jgi.p|Nanoce1779_2|576997, mRNA_331 (mRNA) Nannochloropsis oceanica | NanDeSyn: Nannochloropsis Design & Synthesis Initiative

Overview


Name	jgi.p\|Nanoce1779_2\|576997
Unique Name	mRNA_331
Type	mRNA
Organism	Nannochloropsis oceanica (N. oceanica CCMP1779)
Sequence length	2094
Alignment location	scaffold_3:819245..822124 -

Link to JBrowse

Properties


Property Name	Value
TranscriptId	577083
Track	FilteredModels2
ProteinId	576997

Mutants

Expression

No biomaterial libraries express this feature.

Alignments

The following features are aligned


Aligned Feature	Feature Type	Alignment Location
scaffold_3	supercontig	scaffold_3:819245..822124 -

Analyses

This mRNA is derived from or has results from the following analyses


Analysis Name	Date Performed
Gene prediction for N. oceanica CCMP1779	2008-02-01

Annotated Terms

Homology

Relationships

This mRNA is a part of the following gene feature(s):


Feature Name	Unique Name	Species	Type
jgi.p\|Nanoce1779_2\|576997	gene_331	Nannochloropsis oceanica (N. oceanica CCMP1779)	gene

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


Feature Name	Unique Name	Species	Type
jgi.p\|Nanoce1779_2\|576997	mRNA_331-protein	Nannochloropsis oceanica (N. oceanica CCMP1779)	polypeptide

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


Feature Name	Unique Name	Species	Type
CDS_331	CDS_331	Nannochloropsis oceanica (N. oceanica CCMP1779)	CDS

Sequences

The following sequences are available for this feature:

mRNA sequence
protein sequence
mRNA from alignment at scaffold_3:819245..822124-
coding sequence from alignment at scaffold_3:819245..822124-

mRNA sequence

>mRNA_331 ID=mRNA_331|Name=jgi.p|Nanoce1779_2|576997|organism=Nannochloropsis oceanica|type=mRNA|length=2094bp
TTTGGGCGAGGAAGTCTTTAATGGTACGGATGTAAGGGTGTATAGAAAAA
TGCGGGGTGGGAGGGTATGGATGGTAGGAGCTACAGGGCGATCGATACAC
GCGCATGCTTAAGCATGCTAACGGGAAAGTGGAATTTCCAGAAGGATTGA
GGAGAGCGAATGAAAGGGCATGTGCACGCTAACCATTATTATCACATTCA
ACATTCTTTTCCTGCCCTACCTCGTCCACCCCTTTGTCTCCACACAGCCG
ACTCTTTCCCCCAGTTGTACAGGACGTGGGATTCTTTCGAAGTGATCGAG
AACCTGAGCGGCGATGGTGAGCTCTGCCTCGTGGCGGAAGAGCTCCTCGA
GAGCGACAGTAATGGCACTGTTGCTGTTGCTGCCAAGGGGAGTGCTGATG
GTGGTGATGATACCGCCGTTGCTTTTGCTCACCCGCAGAGCCGGATCGTC
GGATTCATATTCGGCTCCATCACAGAGAAGAGGAAACGAGAGCATAGCTG
CGGCTTGTTGGGGTGGGTGGGGGTTGCCCCGAGTCATCAACGGCGGAATA
TTGGCACTGTGCTGGCCCACAAGCTGTTTGAGCAATTTTGGGAGGATGGG
ATTAGTTTGATCGTGGCCGATACGCCCATGGAGAACACTCCAGCGATCAA
GTTTTTGCATCGCATGGGATTTTGTACGCCTGTGTATCATATTTACATGA
GCCTCAACCTCTCTCGGCATCACCATCGGGCCCAGCACCTACCCCCCGCC
CCCGAGCGCATCCTGCCTCCCGAAGCCAAGGGGGTAAAGCTCCGTCCTAT
GTCAATTGACGACCTTGCTGCGGTCCATGACTTGGGGGAGAAGATTTACG
ACCAATATTTGTACCCGAATTTGTACCGCATTTGGTCGGAGAGCGAGGTT
GTGGAGCTGTTTGGTTCAGACTCGGAATTTTGTCAGGTGGCTGAGTATGA
AGGGAGGGTCGTAGGCTTCGTCATGGGCACCACCATCTCCAAGCGTCGTA
GCTCGTGGCGGTACGGCTATTTGGTCTGGCTGGGCGTCGCCCCCGAGGTG
CAACGTTTTGGTGTAGGCAAACGCCTGTTCCAAGCATTTCATGACCTCAT
GGTGGAAGATGGTTGCCGTATTATTATGATTGACACCCAGGCAGACAACG
TTCCGGCCCGGAAATTCTTCGAACGCGCGGGGTTTGGCTCGTTGGAGTCG
CATGTTTATTTCAGTAAGCAAGTGGGGCCAGATGACCTGATCGCCAGCGA
AGAGAGGGTCCTGCGCCAAGCTTCTTTGACGGGTGGTGGCCATTCCTTCT
CCTCGTCCGCTTCCACAACAAAATCTTCCATTGTCGCCACCAAAACTGTG
CTGAAGCTGGGAGAAGAGGAGGGAGCAGGCGGTGGTAGAGGAAGGGCGGC
AGGGAAGGCGGGGGGGCCCGGGAAACATGGGAGATTCAAAGTTACGCGGC
TTTTTCGTTTCAAGCGCGCGCGTTCAGTGTTGGAGACGGCGGTAGCTGCT
GCGGGATTGACTGCTGCTGCCATTGGTGATGGTGGATGTGGAGGAGGACG
GAGGGGAGGGATGAAGACTCGTCTGCCGCCCATGCTTGTAACGGCTGCTG
CCGCTGCTGTTGAGAATGAGAAAGGAGGAGACAAAAATGGAACGAAGAAG
AAAGTGGAAGAAAGGGAGTCGGTGGAAGCTATGCCAAGCTCCCGGCCGTC
GACGCGGCGGAATTGTAAGGCGTCCACATCTCCGGCGACAGGCGGGAAAA
TGCGTGCAAAGCGGATTAAGAAGTAATAGGGAGGACAAGATGAGAAGGAT
GATATATATATACGACGAAAAGGTAGTAAGTAACGGGGGTAATAGGTGTG
AGTCACACGTGACAGGAAACAGATCAGTCAAATTCGCGTTAAGTAAAGTG
TGTGCCATCATGGCAACCATCCGTTGTCTACCTCAATAAAAAAGACACGA
ATGGAGAAATGGGGGATACTTTTTTCGAATAGCAAATAGTGGTGCGACAC
AGTGCTGGACAAAAGAAACGATAAACACAGTAGCAATGTGACGACAGAAG
AACAGATAAAATGGAAACAAAATCACTGAGGGCTTCCATTAACA

