ORF cDNA Clones and Custom Clones » Species Summary » Gallus gallus » SLIT1 cDNA ORF clone

SLIT1 cDNA ORF clone, Gallus gallus(chicken)

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Summary

Gene Symbol	SLIT1
Entrez Gene ID	395293
Full Name	slit guidance ligand 1
General protein information	Preferred Names slit guidance ligand 1 Names slit homolog 1 protein
Gene Type	protein-coding
Organism	Gallus gallus(chicken)

Reference Sequences (RefSeq)

mRNA and Protein(s)

mRNA	Protein	Name
NM_001277336.1	NP_001264265.1	slit homolog 1 protein precursor

Homologies

Pan troglodytes (chimpanzee)	SLIT1	XP_003312806.1
Homo sapiens (human)	SLIT1	NP_003052.2
Bos taurus (cattle)	SLIT1	XP_002698459.1
Xenopus tropicalis (tropical clawed frog)	slit1	NP_001090702.1
	SLIT1	XP_001094231.2
Canis lupus familiaris (dog)	SLIT1	XP_005637640.1
Mus musculus (house mouse)	Slit1	NP_056563.2
Rattus norvegicus (Norway rat)	Slit1	NP_075242.1
Gallus gallus (chicken)	SLIT1	NP_001264265.1
Danio rerio (zebrafish)	slit1a	NP_001030140.1

Bibliography

Related articles in PubMed

A subset of chicken statoacoustic ganglion neurites are repelled by Slit1 and Slit2.
Battisti AC, Fantetti KN, Moyers BA, Fekete DM
Hearing research3101-12(2014 Apr)

Nerve repulsion by the lens and cornea during cornea innervation is dependent on Robo-Slit signaling and diminishes with neuron age.
Schwend T, Lwigale PY, Conrad GW
Developmental biology363(1)115-27(2012 Mar)

Sclerotome-derived Slit1 drives directional migration and differentiation of Robo2-expressing pioneer myoblasts.
Halperin-Barlev O, Kalcheim C
Development (Cambridge, England)138(14)2935-45(2011 Jul)

N-cadherin acts in concert with Slit1-Robo2 signaling in regulating aggregation of placode-derived cranial sensory neurons.
Shiau CE, Bronner-Fraser M
Development (Cambridge, England)136(24)4155-64(2009 Dec)

Robo2-Slit1 dependent cell-cell interactions mediate assembly of the trigeminal ganglion.
Shiau CE, Lwigale PY, Das RM, Wilson SA, Bronner-Fraser M
Nature neuroscience11(3)269-76(2008 Mar)

GeneRIFs: Gene References Into Functions What's a GeneRIF?

axonal projections to the primordium of the anterior crista were reduced 2-3 days after electroporation of either slit1 or slit2 expression plasmids into the anterior pole of the otocyst on embryonic day 3
Title: A subset of chicken statoacoustic ganglion neurites are repelled by Slit1 and Slit2.

Data show that Slits 1, 2 and 3 expression in the cornea and lens persisted during all stages of cornea innervation, and Robo1 expression was developmentally regulated in trigeminal cell bodies, expressed robustly during nerve ring formation (E5-8).
Title: Nerve repulsion by the lens and cornea during cornea innervation is dependent on Robo-Slit signaling and diminishes with neuron age.

Sclerotome-derived Slit1 drives directional migration and differentiation of Robo2-expressing pioneer myoblasts.
Title: Sclerotome-derived Slit1 drives directional migration and differentiation of Robo2-expressing pioneer myoblasts.

a novel mechanism whereby N-cadherin acts in concert with Slit-Robo signaling in mediating the placodal cell adhesion required for proper gangliogenesis
Title: N-cadherin acts in concert with Slit1-Robo2 signaling in regulating aggregation of placode-derived cranial sensory neurons.

Thus, our data reveal a novel and essential role for Robo2-Slit1 signaling in mediating neural crest-placode interactions during trigeminal gangliogenesis.
Title: Robo2-Slit1 dependent cell-cell interactions mediate assembly of the trigeminal ganglion.

