Alignments
The following features are aligned
Aligned Feature Feature Type Alignment Location
chr20 genome chr20:479667..483479 +
Analyses
This mRNA is derived from or has results from the following analyses
Homology
BLAST of NO20G01560.1 vs.
Match: EWM22087.1 (hypothetical protein Naga_100039g10 [Nannochloropsis gaditana])
HSP 1 Score: 425.2 bits (1092), Expect = 4.000e-115
Identity = 302/693 (43.58%), Postives = 409/693 (59.02%), Query Frame = 0
Query: 49 SAGWRPGTMIDPVKERGTERQQQEQEQLLQQQKDRQKQQQQQQQQRQEEHEYNEEKKANKDMEENHAEEREDSSVDAPSRRRVRFRERIRVSLTSATIGGPVPSDDEYRASNGEGEWFLGKYTGKIFRRGAKHLLGLVSDESKRRKDGAPVVGTLTLTFKGTRGLG--------------GENGVLNPYFEVWCEGTKRLIKPKVSQNG-EVGEKDGGGDGSRAARSLAHPHRDKEWRETWLQFEVTDITTDVHVLLLDKRPLRTLTIGRLILPLPNFLGYHQPFPPRTSAFDLLAAKLIDGGRRPKTTQQLLSQKYVPQMKQYSSSSRLY--LEEWVVGQVILEVALNTPHNLFRTYLASRPLLADSFNTPRPSTSATTTAAFEKTAAAAAATAADLTIQNVNLRVLAINIFRLKKALLPSSLQLLLLDYPLFFLVIVTYLFVVPTWALPLNLALLILLNGALT--NSSPSFSFSSTFPSSIPLEFCPSTPPSSIPPSSSPHPIEFWPHRLVERVLQMEAYSAPKKIRRLINLVRWTQDFLGIISSLLERASYLLSWADPHVTLPMAFFVIAVALLMSLLLYVISPVVVAWCVLVWVYFQVR-RRINEMKDGVTDDGAAQGGVKELRKVINEEEDKEADGMELFSGMVEVNEKKGWVGDASK--SFILNILARTPDALDLIHRGIARQRVHE 720
+AGWRPG +I G R++Q + + L+ K Q+ + + QEE E+ D+ V+ R E+I+V++ + + + A+ G WF GKY K+FRRGAK LLGLV++E+++R D A VG LTL FKG + LG G +G+LNPYFEVWCEGTKRLIKPK Q+ E G GGD + L +P D W+ET L F+VTDITTDVH+LLLDKRPLRTL +GRLILPLPNFLG P PP TS FDL+A ++I+ G+RP T Q LLSQKY PQMK SS S + + + VVGQV+LEVAL T H+LF TYLASRPL ADSF++ STS+ A A+ A A + T+QNV++R LAIN+FR+KKAL L LLD+P+FF +V+YL P W LPL++ LL NG T N+ PSF ST SS+P S+S IE+WP LVERV +ME+ SA K+RRL +RW QD LG+++SLLER +++ +W DPHVTLP+ + ++SL+LY I ++ WCV+V +Y ++R +R+ + V G KE R+ + ++A +VN K +G + + + N+ ARTPDAL+++HR IAR +H+
Sbjct: 10 AAGWRPGKVI------GKIRERQSRRRALR--KKGQETCETGNETLQEEIPIRPERI-------------HDARVNYSLRN-----EQIKVAVQAG--------EGDSFAARQVGGWFPGKYAEKLFRRGAKRLLGLVNEENQQRHDEAITVGKLTLIFKGAKKLGKGGRRARLEENQGGGGSGILNPYFEVWCEGTKRLIKPKAFQDSSEGGVGVEGGDWTPVG--LPYPDTDPAWQETALHFDVTDITTDVHILLLDKRPLRTLPVGRLILPLPNFLGCRHPLPPETSVFDLVATEMIECGQRPATYQALLSQKYAPQMKVASSPSSILPAINDGVVGQVVLEVALETSHDLFNTYLASRPLRADSFSS--GSTSSRVGAEEPAPASEIKAAAEEPTLQNVDIRQLAINVFRIKKALEAPPLLFYLLDHPIFFFPLVSYLVFAPLWTLPLHVCLLPFFNGIFTARNAVPSFL---------------STDSSSLPSSTSFPSIEYWPPGLVERVQEMESSSARTKLRRLRTALRWLQDHLGLVASLLERCTFIFNWEDPHVTLPVTAGIAVGTSVLSLMLYFIPIKILIWCVVVSLYMKMRKKRLESSLEMVQTKGIHVHETKEKRERRATCDLRQAGDTPGVEEAPKVN-CKALLGSSRRLSTVTSNVFARTPDALEVLHRRIARGYMHK 648
The following BLAST results are available for this feature:
BLAST of NO20G01560.1 vs.
