jgi.p|Nanoce1779_2|525786, mRNA_3686 (mRNA) Nannochloropsis oceanica | NanDeSyn: Nannochloropsis Design & Synthesis Initiative

Overview


Name	jgi.p\|Nanoce1779_2\|525786
Unique Name	mRNA_3686
Type	mRNA
Organism	Nannochloropsis oceanica (N. oceanica CCMP1779)
Sequence length	2202
Alignment location	scaffold_6:960473..963037 -

Link to JBrowse

Properties


Property Name	Value
TranscriptId	525872
Track	FilteredModels2
ProteinId	525786

Mutants

Expression

No biomaterial libraries express this feature.

Alignments

The following features are aligned


Aligned Feature	Feature Type	Alignment Location
scaffold_6	supercontig	scaffold_6:960473..963037 -

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\|525786	gene_3686	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\|525786	mRNA_3686-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_3686	CDS_3686	Nannochloropsis oceanica (N. oceanica CCMP1779)	CDS

Sequences

The following sequences are available for this feature:

mRNA sequence
protein sequence
mRNA from alignment at scaffold_6:960473..963037-
coding sequence from alignment at scaffold_6:960473..963037-

mRNA sequence

>mRNA_3686 ID=mRNA_3686|Name=jgi.p|Nanoce1779_2|525786|organism=Nannochloropsis oceanica|type=mRNA|length=2202bp
ATGTTCCAGCCATTTTCCAGTTCTGCTCAAGCCTCGTTCTGGCAAGAGCT
GGCCAAGCTAAAGGTGGACGTGCTGGGCCTGGACCAGACGCCTTTACCTA
TCACAGGCACATATGCCGCGCTCGTCGCCTCCTCGCCGGCGCGCACCCCC
ACACCTGCAACCACACTCCCTGCCCGACTCACGGTCGGCATCGAGTCCTT
ATCGACGTCCTCATCGGCAGCGGCGGCGGTGCGAGCAGACGCAGGGGGAC
CATTACCACCTCAGCTGAGCTTGGCGAAGGAATGCCGCGTCCCTGGCATA
GTGCAGAATTTCAACACGGACGAAGCCTTTCGAGCGTTCAACAAGAAGGA
TTGGCTTGATAGATTGGGACAAGATATTTGGGGCGACATCACGGAGGAAG
GAGTGGAGGCGGCCGTGCTCAAGGACCTGGGGCGTTTGGCGCGATTTGCT
ATTTTGTGCTTTGCTGATATTAAGCGGAATTCTTTTGTTTATTGGTTTGC
ATTTCCTGTAGTGACGGGTGATCCTTCCTGTCCTCCCTTCTTCTGTATCT
TCCGCTCACTCACCGTTTCTGCTAGCCCTGCGCGAGCACAAGATGAGGCA
TCCTCGTCCCTCTCCTTGGAAATTTGTTCTTGTGACGCTTTTGAGAAACT
GGACGAGGACCAACGCACGCGGCAGGACGTCATGTTCGGGTTCATTGACC
CTGGCACGGTCCCCTTGGCACCTGGATGGCCTCTGCGAAATTTTCTGCTG
CTCCTCGCCAATCGATGGAGGTTGAAGGAAGCGACGGTTTTGTGCTACCG
AGGCAGAGTAACGAGCCTGGCACCGGCCGACTTTGCTACGGCCCCCAGCA
GCAGCAGCAGCAGTCTTTCCTCGGCCGAAGCCGCCCGGGCCATGGGCGAA
AGCTGGGAAGTAAATAAAGGGAAATACATGCCCCGACGTATCGACCTCTC
TTCAATGATGGACCCCATTCGTTTGGCGGAGCAATCCGTTGATTTGAATC
TAAAATTAATGCGTTGGCGCCTGTTGCCTGCTCTTGATATTCCTCTGCTC
GCGCAGACGAAGTGTCTGCTCATAGGGGCAGGGACCTTGGGATGTAGTGT
AGCGAGAGGTCTACTCGGGTGGGGGGTGAGAGACATCACCCTGATTGACA
ATGGCAAAGTAGCCCTTTCGAATCCTGTAAGGCAATCGTTGTTTGAATAC
GCAGATTGCCTGGACGGGGGGAAGCCCAAGGCCACAGCTGCTGCTGCCGC
TCTGAAGAGGATCTTCCCTGGAGTGCTGGTGGAGGGGCATGTGATGACGA
TTCCTATGCCCGGTCATCCGTTGGTGAGTGAAGCAGATCAGGCAAACGCC
AGGAAGGATATCGAAAAATTGGATGGGTTGGTGCAAGAATGCGATGTTGT
ATTTTTATTGACGGATACGAGGGAGAGTCGGTGGTTGCCGACGGTTCTGG
CCGCGGTGCATGATAAAATGTTGTTGAATGTGGCTTTGGGCTTTGATACT
TTCATGGTCATGCGCCATGGCGCACACATCAGCAGTAAGGTGGATCTTGA
TCGAATTGGATGTTACTTTTGTAACGACGTCGTGGCTCCCGAAGACTCCA
CAAAGGACCGCACTCTCGACCAGCAATGCACCGTCACCCGTCCAGGACTC
GCTCCTCTTGCTTCTGCCCTTGCTGTTGAGCTGATGGTTGCTCTGCTCCA
CCATCCCCTCAGGCTGCGTGCTCCCGCAGATGGCGAACAAGGCGAAGAGT
TGGGGAGAAGGTTTGAGGACGACCCCGACAGACCGTTGGGAATTTTGCCG
CAACAAATTCGTGGTTTCTTGGCTCACTTTACGATGATTTTACCAGTGAC
AAGGGCGTTTGAGCATTGTACGGGGTGCGCGTCGGTGGTGGTGGAGGCCT
ACAGGAAGGAGGGGGCTGAGTTGGTGGTGAGGGTGTGTAATGGTCAGGGG
GTCTTAGAGGAGATGACGGGTTTGGCTCAGATGAGAAGGGAGGCTGATGC
AATGGACATGCTGTGGCTGGATGAGGAGGAGGAAGAGGTGGGAGGAGCGG
TTGAAGGGGTCGAATGGGGTTTGGGTGGGATAGCGATTGATGATGAGTTT
GGAGGTAAGGAAAAGGAGGGGTGCAAGAAGGAGGATGTTGATGGTGGGAA
AGGTGACGGCAACGGGAATGAAGCAGTTGTTGACCCAGCAATGGTGGTGT
AG

