CFAP44 cDNA ORF clone, Aquila chrysaetos canadensis

Gene
Clones
gRNAs

Summary

Gene Symbol	CFAP44
Entrez Gene ID	105408436
Full Name	cilia and flagella associated protein 44
Gene Type	protein-coding
Organism	Aquila chrysaetos canadensis

mRNA and Protein(s)

mRNA	Protein	Name
XM_011588624.1	XP_011586926.1	cilia- and flagella-associated protein 44

Pathways from BioSystems
Gene Ontology

The following CFAP44 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the CFAP44 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
OAq10364	XM_011588624.1 Latest version!	Aquila chrysaetos canadensis cilia and flagella associated protein 44 (CFAP44), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$1021.30 $1459.00

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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)

CFAP44 ( XM_011588624.1 ) cDNA ORF clone, Aquila chrysaetos canadensis -> XP_011586926.1 Aquila chrysaetos canadensis cilia and flagella associated protein 44 (CFAP44), mRNA.

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CloneID	OAq10364
Clone ID Related Accession (Same CDS sequence)	XM_011588624.1
Accession Version	XM_011588624.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5397bp) 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	2015-03-12
Organism	Aquila chrysaetos canadensis
Product	cilia- and flagella-associated protein 44
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_011950871.1) 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 :: Aquila chrysaetos canadensis Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END## ##RefSeq-Attributes-START## ab initio :: 1% of CDS bases ##RefSeq-Attributes-END##