protein sequence of jgi.p|Nanoce1779_2|576997

>mRNA_331-protein ID=mRNA_331-protein|Name=jgi.p|Nanoce1779_2|576997|organism=Nannochloropsis oceanica|type=polypeptide|length=539bp
MKGHVHANHYYHIQHSFPALPRPPLCLHTADSFPQLYRTWDSFEVIENLS
GDGELCLVAEELLESDSNGTVAVAAKGSADGGDDTAVAFAHPQSRIVGFI
FGSITEKRKREHSCGLLGWVGVAPSHQRRNIGTVLAHKLFEQFWEDGISL
IVADTPMENTPAIKFLHRMGFCTPVYHIYMSLNLSRHHHRAQHLPPAPER
ILPPEAKGVKLRPMSIDDLAAVHDLGEKIYDQYLYPNLYRIWSESEVVEL
FGSDSEFCQVAEYEGRVVGFVMGTTISKRRSSWRYGYLVWLGVAPEVQRF
GVGKRLFQAFHDLMVEDGCRIIMIDTQADNVPARKFFERAGFGSLESHVY
FSKQVGPDDLIASEERVLRQASLTGGGHSFSSSASTTKSSIVATKTVLKL
GEEEGAGGGRGRAAGKAGGPGKHGRFKVTRLFRFKRARSVLETAVAAAGL
TAAAIGDGGCGGGRRGGMKTRLPPMLVTAAAAAVENEKGGDKNGTKKKVE
ERESVEAMPSSRPSTRRNCKASTSPATGGKMRAKRIKK*

mRNA from alignment at scaffold_3:819245..822124-

Legend: polypeptideCDS

Hold the cursor over a type above to highlight its positions in the sequence below.

