Malrd1 cDNA ORF clone, Mus caroli(Ryukyu mouse)

Gene
Clones
gRNAs

Summary

Gene Symbol	Malrd1
Entrez Gene ID	110289863
Full Name	MAM and LDL receptor class A domain containing 1
Gene Type	protein-coding
Organism	Mus caroli(Ryukyu mouse)

mRNA and Protein(s)

mRNA	Protein	Name
XM_021156265.1	XP_021011924.1	MAM and LDL-receptor class A domain-containing protein 1

Pathways from BioSystems
Gene Ontology

The following Malrd1 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the Malrd1 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
OMv39346	XM_021156265.1 Latest version!	Mus caroli MAM and LDL receptor class A domain containing 1 (Malrd1), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	29-31	$1161.30 $1659.00

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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)

Malrd1 ( XM_021156265.1 ) cDNA ORF clone, Mus caroli(Ryukyu mouse) -> XP_021011924.1 Mus caroli MAM and LDL receptor class A domain containing 1 (Malrd1), mRNA.

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CloneID	OMv39346
Clone ID Related Accession (Same CDS sequence)	XM_021156265.1
Accession Version	XM_021156265.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6354bp) 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	2019-06-09
Organism	Mus caroli(Ryukyu mouse)
Product	MAM and LDL-receptor class A domain-containing protein 1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_034571.1) annotated using gene prediction method: Gnomon, supported by mRNA evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Mus caroli Annotation Release 101 Annotation Version :: 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGTTTCTCC GCGAGGCTGC TGTGTCAGCC TTCTCAATGC ATGGATTTCT TTGTTTCCTT 
TGGACTGTCT GTCTTTCTAT TTCTTCACTG AGTCAGCAAG GAGTCCAAGC CTTTCAGTGC 
AGTAATGGAG TCTCTTTGCC TTCTGACTAT GTGTGTGACT TTACAGACCA CTGTGGGGAC 
AACAGTGACG AGCAGCAATG CTGGAGTTAT GGGAGATGCA ACTTTGAGGA CAGGCTCTGT 
AGCATGACAG AGGACCAGAC CCTGCTACCT GGTTGGACAA GAAGAAGTGG GATGATTAGT 
ACTTCTCCTC CATTTTGGGA CCACAATGGA AACATATCTG CCCATTTTCT CGCACTGGTC 
TCCAGGGTTG ATTCCATCTC CTCAAACTTA AGAAGCAGAA TTTTCCTACC AACTAATGAT 
CAGCAAGTTT GTCAGATTAC CTTTTATAAC TTCTCCAGTA ACCAGAATGG CAAATTGATA 
