MALRD1 cDNA ORF clone, Oryctolagus cuniculus(rabbit)

Gene
Clones
gRNAs

Summary

Gene Symbol	MALRD1
Entrez Gene ID	100343584
Full Name	MAM and LDL receptor class A domain containing 1
Gene Type	protein-coding
Organism	Oryctolagus cuniculus(rabbit)

mRNA and Protein(s)

mRNA	Protein	Name
XM_008268638.2	XP_008266860.1	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
OOb17707	XM_008268638.2 Latest version!	Oryctolagus cuniculus MAM and LDL receptor class A domain containing 1 (MALRD1), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00

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)

MALRD1 ( XM_008268638.2 ) cDNA ORF clone, Oryctolagus cuniculus(rabbit) -> XP_008266860.1 Oryctolagus cuniculus MAM and LDL receptor class A domain containing 1 (MALRD1), mRNA.

Price & Availability↑

CloneID	OOb17707
Clone ID Related Accession (Same CDS sequence)	XM_008268638.2
Accession Version	XM_008268638.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5904bp) 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	1466524800000
Organism	Oryctolagus cuniculus(rabbit)
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_013684.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process On Jun 23, 2016 this sequence version replaced XM_008268638.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Oryctolagus cuniculus Annotation Release 102 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGTCACCAT TCCCAGTGAA GGTAGCTCTT TGGTTCCTGT TGATTTCCTG CTTGTTCATT 
TCTCCATTGA GTCAACAAGG GATAGAAGCC TTTCAGTGCA GCAATGGGAT TGCCTTGCCT 
CCTGACCAGG TGTGTGACTT CACAGATCAG TGTGGGGATA ACAGCGATGA AGAGCAATGC 
TCCAATTATG ACAGATGTGA TTTTGAGGAT GGGTTGTGTA TTATGGCACA AGATCAGGAT 
CTGCAACTTG TTTGGACGAA GAGAAATGGA ATGATGGATC TGTTCCCTCC ATTTTATGAT 
CACAATGGTG ATATGTCTGC CCACTTCCTC TCACTGGTCT CCAAAGTGGA TTCTACTTCC 
TCATACTTAA GAAGCAGAGT TTTCCTTTCA ACCGATAACC AACGTGCTTG CCAGATTACA 
TTTTATTACT TCATCAGTCA TGTGAGTTGT AAATTAATGG TAGGACTCCA AAATGCATGC 
AGTGGTGCTG TTCAGCATTT ATGGCAAAAT CCAGCTGGGC TCCAAAATCA GTGGGAGAGA 
