|
|
Alignments
The following features are aligned
| Aligned Feature | Feature Type | Alignment Location |
|---|
| chr28 | genome | chr28:242564..245841 + |
Analyses
This mRNA is derived from or has results from the following analyses
Homology
BLAST of NO28G00710.1 vs.
Match: EWM20935.1 (Glutamine-dependent NAD(+) synthetase [Nannochloropsis gaditana]) HSP 1 Score: 1104.7 bits (2856), Expect = 0.000e+0 Identity = 581/807 (72.00%), Postives = 646/807 (80.05%), Query Frame = 0
Query: 1 MSLITVATCNLNQWALDFDGNLERIKDSIRQAKAKGAKYRLGPELEVCGYGCEDHFLEQDTFLHCNESLASLLQTDLTHHILVDLGMPILHHGVRYNCRVFLRNSKILLIRPKLFLADDGNYREGRYFTPYKQAPPSSPPCLETHFLPPLLRRVTGQTTVPFGIGAVATLGTIIGSETCEELWTARAPHIDHFLGGVEVIGNGSASHHQLRKLDERIRLISGATEKCGGVYLYANQCGCDGGRMYFDGSSLIVVNGKVVAQAPQFSVTDVEVVVATVNLEEVRGKRAFSASIREQASRTGKIPQVLAEEEEEEEEALEFVRGQNSDGGSGRRRRRKEEVGNERGGNRGEGEEGEGGGGRSRKRDEDEGYEWHHLSPTLPLDPSTLCHSPEEECGLGPACWLWDYLRRSGAGGFLLPLSGGADSAAVAAIVGVMCHLLFKAVRT-----DDEGEGGREGVRRDVRRVMGYEEGSDFLPTCPQDIANSILHTVYMGTSNSSSVTRSRAAALAGQIGAFHYTLNIDAIVTAVLGVFKLLTGGLTPRYLSQGGTATEDLALQNIQARLRMVVAYLLAQLTPWVREVGGRSSSSNRSSSSNNSTNKPTPQRRGFLLVLGSANVDESLRGYMTKYDCSSADLNPIGSISKGDLKSFLSYASHKYNYSVLADIAAAPPTAELRPMEEGEEG---GEEEG---EHSQADEEDMGMSYKELGLYGRLRKMERCGPVSMFLKLVPAWPHLNAREIGEKVKLFFKFYAINRHKMTTLTPAYHAESYSPDDNRFDLRQFLYPVRWPRQFAAIDTLVERR 797
MSLITVATCNLNQWALDFDGNL+RIK SI QAKAKGA YRLGPELE+CGYGCEDHFLEQDTFLHCNESLASLLQTDLT+ IL D+GMPILHHGVRYNCRVF N KILLIRPKLFLADDGNYRE RYFTP+K+A SP LE H LP LRR TGQ +V FGIGA+AT T+I SE CEELWTARAPHI+HFL GVE+IGNGSASHHQLRKLD+RI+LI GAT KCGGVYLYANQ GCDGGR+YFDGSSLIVVNGKVVA+APQFSV DV+VV ATV+LE+VR RA SASIREQASRT IPQV + AL + E + G + G GGR R++ PTLPLDPS LCHSPEEECGLGPACWLWDYLRRSG GGFLLPLSGGADSAAVAAIVGVMCHL+++AV DD + G+E VR+DVRRVMGY S+F+P PQDIA+++LHTVYMGTSNSS+VT++RAAALA Q+GAFHY+L+ID+IVTAVLGVFK ++GG PRYLS+GGTATEDLALQNIQARLRMV+AYLLAQLTPW+R +GG S + R S + RR FLLVLGSANVDE+LRGYMTKYDCSSADLNPIGSISKGDLK L +A+ ++ YS LA++AAAPPTAELRPME+ EG G G EHSQ DEEDMGMSY ELGLYGRLRK++RCGPVSMFLKL+ AWPHL+ I EKVKLFF+FYAINRHKMTTLTPAYHAE YSPDDNRFDLR FLYPV WPRQF+ +D LV RR