GCAGGCCTTC AAACCATGTC TGGGGATCCT ATTGAGCATT TATGGCAGCA AACAGAGATA 
CTCCAGAGTC GGTGGGAAAG AAATGTCATC ACAGTACGGA GCTCACAGCA CTTTCAGGTC 
ATTTTTCAAG CTCAAATGCT TGCAACTCAT GGACAGGAGG AAGTTATAGC TATCGATGAC 
ATATCTTTCA GTTCTGGTTG CTTGCCTGCA GATGTGTGCC AGACTTGTGG ATTTGACCTT 
GACACCTGTG GATTGACAAC TGAGGCATCT GCTGGGCAAA CTTCTTGGAT GTGCACAAAA 
GTAGGAGAGG TCCCTTCACT GGACTCTGTA CCTTGGCAGG ATCAAAGTGG CCATGATGAA 
GGTTCCTTTG TATGGATGAG GGCCGGTCAT GCATCTATTT CTAGACTCGT TGAGAGCAGT 
GCATATTTAA ACAGCTCTGT ATGTCACTGC ATGGATGGGA ACTGCCGTCT TCAGTTCAAT 
TACAGGATGG AAAACAGTGT CCTGAGAGTA AGACTGTACA ATGATAAGGA AGAAAAAAAG 
ACTTGGACAT TCAATACATC AACTTACAGT GCATGGATGA AAGCAGATGT GTTAATACCA 
GAAGATCTGA AGGCATTTAA GGTTGTTTTG GAAGGCACAG TTTTGAGTCA GAAAAGTTTT 
ATTGGGATTG ATCAGCTGTT AGTCTACAAC TTTGGACAGA CCCACTCCCA GCAGCTTTGT 
TCTGTAAATG AATACACTCC TGCCAGTAGG CAGTGTCTTA CCCACTCTTC TGTCTGCGAC 
TCTGGAATGG ACCACTCCAA TGGGATTGAT GAAGACTCAG AGGCTTGTGC GAGTCTCCTC 
ACCTGGGACT TCGAGTCTGG TTTCTGTGGC TGGGAACCAT TTCCCACAGA AGACTCCCAC 
TGGGAGGTAG TGGGAGGACT GAGCATTGAG GCTGGTCACA CACTGAGCAG AAAGCAAGGA 
TCATTTATTT ATTTTGGACC CCAGAAGTCC ACTGCGGTGG CCAGGCTTGG TAGTCCTATC 
CTTACCCAAT CACTCACTAC CTTTACTCCT TGCCAGGTGC GGTTTTGGTA TCGTTTATCA 
GAGCATTCCA GTCTCTCTGT TTTCACAAGA ACATCAGTAG ATGGCAGTTT GCTAAAGCAG 
AGTGAAGTGA CCCAATTCTC TGACTCTCAG TGGAGCCAAG CAAAAGTTGA TCTCCACGCA 
AAAGCTGAAG AGTCTACTCT TCCTTTCCAG TTAGTTTTAG AAGCTACCAT TTTGTCATCA 
AATGCTACGG TTGCTGTAGA TGACATCAGT ATATCCCATG AATGTGAAAT TTCCTATAAG 
TCACTTCGAA GTACCAGCAT ACAAAATAAA GTTGCTGATT GTGACTTTGA AGCAAACAGC 
TGTGGGTGGT TTGAAGCCAG TGGTGGTGAT CATTTTGACT GGGTGTGGAG CTCCCAAAGT 
AATCTTTCTG CTGATTTAGA ACAACAAGCT CCACCTAGAG ATCACACTCA TGGAACAGCT 
CAAGGGCATT TCATGTTCAT TTTGAAGACG AGCAACAGCT TCTTTCAAAC TGCTAAACTT 
CAGAGCCCAA CTTTCAGCCA GACAGGGCCT GGGTGCACAC TGTCATTCTG GTTTTATAAC 
TATGGACTGT CAGTGGGGGC AGCTGAGTTG CAGCTACATC TAGAAAATTC CAGGGACACC 
ACTGCCCTCT GGAGAGTGCT ATATAACCAA GGCAGCCAGT GGTCAGAGGC AACTGTCCAG 
CTTGGACGCC TCACTCAACC CTTCTATCTG TCACTAGAGA AAGTCAGTCT GGCAGTTTAT 
AGTGGGGTCT CTGCGATTGA TGACATCCAT TTTGAAAACT GTGCTCTTCC TCCTCCTGTG 
GAGAGTTGTG ATGAACCAGA CCACTTTTGG TGTAGACAGA CGAAGGCTTG CATAGGAAGG 