AAGGTTGTCA AAATCCAGAG CTCACAGAGA TTTCAGGTTG TTTTTCAAGG TCAGATGATT 
TCAACTCGTG GACAAGATGA AGTCATAGCT ATTGATGATA TATCTTTCAG TTCAGATTGC 
TTTCCTGCAG ATGATGAAAT TTTACCATGT CAAGAAGCAT CTGAGACCCA TCAGGAACTA 
TGCCATCCAG TTGCAGACCT CTGCAGATTT GATTCTCCAC ATGAAGGACT GAGATTATGT 
CACGCCTGTG GATTTGAATC CGACATGTGT GACTGGGCAT CAGAAGCATC TGCTGAGCAG 
CTGTCCTGGA TACGGACAAA AGCAAGTGAG GTCCAAGCAT TAGGATCCAC ACCTCAGCAG 
GATCAAAGTG GTAATTACGA AGGATATTAT GTGTATGTTG GGGCTAAGCA TGCTTTTACT 
CTTAGCCAAT TAAACAGCAA GGCTTATTTA AACAGCTCTG TGTGTCATTG CTTGGGCAAG 
AGCTGCCACC TTCAATTCTA TTACGCCATG GAAAATAGCA TCTTGAGAGT TAGACTGTAC 
AATAATAAGG AAGAAGAAAT ATTTTGGACA TACAACACAT CAACTCACAG CAAATGGGTG 
AAAGTAGATG TATTAATACC AGATGGTCTG AAGATATTTC AGATTATTTT TGAAGGAATT 
ATTTTGAGCC AGAAAAGTTT TATTGGGCTT GATCAACTCT GGGTCTATGC CTGTGGACAG 
GCCCCCACCC GAAAGCTTTG CTCTTCTGAT GAATTCGCTT GTGCCAGTGG ACAGTGCATT 
GCCCAGGATT CAGTGTGTGA CTCTCAACAG AACTGCGCTG ACGCAAGTGA AGATCTAGCA 
ACTTGCTTTT CCAGGTGTGA TTTTGAAACA AACAGTTGCG GCTGGTTTGA AGCACTTGGT 
GGTGACCACT TTGACTGGAT CTGGAGCTCC CCAACTGATC TTTCTGCTAC CTTTGAGCAA 
CAGGCCCCAC CTCGGGATCA CACTTACAAC ACAACTGACG GGCATTTTAT GTTCATTCTG 
AAGAAAAACA ACAGTTTGTC ACAAGTTGCT AAACTCCAGA GCCCAACTTT CAGCCAGACT 
GGACCTGGAT GTACACTTTC CTTCTGGTTT TATAACTATG GGCTCTCAGT GGGAGCTGCT 
GAACTGCAAC TTCATATAGA AAAATCCAAT GATTCAACAC CTGTCTGGAG AGTATTATAT 
AATCAGGGCA ACCAGTGGTC AGAAGCAACC ATTCAGCTAG GGCGCCTTAC TCAGCCCTTC 
CATCTGTCAC TAGAAAAAGT CAGTCTTGGT ATTTATGATG GGGTCTCAGC TATTGATGAC 
ATCAGATTTG AAAATTGTAC TCTTCCTCTT CCAGCTGAAA GCTGTGAAGA GCCAGATCAT 
TTCTGGTGTC TGCACACCAA GGCGTGCATA GAAAAGCGTC ACTTATGTGA TCTGGTGGAT 
GATTGTGGCG ATCGCACTGA TGAGGCTGAC TGTGTGCCTG AACTGCAGTG TAACTTTGAA 
AATGGACTTT GTAACTGGGA GCAAGATACA GAAGATGACT TTGATTGGAC CAGGAACCAA 
GGTTCAACTT CAACACTTAA TACAGGACCA ATGAAGGATA ACACTCTGGG CACAGCCAGA 
GGACACTACC TCTACATAGA ATCTTCAGAG CCACGGGTTT TTGAAAACAA TGCAATTTTA 
CTCAGCCCCA TCCTGAATGC CACTGGTAGA GAGGGCTGCA CTTTCCGCTT CCACTACCAC 
ATGTTTGGAA AGCACATATA TAGGCTGGCC ATCTACCAGA GGATCTGGAG CAATGCAAGG 
