MALRD1 cDNA ORF clone, Calidris pugnax(ruff)

Gene
Clones
gRNAs

Summary

Gene Symbol	MALRD1
Entrez Gene ID	106890254
Full Name	MAM and LDL receptor class A domain containing 1
Gene Type	protein-coding
Organism	Calidris pugnax(ruff)

mRNA and Protein(s)

mRNA	Protein	Name
XM_014945933.1	XP_014801419.1	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
OCa58587	XM_014945933.1 Latest version!	Calidris pugnax 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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Next-day Shipping ORF Clones ( in default vector with tag)
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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_014945933.1 ) cDNA ORF clone, Calidris pugnax(ruff) -> XP_014801419.1 Calidris pugnax MAM and LDL receptor class A domain containing 1 (MALRD1), mRNA.

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CloneID	OCa58587
Clone ID Related Accession (Same CDS sequence)	XM_014945933.1
Accession Version	XM_014945933.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6567bp) 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	2015-12-08
Organism	Calidris pugnax(ruff)
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 (NW_015090775.1) 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 :: Calidris pugnax Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.5 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAACAAAC TCCTATATTT CTGTGTGTTA TGTTGCTTTG CTTTGGTAGA TTCTTGGCCA 
TCTACAGGAA GTGAATGCCA GCGCGGTGAT GGCTCCTCTG CTCCACCTGG GGAATCTTGT 
ATTTTTGCCA GCCAGTGTGG AGGCAGCAGT GATGAGAAAC AAGGTTCGTC CTGTGAAAAG 
TGTGATTTTG AAACTGACCA ATGCAAAGCT CTTCATGAAC TGAATTTACA GCCTGGATGG 
ATACAAAGAA ATGGTCGATC TGGCTTGGGA CCACCGTACT CTGACCACAG TGGAAATGAC 
AGTGCTTATT TCCTCTCATT GTCCTCTGAA ATGCGATCCT CTTCTGCAAC TTTAAGGACC 
AATGTTTTCC TTCCAACTGA TGAAGAACAC ATTTGTCAGA TTACATTTCA TTATTGGATC 
AGTCATGTGA GTGGCACATT GATGGTGGGG CTCCAAAAGT CCTCTGAAGA TACTATTACA 
AACATCTGGC AAGATTCAGG AGAACTGCAA AATCAGTGGA AATCAAAGAC CATCATAATC 
AATAGCACTG AAAAATATGA GGTTGTCTTT CGGGGGATGG TGGAGACCCA GAGACAAGAT 
CAAACTGTTG CCATTGATGA TATTACTTTC AGTGAAGGAT GCTCTCTGGC AAGTGCACCA 
CAGGCTTCCA GTTTTGAGCT TGGAGTGTGT GAGTGGCATT CAGATCAACC AGCTGAGCCT 