Sbjct: 1 MSLITVATCNLNQWALDFDGNLKRIKQSIFQAKAKGASYRLGPELEICGYGCEDHFLEQDTFLHCNESLASLLQTDLTNDILCDVGMPILHHGVRYNCRVFCLNQKILLIRPKLFLADDGNYRESRYFTPWKRA--GSP--LEEHLLPLALRRATGQKSVMFGIGAIATHDTMIASENCEELWTARAPHIEHFLAGVEIIGNGSASHHQLRKLDDRIKLICGATAKCGGVYLYANQRGCDGGRLYFDGSSLIVVNGKVVAKAPQFSVRDVDVVTATVDLEDVRSFRASSASIREQASRTEAIPQVYVPDV-----ALVY------------------EWDGPKCSWEGCDQSEMGWGGRQRQQG----------LPTLPLDPSALCHSPEEECGLGPACWLWDYLRRSGGGGFLLPLSGGADSAAVAAIVGVMCHLVYEAVGKGGGGEDDGKDVGQEDVRQDVRRVMGYAPDSNFIPESPQDIAHAVLHTVYMGTSNSSTVTKARAAALAAQVGAFHYSLSIDSIVTAVLGVFKFVSGGRMPRYLSEGGTATEDLALQNIQARLRMVMAYLLAQLTPWIRGMGGVGSDNARGS-------QKVEVRRNFLLVLGSANVDEALRGYMTKYDCSSADLNPIGSISKGDLKKTLMWAADRFGYSTLAEVAAAPPTAELRPMEKRSEGRRVGNGSGGSEEHSQIDEEDMGMSYAELGLYGRLRKIDRCGPVSMFLKLISAWPHLSPLVIAEKVKLFFRFYAINRHKMTTLTPAYHAEQYSPDDNRFDLRPFLYPVGWPRQFSMLDHLVARR 763
The following BLAST results are available for this feature:
Relationships
This mRNA is a part of the following gene feature(s):
The following polypeptide feature(s) derives from this mRNA:
The following CDS feature(s) are a part of this mRNA:
Sequences
The following sequences are available for this feature:
mRNA sequence >NO28G00710.1 ID=NO28G00710.1|Name=NO28G00710.1|organism=Nannochloropsis oceanica|type=mRNA|length=2998bp
AAACACAGTGAGAGAGAGAGCCAGGCAGGGACTGGGACACGGGGGCAAAG
GGCAACACTACGGCGCGAATGCCGCAAGTCGCCTACTTTCACGTCGGAAG
TACCGTGGCAATTGGTTGGTGTATTTCTCCATTATAATTACTGCCCCATC
CACGACATCATCTAGCGTCTGGCGCCGCTACAACGGCGCGCAGCCAAACA
ACCTCCCCCCCTTTGGTCATAGCGATTCCCACTTCCTACCCTCCCGCACC
TCACCCTCCCTCCGATATCACTCCTCCACGTGCAGGCGCCTGGCTTTTCT
ATTCCCAAAGTGCCAGCGCACCGTATCTGCCACGATCTACCTCTTTCCTC
CCCTTGCCCCACGTCGTCGTCTTGCTGCCCAACGTCCTCCCCCTCCCCCC
TCACCAAAGCACCACCATGTCCCTAATAACCGTCGCCACGTGCAACCTGA
ATCAATGGGCCTTGGATTTTGACGGCAATCTAGAAAGAATAAAGGACTCG
ATTAGGCAGGCCAAGGCCAAGGGGGCCAAGTATCGCCTAGGACCTGAGCT
CGAAGTGTGCGGGTATGGCTGCGAGGATCACTTCCTCGAGCAAGACACCT
TCCTGCACTGCAACGAATCGCTGGCCTCCCTCCTCCAAACCGACCTAACG