GGACAGCTGC TGTGGCAGAT ATTTGGGAAT CAAGGCAACA GATGGATCAG AAATCACCTC 
TCCATTTCCA GCAGGAAGCC TTTTCAGATT TTGGTGGAGG CTTCAGTGGG AGATGGCTTC 
ACTGGTGATA TTGCAATTGA TGATTTGTCG TTCATGGACT GTACTCTGTA TCCCGGTACT 
TTGCCGGTGG ACCTTCCAGC TCCCCCAGAA ACTTCAGTTC CAGTAACGTT ACCTCCACAT 
AACTGCACAG ACGATGAGTT TGTCTGCAGG TCTGATGGCC TCTGTGTTGA CAAGATTCAG 
AGATGTGATT TTAGATATGA CTGCCCTGAC CAATCCGATG AATCAACCTG TGTTTCAGAA 
GTTTGCAGCT TTGAAAACAG AAACTTGTGT AAATGGTATC AGCCGATTCC AGTGAATTTA 
CTTCAGGATT CAAACATATT CAGATGGGGG CTTGGCAATG GAATCAGCAT TCATCAAGGA 
GAAGAAAACC ACAGGCCGTG GGTGGATCAT ACAAAAAATA GCACCAGAGG ATGGTACCTA 
TTTGCTGACA GCTCAAATGG GAAATTTGGT GATGTGGCTG ACATCCTCAC TCCTGTTATT 
TCACTCACGG GACCAACATG TACCTTGGTG TTCTGGACTC ACATGAATGG TGCCACAGTT 
GGCTCTCTAC AGGTGCTCAT TAAGAAAGGC AACGTTACTT CTAAACTTTG GGCTCAGACT 
GGCCGGCAGG GTGCACAGTG GAAGAAAGTG GAAGTGTTTT TAGGCACTCA TTTGTACACA 
CAGATCGTCT TCAGGGCAAA ACGTGGTGTC AGTTACATGG GCGATGTAGC AGTGGATGAT 
GTTTCCTTTC AAAATTGTTC ACCCTTACCC AGCCCAGACA GAAAATGCAC TGCTCAAGAA 
TTCACATGTG CTAATCAGCA CTGCATTGCG AAGGACAGGC TGTGTGATTT TGTGAATGAC 
TGTGCTGACA ATTCAGATGA GACTTCTTTT ATTTGTGGTA CCTCCAGGGG ACGCTGCGAT 
TTTGAGTTTG ACCTTTGTGC CTGGGAACAG GAGCAGGATG AAGACTTTGA CTGGAATCTG 
AAAGCTAGCA GCATCCTTGC CACAGGCACA GAGCCAGTGG CAGACCACAC CTTGGGAAAT 
TCATCTGGGC ATTACATCTT CATAAAGAGC TTGTTCCCAC AGCAGCCCAT GAGAGCAGCT 
AGAATTTCAA GTCCAGTTAT AAGTAAGAGA AGCAAAAATT GCAAGATCAT TTTTCATTAT 
CACATGTATG GAAATGGCAT TGGGGCTCTC AGCTTGATCC AGGTATCAGT CTCAAACCAA 
ACCAAGGTCC TCCTTAACCT CACTGCAGAA CAAGGCAATT TCTGGAAGAG AGAAGAACTG 
CCACTGTTTG GTGATGAGGA CTTCCAACTC AAATTTGAAG GAAGAGTAGG GAAAGGCTAC 
CATGGTGATA TTGCACTTGA TGACATTGTG CTCACAGAGA ATTGTCTGTC ATCCCATCAC 
TCTGTCAAAG AAGAACCAGC AGTGCCTCTC CCAACAGGTT ACTGCCCATA TGGATATCGA 
GAATATCAGA ATGGTAAATG TTATAAACAG GAGCAAAACT GTAATTTTGT AGATGACTGT 
GGAGATAATA CTGATGAAAA TGAATGCGGT GGGTCCTGTA CTTTTGAAGA AGGCTGGTGC 
GGCTGGCAAA ACTCCCTGGC TGAAAACTTT GATTGGATAT TAGGGGTCGG CTCTCATCAA 
AGCTTAAGAC CTCCCAGAGA CCACACACTT GGAAATGAAG ATGGACACTT CCTGTATCTA 
