LOC102796696 cDNA ORF clone, Neolamprologus brichardi

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC102796696
Entrez Gene ID	102796696
Full Name	collagen alpha-1(XXIV) chain-like
Gene Type	protein-coding
Organism	Neolamprologus brichardi

mRNA and Protein(s)

mRNA	Protein	Name
XM_006804018.1	XP_006804081.1	collagen alpha-1(XXIV) chain-like

Pathways from BioSystems
Gene Ontology

The following LOC102796696 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC102796696 cDNA ORF which is encoded by the open reading frame (ORF) sequence. ORF sequences can be delivered in our standard vector, pcDNA3.1⁺/C-(K)DYK or the vector of your choice as an expression/transfection-ready ORF clone. Not the clone you want? Click here to find your clone.

***CloneID	Accession No.	Definition	**Vector	*Turnaround time	Price (USD)	Select
ONe84373	XM_006804018.1 Latest version!	Neolamprologus brichardi collagen alpha-1(XXIV) chain-like (LOC102796696), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$881.30 $1259.00

ORF Online Only Promotion

Next-day Shipping ORF Clones ( in default vector with tag)
1 Clone	30% OFF
2-4 Clone	40% OFF
5 or more Clone	50% OFF
All Other ORF Clones
30% OFF

*Business Day

** You may select a custom vector to replace pcDNA3.1+/C-(K)DYK after clone is added to cart.

** GenScript guarantees 100% sequence accuracy of all synthetic DNA constructs we deliver, but we do not guarantee protein expression in your experimental system. Protein expression is influenced by many factors that may vary between experiments or laboratories. In addition, please pay attention to the signal peptide, propeptide and transit peptide in target ORF, which may affect the choice of vector (N/C terminal tag vector).

***One clone ID might be correlated to multiple accession numbers, which share the same CDS sequence.

Reference Sequences (Refseq)

LOC102796696 ( XM_006804018.1 ) cDNA ORF clone, Neolamprologus brichardi -> XP_006804081.1 Neolamprologus brichardi collagen alpha-1(XXIV) chain-like (LOC102796696), mRNA.