ATGGACAGAC CACATATCAC AACTTTCACT CTGTACCAGA ACAACAACCA AAAAGAAAGC 
AAAACTAGCC TTCCAAAGGA ATCACCAACT GCAGGAGAAC AGGAGGAAGA AAAGATAGAA 
AAGAAAATCT CAGAAACTTT CTTCTATAAC TATGAAGATA TATATTCACG TCCATTTGTC 
ACTGAAGACT CTGGGATACC AATTAACCTT CTTACTCTTA AACATTCTTT TGGATATGAC 
TGCACCAGAA GTGTAAACCT GCTGCTGATG GATAGCCAAA CACTGATGTA TATAGCAGGC 
AACCAAGTGG TGCTCCTGGA CCTGAAAACT ACATCTCAAA GTTATGTCCG GAGCAGCAGT 
GGTGGTGGAA TTGGGTTTAT CACGGCACAC CCTACTAAGC AGTACTTTGC AGTAGGAGAA 
AAAGGAAAGA AGCCAAACCT CATCATCTAC GATTATCCTT CACTGAGACC CTACAGAATA 
CTGCGAGGTG GAACAGAGGA AGCCTATGTT TTTGGTGATT TCAACGATAC TGGCACTTTG 
CTGGCCAGTG TTGGGAGCAG CCCTGACTAC ATGCTGACTA TCTGGGACTG GAAACAAGAA 
AAGGTTATGT TGAGGTCAAA AGCTTTTTCA CAGGATGTTT ACAAGGTCAC ATTTTCTGCT 
GATAATGAAG AGCAACTAAC TACATCTGGA GCAGGACACA TCAAGTTCTG GAAGATGGCG 
CTCACATTCA CTGGTCTCAA GTTACAAGGA GCTTTGGGCA GGTTTGGAAA AACAGCAGTG 
ACCGACATTA CAGGTTATGT GGAGCTGCCT GATGGGAAAG TTATCTCGGG GACTGAGTGG 
GGCAACTTGC TGCTTTGGGA AGGGGGCCTC ATTAAAGTAG AGCTCTGTCG AGCTGGACAC 
AAGCCCTGTC ACAGCGGCCC TATAAGCCAG TTAGTTCTGG ATGAAGGAGA ACTTGTCACT 
GTTGGAAGAG ATGGCTTCAT TCGGGTGTGG AACTTTGAGA CAATAGATGC TGCTGATTCT 
GTGGATGACA CAGGGTTACT GGAGGTGGAG CCTATGAATG AACTTCACGT TGGCAGGAAT 
GTCAGTCTGA GTTTCATGTC AAAAGTTCAT GACTGTGGAC AGCCCATTTG GTATGCTCAG 
GATAACAATG GAGCAATCTG GAAGCTGGAT TTGACTTTTT CAAATATGAC CCGTGATCCA 
GAGTGCCTGT GTACCTTCCA CTCTGGAAGG ATTGAGGCCA TGAGTGTCTC TCCTGTTACA 
TACCTTATGG CCACCACTGC TCTTGACCGG TCAGTGCGTA TCTATGATTT CATCAGCAAC 
AGTCAACTGA GTGAAATTAA GTTTAAACAA GGAGGAACAG CACTGATGTG GGCACCTCGT 
GTTGTAAATC CTAAAGGAGG TCTAATTGCT GTGGGCTTTG AAGATGGTGT TGTCCGAATA 
ATTGAAGTTT ATGATCCCAA AGGACTGCCC ATTCTTGCAG GACAGACCAA TACAGAGAAT 
GCAGAGATAA ATCTGAAACA CGTTTTCAAA CCTCATGCTA CTGCAGTTAC AGCCTTGGCA 
TATGAACGAA ATGGAGATGT GCTTGCCACA GGGAGTAAAG ACAAAACTGT TTTCTTTTTT 
GCTGTTGAAG ATGAATACAG GCCAATCGGA TTCATCTGTG TCCCTGGGCC TGTGCAGGCA 
TTACAGTGGT CTCCACCTTC TCATGTGAAG AGCATGCTGC TCATCCTTTG TGAGAATGGC 
TTTGCTCTCC AGGTTCCTGC CCCTCTCCCT GAGGAACAGG ATACAGTGTC CACCTATCAA 