protein sequence of jgi.p|Nanoce1779_2|525786

>mRNA_3686-protein ID=mRNA_3686-protein|Name=jgi.p|Nanoce1779_2|525786|organism=Nannochloropsis oceanica|type=polypeptide|length=734bp
MFQPFSSSAQASFWQELAKLKVDVLGLDQTPLPITGTYAALVASSPARTP
TPATTLPARLTVGIESLSTSSSAAAAVRADAGGPLPPQLSLAKECRVPGI
VQNFNTDEAFRAFNKKDWLDRLGQDIWGDITEEGVEAAVLKDLGRLARFA
ILCFADIKRNSFVYWFAFPVVTGDPSCPPFFCIFRSLTVSASPARAQDEA
SSSLSLEICSCDAFEKLDEDQRTRQDVMFGFIDPGTVPLAPGWPLRNFLL
LLANRWRLKEATVLCYRGRVTSLAPADFATAPSSSSSSLSSAEAARAMGE
SWEVNKGKYMPRRIDLSSMMDPIRLAEQSVDLNLKLMRWRLLPALDIPLL
AQTKCLLIGAGTLGCSVARGLLGWGVRDITLIDNGKVALSNPVRQSLFEY
ADCLDGGKPKATAAAAALKRIFPGVLVEGHVMTIPMPGHPLVSEADQANA
RKDIEKLDGLVQECDVVFLLTDTRESRWLPTVLAAVHDKMLLNVALGFDT
FMVMRHGAHISSKVDLDRIGCYFCNDVVAPEDSTKDRTLDQQCTVTRPGL
APLASALAVELMVALLHHPLRLRAPADGEQGEELGRRFEDDPDRPLGILP
QQIRGFLAHFTMILPVTRAFEHCTGCASVVVEAYRKEGAELVVRVCNGQG
VLEEMTGLAQMRREADAMDMLWLDEEEEEVGGAVEGVEWGLGGIAIDDEF
GGKEKEGCKKEDVDGGKGDGNGNEAVVDPAMVV*

