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Properties
| Property Name | Value |
|---|
| Product | Acyl transferase/acyl hydrolase/lysophospholipase |
| Orig transcript id | gnl|cribi|Naga_100055g28.7341.mrna |
| Orig protein id | gnl|cribi|Naga_100055g28.7341 |
| Gbkey | mRNA |
| Note | encoded by transcript variant 1; alternatively spliced |
Alignments
The following features are aligned
| Aligned Feature | Feature Type | Alignment Location |
|---|
| CM002467.1 | supercontig | CM002467.1:396221..399946 - |
Analyses
This mRNA is derived from or has results from the following analyses
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 >rna6026 ID=rna6026|Name=rna6026|organism=Nannochloropsis gaditana|type=mRNA|length=2974bp
ACAAAATCGTGTCATGGCAGGTTTCTATCACCTCCCCCCGCTCCTGCCCT
CGCCCTGCTGCTTCTTTCTCGTAGTTTAGCTTCATTTTAATATTTTAAAA
CATACACTGTCCCCTATTTGAAGTTCCCACTTTTGTATTCAAAGGTGGAC
AGCCCGCTCAGATGTCACTATGGTTGACGCCACCGATGGGCCTTTCGGAA
TGGCTTGTCGGTGCCAAAGAATGCGCTGCAAATGCAGCACGGAGTTGGCA
GGATGGTTTATACAAGCAGTATTTGCCTGAAAGTCACTGGATGGCACTCA
TAGTAATCTTAGCCGTCCTACTTTTGCCCTTAATCCTGAACATCTGGGGA
TGGATGCTTTGGATTCTTCTCTCGATCTTCCTGGGACTTTCCCGTACCGT
TTACTCCATTTTCACTGTGTTACATGTGTTGATGGACGTGTGGGCGCTTT
CAGTGATGAAAACGTGCTACACAATTTACCGCTTTCTCGCGGCGTTCCTT
CTTCCTCCGGCTGCGGCCTCCACACGTCAACGCCTACTGACTGCCCGCAA
TGTGACTCAATATCAAACCTTGGCCGAGCAAGTGGACGCTGAAGATGGCA
TGTTGAGCTGGCGTGCAGATGATTCTGATCTTCCGCAGTCGGTTACTATC
AAAAGTACGATCGCCAAGTTGGAAGAAAGTTTACAGGCCAAAGACACGAG
CAAGCTCCAGTTTATCCTCTTGAACGGTCTACTGAAAAGGAATCACCTCG
GCATTGACGAAAGGGATCTGCATATTCGGGCGTTGAGCGGATCGAAGCTT
CTGGTAGAGCGGTATGATAAGAAGGTGGTGGAATGCATCAAATATATCAC
TGAATGTCAAGAGCTAACGCGGGAGGAGAAAGTAATGTTTGTAAAGAAAG
CCCGTAGGGCGCTAGGACAGACGGCGCTCATGCTCTCAGGAGGGGGCAGC
ATAAGCATGTACCATGCAGGTGTCGTCCGCGCTTTGATTACGGAAGGCCT
CTACAGGCATATCCGCGTCATTTCGGGCGCTTCCGGTGGATCCATCATTG
CGGGGATGGCAGCGATCCACAATGAGAAGGAGCTCATGGATAGAGTGCTC
GTGAAAGAGGTTTCCACCGACTTCAAACACAACGGCGAGATGCGACAGAA
AAAGATTGTCTGGTTCCCTCCCCTCTTCGAGCAAGCCAAGCATTTCATCA
AAAATGGAATCTTGATTGACAACAAAGAATTCCAACGGACATGCGAATTT
TACTATGGTTCCTTCACCTTTCAAGAGGCCTTTGAGCGGACTCACAAGCA
TGTGTGTATTTCAGTCGCTGCTTCCACTTTGGGGGCGAGCAGTCAGGGAG
GCCCCCGCCGTCTCCTTCTCAACCACATCACGACGCCCAACGTCCTGATT