Analysis Date: 2017-10-25 (
Homology annotation for N. oceanica IMET1 )
Total hits: 1
500 1000 1500 2000 2500 3000 3500 Expect = 4.00e-115 / Id = 43.58 Sequence EWM22087.1
Match Name E-value Identity Description
EWM22087.1 4.000e-115 43.58 hypothetical protein Naga_100039g10 [Nannochlorops... [more]
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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
>NO20G01560.1 ID=NO20G01560.1|Name=NO20G01560.1|organism=Nannochloropsis oceanica|type=mRNA|length=3635bp CACCTATTATCGATCATTATCATTAATTTTTGAGTTGTTTTGTTTGTATG AAATTGTTCTTCCCTCTGATTGAAACATAGGCAGACATAACTTGACACTC AAGGAATTATATTTTAATACTTTAAAGGGCCGGCCCCGGTTGTTGTGCTT TTGTGCACTGGCAACAATACTTTGTAGTAGCACCACTAACGGAGGCTGGC TGACTGGAGGCTACTTATTCACATTTTGTCATAATCCACATGCAAAAGCT GTGCATTACACACACGATAGCACACGTGAGAAGGGAATCCCCACACACAT TTTTTTAAAAAGCAGCGACAGTTGATCGGGACAGGTTAATGTTGCACGAG GAAGCGGGGCGCGAGGCCTGGGGAGTGGGCGCTTGTTGCGGTTCGACGCG GCACGCTGTGACGATGGAGGTGGTTGGCAGCGGCGTCACAGTCGAGGGCA GCAAGGATGTTTGCTGCTTTTGTCTTTGGGGCAACAGCATCGATTTGTCC TCGCACTGCGGACCCATGAAGTAAACGGTCCCTACCGCTGCCAAGGCGAT ACACAGGACGAGGCCCAGCAGACACAACGCATTGGAAATGACGCTTGCAG TGGTCGGGATGCGGAGCAGGGTGTCCTGGATGATCTGATGGCGCAACATC GTTGTATTGTGTACCGAAAGTGCGTTTGTGGTCTGTGTTTTGTGGTTGCG AGTGGGTTAGAAGAGTGAGTTTAAATATGAAAAGGAGGTCGAATGTCGCG TTGTTGGCTTCCCAGCATGGTCAAGCGAACTAAGAGCGTTACGAGCTGGA TGACCTTAGATTAGAAATCAATACAAACGCGCTACTGCATCATGTGGGAA TCGTGTGGAGGTCGTGTGCGGGAGGGAGGGCAGAGCGGCTAAGCGAGGAG ATCGATGAGACGACGACCCACAGGCAAGCAAGAACAATCATGCAAGAAGT AAAACGGACGCACCATCTTGATGACACATGAAGACTAGGACGTAAAAAAT TGCATCACGCACCATTTTTTCAAATGCTCTATGAATGCCACACCAACACT TTAATGGCCTGGATAGCTTGAGATAAGGCATGCCTGCCATGGATGCTGTG AAAGTTACATGTAGCTTGGGTGGGCCCATGAGCGCTCGTACTCGCCGAGA CCCGGCGAGCGATTGCTTCAAGCACTACTCAACGCCCACCGCTACATCCA CTACGCTGTGAAAGTAAAGCCCTCCGGCTCTAACCTCATACCCCTCCTCC GCAGAAGCGTCAAGAAACGTCACAATTTTCCAGCGGGTGTCACAGCTATG TCGTCCCTTTGTCCCTCGCCCATTTCGAGCGACGATCACACCAAGGACCG GCAGCAGCCGCGCACATGTCTCCCTACCAACAACCTCGCCGTCACAATCA GATCCTCTGCTGCTTTTACTGGAGGCGGCGGGGTGATCGACTCGGCAGGT