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The following SLIT1 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the SLIT1 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.

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***CloneID	Accession No.	Definition	**Vector	*Turnaround time	Price (USD)	Select
OGa23939	NM_001277336.1 Latest version!	Gallus gallus slit guidance ligand 1 (SLIT1), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$881.30 $1259.00

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** 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)

SLIT1 ( NM_001277336.1 ) cDNA ORF clone, Gallus gallus(chicken) -> NP_001264265.1 Gallus gallus slit guidance ligand 1 (SLIT1), mRNA.

Price & Availability↑

CloneID	OGa23939
Clone ID Related Accession (Same CDS sequence)	NM_001277336.1
Accession Version	NM_001277336.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4635bp) 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	2019-01-22
Organism	Gallus gallus(chicken)
Product	slit homolog 1 protein precursor
Comment	Comment: VALIDATED REFSEQ: This record has undergone validation or preliminary review. The reference sequence was derived from GU263465.1 and AADN05000306.1. On Apr 3, 2013 this sequence version replaced XM_421715.3. Sequence Note: This RefSeq record was created from transcript and genomic sequence data because no single transcript from the same breed was available for the full length of the gene. The extent of this transcript is supported by transcript alignments and orthologous data. ##Evidence-Data-START## Transcript exon combination :: GU263465.1 [ECO:0000332] RNAseq introns :: single sample supports all introns SAMEA2201361, SAMEA2201363 [ECO:0000348] ##Evidence-Data-END## COMPLETENESS: complete on the 3' end.