>mRNA_331 ID=mRNA_331|Name=jgi.p|Nanoce1779_2|576997|organism=Nannochloropsis oceanica|type=mRNA|length=2880bp|location=Sequence derived from alignment at scaffold_3:819245..822124- (Nannochloropsis oceanica)
TTTGGGCGAGGAAGTCTTTAATGGTACGGATGTAAGGGTGTATAGAAAAA
TGCGGGGTGGGAGGGTATGGATGGTAGGAGCTACAGGGCGATCGATACAC
GCGCATGCTTAAGCATGCTAACGGGAAAGTGGAATTTCCAGAAGGATTGA
GGAGAGCGAATGAAAGGGCATGTGCACGCTAACCATTATTATCACATTCA
ACATTCTTTTCCTGCCCTACCTCGTCCACCCCTTTGTCTCCACACAGCCG
ACTCTTTCCCCCAGTTGTACAGGACGTGGGATTCTTTCGAAGTGATCGAG
AACCTGAGCGGCGATGGTGAGCTCTGCCTCGTGGCGGAAGAGCTCCTCGA
GAGCGACAGTAATGGCACTGTTGCTGTTGCTGCCAAGGGGAGTGCTGATG
GTGGTGATGATACCGCCGTTGCTTTTGCTCACCCGCAGAGCCGGATCGTC
GGATTCATATTCGGCTCCATCACAGAGAAGAGGAAACGAGAGCATAGCTG
CGGCTTGTTGGGGTGGGTGGGGGTTGCCCCGAGTCATCAACGGCGGAATA
TTGGCACTGTGCTGGCCCACAAGCTGTTTGAGCAATTTTGGGAGGATGGG
ATTAGTTTGATCGTGGCCGATACGCCCATGGAGAACACTCCAGCGATCAA
GTTTTTGCATCGCATGGGATTTTGTACGCCTGTGTATCATGTGAGTCATC
GTATTCGTATGTGTCTTCTGGGGTGTGTCGTGGATTTTAGTCTTTGTTGC
TTGTGATATGGTTGGCTCCACTGCCTCTTCTACTTGGCCTTTCAATTTTC
TATCTTCCATTTATCAGTCCTATGTATTGTTCGCTGTAGCAGCAGTCCCT
AATCGTATAACTTTATTATAACATGACTTACACACATTTTTCCTCTCTCA
CATCATTCGTAGATTTACATGAGCCTCAACCTCTCTCGGCATCACCATCG
GGCCCAGCACCTACCCCCCGCCCCCGAGCGCATCCTGCCTCCCGAAGCCA
AGGGGGTAAAGCTCCGTCCTATGTCAATTGACGACCTTGCTGCGGTCCAT
GACTTGGGGGAGAAGATTTACGACCAATATTTGTACCCGAATTTGTACCG
CATTTGGTAGGTGGGAGGGAGGGAGAGGAGGGATCGAGGGTAGATGTACA
GGGACAAAGCAAGCCTGAGGTTGAGAAATGGACAGAAATTACAAATAGAT
CACATTCACACACACATGTGCACTCACAATCACGCAAACAAACGTTCGTA
GGTCGGAGAGCGAGGTTGTGGAGCTGTTTGGTTCAGACTCGGAATTTTGT
CAGGTGGCTGAGTATGAAGGGAGGGTCGTAGGCTTCGTCATGGGCACCAC
