jgi.p|Nanoce1779_2|614895, mRNA_11741 (mRNA) Nannochloropsis oceanica | NanDeSyn: Nannochloropsis Design & Synthesis Initiative

Overview


Name	jgi.p\|Nanoce1779_2\|614895
Unique Name	mRNA_11741
Type	mRNA
Organism	Nannochloropsis oceanica (N. oceanica CCMP1779)
Sequence length	4492
Alignment location	scaffold_93:27296..31916 +

Link to JBrowse

Properties


Property Name	Value
TranscriptId	614981
Track	FilteredModels2
ProteinId	614895

Mutants

Expression

No biomaterial libraries express this feature.

Alignments

The following features are aligned


Aligned Feature	Feature Type	Alignment Location
scaffold_93	supercontig	scaffold_93:27296..31916 +

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\|614895	gene_11741	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\|614895	mRNA_11741-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_11741	CDS_11741	Nannochloropsis oceanica (N. oceanica CCMP1779)	CDS

Sequences

The following sequences are available for this feature:

mRNA sequence
protein sequence
mRNA from alignment at scaffold_93:27296..31916+
coding sequence from alignment at scaffold_93:27296..31916+

mRNA sequence

>mRNA_11741 ID=mRNA_11741|Name=jgi.p|Nanoce1779_2|614895|organism=Nannochloropsis oceanica|type=mRNA|length=4492bp
GGTGATTGAAGCTGTCTCCCGATAATCGATCAACGGCGAGTCACATTTAA
GCCCTGATCGCCAGAAAGTGCATTTTTAAAAACAAATACCGCGGATGGAC
GCCAATAAATACCTCTACATCGACCCATGCATATATTTGTGCAGTATAAT
GTGTAAGTAACGCACGCATACACTTCTCACAAAGTATCTAACGACACATG
ACTACACGAATGTAAGGGACGCCTCATACTTTGATGCTGGACAGTAATCA
ATATACATTCTGTATGCTAATTCTGTACTGTGTGCATGCCGTTAGTATCC
TCTCAAGTAGACCAAAGAGACGCAATTATGGTAGTGAATTACTTGGCGAG
TATATGTGTTGATGAGATTCTGGAAAAAAAGGTAAACCATCATGTCTACA
ATTTTCCAATTTGGAACCATACTTTCTGTTATCACAATAGTTCAAGGACA
GAGGAGCACTTTGCTTATAGAAAACTATTGTGACAAGCTTTATGATTGTT
CTCATGACTGAATTTTATATATATGTCTTATACGTTTATCGAGAAGATTC
ATGTAATAATAATTATCGAGAAGATTCATGTGACAATAATGTCTAAAGAT
TCATGTAATTTGAAAATACTAAATTATGGACATATTTAATTCCAAATCAT