CGCAGTGCCGTTGCCGCTTCCTGTGCTTTGCCAGGCATCATGGCACCGAA
CTATTTGCAGTGCAAAGACGATCGGGGCCACGTGGTCCCCTTCGATATGG
ACGGTGTGCAGTACGTCGACGGCTCTCTGCAGGCCGACTTGCCTTTTCGA
CGAATTTCAACCCTCTTTGCCGTCTCACATTTTATCGTCAGCCAAGTTAA
TTTTCACGTCGTGCCATTTCTAAGAAAAATGCACAGTCCTGCTGAAAGCT
CCTTATACTGGAAGCTTTTCCGCTTTTTCGACACGGACATCCGCCACCGC
GTTACTTCTTTGGCTGAGCTAGGGCTTCTGCCGCGTGTCTTTGGACAGGA
TTTATCGGGCATTTTTCGGCAAAGATACTCGGGTCATGTGACCTTGACCC
CCAGATTTCGCATGTCGGAAATGATTGGCCTCAAAGCGTTCCAGAATCCG
ACCGAAGCGGAGATGCGACACTACATCTTGAATGGCAAGCGGTCTGTTTG
GCCGCACCTTCACCACATCAAGCACAACACATTGGTGGAAAGGGTCCTTT
CGGATTCTCTCAGTAAGCTCCGTCGTCAATCCTATTACTTGGCCCTTGGC
CAGCCGCACGCTGATAATAGCCCGGCAAGCTTGTCCCTCCAGTGTGCCGT
CCCCAGCGGCGGAGGCTCCAACGTGACGGGCGTCAATCCCCTTTCAGGCA
TGGCCACGTGCGGGACCTGCTCGCCTCGGGTCGATACCAACTTTGCAAGC
ATGCTTCCCCCTCTGCCACCCACCAGCAATGCCATCAGCCGCTGCAGTAC
CCCGCGCCGGTATCGCGATGAAGGAATTTTATCCACACCCCTCCTAGTCA
CGGCTGGTGCTACTTTGCGGAGGAGCGACTCAGGTCGCTTCGAGGACGAT
GACTCCGACATGCTCGAGCCCTCTGGAACGCCTTCCTCCTCTGCCTGTGC
CGCAACAGATACTCCTGCGAACGGAGGGGGCACAGGAAGTACTGAGAATC
AGCGGTTTGTGAGAAGTCCCGGACGCCAACATTTTAGGATTCAGCAGCTT
CAGGCTGAAAATCGTGCATTAAGGGAACGGGTGCGTCTCCTTCAACAGAG
CATGGAAGCCCTTAAGAAAGCCGAATCCGGCCTATATGACCATGAAAATT
TAGCCACCAGGCAAGAAAGCATCAAGGCCGGAAATCACAGTAACCGATCT
TCTCTGCAATCTGGCTTGAGCTACAGTGTTGCTTCGAGTGGCAGTTATTC
TGATCAAAGAGATTGCGAAACACCGAAAGCCGCCTTGCACATCTCTGATA
CTGTTGGCTTCGAAGAGACAGGTCCCGAAGGGCCACCGGTCGTGGTAAAA
AGTATTCCTTTAGTAGAATAAAAAGTCAAGTTACAGGACAGGTTGTACAA
AGTCAAGTTTCCTCATGCATTTGCGCTGTATTTTTGTATCCATGACTACA
CAAAGAATGATAAAGTACAATCACAGAATTTTATAACTTTGTTGTCCGGG
ACTATCTCTTCATGTCATGGAAAAGAAGTCGTCTCTACTGAGCTTTTCTG
ATTTGCTATTACGAAATAAGTACT back to topprotein sequence of rna6026 >rna6026-protein ID=rna6026-protein|Name=rna6026|organism=Nannochloropsis gaditana|type=polypeptide|length=672bp
MQVNSIQVAEWAQTFIVTFLCLLSGRGKSWSDPWVTQSPTTVGPGPFTNT
VADLQMVCRGDAPNVTLLALHESVVRALITEGLYRHIRVISGASGGSIIA
GMAAIHNEKELMDRVLVKEVSTDFKHNGEMRQKKIVWFPPLFEQAKHFIK
NGILIDNKEFQRTCEFYYGSFTFQEAFERTHKHVCISVAASTLGASSQGG
PRRLLLNHITTPNVLIRSAVAASCALPGIMAPNYLQCKDDRGHVVPFDMD
GVQYVDGSLQADLPFRRISTLFAVSHFIVSQVNFHVVPFLRKMHSPAESS
LYWKLFRFFDTDIRHRVTSLAELGLLPRVFGQDLSGIFRQRYSGHVTLTP
RFRMSEMIGLKAFQNPTEAEMRHYILNGKRSVWPHLHHIKHNTLVERVLS