CACCACATCCTTGTGGACCTGGGCATGCCTATTCTCCACCATGGCGTCCG
CTACAATTGTCGTGTCTTCCTTCGCAACTCCAAGATCCTCCTCATCCGAC
CGAAGCTATTCCTCGCCGACGACGGCAACTACCGTGAAGGTCGGTACTTC
ACTCCTTACAAGCAAGCTCCTCCCTCCAGCCCTCCCTGCTTGGAAACGCA
CTTCCTCCCTCCCCTTCTGCGGCGGGTGACGGGCCAGACGACTGTGCCCT
TTGGTATCGGTGCTGTTGCTACCCTCGGCACGATCATCGGGTCAGAGACC
TGTGAGGAGTTATGGACGGCGAGGGCCCCGCACATCGACCACTTCCTCGG
GGGCGTGGAGGTAATCGGCAACGGCTCGGCGTCGCACCATCAGTTGAGGA
AGTTGGATGAACGGATACGGTTGATCAGTGGGGCGACGGAGAAGTGCGGA
GGGGTCTACTTGTACGCGAACCAGTGCGGGTGTGATGGCGGTCGGATGTA
TTTCGATGGCTCGTCCCTTATCGTCGTGAACGGCAAGGTGGTGGCCCAGG
CGCCCCAATTCTCAGTGACAGACGTGGAGGTGGTGGTGGCGACGGTGAAT
TTGGAGGAGGTGCGGGGTAAGAGGGCTTTTAGTGCGAGCATTCGGGAGCA
GGCGAGCAGGACGGGGAAAATTCCACAGGTGCTCGCGGAGGAGGAGGAGG
AGGAGGAGGAGGCGCTAGAGTTTGTGAGGGGGCAGAACAGCGATGGTGGA
AGTGGAAGGAGGAGGAGGAGAAAGGAAGAAGTGGGAAACGAAAGAGGGGG
TAACAGGGGGGAGGGGGAAGAAGGGGAGGGAGGGGGTGGTAGAAGCAGGA
AGAGGGACGAGGACGAGGGGTATGAATGGCACCACCTCTCCCCCACCCTC
CCCCTCGACCCCTCCACACTCTGCCACTCCCCGGAAGAAGAATGTGGTCT
AGGTCCTGCTTGCTGGCTCTGGGATTACCTCCGTCGTTCGGGCGCGGGTG
GCTTCCTCCTCCCACTGTCAGGAGGGGCGGACTCGGCGGCTGTTGCCGCC
ATAGTAGGCGTAATGTGTCACTTGCTTTTCAAGGCTGTGAGGACGGATGA
TGAGGGGGAGGGAGGGAGGGAGGGCGTGCGGAGGGATGTGAGGAGGGTGA
TGGGCTATGAGGAGGGGTCAGACTTTCTCCCCACCTGCCCTCAAGATATC
GCGAACTCGATTTTACATACTGTGTACATGGGCACGAGCAATAGTAGTAG
TGTCACAAGGAGCCGAGCTGCGGCCTTGGCGGGACAGATAGGTGCGTTTC
ATTATACGTTGAATATTGATGCGATTGTGACTGCTGTGCTGGGAGTATTC
AAGCTGTTAACAGGGGGGCTAACACCGAGGTATCTATCGCAAGGAGGAAC
GGCGACTGAGGACCTGGCGTTGCAGAACATCCAGGCCAGGCTCCGGATGG
TGGTGGCCTACTTGCTTGCGCAGTTGACGCCGTGGGTGCGAGAGGTAGGT
GGAAGAAGCAGCAGCAGCAATAGAAGCAGCAGTAGTAATAATAGTACTAA
TAAACCGACTCCTCAAAGAAGGGGCTTCCTCCTGGTCCTGGGCAGCGCCA
ACGTGGACGAGTCCCTCCGCGGCTACATGACAAAATACGACTGTTCCTCC
GCGGACCTAAACCCCATCGGTTCCATCTCCAAAGGCGATTTGAAAAGTTT
CCTTTCTTATGCTTCACACAAATACAACTACTCAGTCTTGGCAGACATTG
CAGCGGCGCCGCCCACGGCTGAGTTGCGGCCTATGGAGGAGGGGGAGGAG
GGAGGAGAGGAAGAAGGAGAGCATAGTCAGGCGGATGAGGAGGACATGGG
GATGAGCTACAAGGAGTTGGGATTGTATGGAAGGCTAAGAAAAATGGAGA
GATGTGGACCCGTGTCAATGTTTTTGAAGTTGGTGCCGGCGTGGCCGCAT