Price & Availability↑

CloneID	ONe84373
Clone ID Related Accession (Same CDS sequence)	XM_006804018.1
Accession Version	XM_006804018.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4839bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2014-02-09
Organism	Neolamprologus brichardi
Product	collagen alpha-1(XXIV) chain-like
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_006272114.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Neolamprologus brichardi Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 5.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCATTTAG GAGCTCAACG GACAAGGAGT GGACACGTTT CCGCGGCAGC AACGTGGAAC 
TTTCTCCTGC TCCTGTCAGT ATGCTCAGCA GCACTCTCTG GAGAAGATTA CGTAGCTCAA 
GGAGTGGATA TCCTTTATCG ATTGGGGCTT ACAACTCAAA GCCACACAGA CGATACCTAC 
GAAAGGACAA GCTCACAGCC TCCCACTTAT GCAAATGTTC CCGCACCTTT CGATGGCCCC 
TTTTCTGGAT ATGGGGTGTT GCTCGACTCA AACTCCCTCT ATGAGGCGCC AGTGCCCACT 
CTATTCCCTT CAGAATTTGG CGAAGAGTTC TCCGTTATAG TTAGCCTAAG CTCCTGGCGA 
GCAAACAATG CATTTCTTTT TAGTATCAAG GACGGGAGGG ACCGGTTGCG TTTTGGCATT 
CAGTTGCTGC CACGCAGAGT GGTGGTTTAT ACTGCAGAGA AAGCCTCCAT CTACTTCAAC 
TACAACTGGC AGGATGGGCG CCTGCACCCT TTTGCTGTTG GGGTTCGTGC ACGTTCAGTG 
TCCTTCTATG CGAATTGTGG AGGGGTGCAG CAGTGGGAGC AAACCCTGGG GAGATCTCAA 
ACACTGGGGG AATCTGGGGG TGTCTTCACT CTGGGAAGGA TGAACTCCAA GGCGGCACCA 
TTTAGTGGTC AAGTCTGCCA ACTGGATATC TATCCCTCAG CCCAAGCTGC CGCGCACTAC 
TGCAAATATC TTAAAAAACA GTGCCGGCTG GCCGACACTT ACCGATTACA TTTCCCCCAT 
TCTGATTTGG ATATTGTGGT GAATGACCCC CCTTCTAGCC ATTTGACAAA GTCTCTTCTT 
GGAGTAGCAG CTACTCAAAA TACACCCGTC GGATCTACAG CAGCCATTAA ACTATCCCCA 
GATCGTTTGG TCATGCAGCA TTCAACTCTG AGCCCACCAA TACGACCTCA TCTGGGGGAC 
CAAGAAAACA TTTCCACATT GAAACCATTA TCCCACTCTG CCACATCATC ACTCCAGCTT 
TATAGCCCCA CCGTAACTAC GCCAAGTAGT CAAGCAGCTC TGGGTTTTGC CTATAGCACA 
ACAACCACCA CTACCAAAAA TGTGTTGGCT AAAGACACCA CGCCCCAGGA GGACTCTGAA 
AACAGCACAG AAGAAGAGAG AAATTCCAGA AAACAGCCAA GTCCGGATGC CACTACAGGT 
GTTGTTTCCC TGGTCAGACA GAGCCAACTA AAGGAAGAAC TCAGGAACAA CTCCATCACA 
AGCTCTAGGG ACTCTGGCTC CACAAGCCAA AATTTCCCAG AGACTCATCT GAGAGCCAAC 
AGCACTACTT TGTACAGGGA GAATCAGGTG GACACCTCAG AGCAGCATGA TTTGGATGGC 
AGCTATGATG ACGTAGACAT GGGAGAGTAT GATTATGGAT ACGAGGAGCC AGAGTTCTTC 
TATGACTACC AAGATGGTTT ACATGGCCCC AAAGGAGAGC CTGGTCCTCC GGGTCCTCCT 
GGTCCCCCTG GTTTACCTGG TCCTCCAGGA AAAAGAGGCT CTCGGGGTCC CCCTGGTCCA 
CATGGAAAAC CAGGACAGCC TGGACCACCT GGACCCAAGG GTTCAAAGGG AGACCCTGGG 
CTGTCTCCAG GTCAGGCTCC ACCAGGAGAG AAGGGTGACA GAGGACCTCC AGGTCGTCCT 
GGACCCAATG GATTTCCAGG CTTACTGGGT CCTAAAGGTT ATCTGGGTCC ACCTGGACCA 
CCAGGAGAAC AAGGCATACC AGGACTTCCT GGGGAAGCTG GAGCTGCAGG TTACCCTGGC 
