMALLLYEGGLRVMICTSNFIEVDWRNKTQGIWVQDFP 281
The following BLAST results are available for this feature:
BLAST of mRNA_P-lacustris_contig100.112.1 vs. uniprot
Analysis Date: 2022-09-19 (
Diamond blastx: OGS1.0 vs UniRef90 )
Total hits: 25
0 1 Expect = 2.56e-310 / Id = 68.57 Expect = 2.35e-61 / Id = 52.79 Expect = 2.47e-48 / Id = 66.41 Expect = 5.71e-40 / Id = 27.76 Expect = 1.29e-17 / Id = 26.18 Expect = 2.40e-11 / Id = 32.39 Expect = 6.21e-11 / Id = 31.78 Expect = 8.77e-11 / Id = 38.26 Expect = 1.12e-10 / Id = 31.20 Expect = 3.47e-10 / Id = 32.56 Sequence D7FIJ8_ECTSI A0A6H5KBB1_9PHAE A0A6H5KBK0_9PHAE D8LE95_ECTSI A0A1V9ZNZ3_9STRA A0A7J7NVW0_9MAGN W7TUS3_9STRA W4H376_9STRA A0A1V9Y5P7_9STRA A0A4D9CP45_9STRA Pages
back to top
Sequences
The following sequences are available for this feature:
protein sequence of mRNA_P-lacustris_contig100.112.1
>prot_P-lacustris_contig100.112.1 ID=prot_P-lacustris_contig100.112.1|Name=mRNA_P-lacustris_contig100.112.1|organism=Pleurocladia lacustris SAG_25_93|type=polypeptide|length=473bp
MIDMKATLAKEHPAAVVYRPKTIHIGIQHSKMILLKYKTGVRVVIMTCNM back to top mRNA from alignment at P-lacustris_contig100:186081..202869-
Legend: UTR polypeptide CDS
Hold the cursor over a type above to highlight its positions in the sequence below.
>mRNA_P-lacustris_contig100.112.1 ID=mRNA_P-lacustris_contig100.112.1|Name=mRNA_P-lacustris_contig100.112.1|organism=Pleurocladia lacustris SAG_25_93|type=mRNA|length=16789bp|location=Sequence derived from alignment at P-lacustris_contig100:186081..202869- (Pleurocladia lacustris SAG_25_93)CACGGGGACATCCACTTTCAGCAGTAGATATAAGTTAGAAGTGCATCTCT
TGCAAAGCAGCAGCGAGGGGTCCGTGCGGCGCACAGAGAGAGCGAAAAAC
AGGGCCGGCAACGAAGCCTCTTTTTCAACTGGATGAAGTGGACGAAGCCC
AGGGCAAGGTGCTATCATGTCCTCTTCTGACGACGATCCTGTTGGCGGTC
ATGAAGACGACATGTCTCCAGTTGGACACCTCCACTCTCAAGCGCCCTCG
GAGGATCTCTTCGAAGATGATGAACTGGCGAACATCCTTGCCAATGTTGA
CTCAGATTCTGGCGCGCCCCTGGATGTTGACGACGACTACGTCGACATCT
TTACCTCCTCCCAGTGGGCAAGCTGTGGAACCGTGACGGCAGCGGCGGCA
ATGGTGGAAGAGGACGGTAGCGGCAGCGACAGCGGGGCGGAGGAAGTAGC
AGCAATGTTAGATATCAGCGGTGGGGCGGCAGCGGAGCCCAGCATGCGAG
GACCGCAGCCGACG GTGTGTTTCGTCTCCTACTCCGTGTATCTTATTAAC
ATGTACTCGGACTACAACAGCGTAATAACTGGTAGTACTGCTGCTGTAGT
TCGAAGGATCGGCCCCTGCCCCATTGGCATGCCAGTGGCTTGCCAGTGGG
CAGTGGGCGGTGGGGCCGGAAGGTGTTTGACGTGAGGAACCTAGGGGTGG
TGCGCAAGTAAACACAAAAGTATTAACGTGGAGGGAAAAACAAATCAGTG
TTGTAGTTTAAAGCCAACACTGCAGTGAAGCACGGAGAAAGGTGATGTAG