TTGAATGCGAGGGAGATAGGGGAGAAGGTGAAATTGTTTTTCAAGTTTTA
CGCGATAAACAGGCACAAAATGACGACCTTGACACCGGCTTATCACGCGG
AGAGTTATAGCCCGGACGATAATCGGTTTGATTTACGTCAGTTTTTGTAC
CCAGTACGGTGGCCTAGGCAGTTCGCGGCAATTGATACATTGGTAGAAAG
GAGAATGAGGAAAATAAAGGAGGGCGATTTGCCGGGGGTGGATGTGTGAA
GGTCAGTGCTCTCTGTTATAAATACAAAGCATGAAGGAATGTCAATGGAA
TTTCTGAGAAATGTGTCCACTTTGCGCCTCCACGACATACAATGCTTCGG
TTCCTCCTCCTTCCTGCAAGACGCCTCTATCTGTGAAAGCATCCACGC back to topprotein sequence of NO28G00710.1 >NO28G00710.1-protein ID=NO28G00710.1-protein|Name=NO28G00710.1|organism=Nannochloropsis oceanica|type=polypeptide|length=811bp
MSLITVATCNLNQWALDFDGNLERIKDSIRQAKAKGAKYRLGPELEVCGY
GCEDHFLEQDTFLHCNESLASLLQTDLTHHILVDLGMPILHHGVRYNCRV
FLRNSKILLIRPKLFLADDGNYREGRYFTPYKQAPPSSPPCLETHFLPPL
LRRVTGQTTVPFGIGAVATLGTIIGSETCEELWTARAPHIDHFLGGVEVI
GNGSASHHQLRKLDERIRLISGATEKCGGVYLYANQCGCDGGRMYFDGSS
LIVVNGKVVAQAPQFSVTDVEVVVATVNLEEVRGKRAFSASIREQASRTG
KIPQVLAEEEEEEEEALEFVRGQNSDGGSGRRRRRKEEVGNERGGNRGEG
EEGEGGGGRSRKRDEDEGYEWHHLSPTLPLDPSTLCHSPEEECGLGPACW
LWDYLRRSGAGGFLLPLSGGADSAAVAAIVGVMCHLLFKAVRTDDEGEGG
REGVRRDVRRVMGYEEGSDFLPTCPQDIANSILHTVYMGTSNSSSVTRSR
AAALAGQIGAFHYTLNIDAIVTAVLGVFKLLTGGLTPRYLSQGGTATEDL
ALQNIQARLRMVVAYLLAQLTPWVREVGGRSSSSNRSSSSNNSTNKPTPQ
RRGFLLVLGSANVDESLRGYMTKYDCSSADLNPIGSISKGDLKSFLSYAS
HKYNYSVLADIAAAPPTAELRPMEEGEEGGEEEGEHSQADEEDMGMSYKE
LGLYGRLRKMERCGPVSMFLKLVPAWPHLNAREIGEKVKLFFKFYAINRH
KMTTLTPAYHAESYSPDDNRFDLRQFLYPVRWPRQFAAIDTLVERRMRKI
KEGDLPGVDV* back to topmRNA from alignment at chr28:242564..245841+ Legend: polypeptideCDS Hold the cursor over a type above to highlight its positions in the sequence below. >NO28G00710.1 ID=NO28G00710.1|Name=NO28G00710.1|organism=Nannochloropsis oceanica|type=mRNA|length=3278bp|location=Sequence derived from alignment at chr28:242564..245841+ (Nannochloropsis oceanica)
AAACACAGTGAGAGAGAGAGCCAGGCAGGGACTGGGACACGGGGGCAAAG
GGCAACACTACGGCGCGAATGCCGCAAGTCGCCTACTTTCACGTCGGAAG
TACCGTGGCAATTGGTTGGTGTATTTCTCCATTATAATTACTGCCCCATC
CACGACATCATCTAGCGTCTGGCGCCGCTACAACGGCGCGCAGCCAAACA