ATGTGTGGTCGAATAAAGCATATTCTTACATCGTTGGTAAATTATGCACG
GGAAGAGGGGAATAATGATCGGGAAACGAAGCTAAAACCATAGATCTTTG
CCTGACAAATTTCTTAAATCAATAAAGTATCTTTATCCAATTACAAGATT
CAATAAGAACTCTCATATCAACGAGTGAGGATTCGATACTATAGGAAAGC
AAGCTTGATTATAACTATTGAACAACAATACACATGCCCCTGAAAGTATC
TCCTAGCGACATCAATTGCCAGGTCTATGAGTAGCGCTGATCCATGACGA
GTCTCTACCATGCAGAGATTCTTTATTTTTTACACTTTCTGTTGTTGGTC
ATGGGATAAGCGCTAATCTTGGATTTATCAAGTGGCATTGCTTAAAATTG
CTCATCAACACAGACAACATTATTTTTTTTCGGTCGTTCCCTGGCCCACT
AATACATTATTATATGTAGTGGAGAAGATTCATGTAAAAAATAGAGCATC
TATATAGAATATTCACCTGAATAAAGATTCAATTTGGGTCAAATATATCC
GAGCTAAATAAAACAATTGGCAGCACAGATCGCCAGGTCGAAGTGCTTCG
CCCGAGACGAGTAATATTCGGATTTTGGAAACAGGAATCAATTAAAATCA
CTGTATATAATCCTTTCTCCCAACAAAAGCTAGACTGTATATAAAGATGT
GAAATATAAATTTGTATACGGAGGAGAGCTATGCTGTCCATCTCAATTTA
TCTTACAATTGAGACAGTGAAGGTTTTGCACCGAACTCGTACACAGTAAG
CAGCGTTCTCCTTTTTCTCGATTCTCATCCAGTGCTTCTTTCTGTCAAAA
AATTGATTTGTGCGATTCTGCGGCTTACACAAATTCCTTTTTCCACCGAT
GCGTTGCATTTATGACCCAACTGCAGTACAAATCCTTGCATGTGGTGGCC
TTGCGGCTTCGCGATGCAATGGTATGCTTACAAATATTGACACAACTGAC
TTTGTGTCCCCCCCTTCTATGTATTTATCTCCCATCCTAGGCTCCGCTTT
GGTCATTTGTCCTGCATTCCTATCTCACACGGCTAGACCATGACGCGTCA
ATTCTCTACAGCTCTCATCCTTGTCGCTAGCGTGGTATTGCCGACGGCGG
TGCAAGGAAACATGAAAACAGGGATTTTTAATAAAATCGCGGAGACTACA
CGCGATTTGCCGGTGACAACAGGTGGAGCCTCCCCATTTGGAGAGCAAGT
GGGTAGATTCTCCCTCGACGGGTTCATGGACACATTCGAAGAGTTGACAG
ACAAACAATGGGGGACTCCGAGTACAACTCTTGATCTTGACTTGATGGGC
CTCTTGCGCAATGTCTTTGTATCGGAAGAAGGTCATACTCGGCTGTTGCA
AGAGGCGTGGGGAGATCCTGAAATCCTTCGTACCCTTATGGATGATTTGC
CCCTATTCGATGTTATTAAACCTTTGCGAGCGCTCAAGGAGAAGAAAACA
TTGACACCTAGCGATGTAAGTGAGATAGTGTAAAAGGAGTGAGTATACCA
ATATAACGATCAGCAGGCACATGGAAATACTTGGCGCAATTTTCAAAGCA
AATCTTCACGCATCACAGGGATTCGAGGCTGTAGTGGCTCTCAAAGATAC
CATGGGCAAGCTCCTTACGTCATTGCAGAGTATCCGTGACCCAGAAAGTT
TTGCTGAGAAGATTTATAAATATGCAACCAGCGAGGACCCAAAATGGAAA
TCTTTGTTGGCACGAATCGAAGAAGGGGACACGACTTCTCATCTGGAGTC
CCAGCAATTCCTTTTGAATGAGGAAATTGGTGACCGTAAGTAATGAATGT
AGTGGGCATACATATACATCTATCCAATGGCCATGTCAGGATTTCATTGT
GCCCTCTACCTCTCAGCCTTTATTCAATTGCAGTTTCCGATACAATGATT