DSLSKLRRQSYYLALGQPHADNSPASLSLQCAVPSGGGSNVTGVNPLSGM
ATCGTCSPRVDTNFASMLPPLPPTSNAISRCSTPRRYRDEGILSTPLLVT
AGATLRRSDSGRFEDDDSDMLEPSGTPSSSACAATDTPANGGGTGSTENQ
RFVRSPGRQHFRIQQLQAENRALRERVRLLQQSMEALKKAESGLYDHENL
ATRQESIKAGNHSNRSSLQSGLSYSVASSGSYSDQRDCETPKAALHISDT
VGFEETGPEGPPVVVKSIPLVE back to topmRNA from alignment at CM002467.1:396221..399946- Legend: polypeptideCDS Hold the cursor over a type above to highlight its positions in the sequence below. >rna6026 ID=rna6026|Name=rna6026|organism=Nannochloropsis gaditana|type=mRNA|length=3726bp|location=Sequence derived from alignment at CM002467.1:396221..399946- (Nannochloropsis gaditana)
ACAAAATCGTGTCATGGCAGGTTTCTATCACCTCCCCCCGCTCCTGCCCT
CGCCCTGCTGCTTCTTTCTCGTAGTTTAGCTTCATTTTAATATTTTAAAA
CATACACTGTCCCCTATTTGAAGTTCCCACTTTTGTATTCAAAGGTGGAC
AGCCCGCTCAGATGTCACTATGGTTGACGCCACCGATGGGCCTTTCGGAA
TGGCTTGTCGGTGCCAAAGAATGCGCTGCAAATGCAGCACGGAGTTGGCA
GGATGGTTTATACAAGCAGTATTTGCCTGAAAGTCACTGGATGGCACTCA
TAGTAATCTTAGCCGTCCTACTTTTGCCCTTAATCCTGAACATCTGGGGA
TGGATGCTTTGGATTCTTCTCTCGATCTTCCTGGGACTTTCCCGTACCGT
TTACTCCATTTTCACTGTGTTACATGTGTTGATGGACGTGTGGGCGCTTT
CAGTGATGAAAACGTGCTACACAATTTACCGCTTTCTCGCGGCGTTCCTT
CTTCCTCCGGCTGCGGCCTCCACACGTCAACGCCTACTGACTGCCCGCAA
TGTGACTCAATATCAAACCTTGGCCGAGCAAGTGGACGCTGAAGATGGCA
TGTTGAGCTGGCGTGCAGATGATTCTGATCTTCCGCAGTCGGTTACTATC
AAAAGTACGATCGCCAAGTTGGAAGAAAGTTTACAGGCCAAAGACACGAG
CAAGCTCCAGTTTATCCTCTTGAACGGTCTACTGAAAAGGAATCACCTCG
GCATTGACGAAAGGGTGAGACTATGCGTATGCCTTACCACAACATATGAA
AAATGAGGCCATGCTTGAGATATGTGCATACCCTAGAAGTGTCAGCGTGA
GTCCTCATTCTCGATTTTCCATTTCGGTCGTGCCTCCTTCCCTTTCCAAG
GATCTGCATATTCGGGCGTTGAGCGGATCGAAGCTTCTGGTAGAGCGGTA
TGATAAGAAGGTGGTGGAATGCATCAAATATATCACTGAATGTCAAGAGC
TAACGCGGGAGGAGAAAGTAATGTTTGTAAAGAAAGCCCGTAGGGCGCTA
GGACAGACGGCGCTCATGCTCTCAGGAGGGGGCAGCATAAGCATGTACCA
TGCAGGTAAATTCTATTCAAGTAGCCGAATGGGCGCAGACCTTCATTGTG
ACCTTTCTTTGCCTTTTGAGTGGGAGGGGGAAATCTTGGAGCGATCCTTG
GGTAACACAGAGCCCTACAACGGTAGGACCTGGCCCTTTCACCAACACAG
TCGCAGACCTACAGATGGTGTGCCGGGGGGACGCTCCGAACGTTACCCTA
CTTGCATTGCATGAAAGTAAGCATACGCCCAGCTCAAAAGTGAGAGTGAA
GAATATAAGGATCTCTTCCTTTCCTTCGTCCCCTGGAACAGGTGTCGTCC
GCGCTTTGATTACGGAAGGCCTCTACAGGCATATCCGCGTCATTTCGGGC
GCTTCCGGTGGATCCATCATTGCGGGGATGGCAGCGATCCACAATGAGAA