GAAAGAAAACCCTTTTTTGTGTCCACGCTTGCGACGAACTAAACACTTGG
CAGAAGCAACCGTCAGGAGACGACACGATGTACGAAAGAGATCGCTGTTT
GTACGCTCCGCGGCAAACAACACACTTTGTAGAAGCAACGATCATATGCA
CAAGAGGAGAGAAAGAGGGAACGACGTACACGGAACCGTGAAAAAAAAAA
TCTGAAAGAGCAAGCAAGCCATCGAAAAACCCGCGGCAATGACCCCGGTT
GGTTCTAGTGGAATTAAAAAAATACACTGAAAAGTGTAGTCCGTTAATAC
ACCGCAACGTGTAGTACACGTCTCACCTTGATCGGGGGACTGTCGCCAAT
AATAAATGGGACGAAAACACACACACACACACAATGCGCGCAACACAAAC
AGCCAATACGTTGCTCGGACACCTCAAAGCGACCCAACATCTCTGTGCAT
GGATGTGTGGGGATCGCCCCCGTAAATATGTGGCGTGGAGGGAAAATAAT
CAGTGTGTAATCTACAACAGCCAGGGTTAAATCGTGTAGACGTGGCGAGG
TAAACAGCTTCCGAGAAAGGGTATCAGTAGGGCTCGTGGCGCATCTCCTC
AGAATCGCCTCGGGCGGTCTGTGTGTGTGGCGGCAAGATATGTAAAACCG
AGCTGAAACGAGCTCAAAAAGTGTAGCTTCGGATGTTTTTCAAGAAGAGC
GGAGAGAGCTGGAGAGAGAGGTGTTTTCAGCCCCGTGTGCGTAAACGGGG
TAAGCTCGTTTTTGTCTCATCTGGTGCCACAGCGGTAGCTGGTGCCACTA
TCTACCGCTGTATATCCGTATTTGGCAAGGTTTTGGTCTGTCATGGCGAG
TACGGTAGTGGAAAATGTTCGTTGCTGGCTATCCGTGAAGATTGCGGAGT
TCTGGAGGTATCGCTGCGGAATGCTGCGGCTCTCCATAACTCACCGCCTG
TGCGGGCAGTTGGTACCACTACCCGCCGCTGTAGACCCGTGACAGCAGTA
GCTGGTACCACTACCTACCGCTGTGGACCCGTATTTGAGGAGGTTAAGCT
CTGTGGTGGCGAGTTCTATATTGCGGAGTTCTGTATCTCACGTTGTCCCC
TCGCCTGCACACCCGCAAACAGGTGACACCAGCATACCTCAGCACCTTGG
GAGTTGTGCGAGTGCTGTCTCTCTCCCAG GCGGGTATACGTATACGAGGA
GGGTGTGTTTCACTTCTGATTCGGTGCTCTGCACTTACGGCGACTTGGTG
GTCGCCGGAAAATAAAAAATGTAACCTTCGTCTAATTTATAGTAAACGGC
GGCCGACGACCATTTCTGTCTGTAATTTATATATAACATGATACACCCAG
TATCTTACCTCGCCGAACACTGCTGTCGACATGTCTAGAAAGTCTCTGCG
ATGGCATGATGTTTCTGTTGGAATCTGCATGAGAAAGGTGCCGGAGTGTT
TCGAATATTCCCTTGGTTAGTTTTGAAGCGATTAGCCGCCTTTCGCCTTC
ATTCGTTTGCCCTCACGATCAAGGACTCGGCTCTATCGCAGTTGGTGATC
TTGCTGGTGCTTGTGATGCACGGAGTCACGTTTTCGCGTCCCAGAGAACA
GGGGTGGCTGTGACACAACGTAATGCTATGAGCAATCAACGGCGTCCATC
ATACTGATAACATTGATCGACCCAACCCCCGCAGTAGTTTCAAGAAAAAC
ACAAAACATCAAAGGAAGACTACCATCTGAGAAGTCCCCTCCATGTGGTT
TGTATCGAAGTCTTCACGGTGTCGGTTAAATGATACCTGCTTTATCCCTC
ACTATCCGCCCCCATCCCTATCCCGATCTACACGCGGATTTTCCCTCCTC
GCCAACAGGCACCTCGTCCCGGCACGAGGTCGACGATGACGTCAAGCTCC
CCTCTCCAATCGCCGGGGCCGAGGAGCCTCAGGGGCGTCTCCCCGAGTCC
TACCGCTCGGAGCCTCAGGGGCGTCTCCCCAAATCCTACCACTCGGAGCG
CTGGAGTTGCCCCCCGCTCTTCCGCCCGGTCCGCATCCCCTCTGACCCCC
CGGAGAATGCCAACGGAGTGTCGCTCGACGAGCTTATCGCGGGGGAGTAC
ACGGAGGCGCTCGTGGCGAGCTTCTTCGTCGACATCGGCTTCCTGCTGAA
GACGGCGCCCCGACTGAAGACTGTACCTTTTCTTGTTGTTCAGGGCGCCA
AGGAGGAAGA GTGAGTCGGAAACGTCGGAGATGCCGGAGATGGTATGCAG
CTATCTAGAAACACAGAGGAACATGAGTCGGCGAGTAGCGAAAAGGGGAT
GAGATGTATCTACACAGATGGAGTTTTTTGTTTTTTCGATGGGACATCGC