CATCAGCTCT GTGATCTGGT TGATGATTGT GGAGATCACA CAGATGAGAC TGGCTGTGGA 
CCAGAACTAC AGTGTGACTT TGAAAATGGA ATTTGTAACT GGGAACAAAG TACAGAGGAT 
GACTTCAACT GGACCAGATA CCAGGGTCCT ACTTCAACGA TGAACACTGG CCCAATGAAG 
GACCATACAC TGGGCACAGC CAAAGGACAC TACCTTTACA TTGAAACCTC AGGGCCACAG 
GGTTTTCAAG ACAAAGCTAT TTTACTTAGC CCCATCCTTA ATGCAACTGA CGCAAATGTC 
TGCACCTTCC GCCTGTACTA TCACATGTTT GGAAAGCATA TTTATCAGCT GGCTATCTAC 
CAGAGAATTT GGAGGAATTC CAGGGGACAG CTGCTGTGGC AGATATTTGG GGATCAAGGC 
AACAGATGGA TAAGAAAAGA CCTCAGTATT ACCAGCAGGA AGCCCTTTCA GATCTTGATA 
GTGGCCTCAG TGGGAGATGG ATTTACTGGA GATATTGCAA TTGATGATCT GTCATTCATG 
GATTGTACCC TCTACCCAGA TAATTTGCCA ATGGACATTC CAAGTCCACC AGAAACTTCA 
GTTCCAGTGA CCTTGCCTCC AAACAACTGC ACCGATGATC AATTTGTCTG CAGGTCTAAT 
GGTCACTGTG TTGGAAACAT TCAGAAATGT GACTTCAGAT ATGACTGCAT TGATAAATCG 
GATGAGTCAT CTTGTGTACT GGAGGTTTGT ACATTTGAAG AGAGAAACCT ATGTAAATGG 
TACCAACCAA TCCCAGAAAA TTCACTCCAT GATTCAAATA CATTCAGGTG GGGACTCGGT 
AATGGGATCA GTATTCATCA TGGGGAAGAA AACCACAGAC CATCAGTAGA TCACACAAAA 
AATACCACAG ATGGTTGGTA CCTGTATGCT GACAGTTCAA ATGGGAAGTT TGGTGACCTT 
GCCGATATTG TTACTCCTGT CATCTCACTC ATGGGACCGA GGTGTACATT GGTGTTCTGG 
ACTTATATGA ACGGTGCTAC GGTGGGCTCT CTCCAGGTAC TCATCAAGAT GGGCAATACG 
ATTTCCAAAG TGTGGGCTCA GAGTGGACAG CAAGGGCCAC AGTGGAAGAA AGCAGAAGTG 
TTTTTAGGCA TTCATTCACA CGTGGAGATC ATCTTTAGGG CGAAACGTGG TGTCAGTTAC 
ATAGGAGATG TGGCAGTAGA TGATGTTTCC TTTCAAAATT GCTCCCCACT ACTTAGCACA 
AACAGAAAGT GCACCACTGA TGAATTCATG TGTGCTAACA AGCATTGCAT TGAAAAGGAC 
AAACTATGTG ACTTTGTGAA TGACTGTGCA GATAATTCAG ATGAGACCAC ATTCATCTGT 
GGTACCTCTA CTGGGCGCTG TGACTTCGAG TTTGACCTTT GTACCTGGGA GCAAGATCAG 
GATGAGGACA TTGACTGGAA CCTGAAAGCT AGCAACATCC CAGCTACAAG CACTGAGCCA 
GCAGTGGACC ACACCCTGGG AAACTCCTCT GGTCATTACA TCGTTCTCAA AAGCTTTTTC 
CCACAGCAGC CCGTGAAAGC AGGCAGAATA TCAAGCCCAG TTATAAGCAA GAGAAGCAAA 
GACTGCAAGA TTATTTTTAA CTATCACATG TATGGAAGTG GCATTGGGGC CCTCCTCTTG 
CTCCAGGTGA CAGTCACAAA CCACACAAAG GTGCTCCTGA ATCTCACTAA AGAACAAGGC 
AATTTCTGGC AGAGGAAAGA ATTGTCATTG TCTAGTGATG AAGACTTTCG AGTCAAATTT 
GAAGGCAGAG TTGGGGAAGG CCTCCGTGGT AACATTGCAC TTGATGACAT TGTACTTACA 
AAGAGCTGTC TGCCATCTCA CCACTCCACA AGGGAAGAAC CAGCCTTTCC CCTGCCAACA 
GGCTTTTGCC CACGGGGCTA TGAGGAGTGT CAGAATGGCA GATGCTACAG TCCAGAGCAG 