GATGCGCTGG CACGACTGCA GGCTGGGCAC AAGATTGCCA CCTGTTCCTT CCTAAATGAT 
CCGAGCAACA ACACTGAAGG ATGCTATGTA TGGTTAGAAG CTAATGTCAA TGCATTATAC 
AGAAGTGCTT ATCTTAACAA TTCGGTGTGT CGTTGCTCCA GCAAGAACTG CCACTTCCAG 
TTTCATTACT GGACGGCAGA TAGCAGCGTT CTCAAGGCGG TACTGTTTAA TAATCAGGAG 
GAACATGTCT TATGGGAAAC CAACATCATG ACTAAGAAGG AATGGGTCAA AGTGGATATA 
CAGCTACCGA CACAGCTAGA AGAATTAAAG CTCATGTTTA AAGGAACACT GGAAAGCAGA 
GCGAGTTCTG TATGTTTGAA TAGCATCCAG CTCTTGGATG CTACACCATC GGAGCCAGCA 
GGTTTCTGCT CCACAGAAGA ATCCACCTGC ACTGCTGGGC ACTCCATGGA GCCTGGATCA 
GCCTGTGATT GTTCTGACGG TAGCGATGAA GATCTAGCAG CCTGCTCTAA TTACACTATG 
TGTGATTTCG AGACTGACCT CTGTGGATGG AAGCCCCTAA GCCGAGCTGA CGCTGACTGG 
AACATAATGA AGGAACAGGC TCCCCTCAAA AAGAGACTCC CTGGCAGAGC TCATACAACT 
AATAGTGGAC ATGGAGCATT CCTTTACTTC AGTGGCTCAC ATCAGATGAA CACAAAGATG 
GCCATGTCTC ATCTGGGGAG CCCTTTGCTT TTCAAGCTGT CCCCTGGGCC TTCCTGCTGT 
CAGGTAAGAT TTTGGTACTG GTTATCTCAG GATTCCCAGC TTTCTGTCTT TAAGAGAACT 
GCATCAGATG GAAGTTTGGA AAAACTGCGT GACATTTCAA CAATGCCTGA AATGCAGTGG 
ACAAAAGTGA ATATACCCAT AGAAAGTGCA GCTGACGACT TAACTTTTCA GATTATTTTA 
CGAGCTACCA TCCTTACAAC AAACGCTACT GTAGCTGTTG ATGACATCAG CGTAACAAAG 
GGATGTGGAG TTGTGAATAA ATCCTTCCCA GGTGTCAGCC AGGAAAGTGA AGGGGAAACA 
GAATTTGCAG ATGTTAATTC TTCACCTTTT CACTGTCCAC TGGGATTTTT TTCGTGTGGC 
GATGGACAAT GTATTTCATC TGACAAATTT TGTGATTTCA CACCTGACTG TTCAAATAAC 
CGTGATGAAG CAAAGTACCC TGCTGTATGT GACTTCGAAA GAGAGAGCTG TGGTTGGATT 
GAAAGTGTAG ATGGAGATGG CTTTGACTGG CTAAGAAGTT CCAGTAGTGC TCTTGCACCT 
GCTTTTCAGA AGCAAGCTCC TCCACAAGAT CACACCTACA ACAAATCTGA AGGTCATTTT 
ATGTTCATTC TGAAAAACAG CAGCAGCATT TCACAAGTAG CTCGGCTAAG AAGCCCAAAG 
TTCAGGCAAA CTGGATCAAA TTGCACATTG TCCTTTTGGT ATTACAATTA TGGACAGTCA 
GTTGGAGCAG CAGAGATGCA GTTGTTTGTG GATGGGCAGA GACTGCCTAC TGTCCTTTGG 
AGGGCATATT ACAATGAAGG AAATCAATGG TTGAACGCAG TCATTCAGCT TGGACGCCTT 
CCACGTCCTT TCCAATTATC ACTTGATAAA ATCAGTCTGG GATTTTATGA CGGTGTCTCA 
GCAATTGACG ATATTACGTT TGAAAATTGT GCCCTTCCAC CTCCAGCATT AAGTTGTGAA 
GGTCCTCGTC GTTTCTGGTG CAGAGACACA AAAGCATGTA TTGACAGTTT ATTGGTCTGT 
GATCTCGTGG ATGACTGTGG GGATGGATCA GATGAATACA ACTGTAACCC TGACCTACAG 
TGTAACTTTG AAAATGGGTT GTGCAATTGG GAGCAGGACG TTGGGGATGA CTTGGACTGG 