mRNA from alignment at scaffold_6:960473..963037-

Legend: polypeptideCDS

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

>mRNA_3686 ID=mRNA_3686|Name=jgi.p|Nanoce1779_2|525786|organism=Nannochloropsis oceanica|type=mRNA|length=2565bp|location=Sequence derived from alignment at scaffold_6:960473..963037- (Nannochloropsis oceanica)
ATGTTCCAGCCATTTTCCAGTTCTGCTCAAGCCTCGTTCTGGCAAGAGCT
GGCCAAGCTAAAGGTGGACGTGCTGGGCCTGGACCAGACGCCTTTACCTA
TCACAGGCACATATGCCGCGCTCGTCGCCTCCTCGCCGGCGCGCACCCCC
ACACCTGCAACCACACTCCCTGCCCGACTCACGGTCGGCATCGAGTCCTT
ATCGACGTCCTCATCGGCAGCGGCGGCGGTGCGAGCAGACGCAGGGGGAC
CATTACCACCTCAGCTGAGCTTGGCGAAGGAATGCCGCGTCCCTGGCATA
GTGCAGAATTTCAACACGGACGAAGCCTTTCGAGCGTTCAACAAGAAGGA
TTGGCTTGATAGATTGGGACAAGATATTTGGGGCGACATCACGGAGGAAG
GAGTGGAGGCGGCCGTGCTCAAGGACCTGGGGCGTTTGGCGCGATTTGCT
ATTTTGTGCTTTGCTGATATTAAGCGGAATTCTTTTGTTTATTGGTTTGC
ATTTCCTGTAGTGGTGAGTAATCCACCGTTCAGGCACTTGAGCCCACCGA
TCTTATTATCTGGTAATAGTGGAAGTGGCGGAGGAGGGTGGAAAGGAAAC
GCCTTCTTTTCGGATGCGGAGTGCTTGCTCCTTCACAATGGATTTCAGGC
CTTCCGCCAACGCCGCCTGCTGGAGACGGGTGATCCTTCCTGTCCTCCCT
TCTTCTGTATCTTCCGCTCACTCACCGTTTCTGCTAGCCCTGCGCGAGCA
CAAGATGAGGCATCCTCGTCCCTCTCCTTGGAAATTTGTTCTTGTGACGC
TTTTGAGAAACTGGACGAGGACCAACGCACGCGGCAGGACGTCATGTTCG
GGTTCATTGACCCTGGCACGGTCCCCTTGGCACCTGGATGGCCTCTGCGA
AATTTTCTGCTGCTCCTCGCCAATCGATGGAGGTTGAAGGAAGCGACGGT
TTTGTGCTACCGAGGCAGAGTAACGAGCCTGGCACCGGCCGACTTTGCTA
CGGCCCCCAGCAGCAGCAGCAGCAGTCTTTCCTCGGCCGAAGCCGCCCGG
GCCATGGGCGAAAGTTTTGTGCTGCGCACCGCCCTTCAACCGCTGTCTTC
TCCTTCCTCCTCCTCCACCACCACCTCCCCCTCCTCCTCCCCCTCCTTCT
CTTCGTCTGCTATCCACTCCTCCCCATTCTCCCTGGTTACGAAAGGCTGG
GAAGTAAATAAAGGGAAATACATGCCCCGACGTATCGACCTCTCTTCAAT
GATGGACCCCATTCGTTTGGCGGAGCAATCCGTTGATTTGAATCTAAAAT
TAATGCGTTGGCGCCTGTTGCCTGCTCTTGATATTCCTCTGCTCGCGCAG
ACGAAGTGTCTGCTCATAGGGGCAGGGACCTTGGGATGTAGTGTAGCGAG
AGGTCTACTCGGGTGGGGGGTGAGAGACATCACCCTGATTGACAATGGCA
AAGTAGCCCTTTCGAATCCTGTAAGGCAATCGTTGTTTGAATACGCAGAT
TGCCTGGACGGGGGGAAGCCCAAGGCCACAGCTGCTGCTGCCGCTCTGAA
GAGGATCTTCCCTGGAGTGCTGGTGGAGGGGCATGTGATGACGATTCCTA
TGCCCGGTCATCCGTTGGTGAGTGAAGCAGATCAGGCAAACGCCAGGAAG
GATATCGAAAAATTGGATGGGTTGGTGCAAGAATGCGATGTTGTATTTTT
ATTGACGGATACGAGGGAGAGTCGGTGGTTGCCGACGGTTCTGGCCGCGG
TGCATGATAAAATGTTGTTGAATGTGGCTTTGGGCTTTGATACTTTCATG
GTCATGCGCCATGGCGCACAGTCCTTGTTCCACTCTCCTGTTTCCTCAGG
GAAAGGGCGAACAAGCAACAGCGGTAGCAGCAGGAGTAGCATCAGCAGTA
AGGTGGATCTTGATCGAATTGGATGTTACTTTTGTAACGACGTCGTGGCT
CCCGAAGACTCCACAAAGGACCGCACTCTCGACCAGCAATGCACCGTCAC
CCGTCCAGGACTCGCTCCTCTTGCTTCTGCCCTTGCTGTTGAGCTGATGG
TTGCTCTGCTCCACCATCCCCTCAGGCTGCGTGCTCCCGCAGATGGCGAA
CAAGGCGAAGAGTTGGGGAGAAGGTTTGAGGACGACCCCGACAGACCGTT
GGGAATTTTGCCGCAACAAATTCGTGGTTTCTTGGCTCACTTTACGATGA
TTTTACCAGTGACAAGGGCGTTTGAGCATTGTACGGGGTGCGCGTCGGTG
GTGGTGGAGGCCTACAGGAAGGAGGGGGCTGAGTTGGTGGTGAGGGTGTG
TAATGGTCAGGGGGTCTTAGAGGAGATGACGGGTTTGGCTCAGATGAGAA
GGGAGGCTGATGCAATGGACATGCTGTGGCTGGATGAGGAGGAGGAAGAG
GTGGGAGGAGCGGTTGAAGGGGTCGAATGGGGTTTGGGTGGGATAGCGAT
TGATGATGAGTTTGGAGGTAAGGAAAAGGAGGGGTGCAAGAAGGAGGATG
TTGATGGTGGGAAAGGTGACGGCAACGGGAATGAAGCAGTTGTTGACCCA
GCAATGGTGGTGTAG