GAGCGTGTCCATGCGGCCGATACAGGTGGAACACATCAATCCAGCAGAAC
TGGCACAAAGCAGTAAAGCGTGCTGCGTGCAAACCACTGTGGTGTCGTTG
TCGTTGTCGGTGGTAGCGGATGAGGCGTCAAGGGAAAGCGAGGAAGATGG
GAAGAGCCTTGTTCTGATGACATGACATTCAGTAGATTGATACTGTACCA
CGCAGGTGTGCAGCTCGCCGCCGGTTCCAATTTAGCATAGGCTCATTCCT
TCCCCCGCACCTCTACCTCTGTTGATGAACGCAAGCGGCTCTACGAGGAA
GCGTGCGGTTTGCATGGAGAGTTATTGTTCGTACACCCTTCTCATTATCA
TTCTGACTCTCTTCTTCATCTTCTGCTTCTTCTTTGTTCGATCTCGTTCG
CTTGACAGGAGAGTG ATGATCGACATGAAGGCCACTCTGGCGAAGGAGCA
CCCGGCAGCCGTGGTGTATCGACCAAAG GTATGTTTGCGTGTAAATGTTC
ATGTTTGCAGCATGTTTTCGAGAGAATGGCGATGGCGGACAGGAATCCGC
CCTTTGTAAGCTAGACGCCATTTGCCCTCCGTTGCTATGTCTGCGGAGGA
CGTTGATTTTGTCTAACCTTTATGTTGTACACACGTATAGCACCTGTAGT
CGAACTAAAACTAGCCGAGCAGTTCTTCGGTTCACCCCAACCCCCACGTT
CTTGCTCAAGTTTTTAGCCTATTTTTTTGTGTGTGTTCTGGTGTAGGTCT
TTCCGAGTAATATGTGTTAGTTCCTCGTTTGTGTCGTGCGCGCGTATCAC
CGATCGAGATGAGCTGTTCGGAAACAAAGATGTGGGCCGGAATCCGAGTA
AAATGATCCGCACTCTCCACACAAATTCAAGTTTTGTCTCATTTTTGATA
CATGCACACACGCACCCAAAGAACAAAAGAACAAAAAAAAAAAGAACAAA
AGAACAAAAGAACAAAAGAACAAAAGACGCGTCAACTGTTGATGTTCGTT
TCGTCTACAGCGATACGCAAGACAAGACCAGAACAGCATTAGATCGATGA
TCGATGTTCCGTCGAGAGAGTTGCGCCGCCGTCTTTACTGGAATTTGTCG
CTTTCCTCGCGCCATCGGCCTCAACCCCTCAACCCCTCATCCAACTTTCT
TCTATTTCCACTCCGGATAACTTCTAAGCAGAGCCGTCGCGCACGGCGGG
CTCTGGGCGCACTACCAAGGCAACAACCCTATCTCTCTCTCTCTCTCTTT
CCTCCTCCCTCTCGCTGCTTCTCCTGCGTCACCGCTCTGCTTCCGTTCCC
CCGTCATTCGCATGCCGTCCCAAGCAGACGATTCACATCGGCATTCAGCA
CTCCAAGATGATCCTGCTCAAGTACAAGACGGGCGTGCGCGTGGTTATCA
TGACATGCAACATGCGTCCCGACGATTGGGGGGGAAGGTGCCAGGCCGCC
TGGTACCAAGACTTCCCATTCAAGCCGCCGCCCCCCGAGAATCAGAAGGG
AAAGGGGAAGGAGAAATTCACGCCGAAAGACAAGGGGCAAAAGAGGAAAC
GTGTCGTCGGTGCCGGTGCCGGTCCTCGCCTCACAGAGGAGAGACAGGGA
GGGGGCGGGAATCAGGGTGTAGGCAAGAAGTGGCGCGGTGAGGATGGTGC
TGCCACTGCCACTGGGGCTAGGCAGGAAGAGGGGGCGGGGGCGGGGCAGG
GGAGCAAGAGGAAGCGCGAGGAGAGTGCCGGCGAGGGAGGTGAGCCGGAC
GAAGAAGAAGAGGATGGTAACGATGACGATGGTGATGACGACGAGCTTCC
CACGTCTGAGTTTGAG GTGGGTGCGGCGGTCGTGATGGGTGATGGGATTT
GGGTACGGTACACCAGCGGAGTAGTGGTTCTACTGTGGAGTAGTTACAAG
TAGGATTACTCCGGATTTTCACAAGGCTCCTGGGTGTTATGACGGCTTCC
GGCGGAGCATAGGAAATCCGGATTTTCGTTCGGCTGAACGCGATCGATCG
TGATCGTGCCTCCACCCGTCCTACTCTTCGTGCAGTTGGCAAAAAATGGT
CAAGTATTTGTGTGTTGCCCGGGCGGCAAACATTAAGCTATTGTAGCTAT
TGTAGCTAGGTCGTTTTTCGTTTTACTTACTGCACGAGTGTGGAAAAGGC
GCGTTTGTCTGACTGGCTCGGCTGTAACGCCAAGCACGCCGTGCGTATCA
AATCTTTTGGGGACGCTCTTACGTCGCGACATACTTCTGTCCATGCCCCG
CCACGTACAGAGAAAGCCGTAGCTCACACCGGTGTATAACTTCGCACTCC
TTCTTATACACCGAGGCCCCTCCCGAACCCACACTCTTGGGCACGCCTAA