GGAGCTCATGGATAGAGTGCTCGTGAAAGAGGTTTCCACCGACTTCAAAC
ACAACGGCGAGATGCGACAGAAAAAGATTGTCTGGTTCCCTCCCCTCTTC
GAGCAAGCCAAGCATTTCATCAAAAATGGAATCTTGATTGACAACAAAGA
ATTCCAACGGACATGCGAATTTTACTATGGTTCCTTCACCTTTCAAGAGG
CCTTTGAGCGGACTCACAAGCATGTGTGTATTTCAGTCGCTGCTTCCACT
TTGGGGGCGAGCAGTCAGGGAGGCCCCCGCCGTCTCCTTCTCAACCACAT
CACGACGCCCAACGTCCTGATTCGCAGTGCCGTTGCCGCTTCCTGTGCTT
TGCCAGGCATCATGGCACCGAACTATTTGCAGTGCAAAGACGATCGGGGC
CACGTGGTCCCCTTCGATATGGACGGTGTGCAGTACGTCGACGGCTCTCT
GCAGGCCGACTTGCCTTTTCGACGAATTTCAACCCTCTTTGCCGTCTCAC
ATTTTATCGTCAGCCAAGTTAATTTTCACGTCGTGCCATTTCTAAGAAAA
ATGCACAGTCCTGCTGAAAGCTCCTTATACTGGAAGCTTTTCCGCTTTTT
CGACACGGACATCCGCCACCGCGTTACTTCTTTGGCTGAGCTAGGGCTTC
TGCCGCGTGTCTTTGGACAGGTGAGCGCGGCTTATATCTTTGTCCGAGTA
CACATCTCTTCAAGTCATTCAGCGGTGATGATTTCGTAACCAGTTGATCA
TCACATTTGTGAATAAATGGATAGAAAAGTGGCATCCGTGCGCGTTTAAC
AGATCGATTTAACGCGCATGACATTTATCAAACGCATTTTCTTTCGATGA
AAATATCTTGAAGCCATATAATCAGTGCTTAAAGTCCAATTTACTGATAT
CTCAGGATTTATCGGGCATTTTTCGGCAAAGATACTCGGGTCATGTGACC
TTGACCCCCAGATTTCGCATGTCGGAAATGATTGGCCTCAAAGCGTTCCA
GGTAAAGTCTTAGAAGTGACTTCAATCACCTATGAGCAAGCATGGATCAC
ATGTTCGCATTGGCTGACGCATCTGACCTCGATCTTTTCCCCCAAGAATC
CGACCGAAGCGGAGATGCGACACTACATCTTGAATGGCAAGCGGTCTGTT
TGGCCGCACCTTCACCACATCAAGCACAACACATTGGTGGAAAGGGTCCT
TTCGGATTCTCTCAGTAAGCTCCGTCGTCAATCCTATTACTTGGCCCTTG
GCCAGCCGCACGCTGATAATAGCCCGGCAAGCTTGTCCCTCCAGTGTGCC
GTCCCCAGCGGCGGAGGCTCCAACGTGACGGGCGTCAATCCCCTTTCAGG
CATGGCCACGTGCGGGACCTGCTCGCCTCGGGTCGATACCAACTTTGCAA
GCATGCTTCCCCCTCTGCCACCCACCAGCAATGCCATCAGCCGCTGCAGT
ACCCCGCGCCGGTATCGCGATGAAGGAATTTTATCCACACCCCTCCTAGT
CACGGCTGGTGCTACTTTGCGGAGGAGCGACTCAGGTCGCTTCGAGGACG
ATGACTCCGACATGCTCGAGCCCTCTGGAACGCCTTCCTCCTCTGCCTGT
GCCGCAACAGATACTCCTGCGAACGGAGGGGGCACAGGAAGTACTGAGAA
TCAGCGGTTTGTGAGAAGTCCCGGACGCCAACATTTTAGGATTCAGCAGC
TTCAGGCTGAAAATCGTGCATTAAGGGAACGGGTGCGTCTCCTTCAACAG
AGCATGGAAGCCCTTAAGAAAGCCGAATCCGGCCTATATGACCATGAAAA
TTTAGCCACCAGGCAAGAAAGCATCAAGGCCGGAAATCACAGTAACCGAT
CTTCTCTGCAATCTGGCTTGAGCTACAGTGTTGCTTCGAGTGGCAGTTAT
TCTGATCAAAGAGATTGCGAAACACCGAAAGCCGCCTTGCACATCTCTGA
TACTGTTGGCTTCGAAGAGACAGGTCCCGAAGGGCCACCGGTCGTGGTAA
AAAGTATTCCTTTAGTAGAATAAAAAGTCAAGTTACAGGACAGGTTGTAC
AAAGTCAAGTTTCCTCATGCATTTGCGCTGTATTTTTGTATCCATGACTA
CACAAAGAATGATAAAGTACAATCACAGAATTTTATAACTTTGTTGTCCG