Coding sequence (CDS) from alignment at scaffold_6:960473..963037-

>mRNA_3686 ID=mRNA_3686|Name=jgi.p|Nanoce1779_2|525786|organism=Nannochloropsis oceanica|type=CDS|length=8808bp|location=Sequence derived from alignment at scaffold_6:960473..963037- (Nannochloropsis oceanica)
CATCAGCAGTAAGGTGGATCTTGATCGAATTGGATGTTACTTTTGTAACG
ACGTCGTGGCTCCCGAAGACTCCACAAAGGACCGCACTCTCGACCAGCAA
TGCACCGTCACCCGTCCAGGACTCGCTCCTCTTGCTTCTGCCCTTGCTGT
TGAGCTGATGGTTGCTCTGCTCCACCATCCCCTCAGGCTGCGTGCTCCCG
CAGATGGCGAACAAGGCGAAGAGTTGGGGAGAAGGTTTGAGGACGACCCC
GACAGACCGTTGGGAATTTTGCCGCAACAAATTCGTGGTTTCTTGGCTCA
CTTTACGATGATTTTACCAGTGACAAGGGCGTTTGAGCATTGTACGGGGT
GCGCGTCGGTGGTGGTGGAGGCCTACAGGAAGGAGGGGGCTGAGTTGGTG
GTGAGGGTGTGTAATGGTCAGGGGGTCTTAGAGGAGATGACGGGTTTGGC
TCAGATGAGAAGGGAGGCTGATGCAATGGACATGCTGTGGCTGGATGAGG
AGGAGGAAGAGGTGGGAGGAGCGGTTGAAGGGGTCGAATGGGGTTTGGGT
GGGATAGCGATTGATGATGAGTTTGGAGGTAAGGAAAAGGAGGGGTGCAA
GAAGGAGGATGTTGATGGTGGGAAAGGTGACGGCAACGGGAATGAAGCAG
TTGTTGACCCAGCAATGGTGGTGTAGGCTGGGAAGTAAATAAAGGGAAAT
ACATGCCCCGACGTATCGACCTCTCTTCAATGATGGACCCCATTCGTTTG
GCGGAGCAATCCGTTGATTTGAATCTAAAATTAATGCGTTGGCGCCTGTT
GCCTGCTCTTGATATTCCTCTGCTCGCGCAGACGAAGTGTCTGCTCATAG
GGGCAGGGACCTTGGGATGTAGTGTAGCGAGAGGTCTACTCGGGTGGGGG
GTGAGAGACATCACCCTGATTGACAATGGCAAAGTAGCCCTTTCGAATCC
TGTAAGGCAATCGTTGTTTGAATACGCAGATTGCCTGGACGGGGGGAAGC
CCAAGGCCACAGCTGCTGCTGCCGCTCTGAAGAGGATCTTCCCTGGAGTG
CTGGTGGAGGGGCATGTGATGACGATTCCTATGCCCGGTCATCCGTTGGT
GAGTGAAGCAGATCAGGCAAACGCCAGGAAGGATATCGAAAAATTGGATG
GGTTGGTGCAAGAATGCGATGTTGTATTTTTATTGACGGATACGAGGGAG
AGTCGGTGGTTGCCGACGGTTCTGGCCGCGGTGCATGATAAAATGTTGTT
GAATGTGGCTTTGGGCTTTGATACTTTCATGGTCATGCGCCATGGCGCAC
AACGGGTGATCCTTCCTGTCCTCCCTTCTTCTGTATCTTCCGCTCACTCA
CCGTTTCTGCTAGCCCTGCGCGAGCACAAGATGAGGCATCCTCGTCCCTC
TCCTTGGAAATTTGTTCTTGTGACGCTTTTGAGAAACTGGACGAGGACCA
ACGCACGCGGCAGGACGTCATGTTCGGGTTCATTGACCCTGGCACGGTCC
CCTTGGCACCTGGATGGCCTCTGCGAAATTTTCTGCTGCTCCTCGCCAAT