CGCATGCGTCGGCGCGTGTCTGCCCGACAGGCAGTCCTGATCGACTTTTT
CGAGCATCTGGGCGGACCCGCCGCCGAATGGGGGCG GTAAGAGCCCCTTG
AAATTGCGAATTGGTCTCACAGGAGAGCCCGCGTGCTTGCGGTATAGTGC
GGGTTCTCCTAAGAATCTTTCAAGCGGTATACTAGTGCCGATAGCGACAC
TGACCCTGCCCTTTCACGCCCTGAAGTTTTGTTGCTCACGACGACGTCAT
TCCCGCCGCAACCAGCCAAGACCCTCCCTTTCGGTCGAAGATTCGGGAGC
ACTTCGAGGACACGCGGTAGCAATTGCAACCACCACCCTCTGCTTCTGCT
ACGTCGCCCCCATCACGGAGAGTTTTTTTTGTTCTGTTTTTCATGCGCTT
CGCCGCCCTACCGACCTCGCTCGAAATCAACCGACCAGGAGCCTCTCCGC
GTACGACTTTTCGGCGGCGAACGTAACCCTCATCACGAGCGTGCCCGGCC
GCCACCACGGCAAGAACCTCTACAAGTACGGCCACCTGCGCGTGCGCGCG
GTGCTGGCTAACGAGGAGGTGCACGTGAGACCCGGCTCGCACAGGGTGGC
GTTTCAGGTGGCCAGCATCATGAACCTCTCCCGCCGCCCC GTGAGACATG
TTGTTATCTTAGCTCATCTTATCTCGTGTTCTGGTGTTGTGGTGTTATGG
TGTTTGGATGCAATCTGTCGTACTTGGCAACTAGGTAGTGCGTCCTCTGT
TCTCAACGCCCGCCCTCCCCGCCCCCGCTATCGTGTTTTACCCTACCCTC
CTTCCAGTATAAGTGGCTGGGTGAGATCACGGAGTCCTTCATGGCCGAAA
AGACCAGCAGCAACAACGGCGAAGACGGCAAGAAGGTCGTCCCGGAGGTT
GACGTGGGGTACGCGGCGGAGCAGGAGAGGAAGCAGAAGATGATGGAGGA
GGCGGAGAAGATGAAGGGGGCCAACAAACCCAAGAAGCCTTTAGGGCAGT
GCAAGGACCCGTGGCGTGACAAAG GTGCATCATGTGATCGACCAATTGGT
GTCGTTCAATCCGTTAGTTGATTGTGTATTTTTGATATGCTTGCAACATT
TTTCGACATGACCTACAAAGCTAAAACGAAAATCGATTACTGTTCCCCAC
AGCTGTCAGGGAGTCTCAACTTTCACGTCCATACCATACCATGTCATCCA
TACCATGCCATGTGGTTTTCCTTTTTTTCTGGCGGAAGGCTGTGTGGCGA
TAGCTCGAAGCAACAGATATATGCCGACGTGCATCATCCAATACTATCAT
GCTACTCCGCTACTCCTGTGAAGCGATACCACAGCAGTCCACGTCCGGTG
ATGCTCCCTGGAGAAACGCACAGAGGGGGGCGCTTTATTGACGCTGACCT
GTTCACCACTTCCAGCAACAAAAAGATTTCGAGAGATATATGGCACATTT
TATACGGAGTATTCTCCTGTATGACTCTTTTTTTATTGTCTGCGACAGTT
ATCCTCGAGAAGCGGCTGGAGAAGAGAGAGATGCGGGATGCTATCCGCCG
GCGCAATGTGCTCGGAAAGCTGCGGGAGAAAAAGCCTAAGCCCCCCAAGC
GCCTCGGCAAGAAGGCCATGAAAAGGAAGAGGAAGGAGGAGCGTGAGGTT
AGAGAGGTGAGAGAG GTGAGAGAGGACAAGGTTGAGGTCAAACGTATGGC
GTTCGCCTTGTTTCGACGGCGACGTGGTACGAGGGTAGGGCGCAGTAGTG
TCGTATTGTTGGTTGTGCACAAGAGCATTCCTTGAACCACCTCCTCTCTA
GCCGTATCGATGGCTTTTGCTTGTGGAGCAATCGAACCTTCAATGTCGGT
CTAGGGCGGGTGCCAGTTTCAGTACTTTTTTTGGTGCCTGCACAATGTTA
ATCTTGTGTGCGTGTTTTCATGTGTGCGCTGGGTCCGCCACGCCACCAGA
AGGCCCTGAAGAAAAATGGTCGAAACTTCTGCTTGGTTGGGTCCCCTCCG
CTTCGATGATGGTAGGCTTACTCCATAAATGAGGTGGTTGAAGGGGTCCA
AGGTCGAGGTAGCTATACCCACTAACCTAGGGCAGGCAGCTTTTTGTCAG
TTGGAATTTTGATATAGGTATAAGGAGAGAGGTCGAGGAAGAGGGTAGAC
AGGGCGGTGGCACAACAGTGGTCCGCCTGCTCATACCATCAAGCGGGAAA
TGGAAGATCCGTACACAGTTGGTGGTCTCCCGAGTTCCAGCAGTCTCGAG
ACGCTTCTGAGGAACGGTGCTTCCTACACTAGAAAATATGTACTGATGGA