CTAAGTCACTACACCCACATATAATCTATACCAGTTATCGACCTAAAAGC
TCTCGGTTTTGGTGGAGAATTACCCTCCCTAGTGACTAAAGCGATCGAGA
CTACCAAACAAAACGAGCCATTGGTCTGGGGGAGTGTCTTATCTGACCCT
ATTGCGAGGCGCTTCCTGGACAATCCTATCCTGGCCGTCCAAGAAGCGGT
AGATGCTGCATCGGACTATGTGAAGAATGCGAAAGCGAGTGCCCAGTAGC
GGCCTAATTTTATCTTATGAGAAAATATGTGTGAAATACATACCATATTT
CTATATCTATCTATTTTGATGTGATGTCATTCGCATTGCAGCTAGGACCG
ATATATCGCATTTTATCAATACCTATTACACACAGATCAAAGACAGCAAA
ATTAGATGGATGATGGGCAGCAGAAAACTAGAGAAGATAAACGAGGGATG
ATATGCAGGTTCATGTGACATATTTGCATACGGATGTGCAAGGGAAAAAG
TGGGTGCGGATGTACATCTTTGGAGTCCTGCTGACAAAAAGTATTTGGTG
TGATGTGTCAACAGAAGCAGACAAAGGAAAAGACGCAAACGTACTAAAAG
ATAAACTCATATCTGAGGCAAGAATCTTGGCCCAAGATATCCAGGCCGAT
CTTTCTCTGAATGTTCTTTGCCTTTTTCATATTTGTCAAAGTTCCTTATG
TTTGAAAGCCTTGTAGGCTGTGTTAATAACTGTAGACCCGTAGTCCCTGA
TCAAGGAATAGAACCAGGGTAATAGAAGTCAGATACCTGATTTTTTATTG
TCTCTTTTTCCTGCATGGAGGCGGGCTGTGTATTACGTACCCCTTCAACT
TCCTCCAACTGCTGCCCAGATGGACAAACACTGACCTTATTGATTTTCAT
CTTATCAATTCGACACCCGTCCTCCGGATGTCAACTAACCCTATCCCTAA
AACGGCCTGTCTCAGCATCAAATGTCATGATAATCGTTAGCGTTTGTTGG
CTCTGACAGTCCAGATGCACGTCGTAGTACAGTAGACCTCTGCATGCATT
ATGGTGTTATGTTCAGGTTGGACATCACATCATTACGACTCGTTCTCATT
CTGCAAATTATGCCTCCCAATACACCACTCAATAATTGGTATTCTCACAC
TGCAACAATGGTGCAGAGGAATTGGCCAGGGACACCACAAAAGATGTCCA
AATTTCGATGTGTATTACACATATCACACGTCTTGGCAATATCCATCTCT
TTGGCGCACTTCAACCGCTTAGCCACTAGCAGGACATTGCGTGAGGCAAT
CCGGGAAGTACTGGGAACGCAGGGGGCCCAGTATGGCGCATTGAAGAGGT
ATACTACGTCAGGGGAAGAGGGAAGGAGGAGGAAAGGAGAAAGAAAGGAG
GAGGGGAGGAGAAGGAGACGGGGAGAGAAAGAGGAGAGGAAAAGGAGGAG
TGGAACAGGTGAGGAGCAGAGAAGGGGGAGGGGAAGAGCAGGGAGAAAGG
ATCGCGGAGGGAAGGGGAAAGGGAGGTTGATTGGGGAAGAGGAGGAGAGT
GGAAGGAGGAGGAAGACAGGTGAGGAGAAGGGGAGGTGAGGAGGAGGAAG
GAGGCGAAGGGGGAGAACGAGGGGGAGGAGATGAGAGGGGAAGGGGAGGA
GGAGGGGAGGAGGAAGAGTAGCAGAGGATGCTCGGAGGAGAGGACGAGGG
GAAAGGGATGACGGGGGGAGAGAGAGGTGAGGGGAAGGGAGGAGAAGGAG
GGAAAGGGAGAAAAGAGGGGAGGGGATGAGGAGGTGAGGAGATGTTGGAG
GGGAAGGAGGTGATAAGTAGAGAGGAGAAGGAAAAGGAAAGGAGGAGGGG
AGAAGTAGAGAGGAGAAGGAAAAGGAAAGGAGGTGGGGAGAA