AGGTGTAATT TTGTAGATGA CTGTGGAGAT AACAGTGATG AGAATGAGTG TGGTGGCTCC 
TGCACTTTTG AGAAAGGTTG GTGTGGCTGG AAGAACTCCC TAGCTGAAAA CTTCGATTGG 
GTTTTAGGAA TTGGGTCTTA TAAAAGCCAA CGACCTCCCA AAGACCACAC ACTTGGAAAT 
GAACATGGTC ACTTCATGTA TCTGGAGGCT ACCCCAGTGG GTCTTCATGG TGACAAAGCC 
CACTTCAAGA GTGCCACATG GCAAGAATCC AGCGCTGCCT GCACTATGAG CTTCTGGTAT 
TTCATATCTG CAAAAGCCAC AGGATCCATT CAGATTCTCA TTAAGACAGA CAAAGGACTC 
TGGGAAGTAT GGCAACAAAG CAAGCCAGAT CCTGGTAATC ACTGGCGAAG GGCCACCATC 
CTGTTGGGAA AATTGAGGAA TTTTGAGGTC ATATTTCAAG GAATCAGAAC AAGGGACCTA 
GGAGGCGGAG CTGCGATTGA TGATATTGAA TTCAATAATT GCACAACTGT TGGAGAAACC 
GCTGATATTT GTTCAGAAGA AACAGATTTT TTGTGCCAAG ACAAGAAGTG CATCGCATCC 
CACCTTGTTT GTGACTACAA GCCAGACTGC TCTGACACGT CTGATGAAGC TCATTGTGGG 
TATTACATAA GCACCCCAGG AAGCTGCAAT TTTGAAACAA CTTCAGGAGA CTGGACTGTG 
GACTGTGGAC TCACCCAAGA TCCTGAAGAT GACTTGGATT GGAGCATCGG TAGCATAATT 
CCTACTGAAG GCTTGACCAG AGATTCGGAC CACACACCAG GTAGTGGTCG GCATTTCTTG 
TATGTCAACA CTTCTCTCAC TGAAGAAGGA TCTACTGCAA GAATCGTTAC CTCTCACTTT 
TTTCGAGCAA GCCTTGGAAT ATGTACTGTT CGGTTCTGGT TCTACATGGT GGATCCCCAT 
ATTGTGGGGA TATTAAAGGT ATATCTTATT GAGGAATCAG GACTAAACAT CCTGATGTGG 
TCCATGATCC GAAACAAAAA CACTGGTTGG ACCTATGCGC ATGTACCTCT TTCTAGTAAC 
AGTCCCTTCA AGGTTGCATT CGAGGCTGAC TTGGGTGGAA AGGAGGACAT CTTTATTGCT 
CTTGATGACA TCACTTTCAC ACCAACGTGT GCATCTGGAG GACCAGCCTT ACCACAGCCA 
CCACTTTGTG AAGAAGGCCA GTTTGCTTGT ATCTATGCAC TCCAGTGTGT CTCTGCTTCA 
GAGAAGTGTG ATGGGCAAGA AGATTGTATA GATGGATCTG ATGAAATGAA TTGCTCTCTT 
GGACCCTCTC CTCAACCATG CAGTGATACA GAATTCCAGT GCTTTGAAAG CCAGTGTATC 
CCATCTCTCC TGCTATGTGA TGGAGTGGCT GATTGCCACT TTAATGAAGA TGAATCCAGC 
TGTGTCAATC AGAGCTGCCC CAGTGGAGCT TTGGCATGTA ACTCATCCGG CCGCTGTATC 
CCAGCTCACC AGCGCTGTGA TGGTACTGCC CACTGCAAGG ACATTCAAGT AGATGAATCC 
AGCTGCTCAG AGTGTCCAAT ACATTATTGC AGAAATGGTG GCACTTGTGT GATAGAGAAT 
ATTGGTCCCA CGTGTAGGTG TGTACAAGGA TGGACAGGGA ATCGATGCCA CATCAGGTCT 
AACCTTTCTA CTGAGGGTTT TGTGCATACT CAAAATTACA TATGGACTCT GCTGGGTATC 
GGATTTGGGT TCCTTCTGAC TCATATTGCA GTGGCCATCT TGTGTTGCCT TGGCATCAGA 
AGAAGACCAA TGAGGAAATC TGAGGGGGGT GGCAACCATT CCTTTATCAA TCCAGTTTAT 
AGGAACTGCA TCAACCAAGA GAAAACTGAG AGTTCCATCT ATTCTTTCCC AAATCCATTT 
TATGGTGCAG CATCTGGAAG CCTGGAGACA GTGTCACATC ATCTCAAATC TTAA