TCCCACGCTTCCGAGCCACCTGGCATCCACAGATAGGCGGGATTCGCACC
CGGCCTTCCCGGCGTCAAAACCAGACGTTTTTTTTTCGCCGCGACGGCAA
TACGAAAACAGTGAATCGTTTTTGACGTTTTTGACGGACCTTGGAGACAC
GTGAACCTTTTTGAAGATTACCTCCGCACCCATCAACAACAAGACCCATC
GAGAGAGGATTGTAGATGCTCAGTACATAACTACCGTGCCCCCCTTCCCC
TCCCTTGTCGTCGCTTTTTCTGATCCCCCGCCCCCCTCGCCCCCGTTGTA
ATTGATTTCCTTTTCTGTGTTCCAGGCGGCGGCAGCGGCGGCCTTGATCA
AGTGGGTCGGGAAGGAGAGGAGGAGGAACTGGTTCTTCGATTTTCTCCGC
GTCGTGTGGCCCACCGAGGAGGCGGTGCGCACGTCCAACTTGGGCTGGCA
GTCGGGAGC GTAAGTCCCACATCATTTGGTTGGTTGGTAATCTCTGAGCC
GAAATGATACCCAAGTGCTGAGAGGTGCATTCCAGGGTGACGGCCAGCAA
CGGGTGCATGAATTATTTCATGGGGATGTTGCATGCGGATGTTTCATGGG
ACGAACCCAAAAAAACAGCGAGTAGACAGGGAAAACTTGTCGCTGAGTTT
TGTCTCATGGGCAGGGCACGGTGTTGTTTGCGTTGTTCGGGTCGCGTAGT
ATTTGGCACGAAGTAGGCGGCCGTGCGCACACCCAGGATACCCGGGAGGG
GTCCTTTGCCATTATTTTTGTTTTTCGTCCTTGGCTTACTTGCATCTTTT
CGCGATAATGTGTACCACTAAAGTAGCGGGGCGAGTTTTTTTTTCTGCGG
CTGTGAGCAGACTATATGTAGTTGGTTTAGGTTTCAAGCTCGGCCTTTGT
TCTTCTTTTCGTCTTTTCCTGCTGGTCTGGTCTGGTCTTGTGTTCGCTCC
TCTTCTTTATTCTTTCGTGGGTACATGCGGCGTCGGGCAAGAGAGGGGAA
TGCTGTTGTTGTCCCAGCTTGAGGCATTGTTTTATGAAAAAACACTACTT
CAAGCAAACATCACATCAAAGGAAGACTGCCATCTGAGGAGTCCCCTGCA
GGTGGTTTCAAGGGAGCATGCGGAACAAAATAACCCACACCTATGCTAGC
CCCCACTCCTCCCTTTGGGCTTAAGAGGTTTCCGGGCATAGGTGTCCTTT
CTTTCTTCCTGCCTGCTCCCTTGGTGGTTTATGTCCAAGTCTTCACAGGG
ATGGTTAAAATGACAACTGCCGCTTATTTTGACTTGTTATATGTATGGGA
GTCTCTACGCTGTGCAGCCGGGACAAAAACATCTGTAGAGGTACAAAAGT
TTAGTAAAACAGCGTAGAGATTTCCAAACATGCAACGGGTCAAATAGGCG
GCAGGTGCCATTTTAACCGTCACTGTCAAGACTTGGATACAAACCACTTG
CAGGGGACTTGTCAGATGGCGGTGTGCGTTCGATGTTTTGTGTTTTTTCT
TGAAAAATTTCATGGAGAGCTCTGTTAGGTCGACGACAATTTTTTCGGCG
GAGAAGCCCTGTTTTTTTTGTAAACTTGTTTGCGTTGTCGTTTCTTTAGT
TTTTGGGTGTGCTCTTCGTTTCCTTTGACATTTGAAACGGGATTTCTCAC
TTGCTTTCGCCCTCCCCCCACCCTCCTGGATCACAGAATGAAACGGGTGG
TATTTTTGTACTTTTTTTCAGCTGCTGCAGCTTGCTCCGCCCGTCTGGCA
CGTTTTTCGGCCTGTGCCCATTGTGGCTGCCGAAGCGAGAAGGCAGCATC
GGTAGGTACAATGCGGCCATGCCATGCCATGTTTGACGACACGACGACAG
GCTACACTATCATACAAGCTGTTGGAGTTTTCCCGTTTCCTTCTTGTTCT
TCATTTTTCCGTTGAACTTTGTTTTCAACACCCGAGGGAGACGACTCCCC
CTCCTAATTTCGTATTTCTGCTTCTCGTATCGAAGACCATGGTGTCGTTT
CATGCTGTATTTTTTATTTTCTGCCGCTTTTTCCCCTGCGCTGCCTTGTT
TCGGACGACCGGCGGTGTGGGCCTGTTGCACGCCAAACAATCATGAAATA
ATTCGCGCCCAACACACAATTCAGCGGCATGCCGTGCCTCACCACGACCT
TGTACGAGGGGGGCTATCGGAAGTGCGACGCCAACTTCCACCTCAACAGG
GTGATGGTGGAGTAG AAGCCCCTCCTTTGTACCTGGGCGGGGGCAAAGGG
GATGAACCGGGGGAACGCTATGCCGCACCTCAACACATACTGCCGCTACC
GCGAGAACACGAGGTCGGACG GTGAGCTCTTCAGGATATGCTCGTAACAT