AGGCAGGGCT CGGCCGGGCC ACAAGGTAGC CCTGGCCCTA AAGGTGTTCG TGGTTTCATT 
GGGCCTCCGG GCGATGCTGG GCCACCCGGG CTGGAAGGGG AGAAAGGCAT ACCTGGACCT 
GCTGGAAGAC CTGGCCCCAA AGGAAGACAT GGTGTCATGG GGGATGCTGG GGAGAGGGGG 
CCTCCTGGTC CAGATGGAAA TGAGGGCCCT GTTGGTGGGA CTGGCATAAG TGGCTTTCCT 
GGTCTAAGGG GAGACCCAGG GCCTGAGGGA CCACGAGGAC TGCCTGGTAT GGTGGGACCT 
CAGGGCCCAA CAGGACGAGC CGGCCTGCCT GGATTGAAAG GTGATAAGGG TGAAACCGGA 
CAAAGGGGCG AGCCAGGAGA GATGGGGTAC CAGGGGGATA AGGGTGCTGC TGGTGCACCT 
GGTCTTCCTG GGCCCAGAGG GAAACCAGGG CCACCGGGTA AAATTGGAGA AATGGGTGTG 
ACTGGACCAC CTGGGCCTCC AGGACCAGAG GGTCCAGCAG GCCTGATTGG GATAGCTGGG 
GTGATAGGGG TTCCTGGTGA AAAGGGTGAC CGGGGACCAC CAGGTCCAAC AGGTCCAGCC 
GGAGAGAAGG GGCCCAGGAG GGGTAGTCCA GGCATTGCTG GGCCAAAGGG TAGAAGGGGA 
CCCCGAGGTC CAGATGGCCC ACCGGGAGAA CTGGGTCCTG AGGGCATCAA GGGTGAAAAG 
GGGGAGATCG GACCTACAGG AGAGCCGAGC TTCATAGGCA AGGCTGGAAA TCCAGGAGAG 
AGAGGCCCTC CTGGGAAGCC CGGAAAACCA GGTATTCCAG GCAGCACCGG GGAGAGGGGA 
GCCCAAGGTG AACCAGGACC CAGAGGACCT CCTGGAGAGG CTGGACCTGA TGGAGAACAA 
GGACCTGAAG GTTTACCAGG CTTAGAGGGA GAACCAGGTG CCATTGGAGA GCCCGGGGCA 
AAGGGTGATG TTGGGCCTCC AGGAGCTGAA GGGGAGCAGG GGCAGGAGGG AATGAGAGGT 
CCTCCCGGTC CCCCTGGTGA AGACGGACCT CAGGGAAAAG ATGGAGCCAA GGGTGAACCT 
GGAGAGCGTG GGCCTTTTGG GGAGCCAGGG GAGAAAGGGA CAGAAGGGGA TCCTGGACCC 
CCGGGGCCAC CCGGAGAGCC TGGGAAACAG GGCTTCCGTG GTCCAGAAGG AAAAGCGGGT 
CCCCCAGGAA ACAGAGGACG GCACGGAAAG AAAGGAGAGA GGGGTCCTCC TGGTCTTTCT 
GGGGAGATTG GCGCTCGGGG AGACATCGGC CAGCCGGGCG AGCCAGGACT GAAAGGTGCC 
AGGGGAACTC GAGGCACACT TGGTCAGCCT GGAGTCATGG GGATAGACGG GCAACCGGGA 
CTTCCAGGAT ACCCAGGGCA CCTTGGAAAG CCTGGGCCCG TTGGCCCGCC AGGACCCAAA 
GGTGAAAAGG GTTACCCAGG CGAGGACAAC AGGACCCCAG GACTGCCAGG GCCCTTAGGT 
GAACCAGGGC CTCCAGGGGA ACGAGGAGAG CGTGGAGAGT CGGGGGATGA AGGCTATCAG 
GGCTATATCG GTACCCCTGG ACCTCGTGGG GCTTCTGGAC CACAAGGCCC ACCGGGATCT 
CCAGGCTCCC CCGGAGAACC AGGCCCACAA GGAGAAAAAG GAGCTCCGGG TTTGGCTGGA 
AAGAAAGGAG CAAGAGGTCT GGTTGGAGTT CCCGGCATTG AAGGGCCGAC TGGTTTACCT 
GGGCTCACAG GAATGAAGGG TTATCCAGGC CCTGATGGCC CCCCGGGACC AACTGGCTTA 
GCAGGACTTC CAGGAAAGCA AGGTCGACAG GGTCAGAGGG GCTCAGTGGG ACTGGAAGGG 
CCTGCTGGAC GGCCAGGTCC AATGGGAGAA CTTGGACTTC CTGGACATTC TGGAGAAAGG 
GGACTGCCAG GTCACAAGGG AGAACCTGGC CTACCAGGAG ACAGGGGGGG CCCTGGACTC 
AAGGGCATGA AGGGAGCTGC AGGTGACCAG GGAAAGAAAG GAGACCCAGG ACCCAAAGGG 
CTGTCTGGGG AAACTGGAGA TTTGGGCATG ATTGGTTTAC AGGGCTTACC AGGACCTAAG 
GGGCCAACTG GTGATTTAGG ACTGAGAGGT TTCCCTGGTC CTAAAGGTCC TATGGGTACT 
TTGGGCTTCA CTGGACCTCT AGGCCCTGAA GGAAAAATGG GTCCAATGGG AAAACCTGGG 
CCAAGGGGTC CAAAAGGAAA CAGTGGTGAA ATGGGGCCTC AGGGACCACA GGGAAGCCCT 