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

RefSeq	XP_021011924.1
CDS	152..6505
Translation	MFLREAAVSAFSMHGFLCFLWTVCLSISSLSQQGVQAFQCSNGVSLPSDYVCDFTDHCGDNSDEQQCWSYGRCNFEDRLCSMTEDQTLLPGWTRRSGMISTSPPFWDHNGNISAHFLALVSRVDSISSNLRSRIFLPTNDQQVCQITFYNFSSNQNGKLIAGLQTMSGDPIEHLWQQTEILQSRWERNVITVRSSQHFQVIFQAQMLATHGQEEVIAIDDISFSSGCLPADVCQTCGFDLDTCGLTTEASAGQTSWMCTKVGEVPSLDSVPWQDQSGHDEGSFVWMRAGHASISRLVESSAYLNSSVCHCMDGNCRLQFNYRMENSVLRVRLYNDKEEKKTWTFNTSTYSAWMKADVLIPEDLKAFKVVLEGTVLSQKSFIGIDQLLVYNFGQTHSQQLCSVNEYTPASRQCLTHSSVCDSGMDHSNGIDEDSEACASLLTWDFESGFCGWEPFPTEDSHWEVVGGLSIEAGHTLSRKQGSFIYFGPQKSTAVARLGSPILTQSLTTFTPCQVRFWYRLSEHSSLSVFTRTSVDGSLLKQSEVTQFSDSQWSQAKVDLHAKAEESTLPFQLVLEATILSSNATVAVDDISISHECEISYKSLRSTSIQNKVADCDFEANSCGWFEASGGDHFDWVWSSQSNLSADLEQQAPPRDHTHGTAQGHFMFILKTSNSFFQTAKLQSPTFSQTGPGCTLSFWFYNYGLSVGAAELQLHLENSRDTTALWRVLYNQGSQWSEATVQLGRLTQPFYLSLEKVSLAVYSGVSAIDDIHFENCALPPPVESCDEPDHFWCRQTKACIGRHQLCDLVDDCGDHTDETGCGPELQCDFENGICNWEQSTEDDFNWTRYQGPTSTMNTGPMKDHTLGTAKGHYLYIETSGPQGFQDKAILLSPILNATDANVCTFRLYYHMFGKHIYQLAIYQRIWRNSRGQLLWQIFGDQGNRWIRKDLSITSRKPFQILIVASVGDGFTGDIAIDDLSFMDCTLYPDNLPMDIPSPPETSVPVTLPPNNCTDDQFVCRSNGHCVGNIQKCDFRYDCIDKSDESSCVLEVCTFEERNLCKWYQPIPENSLHDSNTFRWGLGNGISIHHGEENHRPSVDHTKNTTDGWYLYADSSNGKFGDLADIVTPVISLMGPRCTLVFWTYMNGATVGSLQVLIKMGNTISKVWAQSGQQGPQWKKAEVFLGIHSHVEIIFRAKRGVSYIGDVAVDDVSFQNCSPLLSTNRKCTTDEFMCANKHCIEKDKLCDFVNDCADNSDETTFICGTSTGRCDFEFDLCTWEQDQDEDIDWNLKASNIPATSTEPAVDHTLGNSSGHYIVLKSFFPQQPVKAGRISSPVISKRSKDCKIIFNYHMYGSGIGALLLLQVTVTNHTKVLLNLTKEQGNFWQRKELSLSSDEDFRVKFEGRVGEGLRGNIALDDIVLTKSCLPSHHSTREEPAFPLPTGFCPRGYEECQNGRCYSPEQRCNFVDDCGDNSDENECGGSCTFEKGWCGWKNSLAENFDWVLGIGSYKSQRPPKDHTLGNEHGHFMYLEATPVGLHGDKAHFKSATWQESSAACTMSFWYFISAKATGSIQILIKTDKGLWEVWQQSKPDPGNHWRRATILLGKLRNFEVIFQGIRTRDLGGGAAIDDIEFNNCTTVGETADICSEETDFLCQDKKCIASHLVCDYKPDCSDTSDEAHCGYYISTPGSCNFETTSGDWTVDCGLTQDPEDDLDWSIGSIIPTEGLTRDSDHTPGSGRHFLYVNTSLTEEGSTARIVTSHFFRASLGICTVRFWFYMVDPHIVGILKVYLIEESGLNILMWSMIRNKNTGWTYAHVPLSSNSPFKVAFEADLGGKEDIFIALDDITFTPTCASGGPALPQPPLCEEGQFACIYALQCVSASEKCDGQEDCIDGSDEMNCSLGPSPQPCSDTEFQCFESQCIPSLLLCDGVADCHFNEDESSCVNQSCPSGALACNSSGRCIPAHQRCDGTAHCKDIQVDESSCSECPIHYCRNGGTCVIENIGPTCRCVQGWTGNRCHIRSNLSTEGFVHTQNYIWTLLGIGFGFLLTHIAVAILCCLGIRRRPMRKSEGGGNHSFINPVYRNCINQEKTESSIYSFPNPFYGAASGSLETVSHHLKS

Target ORF information:

RefSeq Version	XM_021156265.1
Organism	Mus caroli(Ryukyu mouse)
Definition	Mus caroli MAM and LDL receptor class A domain containing 1 (Malrd1), mRNA.

Target ORF information:

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

XM_021156265.1

ORF Insert Sequence:

ATGTTTCTCC GCGAGGCTGC TGTGTCAGCC TTCTCAATGC ATGGATTTCT TTGTTTCCTT 
TGGACTGTCT GTCTTTCTAT TTCTTCACTG AGTCAGCAAG GAGTCCAAGC CTTTCAGTGC 
AGTAATGGAG TCTCTTTGCC TTCTGACTAT GTGTGTGACT TTACAGACCA CTGTGGGGAC 
AACAGTGACG AGCAGCAATG CTGGAGTTAT GGGAGATGCA ACTTTGAGGA CAGGCTCTGT 
AGCATGACAG AGGACCAGAC CCTGCTACCT GGTTGGACAA GAAGAAGTGG GATGATTAGT 
ACTTCTCCTC CATTTTGGGA CCACAATGGA AACATATCTG CCCATTTTCT CGCACTGGTC 
TCCAGGGTTG ATTCCATCTC CTCAAACTTA AGAAGCAGAA TTTTCCTACC AACTAATGAT 
CAGCAAGTTT GTCAGATTAC CTTTTATAAC TTCTCCAGTA ACCAGAATGG CAAATTGATA 
GCAGGCCTTC AAACCATGTC TGGGGATCCT ATTGAGCATT TATGGCAGCA AACAGAGATA 
CTCCAGAGTC GGTGGGAAAG AAATGTCATC ACAGTACGGA GCTCACAGCA CTTTCAGGTC 
ATTTTTCAAG CTCAAATGCT TGCAACTCAT GGACAGGAGG AAGTTATAGC TATCGATGAC 
ATATCTTTCA GTTCTGGTTG CTTGCCTGCA GATGTGTGCC AGACTTGTGG ATTTGACCTT 
GACACCTGTG GATTGACAAC TGAGGCATCT GCTGGGCAAA CTTCTTGGAT GTGCACAAAA 
GTAGGAGAGG TCCCTTCACT GGACTCTGTA CCTTGGCAGG ATCAAAGTGG CCATGATGAA 
GGTTCCTTTG TATGGATGAG GGCCGGTCAT GCATCTATTT CTAGACTCGT TGAGAGCAGT 
GCATATTTAA ACAGCTCTGT ATGTCACTGC ATGGATGGGA ACTGCCGTCT TCAGTTCAAT 
TACAGGATGG AAAACAGTGT CCTGAGAGTA AGACTGTACA ATGATAAGGA AGAAAAAAAG 
ACTTGGACAT TCAATACATC AACTTACAGT GCATGGATGA AAGCAGATGT GTTAATACCA 
GAAGATCTGA AGGCATTTAA GGTTGTTTTG GAAGGCACAG TTTTGAGTCA GAAAAGTTTT 
ATTGGGATTG ATCAGCTGTT AGTCTACAAC TTTGGACAGA CCCACTCCCA GCAGCTTTGT 
TCTGTAAATG AATACACTCC TGCCAGTAGG CAGTGTCTTA CCCACTCTTC TGTCTGCGAC 
TCTGGAATGG ACCACTCCAA TGGGATTGAT GAAGACTCAG AGGCTTGTGC GAGTCTCCTC 
ACCTGGGACT TCGAGTCTGG TTTCTGTGGC TGGGAACCAT TTCCCACAGA AGACTCCCAC 
TGGGAGGTAG TGGGAGGACT GAGCATTGAG GCTGGTCACA CACTGAGCAG AAAGCAAGGA 
TCATTTATTT ATTTTGGACC CCAGAAGTCC ACTGCGGTGG CCAGGCTTGG TAGTCCTATC 
CTTACCCAAT CACTCACTAC CTTTACTCCT TGCCAGGTGC GGTTTTGGTA TCGTTTATCA 
GAGCATTCCA GTCTCTCTGT TTTCACAAGA ACATCAGTAG ATGGCAGTTT GCTAAAGCAG 
AGTGAAGTGA CCCAATTCTC TGACTCTCAG TGGAGCCAAG CAAAAGTTGA TCTCCACGCA 
AAAGCTGAAG AGTCTACTCT TCCTTTCCAG TTAGTTTTAG AAGCTACCAT TTTGTCATCA 
AATGCTACGG TTGCTGTAGA TGACATCAGT ATATCCCATG AATGTGAAAT TTCCTATAAG 
TCACTTCGAA GTACCAGCAT ACAAAATAAA GTTGCTGATT GTGACTTTGA AGCAAACAGC 
TGTGGGTGGT TTGAAGCCAG TGGTGGTGAT CATTTTGACT GGGTGTGGAG CTCCCAAAGT 
AATCTTTCTG CTGATTTAGA ACAACAAGCT CCACCTAGAG ATCACACTCA TGGAACAGCT 
CAAGGGCATT TCATGTTCAT TTTGAAGACG AGCAACAGCT TCTTTCAAAC TGCTAAACTT 
CAGAGCCCAA CTTTCAGCCA GACAGGGCCT GGGTGCACAC TGTCATTCTG GTTTTATAAC 