ATGGCGGTGC CGCCCGGCGC GGCCTCGACC TCCGGAGGGG CAGCGGGGGT CCCGGCGGCT 
CTGCGGGCCG CCGCCTGGCT CCTGGCGTTC GTCGCGCTGT GCCGGGGCCG CGCCGCAGCC 
TGCCCGCCGC TCTGCGCCTG CAGCGGCACC ACGGTGGATT GCCACGGTAC GGCCCTGCGA 
GCCGTGCCCA AGAGCATCCC CCGCGGCACC GAGCGCCTGG AGCTCAATGG CAACAACATC 
ACACGTATCC ACAAGAATGA CTTCTCTGGA CTGAAGCAGC TCCGTGTCCT GCAGCTGATG 
GAAAACCAGA TCAGTGTGGT GGAGCGTGGT GCATTTGATG ACATGAAGGA GCTGGAGCGG 
CTACGGCTGA ACCGCAACCA GCTGCACACC CTGCCCGAGC TCCTCTTCCA GCACAACCAG 
GCTCTGTCCA GGCTGGACCT GAGCGAGAAC TTCATCCAGG CCATCCCCAG GAAGGCTTTC 
CGTGGGGCCA CAGACCTCAA GAACTTGCAA CTGGACAAGA ACCAGATCAG CTGCATTGAG 
GATGGGGCTT TTCGGGCTCT GCGGGGGCTG GAAGTCCTGA CGCTGAACAA CAACAACATC 
ACGTCCATCC CCGTCTCCAG CTTCAACCAC ATGCCCAAGC TGCGAACGTT CCGCCTGCAC 
TCCAACCACC TGTTCTGCGA CTGCCACCTG GCCTGGCTGG CACAGTGGCT CCGCCAGCGG 
CCCACCATCG GGCTCTTCAC ACAGTGTGCA GCCCCGGCAC AGCTCCGCGG CCTCAATGTG 
GCTGAGATCC AGAAGAATGA GTTCAGCTGC TCTGGACAAG CAGATGGAGT GCATGCACAG 
CTCTGCAGCT TGTCCTCTGG CTCCTGCCCG GCCATGTGCA CCTGCAGCAA TGGCATCGTG 
GACTGTCGGG GCAAGGGGCT GACAGCCATC CCCGCCAACC TGCCCGAGAC CATGACGGAG 
ATACGCCTGG AGCTCAATGG CATCAAGTCC ATCCCCCCGG GTGCCTTCTC CCCCTACAAG 
AAGCTTCGTC GGATAGATCT GAGCAACAAC CAGATCTCGG AGATCGCCCC CGACGCCTTC 
CAGGGTCTGC GCTCTCTCAA CTCGCTGGTG CTGTATGGCA ACAAGATCAC CGACCTCCCC 
AAGGGCGTCT TCGGGGGACT TTTTGCCCTG CAGTTGCTGC TCCTCAATGC CAACAAGATC 
AACTGCGTGC GTGCGGATGC CTTCCAGGAC CTGCAGAACC TCTCGCTGCT CTCGCTCTAT 
GACAACAAGA TCCAGAGCCT GGCCAAGGGC ACCTTCACCT CACTGCGTGC CATCCAGACC 
CTGCACCTGG CCCAGAACCC CTTTGTCTGT GACTGCAACC TGAAGTGGTT GGCGGATTTC 
CTTCGTGCCA ACCCCATTGA GACCAGCGGT GCCCGCTGTG CCAGCCCCCG GCGCCTGGCC 
AACAAGCGCA TTGGGCAGAT CAAGAGCAAG AAGTTCCGCT GCTCAGCCAA AGAGCAGTAT 
TTCATCCCAG GGACAGAGGA TTACCAGCTG AACAGTGAGT GCAACAGCGA CGTGGTGTGC 
CCCCCGAAGT GCCGCTGCGA GGCCGGTGTG GTGGAGTGCT CCAACCTGAA GCTCACGAAG 
ATCCCAGAGC GCATCCCACA GTCCACAGCC GAGCTGCGCC TGAACAACAA TGAAATCTCC 
ATCCTGGAGG CCACGGGCGT CTTCAAGAAG CTGCCTCACC TGAAGAAAAT CAACCTCAGC 
AACAACAAGG TGTCGGAGAT CGAGGACGGG GCATTCGAGG GGGCTGCATC CGTCAGTGAA 
CTGCACCTCA CCGTCAACCA GCTGGAGTCA GTGCGGAGCG GCATGTTCCG GGGGCTGGAC 
GGGCTGAGGA CATTGATGCT GAGGAACAAC CGCATCAGCT GCATCCACAA CGACAGCTTC 
ACGGGGCTGC GCAACGTGCG CCTGCTCTCA CTGTACGACA ACCAGATCAG CACCATCGCA 
CCGGGTGCCT TCGACACGCT GCAGTCCCTC TCCACACTGA ACCTGCTGGC CAACCCCTTC 
AACTGCAACT GCCAGCTGGC CTGGCTGGGG GACTGGCTGC GCAAGAGGAA GATCGTGACG 
GGGAACCCGC GGTGCCAACA CCCCGACTTC CTCCGGCAGA TCCCGCTGCA GGACGTGGCC 
TTCCCTGACT TCAGGTGTGA GGAAGGTCAG GAGGAGACGA GTTGCATCCC ACGGCCTCAG 
TGCCCTCAGG AGTGCACCTG CCTTGACACC GTGGTGCGCT GCAGCAACAA GCACCTCAAG 
GCCCTGCCCA GGGGTATCCC CAAGAATGTC ACCGAGCTCT ACCTGGATGG AAACCAGTTC 