GGACCCAGAG GACCCCCTGG AGCTCCTGGT CCAACAAGGG TGTTATATGA CGACTTGGCA 
GTCTACAGTC CATCCGCTTC CAATGATGCC CTGAGGACTG AGAGTTTCCA GAATATGGAG 
ATGAGCATGC CAGACCAGAA TACGGAAGTA CTTAAGACTC TACAGTATTT GAGCAGTGTG 
ATCGAGAGCA TCAAACAGCC TCTCGGGACA AAGGAGAACC CAGCTCGTGT CTGTAAAGAC 
CTGCTGGACT GCCAGCACAA GTTAAAAGAC GGTTGGTTCT GGGTTGATCC AAACCTGGGC 
TGTACGTCTG ATGCCTTCCA GGTGTTCTGC AACTTTACAG CAGGGGGACA GACTTGTTTA 
CATCCAGTGT CAACTGATAA GATGGTATTT GACATAGGAA ATGTCCAGAT GAAGTTTCTC 
CATTTACTGA GCAGTGAGGC TAGCCAAAGC ATCACGTTTC ACTGCCTGAG TTATCAACCC 
TCCAGCACCG CAGACAGCTT CAGCTCCAGT GGACACAAAG AGAACACCAG GCTTCGGTTT 
CGTGGCTGGA ACAAACAGAT GTTTGAGAAA GACACACTAC TTGAACCACA TGTGCTACAA 
GATGAGTGCA AGATCCAAGA TGGCAGCTGG CACCAATCAC GATTCCTCTT CCATACTCAG 
GACAGTGGTC AGCTACCACT TGTAGACATA GAGGAATTTC CCACTTCACA AATCAGCAGT 
CAGCGAAACG TAGAAATCGG TCCAGTCTGC TTCCTCTGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_006804081.1
CDS	1..4839
Translation	MHLGAQRTRSGHVSAAATWNFLLLLSVCSAALSGEDYVAQGVDILYRLGLTTQSHTDDTYERTSSQPPTYANVPAPFDGPFSGYGVLLDSNSLYEAPVPTLFPSEFGEEFSVIVSLSSWRANNAFLFSIKDGRDRLRFGIQLLPRRVVVYTAEKASIYFNYNWQDGRLHPFAVGVRARSVSFYANCGGVQQWEQTLGRSQTLGESGGVFTLGRMNSKAAPFSGQVCQLDIYPSAQAAAHYCKYLKKQCRLADTYRLHFPHSDLDIVVNDPPSSHLTKSLLGVAATQNTPVGSTAAIKLSPDRLVMQHSTLSPPIRPHLGDQENISTLKPLSHSATSSLQLYSPTVTTPSSQAALGFAYSTTTTTTKNVLAKDTTPQEDSENSTEEERNSRKQPSPDATTGVVSLVRQSQLKEELRNNSITSSRDSGSTSQNFPETHLRANSTTLYRENQVDTSEQHDLDGSYDDVDMGEYDYGYEEPEFFYDYQDGLHGPKGEPGPPGPPGPPGLPGPPGKRGSRGPPGPHGKPGQPGPPGPKGSKGDPGLSPGQAPPGEKGDRGPPGRPGPNGFPGLLGPKGYLGPPGPPGEQGIPGLPGEAGAAGYPGRQGSAGPQGSPGPKGVRGFIGPPGDAGPPGLEGEKGIPGPAGRPGPKGRHGVMGDAGERGPPGPDGNEGPVGGTGISGFPGLRGDPGPEGPRGLPGMVGPQGPTGRAGLPGLKGDKGETGQRGEPGEMGYQGDKGAAGAPGLPGPRGKPGPPGKIGEMGVTGPPGPPGPEGPAGLIGIAGVIGVPGEKGDRGPPGPTGPAGEKGPRRGSPGIAGPKGRRGPRGPDGPPGELGPEGIKGEKGEIGPTGEPSFIGKAGNPGERGPPGKPGKPGIPGSTGERGAQGEPGPRGPPGEAGPDGEQGPEGLPGLEGEPGAIGEPGAKGDVGPPGAEGEQGQEGMRGPPGPPGEDGPQGKDGAKGEPGERGPFGEPGEKGTEGDPGPPGPPGEPGKQGFRGPEGKAGPPGNRGRHGKKGERGPPGLSGEIGARGDIGQPGEPGLKGARGTRGTLGQPGVMGIDGQPGLPGYPGHLGKPGPVGPPGPKGEKGYPGEDNRTPGLPGPLGEPGPPGERGERGESGDEGYQGYIGTPGPRGASGPQGPPGSPGSPGEPGPQGEKGAPGLAGKKGARGLVGVPGIEGPTGLPGLTGMKGYPGPDGPPGPTGLAGLPGKQGRQGQRGSVGLEGPAGRPGPMGELGLPGHSGERGLPGHKGEPGLPGDRGGPGLKGMKGAAGDQGKKGDPGPKGLSGETGDLGMIGLQGLPGPKGPTGDLGLRGFPGPKGPMGTLGFTGPLGPEGKMGPMGKPGPRGPKGNSGEMGPQGPQGSPGPRGPPGAPGPTRVLYDDLAVYSPSASNDALRTESFQNMEMSMPDQNTEVLKTLQYLSSVIESIKQPLGTKENPARVCKDLLDCQHKLKDGWFWVDPNLGCTSDAFQVFCNFTAGGQTCLHPVSTDKMVFDIGNVQMKFLHLLSSEASQSITFHCLSYQPSSTADSFSSSGHKENTRLRFRGWNKQMFEKDTLLEPHVLQDECKIQDGSWHQSRFLFHTQDSGQLPLVDIEEFPTSQISSQRNVEIGPVCFL