TGGCGGCCCGGCACGATGATTGACCCTGTCAAAGAGAGAGGCACGGAGCG TCAACAGCAGGAGCAGGAGCAGCTACTCCAGCAGCAAAAAGATCGACAGA AGCAACAGCAGCAGCAGCAGCAGCAGCGGCAGGAGGAACATGAATACAAC GAGGAAAAGAAAGCGAATAAGGACATGGAGGAAAATCATGCGGAGGAACG CGAAGATAGTAGTGTTGACGCGCCCTCCCGACGACGAGTCAGATTCAGAG AGAGGATCCGCGTCAGTCTCACGTCCGCCACAATCGGCGGTCCAGTACCC TCTGACGATGAGTATAGGGCCAGTAATGGCGAGGGAGAGTGGTTTTTAGG CAAGTATACAGGCAAGATTTTTCGTCGTGGCGCCAAGCATTTGTTGGGGT TGGTGAGTGATGAAAGTAAGCGCAGGAAGGACGGAGCGCCGGTGGTAGGG ACGTTAACTCTGACGTTCAAGGGCACTCGAGGTTTGGGAGGAGAGAATGG GGTGTTGAATCCGTATTTTGAAGTGTGGTGTGAGGGGACCAAGAGGCTGA TTAAGCCTAAAGTTTCACAAAATGGAGAAGTTGGAGAAAAGGACGGAGGA GGAGATGGTAGCCGTGCTGCTAGATCCTTAGCGCATCCTCATAGAGATAA GGAGTGGAGGGAGACTTGGCTTCAGTTTGAAGTTACGGACATCACGACAG ATGTGCACGTGTTGTTGCTGGACAAGCGACCTCTCCGGACACTCACCATC GGCCGCCTCATTCTTCCTCTTCCCAACTTCCTGGGCTACCACCAACCTTT CCCTCCCCGCACCTCTGCGTTCGACCTACTCGCCGCCAAGCTCATTGATG GCGGCCGTCGCCCTAAAACCACCCAGCAACTCCTCTCCCAAAAATATGTG CCGCAAATGAAGCAATACTCCTCCTCCTCACGCCTTTACTTGGAAGAGTG GGTGGTGGGTCAAGTCATTCTAGAGGTCGCGCTCAATACGCCCCACAACC TCTTCCGCACCTACCTCGCCTCCCGCCCTCTCCTGGCGGACAGTTTCAAT ACGCCTCGTCCTTCTACCTCTGCAACGACAACAGCGGCTTTTGAGAAAAC AGCAGCCGCAGCCGCAGCCACAGCAGCAGATTTAACAATCCAGAACGTGA ATTTACGAGTCCTTGCCATCAACATATTTCGCCTAAAAAAAGCCCTCCTC CCCTCTTCGCTTCAACTCCTTCTCCTCGACTACCCGCTCTTCTTCCTTGT TATTGTCACTTATCTCTTCGTCGTCCCCACATGGGCCCTTCCCCTTAACC TAGCTCTCCTTATCCTGCTCAATGGTGCCCTTACTAACTCTTCCCCCTCT TTCTCTTTCTCGTCCACCTTCCCATCCTCCATCCCACTGGAATTCTGCCC CTCCACTCCACCTTCTTCTATCCCTCCCTCTTCCTCCCCGCACCCTATTG AATTCTGGCCCCACCGGCTGGTCGAGCGAGTCCTTCAAATGGAAGCATAT TCTGCGCCCAAGAAAATCCGCCGACTCATCAATCTTGTCCGTTGGACGCA AGATTTTTTAGGCATTATCTCATCCCTCTTAGAACGAGCCTCGTACCTCC TCTCCTGGGCCGATCCACATGTGACTTTGCCCATGGCGTTTTTCGTGATC GCGGTAGCGTTGTTGATGAGTTTGCTCTTGTATGTGATTTCGCCAGTGGT GGTAGCGTGGTGTGTATTAGTGTGGGTGTATTTTCAGGTCCGAAGGCGGA TAAATGAAATGAAAGATGGTGTTACAGATGATGGGGCAGCGCAAGGGGGA GTCAAAGAATTGAGAAAGGTAATAAATGAAGAAGAAGATAAAGAAGCAGA CGGAATGGAGTTATTCTCTGGGATGGTTGAGGTAAATGAGAAGAAGGGTT GGGTAGGAGATGCTTCAAAATCGTTTATACTCAATATTTTAGCTAGGACA CCGGATGCTTTGGATTTAATACATCGAGGAATCGCTCGGCAGCGAGTACA CGAACTCCAAAGGCAGATATTGAGTGATAGTCATGATGACCGTGCGATGA GTGAGCGTCGCAAGGTGGATTAAATCCATTGATGGGATTGCTGTTGGTTG GGATGAAGTCGAGAGTTGGTGGTAGGTAGAACAGTCTAGGACACCAACTC GAATGAGTAGGATAGATCTCCTTCCTGGAAGAAAC back to top protein sequence of NO20G01560.1