ACCTCCCCCCCTTTGGTCATAGCGATTCCCACTTCCTACCCTCCCGCACC
TCACCCTCCCTCCGATATCACTCCTCCACGTGCAGGCGCCTGGCTTTTCT
ATTCCCAAAGTGCCAGCGCACCGTATCTGCCACGATCTACCTCTTTCCTC
CCCTTGCCCCACGTCGTCGTCTTGCTGCCCAACGTCCTCCCCCTCCCCCC
TCACCAAAGCACCACCATGTCCCTAATAACCGTCGCCACGTGCAACCTGA
ATCAATGGGCCTTGGATTTTGACGGCAATCTAGAAAGAATAAAGGACTCG
ATTAGGCAGGCCAAGGCCAAGGGGGCCAAGTATCGCCTAGGACCTGTAAG
TGAAAGGAAAGAGAGGGAGGGAGGAGAGCAGGGAGGGCGGAGAGGGAAGA
AAGGGAAGTAAGACTGATTGTTCAAAATGTGGGTAAGGATGCAAAGAGGG
ATGACGAGAGTATGGGAGGGTTTCCCAAGGGTGGGGAAGAGCGCGCGGAG
TAGACGAGCAGCAAAGCACAGCGCGGCCACGACTCGACTCAACGCTTCCA
TGCAGACCCTTTCAAACCTCATTCCTCCCTCTCCCCCTTCCTCTTTCCCT
GCCGTCCTCGTTTTCAAATAAATAGGAGCTCGAAGTGTGCGGGTATGGCT
GCGAGGATCACTTCCTCGAGCAAGACACCTTCCTGCACTGCAACGAATCG
CTGGCCTCCCTCCTCCAAACCGACCTAACGCACCACATCCTTGTGGACCT
GGGCATGCCTATTCTCCACCATGGCGTCCGCTACAATTGTCGTGTCTTCC
TTCGCAACTCCAAGATCCTCCTCATCCGACCGAAGCTATTCCTCGCCGAC
GACGGCAACTACCGTGAAGGTCGGTACTTCACTCCTTACAAGCAAGCTCC
TCCCTCCAGCCCTCCCTGCTTGGAAACGCACTTCCTCCCTCCCCTTCTGC
GGCGGGTGACGGGCCAGACGACTGTGCCCTTTGGTATCGGTGCTGTTGCT
ACCCTCGGCACGATCATCGGGTCAGAGACCTGTGAGGAGTTATGGACGGC
GAGGGCCCCGCACATCGACCACTTCCTCGGGGGCGTGGAGGTAATCGGCA
ACGGCTCGGCGTCGCACCATCAGTTGAGGAAGTTGGATGAACGGATACGG
TTGATCAGTGGGGCGACGGAGAAGTGCGGAGGGGTCTACTTGTACGCGAA
CCAGTGCGGGTGTGATGGCGGTCGGATGTATTTCGATGGCTCGTCCCTTA
TCGTCGTGAACGGCAAGGTGGTGGCCCAGGCGCCCCAATTCTCAGTGACA
GACGTGGAGGTGGTGGTGGCGACGGTGAATTTGGAGGAGGTGCGGGGTAA
GAGGGCTTTTAGTGCGAGCATTCGGGAGCAGGCGAGCAGGACGGGGAAAA
TTCCACAGGTGCTCGCGGAGGAGGAGGAGGAGGAGGAGGAGGCGCTAGAG
TTTGTGAGGGGGCAGAACAGCGATGGTGGAAGTGGAAGGAGGAGGAGGAG
AAAGGAAGAAGTGGGAAACGAAAGAGGGGGTAACAGGGGGGAGGGGGAAG
AAGGGGAGGGAGGGGGTGGTAGAAGCAGGAAGAGGGACGAGGACGAGGGG
TATGAATGGCACCACCTCTCCCCCACCCTCCCCCTCGACCCCTCCACACT
CTGCCACTCCCCGGAAGAAGAATGTGGTCTAGGTCCTGCTTGCTGGCTCT
GGGATTACCTCCGTCGTTCGGGCGCGGGTGGCTTCCTCCTCCCACTGTCA
GGAGGGGCGGACTCGGCGGCTGTTGCCGCCATAGTAGGCGTAATGTGTCA
CTTGCTTTTCAAGGCTGTGAGGACGGATGATGAGGGGGAGGGAGGGAGGG
AGGGCGTGCGGAGGGATGTGAGGAGGGTGATGGGCTATGAGGAGGGGTCA