CATCTCCAAGCGTCGTAGCTCGTGGCGGTACGGCTATTTGGGTAAGAGAA
TGATAGGACCAAGACGTGAAGCTCTGGAAAAATTTGAACGCGTAGACTGA
ACATTCTGTACTCCCATCTCTTTCTTCACTTGCCCTCTACCCCTCCCTCC
TTCCACCTGCCCAACAGTCTGGCTGGGCGTCGCCCCCGAGGTGCAACGTT
TTGGTGTAGGCAAACGCCTGTTCCAAGCATTTCATGACCTCATGGTGGAA
GATGGTTGCCGTATTATTATGATTGACACCCAGGCAGACAACGTTCCGGC
CCGGAAATTCTTCGAACGCGCGGGGTTTGGCTCGTTGGAGTCGCATGTTT
ATTTCAGGTATGTCCTTTTTTATCCATCTGGTCCTGTGATAGCGGACAAG
GGTGTCGTAGAATGATGTATCATCTAGGTAGATGACCTCCCATCGTGCGG
GATGTGGCTCGTTGGAATGCCTCCGACTCTTCGTTACAAATTGTCGCTTT
CTTCTCTTGCTAAGCAGCACGATGAGGGGCAAGTGCAGGAGCAAGAATAA
GAGCGAATCAGCAACAGGAAAAGCTGTACCTCGAGTCAAATCGACTACCC
ATCAACAAATTACACCCATCCTACCCCTGCGCCCCTCCCTCCCTCAACAG
TAAGCAAGTGGGGCCAGATGACCTGATCGCCAGCGAAGAGAGGGTCCTGC
GCCAAGCTTCTTTGACGGGTGGTGGCCATTCCTTCTCCTCGTCCGCTTCC
ACAACAAAATCTTCCATTGTCGCCACCAAAACTGTGCTGAAGCTGGGAGA
AGAGGAGGGAGCAGGCGGTGGTAGAGGAAGGGCGGCAGGGAAGGCGGGGG
GGCCCGGGAAACATGGGAGATTCAAAGTTACGCGGCTTTTTCGTTTCAAG
CGCGCGCGTTCAGTGTTGGAGACGGCGGTAGCTGCTGCGGGATTGACTGC
TGCTGCCATTGGTGATGGTGGATGTGGAGGAGGACGGAGGGGAGGGATGA
AGACTCGTCTGCCGCCCATGCTTGTAACGGCTGCTGCCGCTGCTGTTGAG
AATGAGAAAGGAGGAGACAAAAATGGAACGAAGAAGAAAGTGGAAGAAAG
GGAGTCGGTGGAAGCTATGCCAAGCTCCCGGCCGTCGACGCGGCGGAATT
GTAAGGCGTCCACATCTCCGGCGACAGGCGGGAAAATGCGTGCAAAGCGG
ATTAAGAAGTAATAGGGAGGACAAGATGAGAAGGATGATATATATATACG
ACGAAAAGGTAGTAAGTAACGGGGGTAATAGGTGTGAGTCACACGTGACA
GGAAACAGATCAGTCAAATTCGCGTTAAGTAAAGTGTGTGCCATCATGGC
AACCATCCGTTGTCTACCTCAATAAAAAAGACACGAATGGAGAAATGGGG
GATACTTTTTTCGAATAGCAAATAGTGGTGCGACACAGTGCTGGACAAAA
GAAACGATAAACACAGTAGCAATGTGACGACAGAAGAACAGATAAAATGG
AAACAAAATCACTGAGGGCTTCCATTAACA