ATAAAAAACC TGCCGATGCA GTACTTCCAT TTTTATAGCG TTAAATCCCG AATCAAGCTG 
GAAGAGGAGA TTGCACTGAG AGAGAAAAAA AAGCATGAGA AGGAGAAAGC AAAGCTTGAA 
TGGATAAAGC AGCAACAGGA GATGGGAAAG GAGATAGAAG AAGAAGAACC TGAAGAGGAA 
CCCGAAGAAG AGCCATTGCC ACCTCTCTAC ATACCAGAGG AGCCCAGTCC CATCCTCTGT 
GGGTTTTATT CAGCACCAGG AAAATTTTGG CTTTCCTTGG GTGGGTATGA CTCAGGGTTC 
CTCTATCACT GTGAATTCTC CTCAAATCAC GAAGACGACC CTGAAAACAG GCAAGATGAA 
CCCTTTGAAG TGATTGCTAT TGAGGACACT GACAACAATC CCATCCACCA AATCTCCTTC 
TGTACCAGCA GGCTACTGAT GTTCTGTGGG ATGCAGAATG GCGCACTGCG TGTTTATCCC 
CTCCAAGATA AAGACCTCTC AGTGAATACC CTAAAGGAAT ACTGGTCCTT CAATGTACAT 
GACAATGATT ATGGCCAGAT CCAGGGGATC TGTTCTAGTT ACGATGATAG ATTTCTGATT 
ACCTGTGGTG GAGATGGAAA CATTTTTACT TTCAACATCT TGTCTCCAGA GGATGTTCAC 
AAAGAGCTAA AAGCCAAAAT CCCCTCTCCT AGGAGTGGTC TTGAGAAGGA GAAGGCTGCT 
GAAGACATTG AGGATCCCAA TGCCTACAAC ATTGAGGAAG TCAAGCAGAA AAAGGAGTAT 
GAACGGATAA TGAAGGAAGC TGAAGAAAAA AAAACCAAGA AAAGAGAGCA GTTAATTGCA 
CTGAGGCATG AGTTTCTTCT TCTTCTTCAA AAGAATCAGG AGTTGCCCAA GCACATGCAG 
CTGCACAGAG AGCAGTTTGA GATGGACCAT AGGATCTTTG AGGAGCTGGA TAGGCAGACA 
GCACAGAGAA TCCAGTTAGT GCAAAAGGAG CTGGCTTGGG AGCATGAGAA ACACTTGATT 
GGACTGCAGA AACTGCGAAA TCAGTTTCGA CACTCACTGG AATTTGACAC TGTTGTTGTT 
CATGCTATTC AAAGCAATCA TCAGATTTCC ACCTACAGAC TTCTAGCAAT GTCTGAGAAA 
TACTACCAAG ATAAGGAACG TCCATCATGG AAGAAGACAG TACTTAAGCA GGCATGGAAA 
CAAGCAGAAG AAAGGGAGAC TGTCACAGAG ACAAGGCATG CCAGCATTTT TGAGGGCGAG 
GCAGAAAAGC CGAAGACGTC AGAGGTTCGA AAGCCAACCA CGCGTTATAT AGAAAGCAAA 
CATGAGCAAA TCAGAAGAAT TGTTGAGAAA TCTGACAAGG TGAAAGCTAA GATCATGAAG 
AGGAAGGCAG AGTGGGATGA ATTATATAGG AGCAAACCTA GTGATGATTA TGAGAATCCC 
AAAGATGTTG AGGCCATCAA AGAAGCACAG GAAAATATGG GATGTTATAA GTTGAAGACT 
GCCACTAACT ACAGAGTCCC TGAACACAAG CATATCAACA CTGAGAAGAA GGTGATGCAG 
CTTAAATCCC TGGAATTGTT GATCCATAGG AGGAAAGTGA ATATGAACAA AGAGATCATG 
TCTTTGCGGG ATCTCAAGGT TTCTATTATT GATGAAATCA AGCATTTAGT GCAGGAATTG 
AAATCCATAC AGGGAGCCTT GGATTTATCA GAATGTCTCC CTCTTCCCCT GATCCCTCAG 
TTACACCCAG ATGAGGTTCC TGAAAAAAAA TTTGAATATG ACAGTGACAT CCTTCTGAAG 