Target ORF information:

RefSeq Version	XM_006804018.1
Organism	Neolamprologus brichardi
Definition	Neolamprologus brichardi collagen alpha-1(XXIV) chain-like (LOC102796696), mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_006804018.1

ORF Insert Sequence:

ATGCATTTAG GAGCTCAACG GACAAGGAGT GGACACGTTT CCGCGGCAGC AACGTGGAAC 
TTTCTCCTGC TCCTGTCAGT ATGCTCAGCA GCACTCTCTG GAGAAGATTA CGTAGCTCAA 
GGAGTGGATA TCCTTTATCG ATTGGGGCTT ACAACTCAAA GCCACACAGA CGATACCTAC 
GAAAGGACAA GCTCACAGCC TCCCACTTAT GCAAATGTTC CCGCACCTTT CGATGGCCCC 
TTTTCTGGAT ATGGGGTGTT GCTCGACTCA AACTCCCTCT ATGAGGCGCC AGTGCCCACT 
CTATTCCCTT CAGAATTTGG CGAAGAGTTC TCCGTTATAG TTAGCCTAAG CTCCTGGCGA 
GCAAACAATG CATTTCTTTT TAGTATCAAG GACGGGAGGG ACCGGTTGCG TTTTGGCATT 
CAGTTGCTGC CACGCAGAGT GGTGGTTTAT ACTGCAGAGA AAGCCTCCAT CTACTTCAAC 
TACAACTGGC AGGATGGGCG CCTGCACCCT TTTGCTGTTG GGGTTCGTGC ACGTTCAGTG 
TCCTTCTATG CGAATTGTGG AGGGGTGCAG CAGTGGGAGC AAACCCTGGG GAGATCTCAA 
ACACTGGGGG AATCTGGGGG TGTCTTCACT CTGGGAAGGA TGAACTCCAA GGCGGCACCA 
TTTAGTGGTC AAGTCTGCCA ACTGGATATC TATCCCTCAG CCCAAGCTGC CGCGCACTAC 
TGCAAATATC TTAAAAAACA GTGCCGGCTG GCCGACACTT ACCGATTACA TTTCCCCCAT 
TCTGATTTGG ATATTGTGGT GAATGACCCC CCTTCTAGCC ATTTGACAAA GTCTCTTCTT 
GGAGTAGCAG CTACTCAAAA TACACCCGTC GGATCTACAG CAGCCATTAA ACTATCCCCA 
GATCGTTTGG TCATGCAGCA TTCAACTCTG AGCCCACCAA TACGACCTCA TCTGGGGGAC 
CAAGAAAACA TTTCCACATT GAAACCATTA TCCCACTCTG CCACATCATC ACTCCAGCTT 
TATAGCCCCA CCGTAACTAC GCCAAGTAGT CAAGCAGCTC TGGGTTTTGC CTATAGCACA 
ACAACCACCA CTACCAAAAA TGTGTTGGCT AAAGACACCA CGCCCCAGGA GGACTCTGAA 
AACAGCACAG AAGAAGAGAG AAATTCCAGA AAACAGCCAA GTCCGGATGC CACTACAGGT 
GTTGTTTCCC TGGTCAGACA GAGCCAACTA AAGGAAGAAC TCAGGAACAA CTCCATCACA 
AGCTCTAGGG ACTCTGGCTC CACAAGCCAA AATTTCCCAG AGACTCATCT GAGAGCCAAC 
AGCACTACTT TGTACAGGGA GAATCAGGTG GACACCTCAG AGCAGCATGA TTTGGATGGC 
AGCTATGATG ACGTAGACAT GGGAGAGTAT GATTATGGAT ACGAGGAGCC AGAGTTCTTC 