CTCGCACCCCGAGGGGATTTGTGCAAGTCTTTGCTGTGGCAGCGGAGTGA
GAGTGACGCCGACCGGAGATGTTGGAGACTGGTCTAAGTGGTGTGCTAAA
GTTAAGGCTCTGACGTGGTTATGTGCTTTCAGCTTTTTGTTGCTGTGGTG
GTGGTGGTGGTGCCAGCTCTAGATATTCTTCGGTTTGGTTCGATTCGGTT
TGATTCGGTTCGATTTGGTTTCGTGGGTTGGGTCGGATTGGGTTGGGTGC
TCGTCGTTGTTTATATTGATTGCTTCGATTTGTTTTGATTGTTTTCGCGC
AACCTCTCTGCAACCAAGGCGTTCGAGTGGAACTATCTTCAGAGGTAGGC
CAGGTTGGGCTAGGCTAGGTAGATTGAAAGGACGAATCTAAATACGGCGG
GATGGCTTCGGAATGTGTGGATAACATGAACGACCGGCTCTCCACGCAAC
GTGCCTGGTGATACTGCTGACGGACTACCAGCTCCATTTCTGCGTTTTTT
TTATTTTTTTTATTCAGCTTACGTTCTGTTTCGGTCTATCCATCACCATA
TCCATCGCCACCATCACCATTAGTATCTACACTCCGCATAGCAGTAGTCA
TTAGCCAAGCATGCCGAGTGATGAGTAATTCACGTGTCACGTGTCACAAT
ATCCTATCCTATCCTATCCTATCCTATGGGTGCTACCTCCTCTTGGTTGT
TTTTTCCGACGGTTTGACGTTACGACGCCTACAACAACAATGTCAACGAA
AACGACAGGCTCTTTGAAGATGAGCAAGGACGGATTGGCCTACTTCCTCC
TGGGGTCTCACAGCATGCACCGGACCGCGTGGGGCTACCTCGAAAAT GTG
AGCGATGTTTCAAGAGAGATCGTGGTTGAAATAATGATATTTGTATACAA
TTCAATAGAATCAGTGCAATCAATCTAGTCAACAGAGGTAACTAAAATGA
TCGCAAGCTGAAGGCTGAGCTCTCGAGCGCTGTGAGAGCAGCGGAGAGAC
ATGCACCCCTGCTAAATCCGACATTGTAACGCCGAAAAAAAAAAAACTCC
GGATCTTCAGAGACGCTTTACGCCGAATCTCTCAACAAGCACCCTGCGCC
CAGGACGGCACTGTCGAGAATCCAATAAAAAAAAATCGGTCCCTGAGTTA
CCGATACAGCTTTTGCGATTTGTTTGTGGTTTCGTGGTGCAGTGTTTGTT
TGTTTTTTGCGGCGGCGGCTTGATATTTGTGCTGTGGTGGCTACACAAGA
CGCACTTCTCTTAGACGGCTTTTCTTTCCGCTTACTACACACACACATTA
GAGTATGTTTTTTGGCGTTTCTTATTGTCGAGTCTGTGTCCGCTGTGTGC
CTCCAGACCACCGTTGGTGGGATCCGGTCGCACATTGCTTCTGAGGGCAG
GTTGCCGCTGGCACACGTGAAGTGCAGAGCGGCGGCTGAGACACATGAGG
TGTGCAGTTGTAAATTATTTATCACCGTTTTTGTTTTTTTGTTTTTTGTT
TTTGTTTTTTCCCGATTTTCAACAAAAATTTCATCATCCCTTCTGCGGTT
GCTACGCCGACACACAAGAAACAATGTTTTTTCCTTCTTTCGAGTATCAA
GGTGGGGACTTTCCCGATTATCAGCCGTCGATTCTACGCACTCGCCCCAT
CCCTTTAGTCATCACACTACACATCACCTCATGTAAATATGAACAAACTG
GCGAACACATCCCCGCTTAGTACTACCCCTTCACCTTCATTGTGTACTTC
CTTACCAAGGAAGGGGGAAGGAGGGCTTCCTCACCGTTAACGACGGACGC
CCCCACGTTTGGAGCCCTTGTACACTCAATACAACCAATACAAATACAAA
AAAGTCGAAGCGACACGCTACTGTGTTGTTGTTGTTGTTGTTTTAGTGGT
AGCGTTCAAAGCGTTCAAAGTGCTCCGCGGGTAGTCCCATCGTACCCCCG
TGGTGTCTGCTCACGTCCTTTGCACCTCTTTTTGGTATTTTATTTAGATT
TCGTACCGTTCGGGTCCATTTTGTTTTGTGTACCTTTTTTAGGTAAGTCA
GCCTGTGACCACGGGAACTGACCGCGTCAAGTGTTGGATTTGTACAGAGA
GATTGCGACGGATGGAGGTACTGGATAGAGAGACCGGGATGGTTTTTAAT
GTGAACAACAACAACAACAACAACAACAACAACAACCATGCTTGGGTTTG
ACCTATGATAGTATGCCAACGGAGATCCGTTCCTAACACCTGAAAGCACC
GGTTGGAAGAGCATGGCACAAAAGAAGATGAAAAAAGCAGATGAGGTCAG
AGCGTTTTTTTCTATGCAGGCGGTGGCGGCAGCAGCAGCAGAAGTAGAAG