GGACTATCTCTTCATGTCATGGAAAAGAAGTCGTCTCTACTGAGCTTTTC
TGATTTGCTATTACGAAATAAGTACT back to topCoding sequence (CDS) from alignment at CM002467.1:396221..399946- >rna6026 ID=rna6026|Name=rna6026|organism=Nannochloropsis gaditana|type=CDS|length=8076bp|location=Sequence derived from alignment at CM002467.1:396221..399946- (Nannochloropsis gaditana)
AATCCGACCGAAGCGGAGATGCGACACTACATCTTGAATGGCAAGCGGTC
TGTTTGGCCGCACCTTCACCACATCAAGCACAACACATTGGTGGAAAGGG
TCCTTTCGGATTCTCTCAGTAAGCTCCGTCGTCAATCCTATTACTTGGCC
CTTGGCCAGCCGCACGCTGATAATAGCCCGGCAAGCTTGTCCCTCCAGTG
TGCCGTCCCCAGCGGCGGAGGCTCCAACGTGACGGGCGTCAATCCCCTTT
CAGGCATGGCCACGTGCGGGACCTGCTCGCCTCGGGTCGATACCAACTTT
GCAAGCATGCTTCCCCCTCTGCCACCCACCAGCAATGCCATCAGCCGCTG
CAGTACCCCGCGCCGGTATCGCGATGAAGGAATTTTATCCACACCCCTCC
TAGTCACGGCTGGTGCTACTTTGCGGAGGAGCGACTCAGGTCGCTTCGAG
GACGATGACTCCGACATGCTCGAGCCCTCTGGAACGCCTTCCTCCTCTGC
CTGTGCCGCAACAGATACTCCTGCGAACGGAGGGGGCACAGGAAGTACTG
AGAATCAGCGGTTTGTGAGAAGTCCCGGACGCCAACATTTTAGGATTCAG
CAGCTTCAGGCTGAAAATCGTGCATTAAGGGAACGGGTGCGTCTCCTTCA
ACAGAGCATGGAAGCCCTTAAGAAAGCCGAATCCGGCCTATATGACCATG
AAAATTTAGCCACCAGGCAAGAAAGCATCAAGGCCGGAAATCACAGTAAC
CGATCTTCTCTGCAATCTGGCTTGAGCTACAGTGTTGCTTCGAGTGGCAG
TTATTCTGATCAAAGAGATTGCGAAACACCGAAAGCCGCCTTGCACATCT
CTGATACTGTTGGCTTCGAAGAGACAGGTCCCGAAGGGCCACCGGTCGTG
GTAAAAAGTATTCCTTTAGTAGAATAAGATTTATCGGGCATTTTTCGGCA
AAGATACTCGGGTCATGTGACCTTGACCCCCAGATTTCGCATGTCGGAAA
TGATTGGCCTCAAAGCGTTCCAGGTGTCGTCCGCGCTTTGATTACGGAAG
GCCTCTACAGGCATATCCGCGTCATTTCGGGCGCTTCCGGTGGATCCATC
ATTGCGGGGATGGCAGCGATCCACAATGAGAAGGAGCTCATGGATAGAGT
GCTCGTGAAAGAGGTTTCCACCGACTTCAAACACAACGGCGAGATGCGAC
AGAAAAAGATTGTCTGGTTCCCTCCCCTCTTCGAGCAAGCCAAGCATTTC
ATCAAAAATGGAATCTTGATTGACAACAAAGAATTCCAACGGACATGCGA
ATTTTACTATGGTTCCTTCACCTTTCAAGAGGCCTTTGAGCGGACTCACA
AGCATGTGTGTATTTCAGTCGCTGCTTCCACTTTGGGGGCGAGCAGTCAG
GGAGGCCCCCGCCGTCTCCTTCTCAACCACATCACGACGCCCAACGTCCT
GATTCGCAGTGCCGTTGCCGCTTCCTGTGCTTTGCCAGGCATCATGGCAC
CGAACTATTTGCAGTGCAAAGACGATCGGGGCCACGTGGTCCCCTTCGAT
ATGGACGGTGTGCAGTACGTCGACGGCTCTCTGCAGGCCGACTTGCCTTT
TCGACGAATTTCAACCCTCTTTGCCGTCTCACATTTTATCGTCAGCCAAG
TTAATTTTCACGTCGTGCCATTTCTAAGAAAAATGCACAGTCCTGCTGAA
AGCTCCTTATACTGGAAGCTTTTCCGCTTTTTCGACACGGACATCCGCCA