TTCAAAGAGG AGCAGGAGGC CAAGGCAAAG CTCCAGGAAC AATTAGAAGG GTCTCCTTCA 
TCTCGCGCAT TTAGGCATGG GTTTCTTCGA GCTCCTTCCA TTAAAGAGAT TGACCCCCTG 
GCACAGGCTG CAGGTGCACA CCCAATGAAA ATAGCATCAT CTGTGGTCAC AGAGCAGCGA 
AAGGTTTCTG AGATTGAGAA GGCAGAGCCA ACAGAAATGG AACTGGAAAT TTTAATGAGG 
GAGAAGATAA AAAATCTATA CTTGCAGGAG ACCTTGATTA AAAAGATCAA CGCACTGGTG 
ACCAACTTTG ATGCTGAACT TCGCGTTCTG CGGCACAAGA AACTGAAGCT GGATGTGCAG 
ATGAAAAGTG CTGACCTGCG CTACATCACG TGGTATGAAG AGCTGCTTAT CCTGAAGAAC 
CTTGAGAAAC ATGAGAACCT TCTCCAGGGG CATGTTAACA CCCTAATCAG GGAGCAGGAG 
GCCATGCAAT CAAAATTGAA CAGCTACCTT GCACAGATGG AGGATAGAAA GTGTGAGATT 
GTAAAGCTTC AGGAATGTGA GAAAGCTCTT TATGCCAACT TCCAAGCATC CCTTGGAGAA 
AACAATGAGT TTGCCCATTT TCTGACCAAG GTTCTGAAGA AGAAAATCAA GTGCATGGAA 
AAAAAAGAAG TAGGAAGAGA AGCAGATGAA GAAGATGAGA ATGAAGAGGA GAATGATGAA 
GAGCCCACCT TGGGGACTGA TGAAGAAAAT TCTGGATCTA AAGAGGAAGT CTTTGATGAC 
TCTGTTTGCC CAAAGAACTG CAATGAGGCA CTCTTCCGAA ACACCATCCA GCTCCGGGAG 
AAGTGGTTAG ACATTGAGAA AGCTTTAACA GAGGAGAAGA AAGTTGCTGC TAACCTCAGA 
AAGAAATATA ATGCCTTGGC CAAGAAGGCA AAAGTAGTGG AAACCAGTCT GGACACTGCA 
GACAGGGACC TGAAGACCTT TCAGTGGGAA AAGCAGCAAA GACTGAATGA GCTATATGTA 
GTTGTTCCTT TGAAACTCCA TCAGGTGGAG TACTTGGTTA ATGGGGAGAT GCCCAGTGAT 
TTCTCCCAGG CTTTGGTATT TACCAACCAG TCCTTAGAGT ATCTGCAGAA GAGAATTGTG 
GACCTACATA ATGAAAAGAG AATGCAAAGA GAGATCTATA AGAAGGCCCA GGAGCAACAT 
AAGCAGCTTG TCCAGGACAA AAAGGAGATG GAGATAAAGA TTCGACAACT GGAAGAGAAG 
TGCAATCATC TGATGATGAA GAAGTTTGGC CGGCTGGTTG ATTTTGAAGC AGTTCAAGCA 
CACTCTGTTA ACATACGCGT GGAAGAGTTG GAAGTGCAAA TAATGGAGAA AGAATATGTG 
CATTCCCAGG AGCTCAAAGA GTGGGAGGAG AGAATCTTAG ACCTGCAGCA GCAGCTTATG 
AAGCTGACAA AGGAAAACAC TAGCAAGCTG CAGCAGCTGA ACCAGTTTTG CCGTGAAAAG 
CAGCAACTTG AAACTAAGCT GGCTTCGCTA AAGAATGATC TAGGAGTAGA ATTTCAGGGC 
ACCCGAACTA CTGACATCAA AGAGAAGGCC AGGTTGGAGT CACAGCTCAA GCACGCAGCT 
CGTGACACAG CCCTCCTAAG AGAAGAAATC AATCTTCTAA GCAGAAAAGA TGGGTGCCTC 
TTTCTACAAC CTTCATCGCC GCAGGACTCT GAGACACCAA CTGAATCATT CCCTGTCCTT 
ACACCAGAAA CAGTAACTAA CAACAGCCCT GTCTCCCTTA AAAACGGACA TGGTTAA