ATCAGAATCC AAGGTCCAAC CCCCACGGTT AACACAGGCC CCTTGAAGGA TCACACCACA 
GGCACAGCCA GGGGACACTA CCTCTACATG GAATCCTCCG AGCCATACCA GTTTCAAGAT 
AAAGCAATTT TGCTTAGTCC TCTCTTCAAC CCTACTGGCA ACGGAACCTG CATTTTCCGT 
TTCCATTATC ACATGTTTGG AAAGCAAGTT TACAAGCTGT CGGTCTTGCA GAGGACTGTG 
AGTAACACCA AGGGGTGGCT GTTGTGGTAC AAGTTTGGAA ATCAAGGAAA CAGATGGATC 
AGACAGACAC TCTACATCAG CAGCTTTAAG CCCTTTCAGA TCTTGGTGAA AGGTGTCGTA 
GGAGATGGTT TCACTGGAGA CATTGGACTT GATGACATGT CTTTTCTAGG CTGCACTCTT 
TACAATGGAA ACTTGCCAAC AATCTCTACA ACTACTCCAG GAACTTCAGT TCCTGCCACA 
CTTCCCATTA ACAACTGCAC AGAGGAGGAG TTTGTCTGCA GAGCCTCTGG CCATTGCATC 
CAGATGATCC AGAAGTGTGA TTTTAGACCC GACTGCTCTG ATAAGTCTGA TGAATCAGCT 
TGTGTTACGG AAGCCTGCAA CTTTGAGGAT AAAAACCAGT GTGGATGGTA TCAACCAGCC 
TTGGAACCGG TGTCAGGAAA TTATTCCATC CGTACCACAA ACATATTCAA GTGGGAACTC 
GGAAGAGGGG CAAATCTCTA TCCTGAGCAA GAAAAAGACT GCCCATTAAT TGATCATACT 
ACGTCTACTG AAGAAGGCTG GTATCTGTTT GCAGACAGCT CGAATGGAGA ATTTGGTCAC 
ACTGCTGACA TTGCTACCCC AGTCATCTCT CTTACGGGGC CCAAATGCAA AATCATATTC 
TGGAACCACA TGAATGGTTC AACAATAGGT TCTCTGGAGG TACTGTGTAA AACTGGTAAT 
AAGACTTCTA AACTGTGGAC TCAAAGTGGC AGCCAAGGTC CCCAGTGGAA CAGAGCAGAA 
GTGTTCTTAG GAATTCGTTC AAATTTCCAG GTTGTTTTCA GGGCAAAACG TGGTATCAGT 
TACATGGGAG ACGTGGCAGT GGATGACATT ACCTTTGAAG ATTGTTCCCC TTTGCTCATC 
CCAGGCAGAC CTTGCACATC AGAGGAATTC ACATGTGCCA ACAAGTACTG CATCCCAAAG 
GATAAATTGT GTGATTTTGT AAATGACTGT GCAGATAACT CAGACGAGAG CCCTACTATT 
TGCAGTACAT CTATTGGGCA TTGCCATTTT GAGTTTGATC TTTGTGGATG GAAGCAAGAT 
GAAAATGATG ATTTTGACTG GAACCTCAGA ACTAGCAGTA CTAGAAAAAT AGGCACTGGA 
CCAGCAACTG ATCATACGTT ACAAGAGCCA TCTGGTCACT ATATTTTTAT AAGGAGTTCA 
TTTCGTCAGC TGCCAGGACA GAAAGCTAGA ATTGCCAGTC CTGTCCTAAG CAGGAGGAAT 
AAAGACTGCA AGATACTATT CTATTACCAT ATGTATGGAG CTCACATTGG ATCATTGGTT 
GTCTATCAGA GGACTACAAT GAAACATGAA AAAATTCTCC TTAATCTTAC TGGAAACCAG 
GGAAATTTCT GGCAGCGCAA GACACTGGTC CTGGATGGAG ATGGAAATGA AGATTTCCAA 
GTTGTCTTTG AAGGGATAGC TGGAAAAGGT CCCAAAGATG GCATAGCACT TGATGACCTC 
ACGTTATCCA GGGAGTGCTT ACCATCCCAG GAGTTTTTAC CAGCAGAACC CACAATGTTG 
CCTCCAACAG GCTCCTGCTC ACATGGCTAT TGGCAATGTC AGAACAGCAA GTGCTACAGA 
CCAGAACAAA GCTGTGATTT TGAAGACGAC TGTGGGGATA ATACAGACGA GAGTGAATGT 
GGAACTTCCT GCACCTTTGA GAATGGCAGA TGTGGCTGGC AAAATTCCCT GGCAGACAGC 