CCGCGTTACTTCTTTGGCTGAGCTAGGGCTTCTGCCGCGTGTCTTTGGAC
AGATGCAGGTAAATTCTATTCAAGTAGCCGAATGGGCGCAGACCTTCATT
GTGACCTTTCTTTGCCTTTTGAGTGGGAGGGGGAAATCTTGGAGCGATCC
TTGGGTAACACAGAGCCCTACAACGGTAGGACCTGGCCCTTTCACCAACA
CAGTCGCAGACCTACAGATGGTGTGCCGGGGGGACGCTCCGAACGTTACC
CTACTTGCATTGCATGAAAAATCCGACCGAAGCGGAGATGCGACACTACA
TCTTGAATGGCAAGCGGTCTGTTTGGCCGCACCTTCACCACATCAAGCAC
AACACATTGGTGGAAAGGGTCCTTTCGGATTCTCTCAGTAAGCTCCGTCG
TCAATCCTATTACTTGGCCCTTGGCCAGCCGCACGCTGATAATAGCCCGG
CAAGCTTGTCCCTCCAGTGTGCCGTCCCCAGCGGCGGAGGCTCCAACGTG
ACGGGCGTCAATCCCCTTTCAGGCATGGCCACGTGCGGGACCTGCTCGCC
TCGGGTCGATACCAACTTTGCAAGCATGCTTCCCCCTCTGCCACCCACCA
GCAATGCCATCAGCCGCTGCAGTACCCCGCGCCGGTATCGCGATGAAGGA
ATTTTATCCACACCCCTCCTAGTCACGGCTGGTGCTACTTTGCGGAGGAG
CGACTCAGGTCGCTTCGAGGACGATGACTCCGACATGCTCGAGCCCTCTG
GAACGCCTTCCTCCTCTGCCTGTGCCGCAACAGATACTCCTGCGAACGGA
GGGGGCACAGGAAGTACTGAGAATCAGCGGTTTGTGAGAAGTCCCGGACG
CCAACATTTTAGGATTCAGCAGCTTCAGGCTGAAAATCGTGCATTAAGGG
AACGGGTGCGTCTCCTTCAACAGAGCATGGAAGCCCTTAAGAAAGCCGAA
TCCGGCCTATATGACCATGAAAATTTAGCCACCAGGCAAGAAAGCATCAA
GGCCGGAAATCACAGTAACCGATCTTCTCTGCAATCTGGCTTGAGCTACA
GTGTTGCTTCGAGTGGCAGTTATTCTGATCAAAGAGATTGCGAAACACCG
AAAGCCGCCTTGCACATCTCTGATACTGTTGGCTTCGAAGAGACAGGTCC
CGAAGGGCCACCGGTCGTGGTAAAAAGTATTCCTTTAGTAGAATAAGATT
TATCGGGCATTTTTCGGCAAAGATACTCGGGTCATGTGACCTTGACCCCC
AGATTTCGCATGTCGGAAATGATTGGCCTCAAAGCGTTCCAGGTGTCGTC
CGCGCTTTGATTACGGAAGGCCTCTACAGGCATATCCGCGTCATTTCGGG
CGCTTCCGGTGGATCCATCATTGCGGGGATGGCAGCGATCCACAATGAGA
AGGAGCTCATGGATAGAGTGCTCGTGAAAGAGGTTTCCACCGACTTCAAA
CACAACGGCGAGATGCGACAGAAAAAGATTGTCTGGTTCCCTCCCCTCTT
CGAGCAAGCCAAGCATTTCATCAAAAATGGAATCTTGATTGACAACAAAG
AATTCCAACGGACATGCGAATTTTACTATGGTTCCTTCACCTTTCAAGAG
GCCTTTGAGCGGACTCACAAGCATGTGTGTATTTCAGTCGCTGCTTCCAC
TTTGGGGGCGAGCAGTCAGGGAGGCCCCCGCCGTCTCCTTCTCAACCACA
TCACGACGCCCAACGTCCTGATTCGCAGTGCCGTTGCCGCTTCCTGTGCT
TTGCCAGGCATCATGGCACCGAACTATTTGCAGTGCAAAGACGATCGGGG
CCACGTGGTCCCCTTCGATATGGACGGTGTGCAGTACGTCGACGGCTCTC
TGCAGGCCGACTTGCCTTTTCGACGAATTTCAACCCTCTTTGCCGTCTCA
CATTTTATCGTCAGCCAAGTTAATTTTCACGTCGTGCCATTTCTAAGAAA
AATGCACAGTCCTGCTGAAAGCTCCTTATACTGGAAGCTTTTCCGCTTTT
TCGACACGGACATCCGCCACCGCGTTACTTCTTTGGCTGAGCTAGGGCTT
CTGCCGCGTGTCTTTGGACAGATGCAGGTAAATTCTATTCAAGTAGCCGA
ATGGGCGCAGACCTTCATTGTGACCTTTCTTTGCCTTTTGAGTGGGAGGG