ACCCAGGTGC CGGGTCAGCT CTCCACCTTC AAGTACCTGC AGCTGGTCGA TCTGAGCAAC 
AACAGGATCA GCTCACTGAG CAACTCCTCC TTCACCAACA TGAGCCAGCT CACCACCCTG 
ATCCTCAGCT ACAACTCCCT GCAGTGCATC CCTCCACTGG CCTTCGAGGG CCTCCGCTCC 
CTGCGGCTGC TGTCTCTCCA TGGCAACGAT ATCTCCACCC TCCCTGAGGG CATCTTCGCG 
GATGTCACCT CCCTGTCCCA CCTAGCCATC GGGGCCAACC CACTGTACTG CAGCTGCAAC 
CTGCGCTGGC TCTCCAGCTG GGTGAAGACA GGCTACAAGG AGCCAGGCAT TGCCCGCTGC 
GCCGGGCCCC CCGACATGGA GGGCAAACTG CTGCTCACCA CCCCTGCCAA GAAGTTTGAG 
TGCCAAGGGC CCCCATCCCT GATCGTGCAG GCCAAGTGCA ACCCCTGCCT CTCCAGCCCC 
TGCCGCAACC AGGGCACCTG CCACAACGAC CCGCTCGGCT CCTACCGCTG CGCCTGCCCC 
ATCGGCTACA AGGGCAGGGA CTGTGAGGTG GCGTTGGATG GCTGCTCCCA AAACCCCTGT 
GCCAATGGGG GCACCTGCCA GCCCCAGGAT GGGGACAGGG ACGGTTTCAG GTGCCTGTGT 
GCAGCAGGCT TTGAGGGTCC GAGCTGCCGC ACCGCCAGTG ACCCCTGCAA GGAGCACAGC 
TGTGAGAATG GGGGCTCCTG CGTGGCTGGT GCCACCAACT ACACCTGCCT GTGCCCTGCT 
CACTACACAG GGGATTTCTG TGAGCAGCCA CCAGATTTCT GCTCGGCCGA GCTCAGCCCG 
TGCCAGCATG GCTCCACGTG CATCCCCACC AGCCAGGGGC CCAGGTGTGA GTGCGCACCC 
GGCTACGTGG GAACCAACTG CAGCAAGGAC TTCGACGACT GCCAGGACCA CCGGTGCCAG 
AACAACGCTC GCTGCGTGGA TGAGGTGAAT GGCTACTCCT GCCTCTGCGC CGAGGGCTAC 
AGTGGACAAC TGTGCGAGAT GCCACCCCAT GCCGCCGGGC AGCCCGGGCT CTGCGAGCGC 
GCTGAGTGCC AGAATGGGGC CGCCTGTGTG GAGCGGGGCT CCCGTGCCCT CTGCCAGTGC 
CTGCCTGGCT TTGGCGGCCC CAAGTGTGAG AAGCTGCTGA GCGTCAACTT TGTGGACCGC 
GACACGTACC TGCAGTTCAC CGACCTGCAG GACTGGCCCC GGGCCAACAT CACCCTGCAG 
GTCTCCACGG CTGAGGACAA CGGCATCCTG CTGTACAACG GTGACAGCGA TCACATGGCT 
GTGGAGCTGT ACCAGGGCCA TGTCAGGGTC AGCTATGACC CCGGCACCCA CCCCAGCTCA 
GCCATATACA GTGCCGAGAC CATCAACGAC GGGCAGTTCC ACACTGTGGA GCTGGTGACC 
TTCGACCAAA TGGTGAACCT CTCCATCGAT GGTGGCAGCC CCATGACCAT GGACAACTCG 
GGCAAGCACT ACACGCTGAA CAGCGAGGCC CCACTCTATG TCGGGGGGAT GCCTGTGGAT 
GTCAACTCAG CCGCCTTCCG CCTCTGGCAG CTCCTCAATG GCACCAGCTT CCACGGGTGC 
ATCCGCAACC TCTACATCAA CAATGAGCTG CAGGACTTCA CCAAGACACG GATGACACCC 
GGCGTGGTGC CGGGCTGTGA GCCCTGCCGC AAACTGTACT GCCTGCACGG CATCTGCCAG 
CCCACCGGCG CCCAGGGACC CGTCTGCCAT TGCGAGCCTG GCTGGGATGG GCCCCACTGT 
GACCAACCCC GTGGTGGCCC CTGCCAGGGG CACAAGTGCG TGCACGGGCT CTGCCTGCCC 
CTCGACGCCC TCTCCTACAG CTGCCAGTGC CACCAGGGCT ACCAGGGTGC CCTGTGCAAC 
CAGCCCAGCA CACCGCCTGA CCCCTGCCGC CTCCTGTCCT GCCACCACGG CCGCTGCCGC 
CTCACCCCAG GCGGCCAGCC CGTATGTGAG TGCCACAGCG GCTACAGCGG GACCCTCTGT 
GACCAAGAGC CCGAGTGCCA CGGAGAGCCG GTACGGGACT ACCACCAGGT GCAGCGGGGC 
TACGCCATCT GCCAGACCAC GCGGCCGGTG CCCTACGTGC AGTGCCGGGG CACGTGCGGC 
GGTGACACCG ACACCGGCTG CTGCATCGGG CTGCGGCCGC GGCGCAGGAA ATATGCCTTC 
GAGTGCAGCA ACGGCGCGAC CTTCGTGGAG GAGGTGGAGA AGCCCAGCAA GTGCGGCTGC 
AGCCCGTGCC TCTGA