CGATGGAGGTTGAAGGAAGCGACGGTTTTGTGCTACCGAGGCAGAGTAAC
GAGCCTGGCACCGGCCGACTTTGCTACGGCCCCCAGCAGCAGCAGCAGCA
GTCTTTCCTCGGCCGAAGCCGCCCGGGCCATGGGCGAAAATGTTCCAGCC
ATTTTCCAGTTCTGCTCAAGCCTCGTTCTGGCAAGAGCTGGCCAAGCTAA
AGGTGGACGTGCTGGGCCTGGACCAGACGCCTTTACCTATCACAGGCACA
TATGCCGCGCTCGTCGCCTCCTCGCCGGCGCGCACCCCCACACCTGCAAC
CACACTCCCTGCCCGACTCACGGTCGGCATCGAGTCCTTATCGACGTCCT
CATCGGCAGCGGCGGCGGTGCGAGCAGACGCAGGGGGACCATTACCACCT
CAGCTGAGCTTGGCGAAGGAATGCCGCGTCCCTGGCATAGTGCAGAATTT
CAACACGGACGAAGCCTTTCGAGCGTTCAACAAGAAGGATTGGCTTGATA
GATTGGGACAAGATATTTGGGGCGACATCACGGAGGAAGGAGTGGAGGCG
GCCGTGCTCAAGGACCTGGGGCGTTTGGCGCGATTTGCTATTTTGTGCTT
TGCTGATATTAAGCGGAATTCTTTTGTTTATTGGTTTGCATTTCCTGTAG
TGCATCAGCAGTAAGGTGGATCTTGATCGAATTGGATGTTACTTTTGTAA
CGACGTCGTGGCTCCCGAAGACTCCACAAAGGACCGCACTCTCGACCAGC
AATGCACCGTCACCCGTCCAGGACTCGCTCCTCTTGCTTCTGCCCTTGCT
GTTGAGCTGATGGTTGCTCTGCTCCACCATCCCCTCAGGCTGCGTGCTCC
CGCAGATGGCGAACAAGGCGAAGAGTTGGGGAGAAGGTTTGAGGACGACC
CCGACAGACCGTTGGGAATTTTGCCGCAACAAATTCGTGGTTTCTTGGCT
CACTTTACGATGATTTTACCAGTGACAAGGGCGTTTGAGCATTGTACGGG
GTGCGCGTCGGTGGTGGTGGAGGCCTACAGGAAGGAGGGGGCTGAGTTGG
TGGTGAGGGTGTGTAATGGTCAGGGGGTCTTAGAGGAGATGACGGGTTTG
GCTCAGATGAGAAGGGAGGCTGATGCAATGGACATGCTGTGGCTGGATGA
GGAGGAGGAAGAGGTGGGAGGAGCGGTTGAAGGGGTCGAATGGGGTTTGG
GTGGGATAGCGATTGATGATGAGTTTGGAGGTAAGGAAAAGGAGGGGTGC
AAGAAGGAGGATGTTGATGGTGGGAAAGGTGACGGCAACGGGAATGAAGC
AGTTGTTGACCCAGCAATGGTGGTGTAGGCTGGGAAGTAAATAAAGGGAA
ATACATGCCCCGACGTATCGACCTCTCTTCAATGATGGACCCCATTCGTT
TGGCGGAGCAATCCGTTGATTTGAATCTAAAATTAATGCGTTGGCGCCTG
TTGCCTGCTCTTGATATTCCTCTGCTCGCGCAGACGAAGTGTCTGCTCAT
AGGGGCAGGGACCTTGGGATGTAGTGTAGCGAGAGGTCTACTCGGGTGGG
GGGTGAGAGACATCACCCTGATTGACAATGGCAAAGTAGCCCTTTCGAAT
CCTGTAAGGCAATCGTTGTTTGAATACGCAGATTGCCTGGACGGGGGGAA
GCCCAAGGCCACAGCTGCTGCTGCCGCTCTGAAGAGGATCTTCCCTGGAG
TGCTGGTGGAGGGGCATGTGATGACGATTCCTATGCCCGGTCATCCGTTG
GTGAGTGAAGCAGATCAGGCAAACGCCAGGAAGGATATCGAAAAATTGGA