TTTAACTGGG TGATAGGGGT CAGCTCACCT CAAAGTCTCA GACCTCCCGG AGACCACACG 
CTTGGAAATA CCACTGGAAA ATTCCTGTAT CTTGAGGCCA CTGCAATAGG CCTAATAAAT 
GAAAAAGCCC ATGTGAAGAG TTCCAGATGG AAAGAATCAA GCAGGACATG TGTGATGAGC 
TTCTGGTACT TCAAGTCATC AAAAGCCATG GGACATATTC AGGTTCTCAT TAAGACTGCT 
GATGGGATTG TGAAAATATG GAGTGAATCA GGACATCACA GTAACGAGTG GAACAAAGTC 
GAGTTACACT TGGGGAAACG GAGGAATTTT GAAATTATCT TTGAAGGCAT TCGTACCAGA 
GACCTAGGAG GAGGAGCAGC AATAGATGAC ATAGAGTTCA ACAACTGCAC CACAGCTGGA 
GAGAATCCCA GGGAATGCCC TGCCCTCACT GATTTTGTGT GTGGAAATGA GAATTGCATA 
GAGTCTCAGT TTGTCTGCGA CTATAAACCG GACTGTGAAG ACCTGTCAGA TGAAGCTGAC 
TGCAGTTACT ACACAAGTAT TCCTGGAAGC TGTAACTTTG AAACACAAGA TCAAGAATGG 
ACCACTGTAT GTGGATTAAC GCAAGACCCT AACGATGATT TTGACTGGGA TATTAGCAAC 
AGTGCTGTCA CTGGGCAAAT GGGTCCTGAT ACCGACCATA CACCAGGGAA AGGACAGCAT 
TTTTTGTATG TAAACTCATC TGCCCAGAAG GAAGGGAACA GAGCAAGGAT AATGACCACC 
AACCTGTTCC CAGCTAGCCT CGGAGTCTGC AGGGTTCGGT TCTGGTTCTG GATGTTTGCT 
TCTAGGAAAA CAGGAGTCTT AAAGGTATAC ACAGCTGAAG AACATGGAAT GGACGTTCTT 
ATGTGGTCTT CTAGTAGAAA TGAAGAAAAC AAATGGATGT ATGCAAATGT AGTCCTCTCC 
CGTAACAGCC CGTTCAGAGT TGCCTTCGAA GCTGAAGTGG GGTGGAGTGA ACCCACCGAA 
TTTGCTCTTG ATGATATTTC TTTCACCCCA GAATGCATTG ATGGAGGATC AGCTGATCCA 
CACCCTCCCA CTTGCAATAG TGACCAGTTC ACATGTGCGT ACGTGCAGCA GTGTTTACCC 
CTAACTGCAA AATGCAACGG GGCTGAAGAG TGCACGGATG GAAGTGATGA AATGGACTGT 
CCCACCGAGA TGCCTACCAC CACGTCTCCG AGCTCCTGCA AGCAAACAGA GTTCCTGTGT 
CCTTCCAAAG GCTGTATCCC ATCCCTCCTG AAATGTGATG GTGTGCCTGA CTGCCCCCTT 
AATGAAGATG AAGTTGGCTG CCCCATTAAA GACTGTTTCA ATGGTTCTTT GTTATGTGCC 
TCAACTAATC AATGTATAGC AATCTCCCAG CGTTGTGATG GCATTGCAGA CTGCATCGAT 
TTCAGCCTTG ATGAGTCCAG CTGTTCAGTT TGTCCTGAAG AATACTGCAA AAATGGAGGG 
ACATGCATCA TCAAAGATGA CATTCCATTA TGCCAATGTG GAAAAGAATG GAAAGGAAAC 
CGTTGCCACA TGAGTGCTAA GCCTCTTCAG CCTCCAAGTC TCCTTCGAAA CGATATTTGG 
ATTGGTTTGG GTATCGGTTT CTTGCTGATT AAAATTACAG CTGCTGTCTT CTATTTCCTT 
TCGAAGAAGA AAGTGCCAGA AACGAAACTG GAGGAAACCA TGAATGCTTC GTTTGCCAAC 
CCATTGTACG AAGACCTTAG TTCATCTGGG AAAGTAAAGT CTCCTGGGTA TGCCACCTCA 
CCAGCTGTTC AAATCAGTGT TTCCCCATGG CAAGAGTGTC CGTTTAATGA AGACACGAAT 
GCTACTTCTT TTCCAAATCC TCTCTATGGT GAAGTATCCG AAGACATGGA GAAATTATGC 
AGTTCCTTGC AAATAGACAG AAAATAG