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

RefSeq	NP_001264265.1
CDS	109..4743
Translation	MAVPPGAASTSGGAAGVPAALRAAAWLLAFVALCRGRAAACPPLCACSGTTVDCHGTALRAVPKSIPRGTERLELNGNNITRIHKNDFSGLKQLRVLQLMENQISVVERGAFDDMKELERLRLNRNQLHTLPELLFQHNQALSRLDLSENFIQAIPRKAFRGATDLKNLQLDKNQISCIEDGAFRALRGLEVLTLNNNNITSIPVSSFNHMPKLRTFRLHSNHLFCDCHLAWLAQWLRQRPTIGLFTQCAAPAQLRGLNVAEIQKNEFSCSGQADGVHAQLCSLSSGSCPAMCTCSNGIVDCRGKGLTAIPANLPETMTEIRLELNGIKSIPPGAFSPYKKLRRIDLSNNQISEIAPDAFQGLRSLNSLVLYGNKITDLPKGVFGGLFALQLLLLNANKINCVRADAFQDLQNLSLLSLYDNKIQSLAKGTFTSLRAIQTLHLAQNPFVCDCNLKWLADFLRANPIETSGARCASPRRLANKRIGQIKSKKFRCSAKEQYFIPGTEDYQLNSECNSDVVCPPKCRCEAGVVECSNLKLTKIPERIPQSTAELRLNNNEISILEATGVFKKLPHLKKINLSNNKVSEIEDGAFEGAASVSELHLTVNQLESVRSGMFRGLDGLRTLMLRNNRISCIHNDSFTGLRNVRLLSLYDNQISTIAPGAFDTLQSLSTLNLLANPFNCNCQLAWLGDWLRKRKIVTGNPRCQHPDFLRQIPLQDVAFPDFRCEEGQEETSCIPRPQCPQECTCLDTVVRCSNKHLKALPRGIPKNVTELYLDGNQFTQVPGQLSTFKYLQLVDLSNNRISSLSNSSFTNMSQLTTLILSYNSLQCIPPLAFEGLRSLRLLSLHGNDISTLPEGIFADVTSLSHLAIGANPLYCSCNLRWLSSWVKTGYKEPGIARCAGPPDMEGKLLLTTPAKKFECQGPPSLIVQAKCNPCLSSPCRNQGTCHNDPLGSYRCACPIGYKGRDCEVALDGCSQNPCANGGTCQPQDGDRDGFRCLCAAGFEGPSCRTASDPCKEHSCENGGSCVAGATNYTCLCPAHYTGDFCEQPPDFCSAELSPCQHGSTCIPTSQGPRCECAPGYVGTNCSKDFDDCQDHRCQNNARCVDEVNGYSCLCAEGYSGQLCEMPPHAAGQPGLCERAECQNGAACVERGSRALCQCLPGFGGPKCEKLLSVNFVDRDTYLQFTDLQDWPRANITLQVSTAEDNGILLYNGDSDHMAVELYQGHVRVSYDPGTHPSSAIYSAETINDGQFHTVELVTFDQMVNLSIDGGSPMTMDNSGKHYTLNSEAPLYVGGMPVDVNSAAFRLWQLLNGTSFHGCIRNLYINNELQDFTKTRMTPGVVPGCEPCRKLYCLHGICQPTGAQGPVCHCEPGWDGPHCDQPRGGPCQGHKCVHGLCLPLDALSYSCQCHQGYQGALCNQPSTPPDPCRLLSCHHGRCRLTPGGQPVCECHSGYSGTLCDQEPECHGEPVRDYHQVQRGYAICQTTRPVPYVQCRGTCGGDTDTGCCIGLRPRRRKYAFECSNGATFVEEVEKPSKCGCSPCL