>NO20G01560.1-protein ID=NO20G01560.1-protein|Name=NO20G01560.1|organism=Nannochloropsis oceanica|type=polypeptide|length=742bp MSSLCPSPISSDDHTKDRQQPRTCLPTNNLAVTIRSSAAFTGGGGVIDSA GWRPGTMIDPVKERGTERQQQEQEQLLQQQKDRQKQQQQQQQQRQEEHEY NEEKKANKDMEENHAEEREDSSVDAPSRRRVRFRERIRVSLTSATIGGPV PSDDEYRASNGEGEWFLGKYTGKIFRRGAKHLLGLVSDESKRRKDGAPVV GTLTLTFKGTRGLGGENGVLNPYFEVWCEGTKRLIKPKVSQNGEVGEKDG GGDGSRAARSLAHPHRDKEWRETWLQFEVTDITTDVHVLLLDKRPLRTLT IGRLILPLPNFLGYHQPFPPRTSAFDLLAAKLIDGGRRPKTTQQLLSQKY VPQMKQYSSSSRLYLEEWVVGQVILEVALNTPHNLFRTYLASRPLLADSF NTPRPSTSATTTAAFEKTAAAAAATAADLTIQNVNLRVLAINIFRLKKAL LPSSLQLLLLDYPLFFLVIVTYLFVVPTWALPLNLALLILLNGALTNSSP SFSFSSTFPSSIPLEFCPSTPPSSIPPSSSPHPIEFWPHRLVERVLQMEA YSAPKKIRRLINLVRWTQDFLGIISSLLERASYLLSWADPHVTLPMAFFV IAVALLMSLLLYVISPVVVAWCVLVWVYFQVRRRINEMKDGVTDDGAAQG GVKELRKVINEEEDKEADGMELFSGMVEVNEKKGWVGDASKSFILNILAR TPDALDLIHRGIARQRVHELQRQILSDSHDDRAMSERRKVD* back to top mRNA from alignment at chr20:479667..483479+
Legend: polypeptide CDS
Hold the cursor over a type above to highlight its positions in the sequence below.
>NO20G01560.1 ID=NO20G01560.1|Name=NO20G01560.1|organism=Nannochloropsis oceanica|type=mRNA|length=3813bp|location=Sequence derived from alignment at chr20:479667..483479+ (Nannochloropsis oceanica) CACCTATTATCGATCATTATCATTAATTTTTGAGTTGTTTTGTTTGTATG
AAATTGTTCTTCCCTCTGATTGAAACATAGGCAGACATAACTTGACACTC
AAGGAATTATATTTTAATACTTTAAAGGGCCGGCCCCGGTTGTTGTGCTT
TTGTGCACTGGCAACAATACTTTGTAGTAGCACCACTAACGGAGGCTGGC
TGACTGGAGGCTACTTATTCACATTTTGTCATAATCCACATGCAAAAGCT
GTGCATTACACACACGATAGCACACGTGAGAAGGGAATCCCCACACACAT
TTTTTTAAAAAGCAGCGACAGTTGATCGGGACAGGTTAATGTTGCACGAG
GAAGCGGGGCGCGAGGCCTGGGGAGTGGGCGCTTGTTGCGGTTCGACGCG
GCACGCTGTGACGATGGAGGTGGTTGGCAGCGGCGTCACAGTCGAGGGCA