GACTTTCTCCCCACCTGCCCTCAAGATATCGCGAACTCGATTTTACATAC
TGTGTACATGGGCACGAGCAATAGTAGTAGTGTCACAAGGAGCCGAGCTG
CGGCCTTGGCGGGACAGATAGGTGCGTTTCATTATACGTTGAATATTGAT
GCGATTGTGACTGCTGTGCTGGGAGTATTCAAGCTGTTAACAGGGGGGCT
AACACCGAGGTATCTATCGCAAGGAGGAACGGCGACTGAGGACCTGGCGT
TGCAGAACATCCAGGCCAGGCTCCGGATGGTGGTGGCCTACTTGCTTGCG
CAGTTGACGCCGTGGGTGCGAGAGGTAGGTGGAAGAAGCAGCAGCAGCAA
TAGAAGCAGCAGTAGTAATAATAGTACTAATAAACCGACTCCTCAAAGAA
GGGGCTTCCTCCTGGTCCTGGGCAGCGCCAACGTGGACGAGTCCCTCCGC
GGCTACATGACAAAATACGACTGTTCCTCCGCGGACCTAAACCCCATCGG
TTCCATCTCCAAAGGCGATTTGAAAAGTTTCCTTTCTTATGCTTCACACA
AATACAACTACTCAGTCTTGGCAGACATTGCAGCGGCGCCGCCCACGGCT
GAGTTGCGGCCTATGGAGGAGGGGGAGGAGGGAGGAGAGGAAGAAGGAGA
GCATAGTCAGGCGGATGAGGAGGACATGGGGATGAGCTACAAGGAGTTGG
GATTGTATGGAAGGCTAAGAAAAATGGAGAGATGTGGACCCGTGTCAATG
TTTTTGAAGTTGGTGCCGGCGTGGCCGCATTTGAATGCGAGGGAGATAGG
GGAGAAGGTGAAATTGTTTTTCAAGTTTTACGCGATAAACAGGCACAAAA
TGACGACCTTGACACCGGCTTATCACGCGGAGAGTTATAGCCCGGACGAT
AATCGGTTTGATTTACGTCAGTTTTTGTACCCAGTACGGTGGCCTAGGCA
GTTCGCGGCAATTGATACATTGGTAGAAAGGAGAATGAGGAAAATAAAGG
AGGGCGATTTGCCGGGGGTGGATGTGTGAAGGTCAGTGCTCTCTGTTATA
AATACAAAGCATGAAGGAATGTCAATGGAATTTCTGAGAAATGTGTCCAC
TTTGCGCCTCCACGACATACAATGCTTCGGTTCCTCCTCCTTCCTGCAAG
ACGCCTCTATCTGTGAAAGCATCCACGC back to topCoding sequence (CDS) from alignment at chr28:242564..245841+ >NO28G00710.1 ID=NO28G00710.1|Name=NO28G00710.1|organism=Nannochloropsis oceanica|type=CDS|length=2433bp|location=Sequence derived from alignment at chr28:242564..245841+ (Nannochloropsis oceanica)
ATGTCCCTAATAACCGTCGCCACGTGCAACCTGAATCAATGGGCCTTGGA
TTTTGACGGCAATCTAGAAAGAATAAAGGACTCGATTAGGCAGGCCAAGG
CCAAGGGGGCCAAGTATCGCCTAGGACCTGAGCTCGAAGTGTGCGGGTAT
GGCTGCGAGGATCACTTCCTCGAGCAAGACACCTTCCTGCACTGCAACGA
ATCGCTGGCCTCCCTCCTCCAAACCGACCTAACGCACCACATCCTTGTGG
ACCTGGGCATGCCTATTCTCCACCATGGCGTCCGCTACAATTGTCGTGTC
TTCCTTCGCAACTCCAAGATCCTCCTCATCCGACCGAAGCTATTCCTCGC
CGACGACGGCAACTACCGTGAAGGTCGGTACTTCACTCCTTACAAGCAAG
CTCCTCCCTCCAGCCCTCCCTGCTTGGAAACGCACTTCCTCCCTCCCCTT
CTGCGGCGGGTGACGGGCCAGACGACTGTGCCCTTTGGTATCGGTGCTGT