Target ORF information:

RefSeq Version	NM_001277336.1
Organism	Gallus gallus(chicken)
Definition	Gallus gallus slit guidance ligand 1 (SLIT1), mRNA.

Target ORF information:

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

NM_001277336.1

ORF Insert Sequence:

ATGGCGGTGC CGCCCGGCGC GGCCTCGACC TCCGGAGGGG CAGCGGGGGT CCCGGCGGCT 
CTGCGGGCCG CCGCCTGGCT CCTGGCGTTC GTCGCGCTGT GCCGGGGCCG CGCCGCAGCC 
TGCCCGCCGC TCTGCGCCTG CAGCGGCACC ACGGTGGATT GCCACGGTAC GGCCCTGCGA 
GCCGTGCCCA AGAGCATCCC CCGCGGCACC GAGCGCCTGG AGCTCAATGG CAACAACATC 
ACACGTATCC ACAAGAATGA CTTCTCTGGA CTGAAGCAGC TCCGTGTCCT GCAGCTGATG 
GAAAACCAGA TCAGTGTGGT GGAGCGTGGT GCATTTGATG ACATGAAGGA GCTGGAGCGG 
CTACGGCTGA ACCGCAACCA GCTGCACACC CTGCCCGAGC TCCTCTTCCA GCACAACCAG 
GCTCTGTCCA GGCTGGACCT GAGCGAGAAC TTCATCCAGG CCATCCCCAG GAAGGCTTTC 
CGTGGGGCCA CAGACCTCAA GAACTTGCAA CTGGACAAGA ACCAGATCAG CTGCATTGAG 
GATGGGGCTT TTCGGGCTCT GCGGGGGCTG GAAGTCCTGA CGCTGAACAA CAACAACATC 
ACGTCCATCC CCGTCTCCAG CTTCAACCAC ATGCCCAAGC TGCGAACGTT CCGCCTGCAC 
TCCAACCACC TGTTCTGCGA CTGCCACCTG GCCTGGCTGG CACAGTGGCT CCGCCAGCGG 
CCCACCATCG GGCTCTTCAC ACAGTGTGCA GCCCCGGCAC AGCTCCGCGG CCTCAATGTG 
GCTGAGATCC AGAAGAATGA GTTCAGCTGC TCTGGACAAG CAGATGGAGT GCATGCACAG 
CTCTGCAGCT TGTCCTCTGG CTCCTGCCCG GCCATGTGCA CCTGCAGCAA TGGCATCGTG 
GACTGTCGGG GCAAGGGGCT GACAGCCATC CCCGCCAACC TGCCCGAGAC CATGACGGAG 
ATACGCCTGG AGCTCAATGG CATCAAGTCC ATCCCCCCGG GTGCCTTCTC CCCCTACAAG 
AAGCTTCGTC GGATAGATCT GAGCAACAAC CAGATCTCGG AGATCGCCCC CGACGCCTTC 
CAGGGTCTGC GCTCTCTCAA CTCGCTGGTG CTGTATGGCA ACAAGATCAC CGACCTCCCC 
AAGGGCGTCT TCGGGGGACT TTTTGCCCTG CAGTTGCTGC TCCTCAATGC CAACAAGATC 
AACTGCGTGC GTGCGGATGC CTTCCAGGAC CTGCAGAACC TCTCGCTGCT CTCGCTCTAT 
GACAACAAGA TCCAGAGCCT GGCCAAGGGC ACCTTCACCT CACTGCGTGC CATCCAGACC 
CTGCACCTGG CCCAGAACCC CTTTGTCTGT GACTGCAACC TGAAGTGGTT GGCGGATTTC 