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

RefSeq	XP_014801419.1
CDS	1..6567
Translation	MNKLLYFCVLCCFALVDSWPSTGSECQRGDGSSAPPGESCIFASQCGGSSDEKQGSSCEKCDFETDQCKALHELNLQPGWIQRNGRSGLGPPYSDHSGNDSAYFLSLSSEMRSSSATLRTNVFLPTDEEHICQITFHYWISHVSGTLMVGLQKSSEDTITNIWQDSGELQNQWKSKTIIINSTEKYEVVFRGMVETQRQDQTVAIDDITFSEGCSLASAPQASSFELGVCEWHSDQPAEPDALARLQAGHKIATCSFLNDPSNNTEGCYVWLEANVNALYRSAYLNNSVCRCSSKNCHFQFHYWTADSSVLKAVLFNNQEEHVLWETNIMTKKEWVKVDIQLPTQLEELKLMFKGTLESRASSVCLNSIQLLDATPSEPAGFCSTEESTCTAGHSMEPGSACDCSDGSDEDLAACSNYTMCDFETDLCGWKPLSRADADWNIMKEQAPLKKRLPGRAHTTNSGHGAFLYFSGSHQMNTKMAMSHLGSPLLFKLSPGPSCCQVRFWYWLSQDSQLSVFKRTASDGSLEKLRDISTMPEMQWTKVNIPIESAADDLTFQIILRATILTTNATVAVDDISVTKGCGVVNKSFPGVSQESEGETEFADVNSSPFHCPLGFFSCGDGQCISSDKFCDFTPDCSNNRDEAKYPAVCDFERESCGWIESVDGDGFDWLRSSSSALAPAFQKQAPPQDHTYNKSEGHFMFILKNSSSISQVARLRSPKFRQTGSNCTLSFWYYNYGQSVGAAEMQLFVDGQRLPTVLWRAYYNEGNQWLNAVIQLGRLPRPFQLSLDKISLGFYDGVSAIDDITFENCALPPPALSCEGPRRFWCRDTKACIDSLLVCDLVDDCGDGSDEYNCNPDLQCNFENGLCNWEQDVGDDLDWIRIQGPTPTVNTGPLKDHTTGTARGHYLYMESSEPYQFQDKAILLSPLFNPTGNGTCIFRFHYHMFGKQVYKLSVLQRTVSNTKGWLLWYKFGNQGNRWIRQTLYISSFKPFQILVKGVVGDGFTGDIGLDDMSFLGCTLYNGNLPTISTTTPGTSVPATLPINNCTEEEFVCRASGHCIQMIQKCDFRPDCSDKSDESACVTEACNFEDKNQCGWYQPALEPVSGNYSIRTTNIFKWELGRGANLYPEQEKDCPLIDHTTSTEEGWYLFADSSNGEFGHTADIATPVISLTGPKCKIIFWNHMNGSTIGSLEVLCKTGNKTSKLWTQSGSQGPQWNRAEVFLGIRSNFQVVFRAKRGISYMGDVAVDDITFEDCSPLLIPGRPCTSEEFTCANKYCIPKDKLCDFVNDCADNSDESPTICSTSIGHCHFEFDLCGWKQDENDDFDWNLRTSSTRKIGTGPATDHTLQEPSGHYIFIRSSFRQLPGQKARIASPVLSRRNKDCKILFYYHMYGAHIGSLVVYQRTTMKHEKILLNLTGNQGNFWQRKTLVLDGDGNEDFQVVFEGIAGKGPKDGIALDDLTLSRECLPSQEFLPAEPTMLPPTGSCSHGYWQCQNSKCYRPEQSCDFEDDCGDNTDESECGTSCTFENGRCGWQNSLADSFNWVIGVSSPQSLRPPGDHTLGNTTGKFLYLEATAIGLINEKAHVKSSRWKESSRTCVMSFWYFKSSKAMGHIQVLIKTADGIVKIWSESGHHSNEWNKVELHLGKRRNFEIIFEGIRTRDLGGGAAIDDIEFNNCTTAGENPRECPALTDFVCGNENCIESQFVCDYKPDCEDLSDEADCSYYTSIPGSCNFETQDQEWTTVCGLTQDPNDDFDWDISNSAVTGQMGPDTDHTPGKGQHFLYVNSSAQKEGNRARIMTTNLFPASLGVCRVRFWFWMFASRKTGVLKVYTAEEHGMDVLMWSSSRNEENKWMYANVVLSRNSPFRVAFEAEVGWSEPTEFALDDISFTPECIDGGSADPHPPTCNSDQFTCAYVQQCLPLTAKCNGAEECTDGSDEMDCPTEMPTTTSPSSCKQTEFLCPSKGCIPSLLKCDGVPDCPLNEDEVGCPIKDCFNGSLLCASTNQCIAISQRCDGIADCIDFSLDESSCSVCPEEYCKNGGTCIIKDDIPLCQCGKEWKGNRCHMSAKPLQPPSLLRNDIWIGLGIGFLLIKITAAVFYFLSKKKVPETKLEETMNASFANPLYEDLSSSGKVKSPGYATSPAVQISVSPWQECPFNEDTNATSFPNPLYGEVSEDMEKLCSSLQIDRK

Target ORF information:

RefSeq Version	XM_014945933.1
Organism	Calidris pugnax(ruff)
Definition	Calidris pugnax 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_014945933.1

ORF Insert Sequence:

ATGAACAAAC TCCTATATTT CTGTGTGTTA TGTTGCTTTG CTTTGGTAGA TTCTTGGCCA 
TCTACAGGAA GTGAATGCCA GCGCGGTGAT GGCTCCTCTG CTCCACCTGG GGAATCTTGT 
ATTTTTGCCA GCCAGTGTGG AGGCAGCAGT GATGAGAAAC AAGGTTCGTC CTGTGAAAAG 
TGTGATTTTG AAACTGACCA ATGCAAAGCT CTTCATGAAC TGAATTTACA GCCTGGATGG 
ATACAAAGAA ATGGTCGATC TGGCTTGGGA CCACCGTACT CTGACCACAG TGGAAATGAC 
AGTGCTTATT TCCTCTCATT GTCCTCTGAA ATGCGATCCT CTTCTGCAAC TTTAAGGACC 
AATGTTTTCC TTCCAACTGA TGAAGAACAC ATTTGTCAGA TTACATTTCA TTATTGGATC 
AGTCATGTGA GTGGCACATT GATGGTGGGG CTCCAAAAGT CCTCTGAAGA TACTATTACA 
AACATCTGGC AAGATTCAGG AGAACTGCAA AATCAGTGGA AATCAAAGAC CATCATAATC 
AATAGCACTG AAAAATATGA GGTTGTCTTT CGGGGGATGG TGGAGACCCA GAGACAAGAT 
CAAACTGTTG CCATTGATGA TATTACTTTC AGTGAAGGAT GCTCTCTGGC AAGTGCACCA 
CAGGCTTCCA GTTTTGAGCT TGGAGTGTGT GAGTGGCATT CAGATCAACC AGCTGAGCCT 
GATGCGCTGG CACGACTGCA GGCTGGGCAC AAGATTGCCA CCTGTTCCTT CCTAAATGAT 
CCGAGCAACA ACACTGAAGG ATGCTATGTA TGGTTAGAAG CTAATGTCAA TGCATTATAC 
AGAAGTGCTT ATCTTAACAA TTCGGTGTGT CGTTGCTCCA GCAAGAACTG CCACTTCCAG 
TTTCATTACT GGACGGCAGA TAGCAGCGTT CTCAAGGCGG TACTGTTTAA TAATCAGGAG 
GAACATGTCT TATGGGAAAC CAACATCATG ACTAAGAAGG AATGGGTCAA AGTGGATATA 
CAGCTACCGA CACAGCTAGA AGAATTAAAG CTCATGTTTA AAGGAACACT GGAAAGCAGA 
GCGAGTTCTG TATGTTTGAA TAGCATCCAG CTCTTGGATG CTACACCATC GGAGCCAGCA 
GGTTTCTGCT CCACAGAAGA ATCCACCTGC ACTGCTGGGC ACTCCATGGA GCCTGGATCA 
GCCTGTGATT GTTCTGACGG TAGCGATGAA GATCTAGCAG CCTGCTCTAA TTACACTATG 
TGTGATTTCG AGACTGACCT CTGTGGATGG AAGCCCCTAA GCCGAGCTGA CGCTGACTGG 
AACATAATGA AGGAACAGGC TCCCCTCAAA AAGAGACTCC CTGGCAGAGC TCATACAACT 
AATAGTGGAC ATGGAGCATT CCTTTACTTC AGTGGCTCAC ATCAGATGAA CACAAAGATG 
GCCATGTCTC ATCTGGGGAG CCCTTTGCTT TTCAAGCTGT CCCCTGGGCC TTCCTGCTGT 
CAGGTAAGAT TTTGGTACTG GTTATCTCAG GATTCCCAGC TTTCTGTCTT TAAGAGAACT 
GCATCAGATG GAAGTTTGGA AAAACTGCGT GACATTTCAA CAATGCCTGA AATGCAGTGG 
ACAAAAGTGA ATATACCCAT AGAAAGTGCA GCTGACGACT TAACTTTTCA GATTATTTTA 
CGAGCTACCA TCCTTACAAC AAACGCTACT GTAGCTGTTG ATGACATCAG CGTAACAAAG 
GGATGTGGAG TTGTGAATAA ATCCTTCCCA GGTGTCAGCC AGGAAAGTGA AGGGGAAACA 
GAATTTGCAG ATGTTAATTC TTCACCTTTT CACTGTCCAC TGGGATTTTT TTCGTGTGGC 
GATGGACAAT GTATTTCATC TGACAAATTT TGTGATTTCA CACCTGACTG TTCAAATAAC 
CGTGATGAAG CAAAGTACCC TGCTGTATGT GACTTCGAAA GAGAGAGCTG TGGTTGGATT 
GAAAGTGTAG ATGGAGATGG CTTTGACTGG CTAAGAAGTT CCAGTAGTGC TCTTGCACCT 
GCTTTTCAGA AGCAAGCTCC TCCACAAGAT CACACCTACA ACAAATCTGA AGGTCATTTT 
ATGTTCATTC TGAAAAACAG CAGCAGCATT TCACAAGTAG CTCGGCTAAG AAGCCCAAAG 
TTCAGGCAAA CTGGATCAAA TTGCACATTG TCCTTTTGGT ATTACAATTA TGGACAGTCA 
GTTGGAGCAG CAGAGATGCA GTTGTTTGTG GATGGGCAGA GACTGCCTAC TGTCCTTTGG 