CAGCAACAACGCCCCCTGCCTGCTGATCTTGCTGTCTTGTACAACATTCA
CTTCACATTCCACCACCTCCACCACGTCCACGACGGGCCGGTCGTTCTGC
TGCTGAAACACTCTTGATTCTCAGTTGCGTGTTCCATGATTTTTATTTGC
TCCAAAAAAAAATGAAAATGTGTGGCTCCAACATGTACAAAGAAGTAAAT
AGGCGGCAGGTGTCATTGCAACCTTCACTGTAAAGACTATGAAAATTTCA
ACACCCATCTGTGGAGCACTTCCCAGATGGTGGTCTTTCTTTTGAAGTTA
TGGAGTATGTTTTTTGAAAATGTGTCTCCACAAGCAGAAGAACCTGCCGC
GAACACCCAAGAAGCTGAGGGTGAGGATGACGCCGATTTACCCGCCCAAG
CCAGAGTACACGCTGCCCTTCAAAGAG GTGAGCACTCATGTGTCTGCGCG
TGTGCTCATGATCGTGCAGCGTGAGCGTTTTTCAGGTCATAGAAGGAAGG
GGGTGCAAGCAGGTGAGCAAAGAGGGTAGCGGGTTGTTGGAGGCGGGAGG
GTTAGGCTTGTGCAGAACGTGTTGGCGCACAAGGGGCAACGTACTTTTGC
ACACCGTCTGAGTCATGCTACGGTAGGGGTTCCCTTTTTTTCCCTGAGAT
CCCAAATGTGAGGAACACCATATCCCCGTCCAAACGTGACGTTGATGGAC
AGTGGTGGCTTGACATGATCCGCGATCCAATGAACTAGTCAGAAAAAAAT
AATACACTGAAATGCTAAGCGATGTCCCAAAGATAAGGGCTGGTTCCTCA
TCTGAGGAACGCCGAGCATAAGGAGATTCCAGGGACAAAAGGGCCTACAG
TAAAGAGTGACCTCCTACCGCAAGCATGACTCGTCTATATTTGCTCTTCA
ATTGTTCAGCCTCCTACGGAAGAGACGGGAAAAATGGAAGTGCTCCTGCC
GGTCGTGGCAACACGACCAGCTAGCTTTTGGTAGCGATTGGCTTGCTTGT
TGGACCGTGTTCGACTTTGTCGGTGATTGCTCTCCTTTGCCAGGCACCGA
GATGGTTGACTTGGTGCGAAGATGACTGATGGGTATTGGATGTCGATGTA
CCGCCGTAATAATTATGCAAGAGTCACCCCCATGGTTGAAATGTAGAGGT
GCCCTCGCAACTTTAGGGTGGGCAAGGTCAGCGATCCAATCGCTGCCGTG
GCACGAGTGTTTAGATCGCCGTTGTGCATTACAGTACAAAGCAAAAGTCG
ACGCCGACGTCGACGAGGGAGAGGATTACCGAGCCTTTGTCGCGATAAAC
GTAAGGCAGGTAGGTACTCGGAGGATAGTTTTTCCGTTTGACCCCGGCTA
GTGCGCGCAAAACGATGTTAACGAGAGGTGCAGCCCTGGTGTCGAGAATA
GATGAGATGGAAAACAACAACACGATGAGGGAGGGAGTGCTGCCTAGGTT
TTTTGCGAAGGGTTTAGCAGGGCTCGCAACGTTGTGGCAATAATATACCT
GTCCCCAGGCGTTTCCTGGACATTCCCGACTACCACCCCCTACAACATTT
CCTCGCCACCCGGTCAAAACTACAGCACCCCTCTAAGTCTTTCCCTGACC
TGCTCATGAAGTAAACGCAAACATTCAGATACACCGCGAGCCAAGCCAAA
CAACCCGTCCCGTCCCAATAATGCAGGAAGAGGCCCTGCTGAACATCAAA
TCTTTCGACCTGAGCATCATGTTCCTGCCCAGCAAGATCCCTCCCAAGCG
GCCCCTCCCCATGGACTACGACTCCGTCGATTCCGTCGACGTGGCGGCCA
CAGCCACAGCCGCGGCAGGCGGGGAAAGTGCAAATGCTCCAGCTTTCTCT
TGTGACCCCGAGGGAGTGCTGTTTCGAACGCGGGCGCTGAGCTACCGCTG
CCCGCAGCAGGCGCCGGGCCCCAGGCTCAAGACGCTGCCGCTTGGGCTGC
TCCCCATTCCGCACCAGCTGCCGG GTGAGCTGCCATATCTTGAGAACTTG
ATGTCCTTTGGTTTTTGTACTTCATCGCGTGCTTCGAGGGGTGTTGTTTC
TTGCGCCAAACGTGGTGCGTGTGCGTGTCGGGTTGGATCGCCGTCGATGT
GTGTGTGTGTGTGTGTGTGTGTCCGTGGTTGCGACTGCCTGGCGAATTCT
GGCCGGCTGCTGAGAGGGGCTGAGAACTTTCGTTGCAGCTGCTTGTCGTC
CCACACCACCTACCGGGGGAGCGCGAGACAAGCGTAGGGTACCCGTTTTG
CTCTGAACGCGGTGGAGTCGATTACCCCGTTGACTCGGTCGGTAGTGCTG
GGTTTTCCTAGAGAGTTGGTTGCATCGGCTTACTTTGTGTGCGTGCCCCG