GCAAGGATGTTTGCTGCTTTTGTCTTTGGGGCAACAGCATCGATTTGTCC
TCGCACTGCGGACCCATGAAGTAAACGGTCCCTACCGCTGCCAAGGCGAT
ACACAGGACGAGGCCCAGCAGACACAACGCATTGGAAATGACGCTTGCAG
TGGTCGGGATGCGGAGCAGGGTGTCCTGGATGATCTGATGGCGCAACATC
GTTGTATTGTGTACCGAAAGTGCGTTTGTGGTCTGTGTTTTGTGGTTGCG
AGTGGGTTAGAAGAGTGAGTTTAAATATGAAAAGGAGGTCGAATGTCGCG
TTGTTGGCTTCCCAGCATGGTCAAGCGAACTAAGAGCGTTACGAGCTGGA
TGACCTTAGATTAGAAATCAATACAAACGCGCTACTGCATCATGTGGGAA
TCGTGTGGAGGTCGTGTGCGGGAGGGAGGGCAGAGCGGCTAAGCGAGGAG
ATCGATGAGACGACGACCCACAGGCAAGCAAGAACAATCATGCAAGAAGT
AAAACGGACGCACCATCTTGATGACACATGAAGACTAGGACGTAAAAAAT
TGCATCACGCACCATTTTTTCAAATGCTCTATGAATGCCACACCAACACT
TTAATGGCCTGGATAGCTTGAGATAAGGCATGCCTGCCATGGATGCTGTG
AAAGTTACATGTAGCTTGGGTGGGCCCATGAGCGCTCGTACTCGCCGAGA
CCCGGCGAGCGATTGCTTCAAGCACTACTCAACGCCCACCGCTACATCCA
CTACGCTGTGAAAGTAAAGCCCTCCGGCTCTAACCTCATACCCCTCCTCC
GCAGAAGCGTCAAGAAACGTCACAATTTTCCAGCGGGTGTCACAGCTATG
TCGTCCCTTTGTCCCTCGCCCATTTCGAGCGACGATCACACCAAGGACCG
GCAGCAGCCGCGCACATGTCTCCCTACCAACAACCTCGCCGTCACAATCA
GATCCTCTGCTGCTTTTACTGGAGGCGGCGGGGTGATCGACTCGGCAGGT
TGGCGGCCCGGCACGATGATTGACCCTGTCAAAGAGAGAGGCACGGAGCG
TCAACAGCAGGAGCAGGAGCAGCTACTCCAGCAGCAAAAAGATCGACAGA
AGCAACAGCAGCAGCAGCAGCAGCAGCGGCAGGAGGAACATGAATACAAC
GAGGAAAAGAAAGCGAATAAGGACATGGAGGAAAATCATGCGGAGGAACG
CGAAGATAGTAGTGTTGACGCGCCCTCCCGACGACGAGTCAGATTCAGAG
AGAGGATCCGCGTCAGTCTCACGTCCGCCACAATCGGCGGTCCAGTACCC
TCTGACGATGAGTATAGGGCCAGTAATGGCGAGGGAGAGTGGTTTTTAGG
CAAGTATACAGGCAAGATTTTTCGTCGTGGCGCCAAGCATTTGTTGGGGT
TGGTGAGTGATGAAAGTAAGCGCAGGAAGGACGGAGCGCCGGTGGTAGGG
ACGTTAACTCTGACGTTCAAGGGCACTCGAGGTTTGGGAGGAGAGAATGG
GGTGTTGAATCCGTATTTTGAAGTGTGGTGTGAGGGGACCAAGAGGCTGA
TTAAGCCTAAAGTTTCACAAAATGGAGAAGTTGGAGAAAAGGACGGAGGA
GGAGATGGTAGCCGTGCTGCTAGATCCTTAGCGCATCCTCATAGAGATAA
GGAGTGGAGGGAGACTTGGCTTCAGTTTGAAGTTACGGACATCACGACAG
ATGTGCACGTGTTGTTGCTGGACAAG GTATATTGATGTGGTTATGCTGTT
GGCTGGTGATTGGAGACAAAGATTAGACGGGGCGATAGTTGTGTCCCAGT
CCTCGTCGTGTACGTTGTTTGCATGCGTGTCAGTCTCACTTTATTCCTGA
CAATCCAACTCTCATTCCACGCACATCAAAACAAACATGAAACACAAATC
GTAGCGACCTCTCCGGACACTCACCATCGGCCGCCTCATTCTTCCTCTTC