GAGGCTACCC CAGTGGGCCT GCGGGGGGAG AAAGCACACC TCAGGAGTCC TGTGTGGCAA 
GAGTCTGGTG CAGCCTGCAC ACTAAGTTTC TGGTATTTCA TATCCGCAAA AGCCACAGGA 
TCCATTCATA TTCTCATTAA GACAGAACAA GGACTCCAGA AAGTATGGGA AGAAAGTGAG 
AACCATGCTA ATCATTGGCA ACAGGCTGTC ATCATGCTAG GAAAGTTAAG GAATTTTGAA 
GTTATATTCC AAGGGATCAG AACAAGGGAT CTTGGAGGAG GAGCAGCAAT TGATGATATT 
GAATTTAAAA ACTGCACAAC TGTTGGAGAA ACGTCTGAGA TTTGCCCAGA AACCACTGAT 
TTTTTGTGCC AAGACAAGAA GTGTATTGCA TCCCACCTTG TCTGTGACTA TAAGCCTGAT 
TGCTCTGATA AGTCTGATGA AGCTCACTGC GGACAGTACA CAAGTACAAC AGGAAGCTGT 
AATTTTGAAA CAACTTCAGA AAATTGGACC ACTGCCTGCA GTCTTACTCA GGACTCTGAG 
GATGACTTGG ACTGGGCCAT TGGCAGCAGA ATTCACACCG AAGCATTGAA CCCAGACTCT 
GATCACACAC CAGGCAGTGG CCAGCACTTC TTGTATGTCA ACTCTTCTGG GCCCAAAGAA 
GGATCCACTG CAAGAATCAC TACATCCAAA TTCTTCCCAG CAAGTCATGG AATGTGTTCT 
GTTCGTTTCT GGTTCTACAC GGTTGATCCA GGGAGTATGG GGATATTAAA GGTGTATACA 
GTTGAAGAAT CAGGACTAAA TATCCTGGTG TGGTCAGTGG TTGGAAATAA AAGAACTGGC 
TGGACGTATG GACATGTATC TGTCTCCAGT AACGGTCCAT TTAAAGTGGC ATTTGAAGCT 
GATTTAGGTG GAAATGAGAA CATCTTCATT GCCCTTGATG ACATCTCTTT CACCCCAGAG 
TGCATGTCTG GAGGTCCTGC CACAACACAG CCGCCATCCT GTGGTGTGGA TCAATTTTCT 
TGTATCTACA CACTCCAGTG TGTCCCACTC TCTGGAATAT GTAATGGCTC AGAAGAGTGC 
GTAGATGGAT CTGATGAAAT GGATTGTTCT ACTGGCTCCA CACCTCAGCT CTGTGGGGAA 
ATGGAGTTCC CCTGCTCTGG GGGCCAGTGT ATCCCGTCTC TCCTGCTGTG TGATGGAGTG 
CCAGACTGTC ACTTTAATGA AGATGAATCC AGCTGTCCCA CCGAGAGCTG TTCCGAGGGA 
GCTCTGGTAT GCACCTCCTC TAATAGCTGC ATCCCAGCTC TCCACCGCTG TGATGGTTTT 
GCTGACTGTG TGAATTTCCA ACCTGATGAG TCCAGCTGCT CAGAGTGTCC AGCAAATTAC 
TGCAGAAATG GCGGAGCTTG TGTGGTGGAG AAAAATGGTC CCACGTGTCG ATGTGGGCAA 
GGATGGAAAG GAAGTCGATG CCACATCAAG TTCACCCCTC CTGCTGCAGA TCTTGTGTAC 
ATGCAGAATA ATTTATGGGC TCTTCTGGGT ATTGGATTTG CTTTCCTGAT GACTCATATT 
ACTGTCGCCG TCTTGTGTTT TCTTGGGAAA AGAAAAGTGT CAGTAAGGAA AACTGAGAGA 
ACTGGTAACT GTGCCTTTGT TAATCCAATC TATGGCAATT GGAGCAACCC AGAGAAAACA 
GAGAGTTCTG TCTACTCGTT CTCCAACCCA GTATATGGCA CAGCACCAAG AAGCTTGGAA 
ACCATGTCTC ATCATCTCAA ATAG