AGGGCATATT ACAATGAAGG AAATCAATGG TTGAACGCAG TCATTCAGCT TGGACGCCTT 
CCACGTCCTT TCCAATTATC ACTTGATAAA ATCAGTCTGG GATTTTATGA CGGTGTCTCA 
GCAATTGACG ATATTACGTT TGAAAATTGT GCCCTTCCAC CTCCAGCATT AAGTTGTGAA 
GGTCCTCGTC GTTTCTGGTG CAGAGACACA AAAGCATGTA TTGACAGTTT ATTGGTCTGT 
GATCTCGTGG ATGACTGTGG GGATGGATCA GATGAATACA ACTGTAACCC TGACCTACAG 
TGTAACTTTG AAAATGGGTT GTGCAATTGG GAGCAGGACG TTGGGGATGA CTTGGACTGG 
ATCAGAATCC AAGGTCCAAC CCCCACGGTT AACACAGGCC CCTTGAAGGA TCACACCACA 
GGCACAGCCA GGGGACACTA CCTCTACATG GAATCCTCCG AGCCATACCA GTTTCAAGAT 
AAAGCAATTT TGCTTAGTCC TCTCTTCAAC CCTACTGGCA ACGGAACCTG CATTTTCCGT 
TTCCATTATC ACATGTTTGG AAAGCAAGTT TACAAGCTGT CGGTCTTGCA GAGGACTGTG 
AGTAACACCA AGGGGTGGCT GTTGTGGTAC AAGTTTGGAA ATCAAGGAAA CAGATGGATC 
AGACAGACAC TCTACATCAG CAGCTTTAAG CCCTTTCAGA TCTTGGTGAA AGGTGTCGTA 
GGAGATGGTT TCACTGGAGA CATTGGACTT GATGACATGT CTTTTCTAGG CTGCACTCTT 
TACAATGGAA ACTTGCCAAC AATCTCTACA ACTACTCCAG GAACTTCAGT TCCTGCCACA 
CTTCCCATTA ACAACTGCAC AGAGGAGGAG TTTGTCTGCA GAGCCTCTGG CCATTGCATC 
CAGATGATCC AGAAGTGTGA TTTTAGACCC GACTGCTCTG ATAAGTCTGA TGAATCAGCT 
TGTGTTACGG AAGCCTGCAA CTTTGAGGAT AAAAACCAGT GTGGATGGTA TCAACCAGCC 
TTGGAACCGG TGTCAGGAAA TTATTCCATC CGTACCACAA ACATATTCAA GTGGGAACTC 
GGAAGAGGGG CAAATCTCTA TCCTGAGCAA GAAAAAGACT GCCCATTAAT TGATCATACT 
ACGTCTACTG AAGAAGGCTG GTATCTGTTT GCAGACAGCT CGAATGGAGA ATTTGGTCAC 
ACTGCTGACA TTGCTACCCC AGTCATCTCT CTTACGGGGC CCAAATGCAA AATCATATTC 
TGGAACCACA TGAATGGTTC AACAATAGGT TCTCTGGAGG TACTGTGTAA AACTGGTAAT 
AAGACTTCTA AACTGTGGAC TCAAAGTGGC AGCCAAGGTC CCCAGTGGAA CAGAGCAGAA 
GTGTTCTTAG GAATTCGTTC AAATTTCCAG GTTGTTTTCA GGGCAAAACG TGGTATCAGT 
TACATGGGAG ACGTGGCAGT GGATGACATT ACCTTTGAAG ATTGTTCCCC TTTGCTCATC 
CCAGGCAGAC CTTGCACATC AGAGGAATTC ACATGTGCCA ACAAGTACTG CATCCCAAAG 
GATAAATTGT GTGATTTTGT AAATGACTGT GCAGATAACT CAGACGAGAG CCCTACTATT 
TGCAGTACAT CTATTGGGCA TTGCCATTTT GAGTTTGATC TTTGTGGATG GAAGCAAGAT 
GAAAATGATG ATTTTGACTG GAACCTCAGA ACTAGCAGTA CTAGAAAAAT AGGCACTGGA 
CCAGCAACTG ATCATACGTT ACAAGAGCCA TCTGGTCACT ATATTTTTAT AAGGAGTTCA 
TTTCGTCAGC TGCCAGGACA GAAAGCTAGA ATTGCCAGTC CTGTCCTAAG CAGGAGGAAT 
AAAGACTGCA AGATACTATT CTATTACCAT ATGTATGGAG CTCACATTGG ATCATTGGTT 
GTCTATCAGA GGACTACAAT GAAACATGAA AAAATTCTCC TTAATCTTAC TGGAAACCAG 
GGAAATTTCT GGCAGCGCAA GACACTGGTC CTGGATGGAG ATGGAAATGA AGATTTCCAA 
GTTGTCTTTG AAGGGATAGC TGGAAAAGGT CCCAAAGATG GCATAGCACT TGATGACCTC 
ACGTTATCCA GGGAGTGCTT ACCATCCCAG GAGTTTTTAC CAGCAGAACC CACAATGTTG 
CCTCCAACAG GCTCCTGCTC ACATGGCTAT TGGCAATGTC AGAACAGCAA GTGCTACAGA 
CCAGAACAAA GCTGTGATTT TGAAGACGAC TGTGGGGATA ATACAGACGA GAGTGAATGT 