Coding sequence (CDS) from alignment at scaffold_3:819245..822124-

>mRNA_331 ID=mRNA_331|Name=jgi.p|Nanoce1779_2|576997|organism=Nannochloropsis oceanica|type=CDS|length=8085bp|location=Sequence derived from alignment at scaffold_3:819245..822124- (Nannochloropsis oceanica)
TAAGCAAGTGGGGCCAGATGACCTGATCGCCAGCGAAGAGAGGGTCCTGC
GCCAAGCTTCTTTGACGGGTGGTGGCCATTCCTTCTCCTCGTCCGCTTCC
ACAACAAAATCTTCCATTGTCGCCACCAAAACTGTGCTGAAGCTGGGAGA
AGAGGAGGGAGCAGGCGGTGGTAGAGGAAGGGCGGCAGGGAAGGCGGGGG
GGCCCGGGAAACATGGGAGATTCAAAGTTACGCGGCTTTTTCGTTTCAAG
CGCGCGCGTTCAGTGTTGGAGACGGCGGTAGCTGCTGCGGGATTGACTGC
TGCTGCCATTGGTGATGGTGGATGTGGAGGAGGACGGAGGGGAGGGATGA
AGACTCGTCTGCCGCCCATGCTTGTAACGGCTGCTGCCGCTGCTGTTGAG
AATGAGAAAGGAGGAGACAAAAATGGAACGAAGAAGAAAGTGGAAGAAAG
GGAGTCGGTGGAAGCTATGCCAAGCTCCCGGCCGTCGACGCGGCGGAATT
GTAAGGCGTCCACATCTCCGGCGACAGGCGGGAAAATGCGTGCAAAGCGG
ATTAAGAAGTAATCTGGCTGGGCGTCGCCCCCGAGGTGCAACGTTTTGGT
GTAGGCAAACGCCTGTTCCAAGCATTTCATGACCTCATGGTGGAAGATGG
TTGCCGTATTATTATGATTGACACCCAGGCAGACAACGTTCCGGCCCGGA
AATTCTTCGAACGCGCGGGGTTTGGCTCGTTGGAGTCGCATGTTTATTTC
AGGTCGGAGAGCGAGGTTGTGGAGCTGTTTGGTTCAGACTCGGAATTTTG
TCAGGTGGCTGAGTATGAAGGGAGGGTCGTAGGCTTCGTCATGGGCACCA
CCATCTCCAAGCGTCGTAGCTCGTGGCGGTACGGCTATTTGGATTTACAT
GAGCCTCAACCTCTCTCGGCATCACCATCGGGCCCAGCACCTACCCCCCG
CCCCCGAGCGCATCCTGCCTCCCGAAGCCAAGGGGGTAAAGCTCCGTCCT
ATGTCAATTGACGACCTTGCTGCGGTCCATGACTTGGGGGAGAAGATTTA
CGACCAATATTTGTACCCGAATTTGTACCGCATTTGATGAAAGGGCATGT
GCACGCTAACCATTATTATCACATTCAACATTCTTTTCCTGCCCTACCTC
GTCCACCCCTTTGTCTCCACACAGCCGACTCTTTCCCCCAGTTGTACAGG
ACGTGGGATTCTTTCGAAGTGATCGAGAACCTGAGCGGCGATGGTGAGCT
CTGCCTCGTGGCGGAAGAGCTCCTCGAGAGCGACAGTAATGGCACTGTTG
CTGTTGCTGCCAAGGGGAGTGCTGATGGTGGTGATGATACCGCCGTTGCT
TTTGCTCACCCGCAGAGCCGGATCGTCGGATTCATATTCGGCTCCATCAC
AGAGAAGAGGAAACGAGAGCATAGCTGCGGCTTGTTGGGGTGGGTGGGGG
TTGCCCCGAGTCATCAACGGCGGAATATTGGCACTGTGCTGGCCCACAAG
CTGTTTGAGCAATTTTGGGAGGATGGGATTAGTTTGATCGTGGCCGATAC
GCCCATGGAGAACACTCCAGCGATCAAGTTTTTGCATCGCATGGGATTTT
GTACGCCTGTGTATCATTAAGCAAGTGGGGCCAGATGACCTGATCGCCAG
CGAAGAGAGGGTCCTGCGCCAAGCTTCTTTGACGGGTGGTGGCCATTCCT
TCTCCTCGTCCGCTTCCACAACAAAATCTTCCATTGTCGCCACCAAAACT
GTGCTGAAGCTGGGAGAAGAGGAGGGAGCAGGCGGTGGTAGAGGAAGGGC