TGCTACCCTCGGCACGATCATCGGGTCAGAGACCTGTGAGGAGTTATGGA
CGGCGAGGGCCCCGCACATCGACCACTTCCTCGGGGGCGTGGAGGTAATC
GGCAACGGCTCGGCGTCGCACCATCAGTTGAGGAAGTTGGATGAACGGAT
ACGGTTGATCAGTGGGGCGACGGAGAAGTGCGGAGGGGTCTACTTGTACG
CGAACCAGTGCGGGTGTGATGGCGGTCGGATGTATTTCGATGGCTCGTCC
CTTATCGTCGTGAACGGCAAGGTGGTGGCCCAGGCGCCCCAATTCTCAGT
GACAGACGTGGAGGTGGTGGTGGCGACGGTGAATTTGGAGGAGGTGCGGG
GTAAGAGGGCTTTTAGTGCGAGCATTCGGGAGCAGGCGAGCAGGACGGGG
AAAATTCCACAGGTGCTCGCGGAGGAGGAGGAGGAGGAGGAGGAGGCGCT
AGAGTTTGTGAGGGGGCAGAACAGCGATGGTGGAAGTGGAAGGAGGAGGA
GGAGAAAGGAAGAAGTGGGAAACGAAAGAGGGGGTAACAGGGGGGAGGGG
GAAGAAGGGGAGGGAGGGGGTGGTAGAAGCAGGAAGAGGGACGAGGACGA
GGGGTATGAATGGCACCACCTCTCCCCCACCCTCCCCCTCGACCCCTCCA
CACTCTGCCACTCCCCGGAAGAAGAATGTGGTCTAGGTCCTGCTTGCTGG
CTCTGGGATTACCTCCGTCGTTCGGGCGCGGGTGGCTTCCTCCTCCCACT
GTCAGGAGGGGCGGACTCGGCGGCTGTTGCCGCCATAGTAGGCGTAATGT
GTCACTTGCTTTTCAAGGCTGTGAGGACGGATGATGAGGGGGAGGGAGGG
AGGGAGGGCGTGCGGAGGGATGTGAGGAGGGTGATGGGCTATGAGGAGGG
GTCAGACTTTCTCCCCACCTGCCCTCAAGATATCGCGAACTCGATTTTAC
ATACTGTGTACATGGGCACGAGCAATAGTAGTAGTGTCACAAGGAGCCGA
GCTGCGGCCTTGGCGGGACAGATAGGTGCGTTTCATTATACGTTGAATAT
TGATGCGATTGTGACTGCTGTGCTGGGAGTATTCAAGCTGTTAACAGGGG
GGCTAACACCGAGGTATCTATCGCAAGGAGGAACGGCGACTGAGGACCTG
GCGTTGCAGAACATCCAGGCCAGGCTCCGGATGGTGGTGGCCTACTTGCT
TGCGCAGTTGACGCCGTGGGTGCGAGAGGTAGGTGGAAGAAGCAGCAGCA
GCAATAGAAGCAGCAGTAGTAATAATAGTACTAATAAACCGACTCCTCAA
AGAAGGGGCTTCCTCCTGGTCCTGGGCAGCGCCAACGTGGACGAGTCCCT
CCGCGGCTACATGACAAAATACGACTGTTCCTCCGCGGACCTAAACCCCA
TCGGTTCCATCTCCAAAGGCGATTTGAAAAGTTTCCTTTCTTATGCTTCA
CACAAATACAACTACTCAGTCTTGGCAGACATTGCAGCGGCGCCGCCCAC
GGCTGAGTTGCGGCCTATGGAGGAGGGGGAGGAGGGAGGAGAGGAAGAAG
GAGAGCATAGTCAGGCGGATGAGGAGGACATGGGGATGAGCTACAAGGAG
TTGGGATTGTATGGAAGGCTAAGAAAAATGGAGAGATGTGGACCCGTGTC
AATGTTTTTGAAGTTGGTGCCGGCGTGGCCGCATTTGAATGCGAGGGAGA
TAGGGGAGAAGGTGAAATTGTTTTTCAAGTTTTACGCGATAAACAGGCAC
AAAATGACGACCTTGACACCGGCTTATCACGCGGAGAGTTATAGCCCGGA
CGATAATCGGTTTGATTTACGTCAGTTTTTGTACCCAGTACGGTGGCCTA
GGCAGTTCGCGGCAATTGATACATTGGTAGAAAGGAGAATGAGGAAAATA
AAGGAGGGCGATTTGCCGGGGGTGGATGTGTGA back to top
|