TATGACTACC AAGATGGTTT ACATGGCCCC AAAGGAGAGC CTGGTCCTCC GGGTCCTCCT 
GGTCCCCCTG GTTTACCTGG TCCTCCAGGA AAAAGAGGCT CTCGGGGTCC CCCTGGTCCA 
CATGGAAAAC CAGGACAGCC TGGACCACCT GGACCCAAGG GTTCAAAGGG AGACCCTGGG 
CTGTCTCCAG GTCAGGCTCC ACCAGGAGAG AAGGGTGACA GAGGACCTCC AGGTCGTCCT 
GGACCCAATG GATTTCCAGG CTTACTGGGT CCTAAAGGTT ATCTGGGTCC ACCTGGACCA 
CCAGGAGAAC AAGGCATACC AGGACTTCCT GGGGAAGCTG GAGCTGCAGG TTACCCTGGC 
AGGCAGGGCT CGGCCGGGCC ACAAGGTAGC CCTGGCCCTA AAGGTGTTCG TGGTTTCATT 
GGGCCTCCGG GCGATGCTGG GCCACCCGGG CTGGAAGGGG AGAAAGGCAT ACCTGGACCT 
GCTGGAAGAC CTGGCCCCAA AGGAAGACAT GGTGTCATGG GGGATGCTGG GGAGAGGGGG 
CCTCCTGGTC CAGATGGAAA TGAGGGCCCT GTTGGTGGGA CTGGCATAAG TGGCTTTCCT 
GGTCTAAGGG GAGACCCAGG GCCTGAGGGA CCACGAGGAC TGCCTGGTAT GGTGGGACCT 
CAGGGCCCAA CAGGACGAGC CGGCCTGCCT GGATTGAAAG GTGATAAGGG TGAAACCGGA 
CAAAGGGGCG AGCCAGGAGA GATGGGGTAC CAGGGGGATA AGGGTGCTGC TGGTGCACCT 
GGTCTTCCTG GGCCCAGAGG GAAACCAGGG CCACCGGGTA AAATTGGAGA AATGGGTGTG 
ACTGGACCAC CTGGGCCTCC AGGACCAGAG GGTCCAGCAG GCCTGATTGG GATAGCTGGG 
GTGATAGGGG TTCCTGGTGA AAAGGGTGAC CGGGGACCAC CAGGTCCAAC AGGTCCAGCC 
GGAGAGAAGG GGCCCAGGAG GGGTAGTCCA GGCATTGCTG GGCCAAAGGG TAGAAGGGGA 
CCCCGAGGTC CAGATGGCCC ACCGGGAGAA CTGGGTCCTG AGGGCATCAA GGGTGAAAAG 
GGGGAGATCG GACCTACAGG AGAGCCGAGC TTCATAGGCA AGGCTGGAAA TCCAGGAGAG 
AGAGGCCCTC CTGGGAAGCC CGGAAAACCA GGTATTCCAG GCAGCACCGG GGAGAGGGGA 
GCCCAAGGTG AACCAGGACC CAGAGGACCT CCTGGAGAGG CTGGACCTGA TGGAGAACAA 
GGACCTGAAG GTTTACCAGG CTTAGAGGGA GAACCAGGTG CCATTGGAGA GCCCGGGGCA 
AAGGGTGATG TTGGGCCTCC AGGAGCTGAA GGGGAGCAGG GGCAGGAGGG AATGAGAGGT 
CCTCCCGGTC CCCCTGGTGA AGACGGACCT CAGGGAAAAG ATGGAGCCAA GGGTGAACCT 
GGAGAGCGTG GGCCTTTTGG GGAGCCAGGG GAGAAAGGGA CAGAAGGGGA TCCTGGACCC 
CCGGGGCCAC CCGGAGAGCC TGGGAAACAG GGCTTCCGTG GTCCAGAAGG AAAAGCGGGT 
CCCCCAGGAA ACAGAGGACG GCACGGAAAG AAAGGAGAGA GGGGTCCTCC TGGTCTTTCT 
GGGGAGATTG GCGCTCGGGG AGACATCGGC CAGCCGGGCG AGCCAGGACT GAAAGGTGCC 