GGCAGGGAAGGCGGGGGGGCCCGGGAAACATGGGAGATTCAAAGTTACGC
GGCTTTTTCGTTTCAAGCGCGCGCGTTCAGTGTTGGAGACGGCGGTAGCT
GCTGCGGGATTGACTGCTGCTGCCATTGGTGATGGTGGATGTGGAGGAGG
ACGGAGGGGAGGGATGAAGACTCGTCTGCCGCCCATGCTTGTAACGGCTG
CTGCCGCTGCTGTTGAGAATGAGAAAGGAGGAGACAAAAATGGAACGAAG
AAGAAAGTGGAAGAAAGGGAGTCGGTGGAAGCTATGCCAAGCTCCCGGCC
GTCGACGCGGCGGAATTGTAAGGCGTCCACATCTCCGGCGACAGGCGGGA
AAATGCGTGCAAAGCGGATTAAGAAGTAATCTGGCTGGGCGTCGCCCCCG
AGGTGCAACGTTTTGGTGTAGGCAAACGCCTGTTCCAAGCATTTCATGAC
CTCATGGTGGAAGATGGTTGCCGTATTATTATGATTGACACCCAGGCAGA
CAACGTTCCGGCCCGGAAATTCTTCGAACGCGCGGGGTTTGGCTCGTTGG
AGTCGCATGTTTATTTCAGGTCGGAGAGCGAGGTTGTGGAGCTGTTTGGT
TCAGACTCGGAATTTTGTCAGGTGGCTGAGTATGAAGGGAGGGTCGTAGG
CTTCGTCATGGGCACCACCATCTCCAAGCGTCGTAGCTCGTGGCGGTACG
GCTATTTGGATTTACATGAGCCTCAACCTCTCTCGGCATCACCATCGGGC
CCAGCACCTACCCCCCGCCCCCGAGCGCATCCTGCCTCCCGAAGCCAAGG
GGGTAAAGCTCCGTCCTATGTCAATTGACGACCTTGCTGCGGTCCATGAC
TTGGGGGAGAAGATTTACGACCAATATTTGTACCCGAATTTGTACCGCAT
TTGATGAAAGGGCATGTGCACGCTAACCATTATTATCACATTCAACATTC
TTTTCCTGCCCTACCTCGTCCACCCCTTTGTCTCCACACAGCCGACTCTT
TCCCCCAGTTGTACAGGACGTGGGATTCTTTCGAAGTGATCGAGAACCTG
AGCGGCGATGGTGAGCTCTGCCTCGTGGCGGAAGAGCTCCTCGAGAGCGA
CAGTAATGGCACTGTTGCTGTTGCTGCCAAGGGGAGTGCTGATGGTGGTG
ATGATACCGCCGTTGCTTTTGCTCACCCGCAGAGCCGGATCGTCGGATTC
ATATTCGGCTCCATCACAGAGAAGAGGAAACGAGAGCATAGCTGCGGCTT
GTTGGGGTGGGTGGGGGTTGCCCCGAGTCATCAACGGCGGAATATTGGCA
CTGTGCTGGCCCACAAGCTGTTTGAGCAATTTTGGGAGGATGGGATTAGT
TTGATCGTGGCCGATACGCCCATGGAGAACACTCCAGCGATCAAGTTTTT
GCATCGCATGGGATTTTGTACGCCTGTGTATCATTAAGCAAGTGGGGCCA
GATGACCTGATCGCCAGCGAAGAGAGGGTCCTGCGCCAAGCTTCTTTGAC
GGGTGGTGGCCATTCCTTCTCCTCGTCCGCTTCCACAACAAAATCTTCCA
TTGTCGCCACCAAAACTGTGCTGAAGCTGGGAGAAGAGGAGGGAGCAGGC
GGTGGTAGAGGAAGGGCGGCAGGGAAGGCGGGGGGGCCCGGGAAACATGG
GAGATTCAAAGTTACGCGGCTTTTTCGTTTCAAGCGCGCGCGTTCAGTGT
TGGAGACGGCGGTAGCTGCTGCGGGATTGACTGCTGCTGCCATTGGTGAT
GGTGGATGTGGAGGAGGACGGAGGGGAGGGATGAAGACTCGTCTGCCGCC
CATGCTTGTAACGGCTGCTGCCGCTGCTGTTGAGAATGAGAAAGGAGGAG
ACAAAAATGGAACGAAGAAGAAAGTGGAAGAAAGGGAGTCGGTGGAAGCT
ATGCCAAGCTCCCGGCCGTCGACGCGGCGGAATTGTAAGGCGTCCACATC
TCCGGCGACAGGCGGGAAAATGCGTGCAAAGCGGATTAAGAAGTAATCTG
GCTGGGCGTCGCCCCCGAGGTGCAACGTTTTGGTGTAGGCAAACGCCTGT
TCCAAGCATTTCATGACCTCATGGTGGAAGATGGTTGCCGTATTATTATG