CCAACTTCCTGGGCTACCACCAACCTTTCCCTCCCCGCACCTCTGCGTTC
GACCTACTCGCCGCCAAGCTCATTGATGGCGGCCGTCGCCCTAAAACCAC
CCAGCAACTCCTCTCCCAAAAATATGTGCCGCAAATGAAGCAATACTCCT
CCTCCTCACGCCTTTACTTGGAAGAGTGGGTGGTGGGTCAAGTCATTCTA
GAGGTCGCGCTCAATACGCCCCACAACCTCTTCCGCACCTACCTCGCCTC
CCGCCCTCTCCTGGCGGACAGTTTCAATACGCCTCGTCCTTCTACCTCTG
CAACGACAACAGCGGCTTTTGAGAAAACAGCAGCCGCAGCCGCAGCCACA
GCAGCAGATTTAACAATCCAGAACGTGAATTTACGAGTCCTTGCCATCAA
CATATTTCGCCTAAAAAAAGCCCTCCTCCCCTCTTCGCTTCAACTCCTTC
TCCTCGACTACCCGCTCTTCTTCCTTGTTATTGTCACTTATCTCTTCGTC
GTCCCCACATGGGCCCTTCCCCTTAACCTAGCTCTCCTTATCCTGCTCAA
TGGTGCCCTTACTAACTCTTCCCCCTCTTTCTCTTTCTCGTCCACCTTCC
CATCCTCCATCCCACTGGAATTCTGCCCCTCCACTCCACCTTCTTCTATC
CCTCCCTCTTCCTCCCCGCACCCTATTGAATTCTGGCCCCACCGGCTGGT
CGAGCGAGTCCTTCAAATGGAAGCATATTCTGCGCCCAAGAAAATCCGCC
GACTCATCAATCTTGTCCGTTGGACGCAAGATTTTTTAGGCATTATCTCA
TCCCTCTTAGAACGAGCCTCGTACCTCCTCTCCTGGGCCGATCCACATGT
GACTTTGCCCATGGCGTTTTTCGTGATCGCGGTAGCGTTGTTGATGAGTT
TGCTCTTGTATGTGATTTCGCCAGTGGTGGTAGCGTGGTGTGTATTAGTG
TGGGTGTATTTTCAGGTCCGAAGGCGGATAAATGAAATGAAAGATGGTGT
TACAGATGATGGGGCAGCGCAAGGGGGAGTCAAAGAATTGAGAAAGGTAA
TAAATGAAGAAGAAGATAAAGAAGCAGACGGAATGGAGTTATTCTCTGGG
ATGGTTGAGGTAAATGAGAAGAAGGGTTGGGTAGGAGATGCTTCAAAATC
GTTTATACTCAATATTTTAGCTAGGACACCGGATGCTTTGGATTTAATAC
ATCGAGGAATCGCTCGGCAGCGAGTACACGAACTCCAAAGGCAGATATTG
AGTGATAGTCATGATGACCGTGCGATGAGTGAGCGTCGCAAGGTGGATTA
A ATCCATTGATGGGATTGCTGTTGGTTGGGATGAAGTCGAGAGTTGGTGG
TAGGTAGAACAGTCTAGGACACCAACTCGAATGAGTAGGATAGATCTCCT
TCCTGGAAGAAAC back to top Coding sequence (CDS) from alignment at chr20:479667..483479+
>NO20G01560.1 ID=NO20G01560.1|Name=NO20G01560.1|organism=Nannochloropsis oceanica|type=CDS|length=2226bp|location=Sequence derived from alignment at chr20:479667..483479+ (Nannochloropsis oceanica) ATGTCGTCCCTTTGTCCCTCGCCCATTTCGAGCGACGATCACACCAAGGA CCGGCAGCAGCCGCGCACATGTCTCCCTACCAACAACCTCGCCGTCACAA TCAGATCCTCTGCTGCTTTTACTGGAGGCGGCGGGGTGATCGACTCGGCA GGTTGGCGGCCCGGCACGATGATTGACCCTGTCAAAGAGAGAGGCACGGA GCGTCAACAGCAGGAGCAGGAGCAGCTACTCCAGCAGCAAAAAGATCGAC AGAAGCAACAGCAGCAGCAGCAGCAGCAGCGGCAGGAGGAACATGAATAC