CTTCGTGCCA ACCCCATTGA GACCAGCGGT GCCCGCTGTG CCAGCCCCCG GCGCCTGGCC 
AACAAGCGCA TTGGGCAGAT CAAGAGCAAG AAGTTCCGCT GCTCAGCCAA AGAGCAGTAT 
TTCATCCCAG GGACAGAGGA TTACCAGCTG AACAGTGAGT GCAACAGCGA CGTGGTGTGC 
CCCCCGAAGT GCCGCTGCGA GGCCGGTGTG GTGGAGTGCT CCAACCTGAA GCTCACGAAG 
ATCCCAGAGC GCATCCCACA GTCCACAGCC GAGCTGCGCC TGAACAACAA TGAAATCTCC 
ATCCTGGAGG CCACGGGCGT CTTCAAGAAG CTGCCTCACC TGAAGAAAAT CAACCTCAGC 
AACAACAAGG TGTCGGAGAT CGAGGACGGG GCATTCGAGG GGGCTGCATC CGTCAGTGAA 
CTGCACCTCA CCGTCAACCA GCTGGAGTCA GTGCGGAGCG GCATGTTCCG GGGGCTGGAC 
GGGCTGAGGA CATTGATGCT GAGGAACAAC CGCATCAGCT GCATCCACAA CGACAGCTTC 
ACGGGGCTGC GCAACGTGCG CCTGCTCTCA CTGTACGACA ACCAGATCAG CACCATCGCA 
CCGGGTGCCT TCGACACGCT GCAGTCCCTC TCCACACTGA ACCTGCTGGC CAACCCCTTC 
AACTGCAACT GCCAGCTGGC CTGGCTGGGG GACTGGCTGC GCAAGAGGAA GATCGTGACG 
GGGAACCCGC GGTGCCAACA CCCCGACTTC CTCCGGCAGA TCCCGCTGCA GGACGTGGCC 
TTCCCTGACT TCAGGTGTGA GGAAGGTCAG GAGGAGACGA GTTGCATCCC ACGGCCTCAG 
TGCCCTCAGG AGTGCACCTG CCTTGACACC GTGGTGCGCT GCAGCAACAA GCACCTCAAG 
GCCCTGCCCA GGGGTATCCC CAAGAATGTC ACCGAGCTCT ACCTGGATGG AAACCAGTTC 
ACCCAGGTGC CGGGTCAGCT CTCCACCTTC AAGTACCTGC AGCTGGTCGA TCTGAGCAAC 
AACAGGATCA GCTCACTGAG CAACTCCTCC TTCACCAACA TGAGCCAGCT CACCACCCTG 
ATCCTCAGCT ACAACTCCCT GCAGTGCATC CCTCCACTGG CCTTCGAGGG CCTCCGCTCC 
CTGCGGCTGC TGTCTCTCCA TGGCAACGAT ATCTCCACCC TCCCTGAGGG CATCTTCGCG 
GATGTCACCT CCCTGTCCCA CCTAGCCATC GGGGCCAACC CACTGTACTG CAGCTGCAAC 
CTGCGCTGGC TCTCCAGCTG GGTGAAGACA GGCTACAAGG AGCCAGGCAT TGCCCGCTGC 
GCCGGGCCCC CCGACATGGA GGGCAAACTG CTGCTCACCA CCCCTGCCAA GAAGTTTGAG 
TGCCAAGGGC CCCCATCCCT GATCGTGCAG GCCAAGTGCA ACCCCTGCCT CTCCAGCCCC 
TGCCGCAACC AGGGCACCTG CCACAACGAC CCGCTCGGCT CCTACCGCTG CGCCTGCCCC 
ATCGGCTACA AGGGCAGGGA CTGTGAGGTG GCGTTGGATG GCTGCTCCCA AAACCCCTGT 
GCCAATGGGG GCACCTGCCA GCCCCAGGAT GGGGACAGGG ACGGTTTCAG GTGCCTGTGT 