protein sequence of jgi.p|Nanoce1779_2|614895

>mRNA_11741-protein ID=mRNA_11741-protein|Name=jgi.p|Nanoce1779_2|614895|organism=Nannochloropsis oceanica|type=polypeptide|length=182bp
MHYGVMFRLDITSLRLVLILQIMPPNTPLNNWYSHTATMVQRNWPGTPQK
MSKFRCVLHISHVLAISISLAHFNRLATSRTLREAIREVLGTQGAQYGAL
KRYTTSGEEGRRRKGERKEEGRRRRRGEKEERKRRSGTGEEQRRGRGRAG
RKDRGGKGKGRLIGEEEESGRRRKTGEEKGR*

mRNA from alignment at scaffold_93:27296..31916+

Legend: polypeptideCDS

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

>mRNA_11741 ID=mRNA_11741|Name=jgi.p|Nanoce1779_2|614895|organism=Nannochloropsis oceanica|type=mRNA|length=4621bp|location=Sequence derived from alignment at scaffold_93:27296..31916+ (Nannochloropsis oceanica)
GGTGATTGAAGCTGTCTCCCGATAATCGATCAACGGCGAGTCACATTTAA
GCCCTGATCGCCAGAAAGTGCATTTTTAAAAACAAATACCGCGGATGGAC
GCCAATAAATACCTCTACATCGACCCATGCATATATTTGTGCAGTATAAT
GTGTAAGTAACGCACGCATACACTTCTCACAAAGTATCTAACGACACATG
ACTACACGAATGTAAGGGACGCCTCATACTTTGATGCTGGACAGTAATCA
ATATACATTCTGTATGCTAATTCTGTACTGTGTGCATGCCGTTAGTATCC
TCTCAAGTAGACCAAAGAGACGCAATTATGGTAGTGAATTACTTGGCGAG
TATATGTGTTGATGAGATTCTGGAAAAAAAGGTAAACCATCATGTCTACA
ATTTTCCAATTTGGAACCATACTTTCTGTTATCACAATAGTTCAAGGACA
GAGGAGCACTTTGCTTATAGAAAACTATTGTGACAAGCTTTATGATTGTT
CTCATGACTGAATTTTATATATATGTCTTATACGTTTATCGAGAAGATTC
ATGTAATAATAATTATCGAGAAGATTCATGTGACAATAATGTCTAAAGAT
TCATGTAATTTGAAAATACTAAATTATGGACATATTTAATTCCAAATCAT
ATGTGTGGTCGAATAAAGCATATTCTTACATCGTTGGTAAATTATGCACG
GGAAGAGGGGAATAATGATCGGGAAACGAAGCTAAAACCATAGATCTTTG
CCTGACAAATTTCTTAAATCAATAAAGTATCTTTATCCAATTACAAGATT
CAATAAGAACTCTCATATCAACGAGTGAGGATTCGATACTATAGGAAAGC
AAGCTTGATTATAACTATTGAACAACAATACACATGCCCCTGAAAGTATC
TCCTAGCGACATCAATTGCCAGGTCTATGAGTAGCGCTGATCCATGACGA
GTCTCTACCATGCAGAGATTCTTTATTTTTTACACTTTCTGTTGTTGGTC
ATGGGATAAGCGCTAATCTTGGATTTATCAAGTGGCATTGCTTAAAATTG
CTCATCAACACAGACAACATTATTTTTTTTCGGTCGTTCCCTGGCCCACT
AATACATTATTATATGTAGTGGAGAAGATTCATGTAAAAAATAGAGCATC
TATATAGAATATTCACCTGAATAAAGATTCAATTTGGGTCAAATATATCC
GAGCTAAATAAAACAATTGGCAGCACAGATCGCCAGGTCGAAGTGCTTCG
CCCGAGACGAGTAATATTCGGATTTTGGAAACAGGAATCAATTAAAATCA
CTGTATATAATCCTTTCTCCCAACAAAAGCTAGACTGTATATAAAGATGT
GAAATATAAATTTGTATACGGAGGAGAGCTATGCTGTCCATCTCAATTTA
TCTTACAATTGAGACAGTGAAGGTTTTGCACCGAACTCGTACACAGTAAG
CAGCGTTCTCCTTTTTCTCGATTCTCATCCAGTGCTTCTTTCTGTCAAAA
AATTGATTTGTGCGATTCTGCGGCTTACACAAATTCCTTTTTCCACCGAT
GCGTTGCATTTATGACCCAACTGCAGTACAAATCCTTGCATGTGGTGGCC
TTGCGGCTTCGCGATGCAATGGTATGCTTACAAATATTGACACAACTGAC
TTTGTGTCCCCCCCTTCTATGTATTTATCTCCCATCCTAGGCTCCGCTTT
GGTCATTTGTCCTGCATTCCTATCTCACACGGCTAGACCATGACGCGTCA
ATTCTCTACAGCTCTCATCCTTGTCGCTAGCGTGGTATTGCCGACGGCGG
TGCAAGGAAACATGAAAACAGGGATTTTTAATAAAATCGCGGAGACTACA
CGCGATTTGCCGGTGACAACAGGTGGAGCCTCCCCATTTGGAGAGCAAGT
GGGTAGATTCTCCCTCGACGGGTTCATGGACACATTCGAAGAGTTGACAG