TATGGACTGT CAGTGGGGGC AGCTGAGTTG CAGCTACATC TAGAAAATTC CAGGGACACC 
ACTGCCCTCT GGAGAGTGCT ATATAACCAA GGCAGCCAGT GGTCAGAGGC AACTGTCCAG 
CTTGGACGCC TCACTCAACC CTTCTATCTG TCACTAGAGA AAGTCAGTCT GGCAGTTTAT 
AGTGGGGTCT CTGCGATTGA TGACATCCAT TTTGAAAACT GTGCTCTTCC TCCTCCTGTG 
GAGAGTTGTG ATGAACCAGA CCACTTTTGG TGTAGACAGA CGAAGGCTTG CATAGGAAGG 
CATCAGCTCT GTGATCTGGT TGATGATTGT GGAGATCACA CAGATGAGAC TGGCTGTGGA 
CCAGAACTAC AGTGTGACTT TGAAAATGGA ATTTGTAACT GGGAACAAAG TACAGAGGAT 
GACTTCAACT GGACCAGATA CCAGGGTCCT ACTTCAACGA TGAACACTGG CCCAATGAAG 
GACCATACAC TGGGCACAGC CAAAGGACAC TACCTTTACA TTGAAACCTC AGGGCCACAG 
GGTTTTCAAG ACAAAGCTAT TTTACTTAGC CCCATCCTTA ATGCAACTGA CGCAAATGTC 
TGCACCTTCC GCCTGTACTA TCACATGTTT GGAAAGCATA TTTATCAGCT GGCTATCTAC 
CAGAGAATTT GGAGGAATTC CAGGGGACAG CTGCTGTGGC AGATATTTGG GGATCAAGGC 
AACAGATGGA TAAGAAAAGA CCTCAGTATT ACCAGCAGGA AGCCCTTTCA GATCTTGATA 
GTGGCCTCAG TGGGAGATGG ATTTACTGGA GATATTGCAA TTGATGATCT GTCATTCATG 
GATTGTACCC TCTACCCAGA TAATTTGCCA ATGGACATTC CAAGTCCACC AGAAACTTCA 
GTTCCAGTGA CCTTGCCTCC AAACAACTGC ACCGATGATC AATTTGTCTG CAGGTCTAAT 
GGTCACTGTG TTGGAAACAT TCAGAAATGT GACTTCAGAT ATGACTGCAT TGATAAATCG 
GATGAGTCAT CTTGTGTACT GGAGGTTTGT ACATTTGAAG AGAGAAACCT ATGTAAATGG 
TACCAACCAA TCCCAGAAAA TTCACTCCAT GATTCAAATA CATTCAGGTG GGGACTCGGT 
AATGGGATCA GTATTCATCA TGGGGAAGAA AACCACAGAC CATCAGTAGA TCACACAAAA 
AATACCACAG ATGGTTGGTA CCTGTATGCT GACAGTTCAA ATGGGAAGTT TGGTGACCTT 
GCCGATATTG TTACTCCTGT CATCTCACTC ATGGGACCGA GGTGTACATT GGTGTTCTGG 
ACTTATATGA ACGGTGCTAC GGTGGGCTCT CTCCAGGTAC TCATCAAGAT GGGCAATACG 
ATTTCCAAAG TGTGGGCTCA GAGTGGACAG CAAGGGCCAC AGTGGAAGAA AGCAGAAGTG 
TTTTTAGGCA TTCATTCACA CGTGGAGATC ATCTTTAGGG CGAAACGTGG TGTCAGTTAC 
ATAGGAGATG TGGCAGTAGA TGATGTTTCC TTTCAAAATT GCTCCCCACT ACTTAGCACA 
AACAGAAAGT GCACCACTGA TGAATTCATG TGTGCTAACA AGCATTGCAT TGAAAAGGAC 
AAACTATGTG ACTTTGTGAA TGACTGTGCA GATAATTCAG ATGAGACCAC ATTCATCTGT 
GGTACCTCTA CTGGGCGCTG TGACTTCGAG TTTGACCTTT GTACCTGGGA GCAAGATCAG 
GATGAGGACA TTGACTGGAA CCTGAAAGCT AGCAACATCC CAGCTACAAG CACTGAGCCA 
GCAGTGGACC ACACCCTGGG AAACTCCTCT GGTCATTACA TCGTTCTCAA AAGCTTTTTC 
CCACAGCAGC CCGTGAAAGC AGGCAGAATA TCAAGCCCAG TTATAAGCAA GAGAAGCAAA 
GACTGCAAGA TTATTTTTAA CTATCACATG TATGGAAGTG GCATTGGGGC CCTCCTCTTG 
CTCCAGGTGA CAGTCACAAA CCACACAAAG GTGCTCCTGA ATCTCACTAA AGAACAAGGC 
AATTTCTGGC AGAGGAAAGA ATTGTCATTG TCTAGTGATG AAGACTTTCG AGTCAAATTT 
GAAGGCAGAG TTGGGGAAGG CCTCCGTGGT AACATTGCAC TTGATGACAT TGTACTTACA 