GGAAATCTTGGAGCGATCCTTGGGTAACACAGAGCCCTACAACGGTAGGA
CCTGGCCCTTTCACCAACACAGTCGCAGACCTACAGATGGTGTGCCGGGG
GGACGCTCCGAACGTTACCCTACTTGCATTGCATGAAAAATCCGACCGAA
GCGGAGATGCGACACTACATCTTGAATGGCAAGCGGTCTGTTTGGCCGCA
CCTTCACCACATCAAGCACAACACATTGGTGGAAAGGGTCCTTTCGGATT
CTCTCAGTAAGCTCCGTCGTCAATCCTATTACTTGGCCCTTGGCCAGCCG
CACGCTGATAATAGCCCGGCAAGCTTGTCCCTCCAGTGTGCCGTCCCCAG
CGGCGGAGGCTCCAACGTGACGGGCGTCAATCCCCTTTCAGGCATGGCCA
CGTGCGGGACCTGCTCGCCTCGGGTCGATACCAACTTTGCAAGCATGCTT
CCCCCTCTGCCACCCACCAGCAATGCCATCAGCCGCTGCAGTACCCCGCG
CCGGTATCGCGATGAAGGAATTTTATCCACACCCCTCCTAGTCACGGCTG
GTGCTACTTTGCGGAGGAGCGACTCAGGTCGCTTCGAGGACGATGACTCC
GACATGCTCGAGCCCTCTGGAACGCCTTCCTCCTCTGCCTGTGCCGCAAC
AGATACTCCTGCGAACGGAGGGGGCACAGGAAGTACTGAGAATCAGCGGT
TTGTGAGAAGTCCCGGACGCCAACATTTTAGGATTCAGCAGCTTCAGGCT
GAAAATCGTGCATTAAGGGAACGGGTGCGTCTCCTTCAACAGAGCATGGA
AGCCCTTAAGAAAGCCGAATCCGGCCTATATGACCATGAAAATTTAGCCA
CCAGGCAAGAAAGCATCAAGGCCGGAAATCACAGTAACCGATCTTCTCTG
CAATCTGGCTTGAGCTACAGTGTTGCTTCGAGTGGCAGTTATTCTGATCA
AAGAGATTGCGAAACACCGAAAGCCGCCTTGCACATCTCTGATACTGTTG
GCTTCGAAGAGACAGGTCCCGAAGGGCCACCGGTCGTGGTAAAAAGTATT
CCTTTAGTAGAATAAGATTTATCGGGCATTTTTCGGCAAAGATACTCGGG
TCATGTGACCTTGACCCCCAGATTTCGCATGTCGGAAATGATTGGCCTCA
AAGCGTTCCAGGTGTCGTCCGCGCTTTGATTACGGAAGGCCTCTACAGGC
ATATCCGCGTCATTTCGGGCGCTTCCGGTGGATCCATCATTGCGGGGATG
GCAGCGATCCACAATGAGAAGGAGCTCATGGATAGAGTGCTCGTGAAAGA
GGTTTCCACCGACTTCAAACACAACGGCGAGATGCGACAGAAAAAGATTG
TCTGGTTCCCTCCCCTCTTCGAGCAAGCCAAGCATTTCATCAAAAATGGA
ATCTTGATTGACAACAAAGAATTCCAACGGACATGCGAATTTTACTATGG
TTCCTTCACCTTTCAAGAGGCCTTTGAGCGGACTCACAAGCATGTGTGTA
TTTCAGTCGCTGCTTCCACTTTGGGGGCGAGCAGTCAGGGAGGCCCCCGC
CGTCTCCTTCTCAACCACATCACGACGCCCAACGTCCTGATTCGCAGTGC
CGTTGCCGCTTCCTGTGCTTTGCCAGGCATCATGGCACCGAACTATTTGC
AGTGCAAAGACGATCGGGGCCACGTGGTCCCCTTCGATATGGACGGTGTG
CAGTACGTCGACGGCTCTCTGCAGGCCGACTTGCCTTTTCGACGAATTTC
AACCCTCTTTGCCGTCTCACATTTTATCGTCAGCCAAGTTAATTTTCACG
TCGTGCCATTTCTAAGAAAAATGCACAGTCCTGCTGAAAGCTCCTTATAC
TGGAAGCTTTTCCGCTTTTTCGACACGGACATCCGCCACCGCGTTACTTC
TTTGGCTGAGCTAGGGCTTCTGCCGCGTGTCTTTGGACAGATGCAGGTAA
ATTCTATTCAAGTAGCCGAATGGGCGCAGACCTTCATTGTGACCTTTCTT
TGCCTTTTGAGTGGGAGGGGGAAATCTTGGAGCGATCCTTGGGTAACACA
GAGCCCTACAACGGTAGGACCTGGCCCTTTCACCAACACAGTCGCAGACC