ACAAACAATGGGGGACTCCGAGTACAACTCTTGATCTTGACTTGATGGGC
CTCTTGCGCAATGTCTTTGTATCGGAAGAAGGTCATACTCGGCTGTTGCA
AGAGGCGTGGGGAGATCCTGAAATCCTTCGTACCCTTATGGATGATTTGC
CCCTATTCGATGTTATTAAACCTTTGCGAGCGCTCAAGGAGAAGAAAACA
TTGACACCTAGCGATGTAAGTGAGATAGTGTAAAAGGAGTGAGTATACCA
ATATAACGATCAGCAGGCACATGGAAATACTTGGCGCAATTTTCAAAGCA
AATCTTCACGCATCACAGGGATTCGAGGCTGTAGTGGCTCTCAAAGATAC
CATGGGCAAGCTCCTTACGTCATTGCAGAGTATCCGTGACCCAGAAAGTT
TTGCTGAGAAGATTTATAAATATGCAACCAGCGAGGACCCAAAATGGAAA
TCTTTGTTGGCACGAATCGAAGAAGGGGACACGACTTCTCATCTGGAGTC
CCAGCAATTCCTTTTGAATGAGGAAATTGGTGACCGTAAGTAATGAATGT
AGTGGGCATACATATACATCTATCCAATGGCCATGTCAGGATTTCATTGT
GCCCTCTACCTCTCAGCCTTTATTCAATTGCAGTTTCCGATACAATGATT
CTAAGTCACTACACCCACATATAATCTATACCAGTTATCGACCTAAAAGC
TCTCGGTTTTGGTGGAGAATTACCCTCCCTAGTGACTAAAGCGATCGAGA
CTACCAAACAAAACGAGCCATTGGTCTGGGGGAGTGTCTTATCTGACCCT
ATTGCGAGGCGCTTCCTGGACAATCCTATCCTGGCCGTCCAAGAAGCGGT
AGATGCTGCATCGGACTATGTGAAGAATGCGAAAGCGAGTGCCCAGTAGC
GGCCTAATTTTATCTTATGAGAAAATATGTGTGAAATACATACCATATTT
CTATATCTATCTATTTTGATGTGATGTCATTCGCATTGCAGCTAGGACCG
ATATATCGCATTTTATCAATACCTATTACACACAGATCAAAGACAGCAAA
ATTAGATGGATGATGGGCAGCAGAAAACTAGAGAAGATAAACGAGGGATG
ATATGCAGGTTCATGTGACATATTTGCATACGGATGTGCAAGGGAAAAAG
TGGGTGCGGATGTACATCTTTGGAGTCCTGCTGACAAAAAGTATTTGGTG
TGATGTGTCAACAGAAGCAGACAAAGGAAAAGACGCAAACGTACTAAAAG
ATAAACTCATATCTGAGGCAAGAATCTTGGCCCAAGATATCCAGGCCGAT
CTTTCTCTGAATGTTCTTTGCCTTTTTCATATTTGTCAAAGTTCCTTATG
TTTGAAAGCCTTGTAGGCTGTGTTAATAACTGTAGACCCGTAGTCCCTGA
TCAAGGAATAGAACCAGGGTAATAGAAGTCAGATACCTGATTTTTTATTG
TCTCTTTTTCCTGCATGGAGGCGGGCTGTGTATTACGTACCCCTTCAACT
TCCTCCAACTGCTGCCCAGATGGACAAACACTGACCTTATTGATTTTCAT
CTTATCAATTCGACACCCGTCCTCCGGATGTCAACTAACCCTATCCCTAA
AACGGCCTGTCTCAGCATCAAATGTCATGATAATCGTTAGCGTTTGTTGG
CTCTGACAGTCCAGATGCACGTCGTAGTACAGTAGACCTCTGCATGCATT
ATGGTGTTATGTTCAGGTTGGACATCACATCATTACGACTCGTTCTCATT
CTGCAAATTATGCCTCCCAATACACCACTCAATAATTGGTATTCTCACAC
TGCAACAATGGTGCAGAGGAATTGGCCAGGGACACCACAAAAGATGTCCA
AATTTCGATGTGTATTACACATATCACACGTACGGGTGGAGGGAACTGGG
AAAAATAAAACAGGGGTCGAAAGCATATCGTACGGCAATTTACTCAAGAA
GTGATCAAACAATGTTTATCAAACATAATTTATCCTTCCCACTTACGTAA
TGGCACAGGTCTTGGCAATATCCATCTCTTTGGCGCACTTCAACCGCTTA
GCCACTAGCAGGACATTGCGTGAGGCAATCCGGGAAGTACTGGGAACGCA
GGGGGCCCAGTATGGCGCATTGAAGAGGTATACTACGTCAGGGGAAGAGG
GAAGGAGGAGGAAAGGAGAAAGAAAGGAGGAGGGGAGGAGAAGGAGACGG
GGAGAGAAAGAGGAGAGGAAAAGGAGGAGTGGAACAGGTGAGGAGCAGAG
AAGGGGGAGGGGAAGAGCAGGGAGAAAGGATCGCGGAGGGAAGGGGAAAG
GGAGGTTGATTGGGGAAGAGGAGGAGAGTGGAAGGAGGAGGAAGACAGGT
GAGGAGAAGGGGAGGTGAGGAGGAGGAAGGAGGCGAAGGGGGAGAACGAG
GGGGAGGAGATGAGAGGGGAAGGGGAGGAGGAGGGGAGGAGGAAGAGTAG
CAGAGGATGCTCGGAGGAGAGGACGAGGGGAAAGGGATGACGGGGGGAGA
GAGAGGTGAGGGGAAGGGAGGAGAAGGAGGGAAAGGGAGAAAAGAGGGGA
GGGGATGAGGAGGTGAGGAGATGTTGGAGGGGAAGGAGGTGATAAGTAGA
GAGGAGAAGGAAAAGGAAAGGAGGAGGGGAGAAGTAGAGAGGAGAAGGAA
AAGGAAAGGAGGTGGGGAGAA