AACGAGGAAAAGAAAGCGAATAAGGACATGGAGGAAAATCATGCGGAGGA ACGCGAAGATAGTAGTGTTGACGCGCCCTCCCGACGACGAGTCAGATTCA GAGAGAGGATCCGCGTCAGTCTCACGTCCGCCACAATCGGCGGTCCAGTA CCCTCTGACGATGAGTATAGGGCCAGTAATGGCGAGGGAGAGTGGTTTTT AGGCAAGTATACAGGCAAGATTTTTCGTCGTGGCGCCAAGCATTTGTTGG GGTTGGTGAGTGATGAAAGTAAGCGCAGGAAGGACGGAGCGCCGGTGGTA GGGACGTTAACTCTGACGTTCAAGGGCACTCGAGGTTTGGGAGGAGAGAA TGGGGTGTTGAATCCGTATTTTGAAGTGTGGTGTGAGGGGACCAAGAGGC TGATTAAGCCTAAAGTTTCACAAAATGGAGAAGTTGGAGAAAAGGACGGA GGAGGAGATGGTAGCCGTGCTGCTAGATCCTTAGCGCATCCTCATAGAGA TAAGGAGTGGAGGGAGACTTGGCTTCAGTTTGAAGTTACGGACATCACGA CAGATGTGCACGTGTTGTTGCTGGACAAGCGACCTCTCCGGACACTCACC ATCGGCCGCCTCATTCTTCCTCTTCCCAACTTCCTGGGCTACCACCAACC TTTCCCTCCCCGCACCTCTGCGTTCGACCTACTCGCCGCCAAGCTCATTG ATGGCGGCCGTCGCCCTAAAACCACCCAGCAACTCCTCTCCCAAAAATAT GTGCCGCAAATGAAGCAATACTCCTCCTCCTCACGCCTTTACTTGGAAGA GTGGGTGGTGGGTCAAGTCATTCTAGAGGTCGCGCTCAATACGCCCCACA ACCTCTTCCGCACCTACCTCGCCTCCCGCCCTCTCCTGGCGGACAGTTTC AATACGCCTCGTCCTTCTACCTCTGCAACGACAACAGCGGCTTTTGAGAA AACAGCAGCCGCAGCCGCAGCCACAGCAGCAGATTTAACAATCCAGAACG TGAATTTACGAGTCCTTGCCATCAACATATTTCGCCTAAAAAAAGCCCTC CTCCCCTCTTCGCTTCAACTCCTTCTCCTCGACTACCCGCTCTTCTTCCT TGTTATTGTCACTTATCTCTTCGTCGTCCCCACATGGGCCCTTCCCCTTA ACCTAGCTCTCCTTATCCTGCTCAATGGTGCCCTTACTAACTCTTCCCCC TCTTTCTCTTTCTCGTCCACCTTCCCATCCTCCATCCCACTGGAATTCTG CCCCTCCACTCCACCTTCTTCTATCCCTCCCTCTTCCTCCCCGCACCCTA TTGAATTCTGGCCCCACCGGCTGGTCGAGCGAGTCCTTCAAATGGAAGCA TATTCTGCGCCCAAGAAAATCCGCCGACTCATCAATCTTGTCCGTTGGAC GCAAGATTTTTTAGGCATTATCTCATCCCTCTTAGAACGAGCCTCGTACC TCCTCTCCTGGGCCGATCCACATGTGACTTTGCCCATGGCGTTTTTCGTG ATCGCGGTAGCGTTGTTGATGAGTTTGCTCTTGTATGTGATTTCGCCAGT GGTGGTAGCGTGGTGTGTATTAGTGTGGGTGTATTTTCAGGTCCGAAGGC GGATAAATGAAATGAAAGATGGTGTTACAGATGATGGGGCAGCGCAAGGG GGAGTCAAAGAATTGAGAAAGGTAATAAATGAAGAAGAAGATAAAGAAGC AGACGGAATGGAGTTATTCTCTGGGATGGTTGAGGTAAATGAGAAGAAGG GTTGGGTAGGAGATGCTTCAAAATCGTTTATACTCAATATTTTAGCTAGG ACACCGGATGCTTTGGATTTAATACATCGAGGAATCGCTCGGCAGCGAGT ACACGAACTCCAAAGGCAGATATTGAGTGATAGTCATGATGACCGTGCGA TGAGTGAGCGTCGCAAGGTGGATTAA back to top