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

RefSeq	XP_011586926.1
CDS	1..5397
Translation	MDRPHITTFTLYQNNNQKESKTSLPKESPTAGEQEEEKIEKKISETFFYNYEDIYSRPFVTEDSGIPINLLTLKHSFGYDCTRSVNLLLMDSQTLMYIAGNQVVLLDLKTTSQSYVRSSSGGGIGFITAHPTKQYFAVGEKGKKPNLIIYDYPSLRPYRILRGGTEEAYVFGDFNDTGTLLASVGSSPDYMLTIWDWKQEKVMLRSKAFSQDVYKVTFSADNEEQLTTSGAGHIKFWKMALTFTGLKLQGALGRFGKTAVTDITGYVELPDGKVISGTEWGNLLLWEGGLIKVELCRAGHKPCHSGPISQLVLDEGELVTVGRDGFIRVWNFETIDAADSVDDTGLLEVEPMNELHVGRNVSLSFMSKVHDCGQPIWYAQDNNGAIWKLDLTFSNMTRDPECLCTFHSGRIEAMSVSPVTYLMATTALDRSVRIYDFISNSQLSEIKFKQGGTALMWAPRVVNPKGGLIAVGFEDGVVRIIEVYDPKGLPILAGQTNTENAEINLKHVFKPHATAVTALAYERNGDVLATGSKDKTVFFFAVEDEYRPIGFICVPGPVQALQWSPPSHVKSMLLILCENGFALQVPAPLPEEQDTVSTYQIKNLPMQYFHFYSVKSRIKLEEEIALREKKKHEKEKAKLEWIKQQQEMGKEIEEEEPEEEPEEEPLPPLYIPEEPSPILCGFYSAPGKFWLSLGGYDSGFLYHCEFSSNHEDDPENRQDEPFEVIAIEDTDNNPIHQISFCTSRLLMFCGMQNGALRVYPLQDKDLSVNTLKEYWSFNVHDNDYGQIQGICSSYDDRFLITCGGDGNIFTFNILSPEDVHKELKAKIPSPRSGLEKEKAAEDIEDPNAYNIEEVKQKKEYERIMKEAEEKKTKKREQLIALRHEFLLLLQKNQELPKHMQLHREQFEMDHRIFEELDRQTAQRIQLVQKELAWEHEKHLIGLQKLRNQFRHSLEFDTVVVHAIQSNHQISTYRLLAMSEKYYQDKERPSWKKTVLKQAWKQAEERETVTETRHASIFEGEAEKPKTSEVRKPTTRYIESKHEQIRRIVEKSDKVKAKIMKRKAEWDELYRSKPSDDYENPKDVEAIKEAQENMGCYKLKTATNYRVPEHKHINTEKKVMQLKSLELLIHRRKVNMNKEIMSLRDLKVSIIDEIKHLVQELKSIQGALDLSECLPLPLIPQLHPDEVPEKKFEYDSDILLKFKEEQEAKAKLQEQLEGSPSSRAFRHGFLRAPSIKEIDPLAQAAGAHPMKIASSVVTEQRKVSEIEKAEPTEMELEILMREKIKNLYLQETLIKKINALVTNFDAELRVLRHKKLKLDVQMKSADLRYITWYEELLILKNLEKHENLLQGHVNTLIREQEAMQSKLNSYLAQMEDRKCEIVKLQECEKALYANFQASLGENNEFAHFLTKVLKKKIKCMEKKEVGREADEEDENEEENDEEPTLGTDEENSGSKEEVFDDSVCPKNCNEALFRNTIQLREKWLDIEKALTEEKKVAANLRKKYNALAKKAKVVETSLDTADRDLKTFQWEKQQRLNELYVVVPLKLHQVEYLVNGEMPSDFSQALVFTNQSLEYLQKRIVDLHNEKRMQREIYKKAQEQHKQLVQDKKEMEIKIRQLEEKCNHLMMKKFGRLVDFEAVQAHSVNIRVEELEVQIMEKEYVHSQELKEWEERILDLQQQLMKLTKENTSKLQQLNQFCREKQQLETKLASLKNDLGVEFQGTRTTDIKEKARLESQLKHAARDTALLREEINLLSRKDGCLFLQPSSPQDSETPTESFPVLTPETVTNNSPVSLKNGHG

Target ORF information:

RefSeq Version	XM_011588624.1
Organism	Aquila chrysaetos canadensis
Definition	Aquila chrysaetos canadensis cilia and flagella associated protein 44 (CFAP44), mRNA.

Target ORF information:

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

XM_011588624.1

ORF Insert Sequence:

ATGGACAGAC CACATATCAC AACTTTCACT CTGTACCAGA ACAACAACCA AAAAGAAAGC 
AAAACTAGCC TTCCAAAGGA ATCACCAACT GCAGGAGAAC AGGAGGAAGA AAAGATAGAA 
AAGAAAATCT CAGAAACTTT CTTCTATAAC TATGAAGATA TATATTCACG TCCATTTGTC 
ACTGAAGACT CTGGGATACC AATTAACCTT CTTACTCTTA AACATTCTTT TGGATATGAC 
TGCACCAGAA GTGTAAACCT GCTGCTGATG GATAGCCAAA CACTGATGTA TATAGCAGGC 
AACCAAGTGG TGCTCCTGGA CCTGAAAACT ACATCTCAAA GTTATGTCCG GAGCAGCAGT 
GGTGGTGGAA TTGGGTTTAT CACGGCACAC CCTACTAAGC AGTACTTTGC AGTAGGAGAA 
AAAGGAAAGA AGCCAAACCT CATCATCTAC GATTATCCTT CACTGAGACC CTACAGAATA 
CTGCGAGGTG GAACAGAGGA AGCCTATGTT TTTGGTGATT TCAACGATAC TGGCACTTTG 
CTGGCCAGTG TTGGGAGCAG CCCTGACTAC ATGCTGACTA TCTGGGACTG GAAACAAGAA 
AAGGTTATGT TGAGGTCAAA AGCTTTTTCA CAGGATGTTT ACAAGGTCAC ATTTTCTGCT 
GATAATGAAG AGCAACTAAC TACATCTGGA GCAGGACACA TCAAGTTCTG GAAGATGGCG 
CTCACATTCA CTGGTCTCAA GTTACAAGGA GCTTTGGGCA GGTTTGGAAA AACAGCAGTG 
ACCGACATTA CAGGTTATGT GGAGCTGCCT GATGGGAAAG TTATCTCGGG GACTGAGTGG 
GGCAACTTGC TGCTTTGGGA AGGGGGCCTC ATTAAAGTAG AGCTCTGTCG AGCTGGACAC 
AAGCCCTGTC ACAGCGGCCC TATAAGCCAG TTAGTTCTGG ATGAAGGAGA ACTTGTCACT 
GTTGGAAGAG ATGGCTTCAT TCGGGTGTGG AACTTTGAGA CAATAGATGC TGCTGATTCT 
GTGGATGACA CAGGGTTACT GGAGGTGGAG CCTATGAATG AACTTCACGT TGGCAGGAAT 
GTCAGTCTGA GTTTCATGTC AAAAGTTCAT GACTGTGGAC AGCCCATTTG GTATGCTCAG 
GATAACAATG GAGCAATCTG GAAGCTGGAT TTGACTTTTT CAAATATGAC CCGTGATCCA 
GAGTGCCTGT GTACCTTCCA CTCTGGAAGG ATTGAGGCCA TGAGTGTCTC TCCTGTTACA 
TACCTTATGG CCACCACTGC TCTTGACCGG TCAGTGCGTA TCTATGATTT CATCAGCAAC 
AGTCAACTGA GTGAAATTAA GTTTAAACAA GGAGGAACAG CACTGATGTG GGCACCTCGT 
GTTGTAAATC CTAAAGGAGG TCTAATTGCT GTGGGCTTTG AAGATGGTGT TGTCCGAATA 
ATTGAAGTTT ATGATCCCAA AGGACTGCCC ATTCTTGCAG GACAGACCAA TACAGAGAAT 
GCAGAGATAA ATCTGAAACA CGTTTTCAAA CCTCATGCTA CTGCAGTTAC AGCCTTGGCA 
TATGAACGAA ATGGAGATGT GCTTGCCACA GGGAGTAAAG ACAAAACTGT TTTCTTTTTT 
GCTGTTGAAG ATGAATACAG GCCAATCGGA TTCATCTGTG TCCCTGGGCC TGTGCAGGCA 
TTACAGTGGT CTCCACCTTC TCATGTGAAG AGCATGCTGC TCATCCTTTG TGAGAATGGC 
TTTGCTCTCC AGGTTCCTGC CCCTCTCCCT GAGGAACAGG ATACAGTGTC CACCTATCAA 