ATTGACACCCAGGCAGACAACGTTCCGGCCCGGAAATTCTTCGAACGCGC
GGGGTTTGGCTCGTTGGAGTCGCATGTTTATTTCAGGTCGGAGAGCGAGG
TTGTGGAGCTGTTTGGTTCAGACTCGGAATTTTGTCAGGTGGCTGAGTAT
GAAGGGAGGGTCGTAGGCTTCGTCATGGGCACCACCATCTCCAAGCGTCG
TAGCTCGTGGCGGTACGGCTATTTGGATTTACATGAGCCTCAACCTCTCT
CGGCATCACCATCGGGCCCAGCACCTACCCCCCGCCCCCGAGCGCATCCT
GCCTCCCGAAGCCAAGGGGGTAAAGCTCCGTCCTATGTCAATTGACGACC
TTGCTGCGGTCCATGACTTGGGGGAGAAGATTTACGACCAATATTTGTAC
CCGAATTTGTACCGCATTTGATGAAAGGGCATGTGCACGCTAACCATTAT
TATCACATTCAACATTCTTTTCCTGCCCTACCTCGTCCACCCCTTTGTCT
CCACACAGCCGACTCTTTCCCCCAGTTGTACAGGACGTGGGATTCTTTCG
AAGTGATCGAGAACCTGAGCGGCGATGGTGAGCTCTGCCTCGTGGCGGAA
GAGCTCCTCGAGAGCGACAGTAATGGCACTGTTGCTGTTGCTGCCAAGGG
GAGTGCTGATGGTGGTGATGATACCGCCGTTGCTTTTGCTCACCCGCAGA
GCCGGATCGTCGGATTCATATTCGGCTCCATCACAGAGAAGAGGAAACGA
GAGCATAGCTGCGGCTTGTTGGGGTGGGTGGGGGTTGCCCCGAGTCATCA
ACGGCGGAATATTGGCACTGTGCTGGCCCACAAGCTGTTTGAGCAATTTT
GGGAGGATGGGATTAGTTTGATCGTGGCCGATACGCCCATGGAGAACACT
CCAGCGATCAAGTTTTTGCATCGCATGGGATTTTGTACGCCTGTGTATCA
TTAAGCAAGTGGGGCCAGATGACCTGATCGCCAGCGAAGAGAGGGTCCTG
CGCCAAGCTTCTTTGACGGGTGGTGGCCATTCCTTCTCCTCGTCCGCTTC
CACAACAAAATCTTCCATTGTCGCCACCAAAACTGTGCTGAAGCTGGGAG
AAGAGGAGGGAGCAGGCGGTGGTAGAGGAAGGGCGGCAGGGAAGGCGGGG
GGGCCCGGGAAACATGGGAGATTCAAAGTTACGCGGCTTTTTCGTTTCAA
GCGCGCGCGTTCAGTGTTGGAGACGGCGGTAGCTGCTGCGGGATTGACTG
CTGCTGCCATTGGTGATGGTGGATGTGGAGGAGGACGGAGGGGAGGGATG
AAGACTCGTCTGCCGCCCATGCTTGTAACGGCTGCTGCCGCTGCTGTTGA
GAATGAGAAAGGAGGAGACAAAAATGGAACGAAGAAGAAAGTGGAAGAAA
GGGAGTCGGTGGAAGCTATGCCAAGCTCCCGGCCGTCGACGCGGCGGAAT
TGTAAGGCGTCCACATCTCCGGCGACAGGCGGGAAAATGCGTGCAAAGCG
GATTAAGAAGTAATCTGGCTGGGCGTCGCCCCCGAGGTGCAACGTTTTGG
TGTAGGCAAACGCCTGTTCCAAGCATTTCATGACCTCATGGTGGAAGATG
GTTGCCGTATTATTATGATTGACACCCAGGCAGACAACGTTCCGGCCCGG
AAATTCTTCGAACGCGCGGGGTTTGGCTCGTTGGAGTCGCATGTTTATTT
CAGGTCGGAGAGCGAGGTTGTGGAGCTGTTTGGTTCAGACTCGGAATTTT
GTCAGGTGGCTGAGTATGAAGGGAGGGTCGTAGGCTTCGTCATGGGCACC
ACCATCTCCAAGCGTCGTAGCTCGTGGCGGTACGGCTATTTGGATTTACA
TGAGCCTCAACCTCTCTCGGCATCACCATCGGGCCCAGCACCTACCCCCC
GCCCCCGAGCGCATCCTGCCTCCCGAAGCCAAGGGGGTAAAGCTCCGTCC
TATGTCAATTGACGACCTTGCTGCGGTCCATGACTTGGGGGAGAAGATTT
ACGACCAATATTTGTACCCGAATTTGTACCGCATTTGATGAAAGGGCATG
TGCACGCTAACCATTATTATCACATTCAACATTCTTTTCCTGCCCTACCT