Coding sequence (CDS) from alignment at scaffold_93:27296..31916+

>mRNA_11741 ID=mRNA_11741|Name=jgi.p|Nanoce1779_2|614895|organism=Nannochloropsis oceanica|type=CDS|length=1092bp|location=Sequence derived from alignment at scaffold_93:27296..31916+ (Nannochloropsis oceanica)
ATGCATTATGGTGTTATGTTCAGGTTGGACATCACATCATTACGACTCGT
TCTCATTCTGCAAATTATGCCTCCCAATACACCACTCAATAATTGGTATT
CTCACACTGCAACAATGGTGCAGAGGAATTGGCCAGGGACACCACAAAAG
ATGTCCAAATTTCGATGTGTATTACACATATCACACGTCTTGGCAATATC
CATCTCTTTGGCGCACTTCAACCGCTTAGCCACTAGCAGGACATTGCGTG
AGGCAATCCGGGAAGTACTGGGAACGCAGGGGGCCCAGTATGGCGCATTG
AAGAGGTATACTACGTCAGGGGAAGAGGGAAGGAGGAGGAAAGGAGAAAG
AAAGGAGGAGGGGAGGAGAAGGAGACGGGGAGAGAAAGAGGAGAGGAAAA
GGAGGAGTGGAACAGGTGAGGAGCAGAGAAGGGGGAGGGGAAGAGCAGGG
AGAAAGGATCGCGGAGGGAAGGGGAAAGGGAGGTTGATTGGGGAAGAGGA
GGAGAGTGGAAGGAGGAGGAAGACAGGTGAGGAGAAGGGGAGGTGAATGC
ATTATGGTGTTATGTTCAGGTTGGACATCACATCATTACGACTCGTTCTC
ATTCTGCAAATTATGCCTCCCAATACACCACTCAATAATTGGTATTCTCA
CACTGCAACAATGGTGCAGAGGAATTGGCCAGGGACACCACAAAAGATGT
CCAAATTTCGATGTGTATTACACATATCACACGTCTTGGCAATATCCATC
TCTTTGGCGCACTTCAACCGCTTAGCCACTAGCAGGACATTGCGTGAGGC
AATCCGGGAAGTACTGGGAACGCAGGGGGCCCAGTATGGCGCATTGAAGA
GGTATACTACGTCAGGGGAAGAGGGAAGGAGGAGGAAAGGAGAAAGAAAG
GAGGAGGGGAGGAGAAGGAGACGGGGAGAGAAAGAGGAGAGGAAAAGGAG
GAGTGGAACAGGTGAGGAGCAGAGAAGGGGGAGGGGAAGAGCAGGGAGAA
AGGATCGCGGAGGGAAGGGGAAAGGGAGGTTGATTGGGGAAGAGGAGGAG
AGTGGAAGGAGGAGGAAGACAGGTGAGGAGAAGGGGAGGTGA

Synonyms

Publications