ATAAAAAACC TGCCGATGCA GTACTTCCAT TTTTATAGCG TTAAATCCCG AATCAAGCTG 
GAAGAGGAGA TTGCACTGAG AGAGAAAAAA AAGCATGAGA AGGAGAAAGC AAAGCTTGAA 
TGGATAAAGC AGCAACAGGA GATGGGAAAG GAGATAGAAG AAGAAGAACC TGAAGAGGAA 
CCCGAAGAAG AGCCATTGCC ACCTCTCTAC ATACCAGAGG AGCCCAGTCC CATCCTCTGT 
GGGTTTTATT CAGCACCAGG AAAATTTTGG CTTTCCTTGG GTGGGTATGA CTCAGGGTTC 
CTCTATCACT GTGAATTCTC CTCAAATCAC GAAGACGACC CTGAAAACAG GCAAGATGAA 
CCCTTTGAAG TGATTGCTAT TGAGGACACT GACAACAATC CCATCCACCA AATCTCCTTC 
TGTACCAGCA GGCTACTGAT GTTCTGTGGG ATGCAGAATG GCGCACTGCG TGTTTATCCC 
CTCCAAGATA AAGACCTCTC AGTGAATACC CTAAAGGAAT ACTGGTCCTT CAATGTACAT 
GACAATGATT ATGGCCAGAT CCAGGGGATC TGTTCTAGTT ACGATGATAG ATTTCTGATT 
ACCTGTGGTG GAGATGGAAA CATTTTTACT TTCAACATCT TGTCTCCAGA GGATGTTCAC 
AAAGAGCTAA AAGCCAAAAT CCCCTCTCCT AGGAGTGGTC TTGAGAAGGA GAAGGCTGCT 
GAAGACATTG AGGATCCCAA TGCCTACAAC ATTGAGGAAG TCAAGCAGAA AAAGGAGTAT 
GAACGGATAA TGAAGGAAGC TGAAGAAAAA AAAACCAAGA AAAGAGAGCA GTTAATTGCA 
CTGAGGCATG AGTTTCTTCT TCTTCTTCAA AAGAATCAGG AGTTGCCCAA GCACATGCAG 
CTGCACAGAG AGCAGTTTGA GATGGACCAT AGGATCTTTG AGGAGCTGGA TAGGCAGACA 
GCACAGAGAA TCCAGTTAGT GCAAAAGGAG CTGGCTTGGG AGCATGAGAA ACACTTGATT 
GGACTGCAGA AACTGCGAAA TCAGTTTCGA CACTCACTGG AATTTGACAC TGTTGTTGTT 
CATGCTATTC AAAGCAATCA TCAGATTTCC ACCTACAGAC TTCTAGCAAT GTCTGAGAAA 
TACTACCAAG ATAAGGAACG TCCATCATGG AAGAAGACAG TACTTAAGCA GGCATGGAAA 
CAAGCAGAAG AAAGGGAGAC TGTCACAGAG ACAAGGCATG CCAGCATTTT TGAGGGCGAG 
GCAGAAAAGC CGAAGACGTC AGAGGTTCGA AAGCCAACCA CGCGTTATAT AGAAAGCAAA 
CATGAGCAAA TCAGAAGAAT TGTTGAGAAA TCTGACAAGG TGAAAGCTAA GATCATGAAG 
AGGAAGGCAG AGTGGGATGA ATTATATAGG AGCAAACCTA GTGATGATTA TGAGAATCCC 
AAAGATGTTG AGGCCATCAA AGAAGCACAG GAAAATATGG GATGTTATAA GTTGAAGACT 
GCCACTAACT ACAGAGTCCC TGAACACAAG CATATCAACA CTGAGAAGAA GGTGATGCAG 
CTTAAATCCC TGGAATTGTT GATCCATAGG AGGAAAGTGA ATATGAACAA AGAGATCATG 
TCTTTGCGGG ATCTCAAGGT TTCTATTATT GATGAAATCA AGCATTTAGT GCAGGAATTG 
AAATCCATAC AGGGAGCCTT GGATTTATCA GAATGTCTCC CTCTTCCCCT GATCCCTCAG 
TTACACCCAG ATGAGGTTCC TGAAAAAAAA TTTGAATATG ACAGTGACAT CCTTCTGAAG 