TGGGTTGGTGCAAGAATGCGATGTTGTATTTTTATTGACGGATACGAGGG
AGAGTCGGTGGTTGCCGACGGTTCTGGCCGCGGTGCATGATAAAATGTTG
TTGAATGTGGCTTTGGGCTTTGATACTTTCATGGTCATGCGCCATGGCGC
ACAACGGGTGATCCTTCCTGTCCTCCCTTCTTCTGTATCTTCCGCTCACT
CACCGTTTCTGCTAGCCCTGCGCGAGCACAAGATGAGGCATCCTCGTCCC
TCTCCTTGGAAATTTGTTCTTGTGACGCTTTTGAGAAACTGGACGAGGAC
CAACGCACGCGGCAGGACGTCATGTTCGGGTTCATTGACCCTGGCACGGT
CCCCTTGGCACCTGGATGGCCTCTGCGAAATTTTCTGCTGCTCCTCGCCA
ATCGATGGAGGTTGAAGGAAGCGACGGTTTTGTGCTACCGAGGCAGAGTA
ACGAGCCTGGCACCGGCCGACTTTGCTACGGCCCCCAGCAGCAGCAGCAG
CAGTCTTTCCTCGGCCGAAGCCGCCCGGGCCATGGGCGAAAATGTTCCAG
CCATTTTCCAGTTCTGCTCAAGCCTCGTTCTGGCAAGAGCTGGCCAAGCT
AAAGGTGGACGTGCTGGGCCTGGACCAGACGCCTTTACCTATCACAGGCA
CATATGCCGCGCTCGTCGCCTCCTCGCCGGCGCGCACCCCCACACCTGCA
ACCACACTCCCTGCCCGACTCACGGTCGGCATCGAGTCCTTATCGACGTC
CTCATCGGCAGCGGCGGCGGTGCGAGCAGACGCAGGGGGACCATTACCAC
CTCAGCTGAGCTTGGCGAAGGAATGCCGCGTCCCTGGCATAGTGCAGAAT
TTCAACACGGACGAAGCCTTTCGAGCGTTCAACAAGAAGGATTGGCTTGA
TAGATTGGGACAAGATATTTGGGGCGACATCACGGAGGAAGGAGTGGAGG
CGGCCGTGCTCAAGGACCTGGGGCGTTTGGCGCGATTTGCTATTTTGTGC
TTTGCTGATATTAAGCGGAATTCTTTTGTTTATTGGTTTGCATTTCCTGT
AGTGCATCAGCAGTAAGGTGGATCTTGATCGAATTGGATGTTACTTTTGT
AACGACGTCGTGGCTCCCGAAGACTCCACAAAGGACCGCACTCTCGACCA
GCAATGCACCGTCACCCGTCCAGGACTCGCTCCTCTTGCTTCTGCCCTTG
CTGTTGAGCTGATGGTTGCTCTGCTCCACCATCCCCTCAGGCTGCGTGCT
CCCGCAGATGGCGAACAAGGCGAAGAGTTGGGGAGAAGGTTTGAGGACGA
CCCCGACAGACCGTTGGGAATTTTGCCGCAACAAATTCGTGGTTTCTTGG
CTCACTTTACGATGATTTTACCAGTGACAAGGGCGTTTGAGCATTGTACG
GGGTGCGCGTCGGTGGTGGTGGAGGCCTACAGGAAGGAGGGGGCTGAGTT
GGTGGTGAGGGTGTGTAATGGTCAGGGGGTCTTAGAGGAGATGACGGGTT
TGGCTCAGATGAGAAGGGAGGCTGATGCAATGGACATGCTGTGGCTGGAT
GAGGAGGAGGAAGAGGTGGGAGGAGCGGTTGAAGGGGTCGAATGGGGTTT
GGGTGGGATAGCGATTGATGATGAGTTTGGAGGTAAGGAAAAGGAGGGGT
GCAAGAAGGAGGATGTTGATGGTGGGAAAGGTGACGGCAACGGGAATGAA
GCAGTTGTTGACCCAGCAATGGTGGTGTAGGCTGGGAAGTAAATAAAGGG
AAATACATGCCCCGACGTATCGACCTCTCTTCAATGATGGACCCCATTCG
TTTGGCGGAGCAATCCGTTGATTTGAATCTAAAATTAATGCGTTGGCGCC