GGAACTTCCT GCACCTTTGA GAATGGCAGA TGTGGCTGGC AAAATTCCCT GGCAGACAGC 
TTTAACTGGG TGATAGGGGT CAGCTCACCT CAAAGTCTCA GACCTCCCGG AGACCACACG 
CTTGGAAATA CCACTGGAAA ATTCCTGTAT CTTGAGGCCA CTGCAATAGG CCTAATAAAT 
GAAAAAGCCC ATGTGAAGAG TTCCAGATGG AAAGAATCAA GCAGGACATG TGTGATGAGC 
TTCTGGTACT TCAAGTCATC AAAAGCCATG GGACATATTC AGGTTCTCAT TAAGACTGCT 
GATGGGATTG TGAAAATATG GAGTGAATCA GGACATCACA GTAACGAGTG GAACAAAGTC 
GAGTTACACT TGGGGAAACG GAGGAATTTT GAAATTATCT TTGAAGGCAT TCGTACCAGA 
GACCTAGGAG GAGGAGCAGC AATAGATGAC ATAGAGTTCA ACAACTGCAC CACAGCTGGA 
GAGAATCCCA GGGAATGCCC TGCCCTCACT GATTTTGTGT GTGGAAATGA GAATTGCATA 
GAGTCTCAGT TTGTCTGCGA CTATAAACCG GACTGTGAAG ACCTGTCAGA TGAAGCTGAC 
TGCAGTTACT ACACAAGTAT TCCTGGAAGC TGTAACTTTG AAACACAAGA TCAAGAATGG 
ACCACTGTAT GTGGATTAAC GCAAGACCCT AACGATGATT TTGACTGGGA TATTAGCAAC 
AGTGCTGTCA CTGGGCAAAT GGGTCCTGAT ACCGACCATA CACCAGGGAA AGGACAGCAT 
TTTTTGTATG TAAACTCATC TGCCCAGAAG GAAGGGAACA GAGCAAGGAT AATGACCACC 
AACCTGTTCC CAGCTAGCCT CGGAGTCTGC AGGGTTCGGT TCTGGTTCTG GATGTTTGCT 
TCTAGGAAAA CAGGAGTCTT AAAGGTATAC ACAGCTGAAG AACATGGAAT GGACGTTCTT 
ATGTGGTCTT CTAGTAGAAA TGAAGAAAAC AAATGGATGT ATGCAAATGT AGTCCTCTCC 
CGTAACAGCC CGTTCAGAGT TGCCTTCGAA GCTGAAGTGG GGTGGAGTGA ACCCACCGAA 
TTTGCTCTTG ATGATATTTC TTTCACCCCA GAATGCATTG ATGGAGGATC AGCTGATCCA 
CACCCTCCCA CTTGCAATAG TGACCAGTTC ACATGTGCGT ACGTGCAGCA GTGTTTACCC 
CTAACTGCAA AATGCAACGG GGCTGAAGAG TGCACGGATG GAAGTGATGA AATGGACTGT 
CCCACCGAGA TGCCTACCAC CACGTCTCCG AGCTCCTGCA AGCAAACAGA GTTCCTGTGT 
CCTTCCAAAG GCTGTATCCC ATCCCTCCTG AAATGTGATG GTGTGCCTGA CTGCCCCCTT 
AATGAAGATG AAGTTGGCTG CCCCATTAAA GACTGTTTCA ATGGTTCTTT GTTATGTGCC 
TCAACTAATC AATGTATAGC AATCTCCCAG CGTTGTGATG GCATTGCAGA CTGCATCGAT 
TTCAGCCTTG ATGAGTCCAG CTGTTCAGTT TGTCCTGAAG AATACTGCAA AAATGGAGGG 
ACATGCATCA TCAAAGATGA CATTCCATTA TGCCAATGTG GAAAAGAATG GAAAGGAAAC 
CGTTGCCACA TGAGTGCTAA GCCTCTTCAG CCTCCAAGTC TCCTTCGAAA CGATATTTGG 
ATTGGTTTGG GTATCGGTTT CTTGCTGATT AAAATTACAG CTGCTGTCTT CTATTTCCTT 
TCGAAGAAGA AAGTGCCAGA AACGAAACTG GAGGAAACCA TGAATGCTTC GTTTGCCAAC 
CCATTGTACG AAGACCTTAG TTCATCTGGG AAAGTAAAGT CTCCTGGGTA TGCCACCTCA 
CCAGCTGTTC AAATCAGTGT TTCCCCATGG CAAGAGTGTC CGTTTAATGA AGACACGAAT 
GCTACTTCTT TTCCAAATCC TCTCTATGGT GAAGTATCCG AAGACATGGA GAAATTATGC 
AGTTCCTTGC AAATAGACAG AAAATAG

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

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MALRD1 cDNA ORF clone, Calidris pugnax(ruff)

Gene

Clones

gRNAs

Target ORF information:

Target ORF information:

ORF Insert Sequence:

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