AAGAGCTGTC TGCCATCTCA CCACTCCACA AGGGAAGAAC CAGCCTTTCC CCTGCCAACA 
GGCTTTTGCC CACGGGGCTA TGAGGAGTGT CAGAATGGCA GATGCTACAG TCCAGAGCAG 
AGGTGTAATT TTGTAGATGA CTGTGGAGAT AACAGTGATG AGAATGAGTG TGGTGGCTCC 
TGCACTTTTG AGAAAGGTTG GTGTGGCTGG AAGAACTCCC TAGCTGAAAA CTTCGATTGG 
GTTTTAGGAA TTGGGTCTTA TAAAAGCCAA CGACCTCCCA AAGACCACAC ACTTGGAAAT 
GAACATGGTC ACTTCATGTA TCTGGAGGCT ACCCCAGTGG GTCTTCATGG TGACAAAGCC 
CACTTCAAGA GTGCCACATG GCAAGAATCC AGCGCTGCCT GCACTATGAG CTTCTGGTAT 
TTCATATCTG CAAAAGCCAC AGGATCCATT CAGATTCTCA TTAAGACAGA CAAAGGACTC 
TGGGAAGTAT GGCAACAAAG CAAGCCAGAT CCTGGTAATC ACTGGCGAAG GGCCACCATC 
CTGTTGGGAA AATTGAGGAA TTTTGAGGTC ATATTTCAAG GAATCAGAAC AAGGGACCTA 
GGAGGCGGAG CTGCGATTGA TGATATTGAA TTCAATAATT GCACAACTGT TGGAGAAACC 
GCTGATATTT GTTCAGAAGA AACAGATTTT TTGTGCCAAG ACAAGAAGTG CATCGCATCC 
CACCTTGTTT GTGACTACAA GCCAGACTGC TCTGACACGT CTGATGAAGC TCATTGTGGG 
TATTACATAA GCACCCCAGG AAGCTGCAAT TTTGAAACAA CTTCAGGAGA CTGGACTGTG 
GACTGTGGAC TCACCCAAGA TCCTGAAGAT GACTTGGATT GGAGCATCGG TAGCATAATT 
CCTACTGAAG GCTTGACCAG AGATTCGGAC CACACACCAG GTAGTGGTCG GCATTTCTTG 
TATGTCAACA CTTCTCTCAC TGAAGAAGGA TCTACTGCAA GAATCGTTAC CTCTCACTTT 
TTTCGAGCAA GCCTTGGAAT ATGTACTGTT CGGTTCTGGT TCTACATGGT GGATCCCCAT 
ATTGTGGGGA TATTAAAGGT ATATCTTATT GAGGAATCAG GACTAAACAT CCTGATGTGG 
TCCATGATCC GAAACAAAAA CACTGGTTGG ACCTATGCGC ATGTACCTCT TTCTAGTAAC 
AGTCCCTTCA AGGTTGCATT CGAGGCTGAC TTGGGTGGAA AGGAGGACAT CTTTATTGCT 
CTTGATGACA TCACTTTCAC ACCAACGTGT GCATCTGGAG GACCAGCCTT ACCACAGCCA 
CCACTTTGTG AAGAAGGCCA GTTTGCTTGT ATCTATGCAC TCCAGTGTGT CTCTGCTTCA 
GAGAAGTGTG ATGGGCAAGA AGATTGTATA GATGGATCTG ATGAAATGAA TTGCTCTCTT 
GGACCCTCTC CTCAACCATG CAGTGATACA GAATTCCAGT GCTTTGAAAG CCAGTGTATC 
CCATCTCTCC TGCTATGTGA TGGAGTGGCT GATTGCCACT TTAATGAAGA TGAATCCAGC 
TGTGTCAATC AGAGCTGCCC CAGTGGAGCT TTGGCATGTA ACTCATCCGG CCGCTGTATC 
CCAGCTCACC AGCGCTGTGA TGGTACTGCC CACTGCAAGG ACATTCAAGT AGATGAATCC 
AGCTGCTCAG AGTGTCCAAT ACATTATTGC AGAAATGGTG GCACTTGTGT GATAGAGAAT 
ATTGGTCCCA CGTGTAGGTG TGTACAAGGA TGGACAGGGA ATCGATGCCA CATCAGGTCT 
AACCTTTCTA CTGAGGGTTT TGTGCATACT CAAAATTACA TATGGACTCT GCTGGGTATC 
GGATTTGGGT TCCTTCTGAC TCATATTGCA GTGGCCATCT TGTGTTGCCT TGGCATCAGA 
AGAAGACCAA TGAGGAAATC TGAGGGGGGT GGCAACCATT CCTTTATCAA TCCAGTTTAT 
AGGAACTGCA TCAACCAAGA GAAAACTGAG AGTTCCATCT ATTCTTTCCC AAATCCATTT 
TATGGTGCAG CATCTGGAAG CCTGGAGACA GTGTCACATC ATCTCAAATC TTAA