TGTTGCCTGCTCTTGATATTCCTCTGCTCGCGCAGACGAAGTGTCTGCTC
ATAGGGGCAGGGACCTTGGGATGTAGTGTAGCGAGAGGTCTACTCGGGTG
GGGGGTGAGAGACATCACCCTGATTGACAATGGCAAAGTAGCCCTTTCGA
ATCCTGTAAGGCAATCGTTGTTTGAATACGCAGATTGCCTGGACGGGGGG
AAGCCCAAGGCCACAGCTGCTGCTGCCGCTCTGAAGAGGATCTTCCCTGG
AGTGCTGGTGGAGGGGCATGTGATGACGATTCCTATGCCCGGTCATCCGT
TGGTGAGTGAAGCAGATCAGGCAAACGCCAGGAAGGATATCGAAAAATTG
GATGGGTTGGTGCAAGAATGCGATGTTGTATTTTTATTGACGGATACGAG
GGAGAGTCGGTGGTTGCCGACGGTTCTGGCCGCGGTGCATGATAAAATGT
TGTTGAATGTGGCTTTGGGCTTTGATACTTTCATGGTCATGCGCCATGGC
GCACAACGGGTGATCCTTCCTGTCCTCCCTTCTTCTGTATCTTCCGCTCA
CTCACCGTTTCTGCTAGCCCTGCGCGAGCACAAGATGAGGCATCCTCGTC
CCTCTCCTTGGAAATTTGTTCTTGTGACGCTTTTGAGAAACTGGACGAGG
ACCAACGCACGCGGCAGGACGTCATGTTCGGGTTCATTGACCCTGGCACG
GTCCCCTTGGCACCTGGATGGCCTCTGCGAAATTTTCTGCTGCTCCTCGC
CAATCGATGGAGGTTGAAGGAAGCGACGGTTTTGTGCTACCGAGGCAGAG
TAACGAGCCTGGCACCGGCCGACTTTGCTACGGCCCCCAGCAGCAGCAGC
AGCAGTCTTTCCTCGGCCGAAGCCGCCCGGGCCATGGGCGAAAATGTTCC
AGCCATTTTCCAGTTCTGCTCAAGCCTCGTTCTGGCAAGAGCTGGCCAAG
CTAAAGGTGGACGTGCTGGGCCTGGACCAGACGCCTTTACCTATCACAGG
CACATATGCCGCGCTCGTCGCCTCCTCGCCGGCGCGCACCCCCACACCTG
CAACCACACTCCCTGCCCGACTCACGGTCGGCATCGAGTCCTTATCGACG
TCCTCATCGGCAGCGGCGGCGGTGCGAGCAGACGCAGGGGGACCATTACC
ACCTCAGCTGAGCTTGGCGAAGGAATGCCGCGTCCCTGGCATAGTGCAGA
ATTTCAACACGGACGAAGCCTTTCGAGCGTTCAACAAGAAGGATTGGCTT
GATAGATTGGGACAAGATATTTGGGGCGACATCACGGAGGAAGGAGTGGA
GGCGGCCGTGCTCAAGGACCTGGGGCGTTTGGCGCGATTTGCTATTTTGT
GCTTTGCTGATATTAAGCGGAATTCTTTTGTTTATTGGTTTGCATTTCCT
GTAGTGCATCAGCAGTAAGGTGGATCTTGATCGAATTGGATGTTACTTTT
GTAACGACGTCGTGGCTCCCGAAGACTCCACAAAGGACCGCACTCTCGAC
CAGCAATGCACCGTCACCCGTCCAGGACTCGCTCCTCTTGCTTCTGCCCT
TGCTGTTGAGCTGATGGTTGCTCTGCTCCACCATCCCCTCAGGCTGCGTG
CTCCCGCAGATGGCGAACAAGGCGAAGAGTTGGGGAGAAGGTTTGAGGAC
GACCCCGACAGACCGTTGGGAATTTTGCCGCAACAAATTCGTGGTTTCTT
GGCTCACTTTACGATGATTTTACCAGTGACAAGGGCGTTTGAGCATTGTA
CGGGGTGCGCGTCGGTGGTGGTGGAGGCCTACAGGAAGGAGGGGGCTGAG