AGGGGAACTC GAGGCACACT TGGTCAGCCT GGAGTCATGG GGATAGACGG GCAACCGGGA 
CTTCCAGGAT ACCCAGGGCA CCTTGGAAAG CCTGGGCCCG TTGGCCCGCC AGGACCCAAA 
GGTGAAAAGG GTTACCCAGG CGAGGACAAC AGGACCCCAG GACTGCCAGG GCCCTTAGGT 
GAACCAGGGC CTCCAGGGGA ACGAGGAGAG CGTGGAGAGT CGGGGGATGA AGGCTATCAG 
GGCTATATCG GTACCCCTGG ACCTCGTGGG GCTTCTGGAC CACAAGGCCC ACCGGGATCT 
CCAGGCTCCC CCGGAGAACC AGGCCCACAA GGAGAAAAAG GAGCTCCGGG TTTGGCTGGA 
AAGAAAGGAG CAAGAGGTCT GGTTGGAGTT CCCGGCATTG AAGGGCCGAC TGGTTTACCT 
GGGCTCACAG GAATGAAGGG TTATCCAGGC CCTGATGGCC CCCCGGGACC AACTGGCTTA 
GCAGGACTTC CAGGAAAGCA AGGTCGACAG GGTCAGAGGG GCTCAGTGGG ACTGGAAGGG 
CCTGCTGGAC GGCCAGGTCC AATGGGAGAA CTTGGACTTC CTGGACATTC TGGAGAAAGG 
GGACTGCCAG GTCACAAGGG AGAACCTGGC CTACCAGGAG ACAGGGGGGG CCCTGGACTC 
AAGGGCATGA AGGGAGCTGC AGGTGACCAG GGAAAGAAAG GAGACCCAGG ACCCAAAGGG 
CTGTCTGGGG AAACTGGAGA TTTGGGCATG ATTGGTTTAC AGGGCTTACC AGGACCTAAG 
GGGCCAACTG GTGATTTAGG ACTGAGAGGT TTCCCTGGTC CTAAAGGTCC TATGGGTACT 
TTGGGCTTCA CTGGACCTCT AGGCCCTGAA GGAAAAATGG GTCCAATGGG AAAACCTGGG 
CCAAGGGGTC CAAAAGGAAA CAGTGGTGAA ATGGGGCCTC AGGGACCACA GGGAAGCCCT 
GGACCCAGAG GACCCCCTGG AGCTCCTGGT CCAACAAGGG TGTTATATGA CGACTTGGCA 
GTCTACAGTC CATCCGCTTC CAATGATGCC CTGAGGACTG AGAGTTTCCA GAATATGGAG 
ATGAGCATGC CAGACCAGAA TACGGAAGTA CTTAAGACTC TACAGTATTT GAGCAGTGTG 
ATCGAGAGCA TCAAACAGCC TCTCGGGACA AAGGAGAACC CAGCTCGTGT CTGTAAAGAC 
CTGCTGGACT GCCAGCACAA GTTAAAAGAC GGTTGGTTCT GGGTTGATCC AAACCTGGGC 
TGTACGTCTG ATGCCTTCCA GGTGTTCTGC AACTTTACAG CAGGGGGACA GACTTGTTTA 
CATCCAGTGT CAACTGATAA GATGGTATTT GACATAGGAA ATGTCCAGAT GAAGTTTCTC 
CATTTACTGA GCAGTGAGGC TAGCCAAAGC ATCACGTTTC ACTGCCTGAG TTATCAACCC 
TCCAGCACCG CAGACAGCTT CAGCTCCAGT GGACACAAAG AGAACACCAG GCTTCGGTTT 
CGTGGCTGGA ACAAACAGAT GTTTGAGAAA GACACACTAC TTGAACCACA TGTGCTACAA 
GATGAGTGCA AGATCCAAGA TGGCAGCTGG CACCAATCAC GATTCCTCTT CCATACTCAG 
GACAGTGGTC AGCTACCACT TGTAGACATA GAGGAATTTC CCACTTCACA AATCAGCAGT 
CAGCGAAACG TAGAAATCGG TCCAGTCTGC TTCCTCTGA