CGCGCACTTGTGCCTGCTTTCCTGAGGGCTTCGCCAGCGCCGGGGCCCTT
AGTGGTGTTGGTGTCAGTCTCAGTGTTGGCGGGCGTCTTTGGGTCTTTCT
GAGAGTTGGGAGGCGTCCGTCCATCTTGATCGCTCTCGGCATCGCAAGCT
GACGTCCGCTTTTTGTTTTTGTTTGTCTCTCTACGCTACCGTGCCAAACC
TCGGTCGGAGTGTCGGAGGACTGGTTGCGTCGCGTACGATACCCCCCACC
CCTTCCTCACCTCACCCACGACCCCCGTGCCCCCCGTACCCCCGTGCCCC
CGTGCAACCCTGCGTAAATATCGTTCTACCTCTCAATTTTTTCTTTTTTT
TGTTCGTCCTTGCTGCTTGGCGGGTGTGACAGCTCCCCCGTACGAGTATA
CGAGGACTTTCGGCTACCGCGTGGTGGACAGGCCGTGGGTGTGGCATCGC
AACGGGGCCAAGCCCGACATCTTCGGAAACATCATCCAGTCCCCCAAAGA
AAAAAAGTGACGTTTTTTTTTTGCCATTCCATTCCACACTCCAGTTTTTT
TTTATATGTGTTTCGTGGTGAAGTATTTGCGGGCGAGCTCTGTCCTGCGG
CATCCCGACGATTCCTCTGCTGCTGTAAAATATGGACCGTGAGAGTTTGG
CGCGAAGGGGAAATGATGGGTGCTTTTCGCGCAGTTTCTGTGCAACGTGT
CAGTTTTGCGTGTGTTTCGTTTTGTCGAAGAGAGATCCTTCGATTTTGGT
GTCGCACTGAGTAGCGGCGGATCTCTCTTGAGCTCTGTTGGATATGGCGA
AGGACGGTGGTGCGGTGAGTGTTGTTTCATATTTTGGCCATTTTTTACGC
GCAGGAGGCGCGTGGTTCTCCTTCTCACAAGGCTGCCGCAAGTTTTGGGA
ACGGCGCATGATCGGGACCAATGCGGGGTTGGTTTGTGCTTTATCGTTTT
TTGTGTTCAATTTTGTGTGACGCTTCGAGGTTCTCAATCGAATTGAACCC
CGACGTCGCTGACACTCTCTGCCAGACTCGTCTGTCGCGTCTTTCGAGGG
GTGGTGTGAACGGGTGGTGGTTGCATGCACGTCCGCCGTGTGTTCATTTG
TCTCTTCTGAGTGCTCGGGTCTGTATACCAGACAAATTGTTACATCCAGA
GACTGCTGTGATGGATGTATATATGTCACATGCTGCAGTATCTATTAAAT
GTGTGTGTCCTCGGGTCTCATGAAGAGACTGGAAGGCGAACGTCGCGCTG
TTGCGCGCGGGATCGATGTTGTCGAATGCGCGTGTTGTGTGTTGAAGTGG
GGTGGGCACATGATATGTACGTGCATGTATGTATATATTATGCTGTTGTG
CGTAGCGGCATGGTCTACTACCGTACCGCGGCACTTGCTTGTTCGCAGAC
AGCGGCAGTGACGACGAAATCATTCAAGCTCGTTGTTGCCGCAGGTGAAA
CCGTGTCTGTGTGACTTGCGTATTTTTTCGAGAGATGCCCCTAGACCAGG
CCGTAATTAAAAGAACTCTCAGGTTGCTTGGCGTTTATGCATGAAATCGC
TCTTTGCTGCTCGTCGAATCTAACGGATGGTGTACACACACGAGTATGGC
GCCGGGCATGTTATGTTGGGTACGCGTTGCTGTAACGCTTTTTTCAGTCC
AAACAACGGTTGGTTGGCTTTGTCGCGATCAACGCCGCGTCTGGGCAAGC
TTGCGCGCCCTTCTGGCGCGTGTGCGGTTGAGCGCCTGTTGTGTGAAAAT
GATGAAACGTATTTCTGTGGGTACGGACGAGATTGACTCCGTGGAGATAT
GGCGCTACAAAACAGCAGTGTTCTTTCGGGGCCTGTGGTATACCTAGGGC
CGCGTGCTCGCCCCATGCGTTGTGCATGCGGAGGATCGTATTCGAGTCGG
CGGGAAGCTGTTGGGCTCGGTCTTCACGCTACCCTGTGG back to top Coding sequence (CDS) from alignment at P-lacustris_contig100:186081..202869-
>mRNA_P-lacustris_contig100.112.1 ID=mRNA_P-lacustris_contig100.112.1|Name=mRNA_P-lacustris_contig100.112.1|organism=Pleurocladia lacustris SAG_25_93|type=CDS|length=2838bp|location=Sequence derived from alignment at P-lacustris_contig100:186081..202869- (Pleurocladia lacustris SAG_25_93) back to top