GCAGCAGGCT TTGAGGGTCC GAGCTGCCGC ACCGCCAGTG ACCCCTGCAA GGAGCACAGC 
TGTGAGAATG GGGGCTCCTG CGTGGCTGGT GCCACCAACT ACACCTGCCT GTGCCCTGCT 
CACTACACAG GGGATTTCTG TGAGCAGCCA CCAGATTTCT GCTCGGCCGA GCTCAGCCCG 
TGCCAGCATG GCTCCACGTG CATCCCCACC AGCCAGGGGC CCAGGTGTGA GTGCGCACCC 
GGCTACGTGG GAACCAACTG CAGCAAGGAC TTCGACGACT GCCAGGACCA CCGGTGCCAG 
AACAACGCTC GCTGCGTGGA TGAGGTGAAT GGCTACTCCT GCCTCTGCGC CGAGGGCTAC 
AGTGGACAAC TGTGCGAGAT GCCACCCCAT GCCGCCGGGC AGCCCGGGCT CTGCGAGCGC 
GCTGAGTGCC AGAATGGGGC CGCCTGTGTG GAGCGGGGCT CCCGTGCCCT CTGCCAGTGC 
CTGCCTGGCT TTGGCGGCCC CAAGTGTGAG AAGCTGCTGA GCGTCAACTT TGTGGACCGC 
GACACGTACC TGCAGTTCAC CGACCTGCAG GACTGGCCCC GGGCCAACAT CACCCTGCAG 
GTCTCCACGG CTGAGGACAA CGGCATCCTG CTGTACAACG GTGACAGCGA TCACATGGCT 
GTGGAGCTGT ACCAGGGCCA TGTCAGGGTC AGCTATGACC CCGGCACCCA CCCCAGCTCA 
GCCATATACA GTGCCGAGAC CATCAACGAC GGGCAGTTCC ACACTGTGGA GCTGGTGACC 
TTCGACCAAA TGGTGAACCT CTCCATCGAT GGTGGCAGCC CCATGACCAT GGACAACTCG 
GGCAAGCACT ACACGCTGAA CAGCGAGGCC CCACTCTATG TCGGGGGGAT GCCTGTGGAT 
GTCAACTCAG CCGCCTTCCG CCTCTGGCAG CTCCTCAATG GCACCAGCTT CCACGGGTGC 
ATCCGCAACC TCTACATCAA CAATGAGCTG CAGGACTTCA CCAAGACACG GATGACACCC 
GGCGTGGTGC CGGGCTGTGA GCCCTGCCGC AAACTGTACT GCCTGCACGG CATCTGCCAG 
CCCACCGGCG CCCAGGGACC CGTCTGCCAT TGCGAGCCTG GCTGGGATGG GCCCCACTGT 
GACCAACCCC GTGGTGGCCC CTGCCAGGGG CACAAGTGCG TGCACGGGCT CTGCCTGCCC 
CTCGACGCCC TCTCCTACAG CTGCCAGTGC CACCAGGGCT ACCAGGGTGC CCTGTGCAAC 
CAGCCCAGCA CACCGCCTGA CCCCTGCCGC CTCCTGTCCT GCCACCACGG CCGCTGCCGC 
CTCACCCCAG GCGGCCAGCC CGTATGTGAG TGCCACAGCG GCTACAGCGG GACCCTCTGT 
GACCAAGAGC CCGAGTGCCA CGGAGAGCCG GTACGGGACT ACCACCAGGT GCAGCGGGGC 
TACGCCATCT GCCAGACCAC GCGGCCGGTG CCCTACGTGC AGTGCCGGGG CACGTGCGGC 
GGTGACACCG ACACCGGCTG CTGCATCGGG CTGCGGCCGC GGCGCAGGAA ATATGCCTTC 
GAGTGCAGCA ACGGCGCGAC CTTCGTGGAG GAGGTGGAGA AGCCCAGCAA GTGCGGCTGC 
AGCCCGTGCC TCTGA