CGTCCACCCCTTTGTCTCCACACAGCCGACTCTTTCCCCCAGTTGTACAG
GACGTGGGATTCTTTCGAAGTGATCGAGAACCTGAGCGGCGATGGTGAGC
TCTGCCTCGTGGCGGAAGAGCTCCTCGAGAGCGACAGTAATGGCACTGTT
GCTGTTGCTGCCAAGGGGAGTGCTGATGGTGGTGATGATACCGCCGTTGC
TTTTGCTCACCCGCAGAGCCGGATCGTCGGATTCATATTCGGCTCCATCA
CAGAGAAGAGGAAACGAGAGCATAGCTGCGGCTTGTTGGGGTGGGTGGGG
GTTGCCCCGAGTCATCAACGGCGGAATATTGGCACTGTGCTGGCCCACAA
GCTGTTTGAGCAATTTTGGGAGGATGGGATTAGTTTGATCGTGGCCGATA
CGCCCATGGAGAACACTCCAGCGATCAAGTTTTTGCATCGCATGGGATTT
TGTACGCCTGTGTATCATTAAGCAAGTGGGGCCAGATGACCTGATCGCCA
GCGAAGAGAGGGTCCTGCGCCAAGCTTCTTTGACGGGTGGTGGCCATTCC
TTCTCCTCGTCCGCTTCCACAACAAAATCTTCCATTGTCGCCACCAAAAC
TGTGCTGAAGCTGGGAGAAGAGGAGGGAGCAGGCGGTGGTAGAGGAAGGG
CGGCAGGGAAGGCGGGGGGGCCCGGGAAACATGGGAGATTCAAAGTTACG
CGGCTTTTTCGTTTCAAGCGCGCGCGTTCAGTGTTGGAGACGGCGGTAGC
TGCTGCGGGATTGACTGCTGCTGCCATTGGTGATGGTGGATGTGGAGGAG
GACGGAGGGGAGGGATGAAGACTCGTCTGCCGCCCATGCTTGTAACGGCT
GCTGCCGCTGCTGTTGAGAATGAGAAAGGAGGAGACAAAAATGGAACGAA
GAAGAAAGTGGAAGAAAGGGAGTCGGTGGAAGCTATGCCAAGCTCCCGGC
CGTCGACGCGGCGGAATTGTAAGGCGTCCACATCTCCGGCGACAGGCGGG
AAAATGCGTGCAAAGCGGATTAAGAAGTAATCTGGCTGGGCGTCGCCCCC
GAGGTGCAACGTTTTGGTGTAGGCAAACGCCTGTTCCAAGCATTTCATGA
CCTCATGGTGGAAGATGGTTGCCGTATTATTATGATTGACACCCAGGCAG
ACAACGTTCCGGCCCGGAAATTCTTCGAACGCGCGGGGTTTGGCTCGTTG
GAGTCGCATGTTTATTTCAGGTCGGAGAGCGAGGTTGTGGAGCTGTTTGG
TTCAGACTCGGAATTTTGTCAGGTGGCTGAGTATGAAGGGAGGGTCGTAG
GCTTCGTCATGGGCACCACCATCTCCAAGCGTCGTAGCTCGTGGCGGTAC
GGCTATTTGGATTTACATGAGCCTCAACCTCTCTCGGCATCACCATCGGG
CCCAGCACCTACCCCCCGCCCCCGAGCGCATCCTGCCTCCCGAAGCCAAG
GGGGTAAAGCTCCGTCCTATGTCAATTGACGACCTTGCTGCGGTCCATGA
CTTGGGGGAGAAGATTTACGACCAATATTTGTACCCGAATTTGTACCGCA
TTTGATGAAAGGGCATGTGCACGCTAACCATTATTATCACATTCAACATT
CTTTTCCTGCCCTACCTCGTCCACCCCTTTGTCTCCACACAGCCGACTCT
TTCCCCCAGTTGTACAGGACGTGGGATTCTTTCGAAGTGATCGAGAACCT
GAGCGGCGATGGTGAGCTCTGCCTCGTGGCGGAAGAGCTCCTCGAGAGCG
ACAGTAATGGCACTGTTGCTGTTGCTGCCAAGGGGAGTGCTGATGGTGGT
GATGATACCGCCGTTGCTTTTGCTCACCCGCAGAGCCGGATCGTCGGATT
CATATTCGGCTCCATCACAGAGAAGAGGAAACGAGAGCATAGCTGCGGCT
TGTTGGGGTGGGTGGGGGTTGCCCCGAGTCATCAACGGCGGAATATTGGC
ACTGTGCTGGCCCACAAGCTGTTTGAGCAATTTTGGGAGGATGGGATTAG
TTTGATCGTGGCCGATACGCCCATGGAGAACACTCCAGCGATCAAGTTTT
TGCATCGCATGGGATTTTGTACGCCTGTGTATCAT

Synonyms

Publications