TTGGTGGTGAGGGTGTGTAATGGTCAGGGGGTCTTAGAGGAGATGACGGG
TTTGGCTCAGATGAGAAGGGAGGCTGATGCAATGGACATGCTGTGGCTGG
ATGAGGAGGAGGAAGAGGTGGGAGGAGCGGTTGAAGGGGTCGAATGGGGT
TTGGGTGGGATAGCGATTGATGATGAGTTTGGAGGTAAGGAAAAGGAGGG
GTGCAAGAAGGAGGATGTTGATGGTGGGAAAGGTGACGGCAACGGGAATG
AAGCAGTTGTTGACCCAGCAATGGTGGTGTAGGCTGGGAAGTAAATAAAG
GGAAATACATGCCCCGACGTATCGACCTCTCTTCAATGATGGACCCCATT
CGTTTGGCGGAGCAATCCGTTGATTTGAATCTAAAATTAATGCGTTGGCG
CCTGTTGCCTGCTCTTGATATTCCTCTGCTCGCGCAGACGAAGTGTCTGC
TCATAGGGGCAGGGACCTTGGGATGTAGTGTAGCGAGAGGTCTACTCGGG
TGGGGGGTGAGAGACATCACCCTGATTGACAATGGCAAAGTAGCCCTTTC
GAATCCTGTAAGGCAATCGTTGTTTGAATACGCAGATTGCCTGGACGGGG
GGAAGCCCAAGGCCACAGCTGCTGCTGCCGCTCTGAAGAGGATCTTCCCT
GGAGTGCTGGTGGAGGGGCATGTGATGACGATTCCTATGCCCGGTCATCC
GTTGGTGAGTGAAGCAGATCAGGCAAACGCCAGGAAGGATATCGAAAAAT
TGGATGGGTTGGTGCAAGAATGCGATGTTGTATTTTTATTGACGGATACG
AGGGAGAGTCGGTGGTTGCCGACGGTTCTGGCCGCGGTGCATGATAAAAT
GTTGTTGAATGTGGCTTTGGGCTTTGATACTTTCATGGTCATGCGCCATG
GCGCACAACGGGTGATCCTTCCTGTCCTCCCTTCTTCTGTATCTTCCGCT
CACTCACCGTTTCTGCTAGCCCTGCGCGAGCACAAGATGAGGCATCCTCG
TCCCTCTCCTTGGAAATTTGTTCTTGTGACGCTTTTGAGAAACTGGACGA
GGACCAACGCACGCGGCAGGACGTCATGTTCGGGTTCATTGACCCTGGCA
CGGTCCCCTTGGCACCTGGATGGCCTCTGCGAAATTTTCTGCTGCTCCTC
GCCAATCGATGGAGGTTGAAGGAAGCGACGGTTTTGTGCTACCGAGGCAG
AGTAACGAGCCTGGCACCGGCCGACTTTGCTACGGCCCCCAGCAGCAGCA
GCAGCAGTCTTTCCTCGGCCGAAGCCGCCCGGGCCATGGGCGAAAATGTT
CCAGCCATTTTCCAGTTCTGCTCAAGCCTCGTTCTGGCAAGAGCTGGCCA
AGCTAAAGGTGGACGTGCTGGGCCTGGACCAGACGCCTTTACCTATCACA
GGCACATATGCCGCGCTCGTCGCCTCCTCGCCGGCGCGCACCCCCACACC
TGCAACCACACTCCCTGCCCGACTCACGGTCGGCATCGAGTCCTTATCGA
CGTCCTCATCGGCAGCGGCGGCGGTGCGAGCAGACGCAGGGGGACCATTA
CCACCTCAGCTGAGCTTGGCGAAGGAATGCCGCGTCCCTGGCATAGTGCA
GAATTTCAACACGGACGAAGCCTTTCGAGCGTTCAACAAGAAGGATTGGC
TTGATAGATTGGGACAAGATATTTGGGGCGACATCACGGAGGAAGGAGTG
GAGGCGGCCGTGCTCAAGGACCTGGGGCGTTTGGCGCGATTTGCTATTTT
GTGCTTTGCTGATATTAAGCGGAATTCTTTTGTTTATTGGTTTGCATTTC
CTGTAGTG

Synonyms

Publications