TACAGATGGTGTGCCGGGGGGACGCTCCGAACGTTACCCTACTTGCATTG
CATGAAAAATCCGACCGAAGCGGAGATGCGACACTACATCTTGAATGGCA
AGCGGTCTGTTTGGCCGCACCTTCACCACATCAAGCACAACACATTGGTG
GAAAGGGTCCTTTCGGATTCTCTCAGTAAGCTCCGTCGTCAATCCTATTA
CTTGGCCCTTGGCCAGCCGCACGCTGATAATAGCCCGGCAAGCTTGTCCC
TCCAGTGTGCCGTCCCCAGCGGCGGAGGCTCCAACGTGACGGGCGTCAAT
CCCCTTTCAGGCATGGCCACGTGCGGGACCTGCTCGCCTCGGGTCGATAC
CAACTTTGCAAGCATGCTTCCCCCTCTGCCACCCACCAGCAATGCCATCA
GCCGCTGCAGTACCCCGCGCCGGTATCGCGATGAAGGAATTTTATCCACA
CCCCTCCTAGTCACGGCTGGTGCTACTTTGCGGAGGAGCGACTCAGGTCG
CTTCGAGGACGATGACTCCGACATGCTCGAGCCCTCTGGAACGCCTTCCT
CCTCTGCCTGTGCCGCAACAGATACTCCTGCGAACGGAGGGGGCACAGGA
AGTACTGAGAATCAGCGGTTTGTGAGAAGTCCCGGACGCCAACATTTTAG
GATTCAGCAGCTTCAGGCTGAAAATCGTGCATTAAGGGAACGGGTGCGTC
TCCTTCAACAGAGCATGGAAGCCCTTAAGAAAGCCGAATCCGGCCTATAT
GACCATGAAAATTTAGCCACCAGGCAAGAAAGCATCAAGGCCGGAAATCA
CAGTAACCGATCTTCTCTGCAATCTGGCTTGAGCTACAGTGTTGCTTCGA
GTGGCAGTTATTCTGATCAAAGAGATTGCGAAACACCGAAAGCCGCCTTG
CACATCTCTGATACTGTTGGCTTCGAAGAGACAGGTCCCGAAGGGCCACC
GGTCGTGGTAAAAAGTATTCCTTTAGTAGAATAAGATTTATCGGGCATTT
TTCGGCAAAGATACTCGGGTCATGTGACCTTGACCCCCAGATTTCGCATG
TCGGAAATGATTGGCCTCAAAGCGTTCCAGGTGTCGTCCGCGCTTTGATT
ACGGAAGGCCTCTACAGGCATATCCGCGTCATTTCGGGCGCTTCCGGTGG
ATCCATCATTGCGGGGATGGCAGCGATCCACAATGAGAAGGAGCTCATGG
ATAGAGTGCTCGTGAAAGAGGTTTCCACCGACTTCAAACACAACGGCGAG
ATGCGACAGAAAAAGATTGTCTGGTTCCCTCCCCTCTTCGAGCAAGCCAA
GCATTTCATCAAAAATGGAATCTTGATTGACAACAAAGAATTCCAACGGA
CATGCGAATTTTACTATGGTTCCTTCACCTTTCAAGAGGCCTTTGAGCGG
ACTCACAAGCATGTGTGTATTTCAGTCGCTGCTTCCACTTTGGGGGCGAG
CAGTCAGGGAGGCCCCCGCCGTCTCCTTCTCAACCACATCACGACGCCCA
ACGTCCTGATTCGCAGTGCCGTTGCCGCTTCCTGTGCTTTGCCAGGCATC
ATGGCACCGAACTATTTGCAGTGCAAAGACGATCGGGGCCACGTGGTCCC
CTTCGATATGGACGGTGTGCAGTACGTCGACGGCTCTCTGCAGGCCGACT
TGCCTTTTCGACGAATTTCAACCCTCTTTGCCGTCTCACATTTTATCGTC
AGCCAAGTTAATTTTCACGTCGTGCCATTTCTAAGAAAAATGCACAGTCC
TGCTGAAAGCTCCTTATACTGGAAGCTTTTCCGCTTTTTCGACACGGACA
TCCGCCACCGCGTTACTTCTTTGGCTGAGCTAGGGCTTCTGCCGCGTGTC
TTTGGACAGATGCAGGTAAATTCTATTCAAGTAGCCGAATGGGCGCAGAC
CTTCATTGTGACCTTTCTTTGCCTTTTGAGTGGGAGGGGGAAATCTTGGA
GCGATCCTTGGGTAACACAGAGCCCTACAACGGTAGGACCTGGCCCTTTC
ACCAACACAGTCGCAGACCTACAGATGGTGTGCCGGGGGGACGCTCCGAA
CGTTACCCTACTTGCATTGCATGAAA back to top
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