TTCAAAGAGG AGCAGGAGGC CAAGGCAAAG CTCCAGGAAC AATTAGAAGG GTCTCCTTCA 
TCTCGCGCAT TTAGGCATGG GTTTCTTCGA GCTCCTTCCA TTAAAGAGAT TGACCCCCTG 
GCACAGGCTG CAGGTGCACA CCCAATGAAA ATAGCATCAT CTGTGGTCAC AGAGCAGCGA 
AAGGTTTCTG AGATTGAGAA GGCAGAGCCA ACAGAAATGG AACTGGAAAT TTTAATGAGG 
GAGAAGATAA AAAATCTATA CTTGCAGGAG ACCTTGATTA AAAAGATCAA CGCACTGGTG 
ACCAACTTTG ATGCTGAACT TCGCGTTCTG CGGCACAAGA AACTGAAGCT GGATGTGCAG 
ATGAAAAGTG CTGACCTGCG CTACATCACG TGGTATGAAG AGCTGCTTAT CCTGAAGAAC 
CTTGAGAAAC ATGAGAACCT TCTCCAGGGG CATGTTAACA CCCTAATCAG GGAGCAGGAG 
GCCATGCAAT CAAAATTGAA CAGCTACCTT GCACAGATGG AGGATAGAAA GTGTGAGATT 
GTAAAGCTTC AGGAATGTGA GAAAGCTCTT TATGCCAACT TCCAAGCATC CCTTGGAGAA 
AACAATGAGT TTGCCCATTT TCTGACCAAG GTTCTGAAGA AGAAAATCAA GTGCATGGAA 
AAAAAAGAAG TAGGAAGAGA AGCAGATGAA GAAGATGAGA ATGAAGAGGA GAATGATGAA 
GAGCCCACCT TGGGGACTGA TGAAGAAAAT TCTGGATCTA AAGAGGAAGT CTTTGATGAC 
TCTGTTTGCC CAAAGAACTG CAATGAGGCA CTCTTCCGAA ACACCATCCA GCTCCGGGAG 
AAGTGGTTAG ACATTGAGAA AGCTTTAACA GAGGAGAAGA AAGTTGCTGC TAACCTCAGA 
AAGAAATATA ATGCCTTGGC CAAGAAGGCA AAAGTAGTGG AAACCAGTCT GGACACTGCA 
GACAGGGACC TGAAGACCTT TCAGTGGGAA AAGCAGCAAA GACTGAATGA GCTATATGTA 
GTTGTTCCTT TGAAACTCCA TCAGGTGGAG TACTTGGTTA ATGGGGAGAT GCCCAGTGAT 
TTCTCCCAGG CTTTGGTATT TACCAACCAG TCCTTAGAGT ATCTGCAGAA GAGAATTGTG 
GACCTACATA ATGAAAAGAG AATGCAAAGA GAGATCTATA AGAAGGCCCA GGAGCAACAT 
AAGCAGCTTG TCCAGGACAA AAAGGAGATG GAGATAAAGA TTCGACAACT GGAAGAGAAG 
TGCAATCATC TGATGATGAA GAAGTTTGGC CGGCTGGTTG ATTTTGAAGC AGTTCAAGCA 
CACTCTGTTA ACATACGCGT GGAAGAGTTG GAAGTGCAAA TAATGGAGAA AGAATATGTG 
CATTCCCAGG AGCTCAAAGA GTGGGAGGAG AGAATCTTAG ACCTGCAGCA GCAGCTTATG 
AAGCTGACAA AGGAAAACAC TAGCAAGCTG CAGCAGCTGA ACCAGTTTTG CCGTGAAAAG 
CAGCAACTTG AAACTAAGCT GGCTTCGCTA AAGAATGATC TAGGAGTAGA ATTTCAGGGC 
ACCCGAACTA CTGACATCAA AGAGAAGGCC AGGTTGGAGT CACAGCTCAA GCACGCAGCT 
CGTGACACAG CCCTCCTAAG AGAAGAAATC AATCTTCTAA GCAGAAAAGA TGGGTGCCTC 
TTTCTACAAC CTTCATCGCC GCAGGACTCT GAGACACCAA CTGAATCATT CCCTGTCCTT 
ACACCAGAAA CAGTAACTAA CAACAGCCCT GTCTCCCTTA AAAACGGACA TGGTTAA