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

RefSeq	XP_008266860.1
CDS	104..6007
Translation	MSPFPVKVALWFLLISCLFISPLSQQGIEAFQCSNGIALPPDQVCDFTDQCGDNSDEEQCSNYDRCDFEDGLCIMAQDQDLQLVWTKRNGMMDLFPPFYDHNGDMSAHFLSLVSKVDSTSSYLRSRVFLSTDNQRACQITFYYFISHVSCKLMVGLQNACSGAVQHLWQNPAGLQNQWERKVVKIQSSQRFQVVFQGQMISTRGQDEVIAIDDISFSSDCFPADDEILPCQEASETHQELCHPVADLCRFDSPHEGLRLCHACGFESDMCDWASEASAEQLSWIRTKASEVQALGSTPQQDQSGNYEGYYVYVGAKHAFTLSQLNSKAYLNSSVCHCLGKSCHLQFYYAMENSILRVRLYNNKEEEIFWTYNTSTHSKWVKVDVLIPDGLKIFQIIFEGIILSQKSFIGLDQLWVYACGQAPTRKLCSSDEFACASGQCIAQDSVCDSQQNCADASEDLATCFSRCDFETNSCGWFEALGGDHFDWIWSSPTDLSATFEQQAPPRDHTYNTTDGHFMFILKKNNSLSQVAKLQSPTFSQTGPGCTLSFWFYNYGLSVGAAELQLHIEKSNDSTPVWRVLYNQGNQWSEATIQLGRLTQPFHLSLEKVSLGIYDGVSAIDDIRFENCTLPLPAESCEEPDHFWCLHTKACIEKRHLCDLVDDCGDRTDEADCVPELQCNFENGLCNWEQDTEDDFDWTRNQGSTSTLNTGPMKDNTLGTARGHYLYIESSEPRVFENNAILLSPILNATGREGCTFRFHYHMFGKHIYRLAIYQRIWSNARGQLLWQIFGNQGNRWIRNHLSISSRKPFQILVEASVGDGFTGDIAIDDLSFMDCTLYPGTLPVDLPAPPETSVPVTLPPHNCTDDEFVCRSDGLCVDKIQRCDFRYDCPDQSDESTCVSEVCSFENRNLCKWYQPIPVNLLQDSNIFRWGLGNGISIHQGEENHRPWVDHTKNSTRGWYLFADSSNGKFGDVADILTPVISLTGPTCTLVFWTHMNGATVGSLQVLIKKGNVTSKLWAQTGRQGAQWKKVEVFLGTHLYTQIVFRAKRGVSYMGDVAVDDVSFQNCSPLPSPDRKCTAQEFTCANQHCIAKDRLCDFVNDCADNSDETSFICGTSRGRCDFEFDLCAWEQEQDEDFDWNLKASSILATGTEPVADHTLGNSSGHYIFIKSLFPQQPMRAARISSPVISKRSKNCKIIFHYHMYGNGIGALSLIQVSVSNQTKVLLNLTAEQGNFWKREELPLFGDEDFQLKFEGRVGKGYHGDIALDDIVLTENCLSSHHSVKEEPAVPLPTGYCPYGYREYQNGKCYKQEQNCNFVDDCGDNTDENECGGSCTFEEGWCGWQNSLAENFDWILGVGSHQSLRPPRDHTLGNEDGHFLYLEATPVGLRGEKAHLRSPVWQESGAACTLSFWYFISAKATGSIHILIKTEQGLQKVWEESENHANHWQQAVIMLGKLRNFEVIFQGIRTRDLGGGAAIDDIEFKNCTTVGETSEICPETTDFLCQDKKCIASHLVCDYKPDCSDKSDEAHCGQYTSTTGSCNFETTSENWTTACSLTQDSEDDLDWAIGSRIHTEALNPDSDHTPGSGQHFLYVNSSGPKEGSTARITTSKFFPASHGMCSVRFWFYTVDPGSMGILKVYTVEESGLNILVWSVVGNKRTGWTYGHVSVSSNGPFKVAFEADLGGNENIFIALDDISFTPECMSGGPATTQPPSCGVDQFSCIYTLQCVPLSGICNGSEECVDGSDEMDCSTGSTPQLCGEMEFPCSGGQCIPSLLLCDGVPDCHFNEDESSCPTESCSEGALVCTSSNSCIPALHRCDGFADCVNFQPDESSCSECPANYCRNGGACVVEKNGPTCRCGQGWKGSRCHIKFTPPAADLVYMQNNLWALLGIGFAFLMTHITVAVLCFLGKRKVSVRKTERTGNCAFVNPIYGNWSNPEKTESSVYSFSNPVYGTAPRSLETMSHHLK

Target ORF information:

RefSeq Version	XM_008268638.2
Organism	Oryctolagus cuniculus(rabbit)
Definition	Oryctolagus cuniculus 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_008268638.2

ORF Insert Sequence:

ATGTCACCAT TCCCAGTGAA GGTAGCTCTT TGGTTCCTGT TGATTTCCTG CTTGTTCATT 
TCTCCATTGA GTCAACAAGG GATAGAAGCC TTTCAGTGCA GCAATGGGAT TGCCTTGCCT 
CCTGACCAGG TGTGTGACTT CACAGATCAG TGTGGGGATA ACAGCGATGA AGAGCAATGC 
TCCAATTATG ACAGATGTGA TTTTGAGGAT GGGTTGTGTA TTATGGCACA AGATCAGGAT 
CTGCAACTTG TTTGGACGAA GAGAAATGGA ATGATGGATC TGTTCCCTCC ATTTTATGAT 
CACAATGGTG ATATGTCTGC CCACTTCCTC TCACTGGTCT CCAAAGTGGA TTCTACTTCC 
TCATACTTAA GAAGCAGAGT TTTCCTTTCA ACCGATAACC AACGTGCTTG CCAGATTACA 
TTTTATTACT TCATCAGTCA TGTGAGTTGT AAATTAATGG TAGGACTCCA AAATGCATGC 
AGTGGTGCTG TTCAGCATTT ATGGCAAAAT CCAGCTGGGC TCCAAAATCA GTGGGAGAGA 
AAGGTTGTCA AAATCCAGAG CTCACAGAGA TTTCAGGTTG TTTTTCAAGG TCAGATGATT 
TCAACTCGTG GACAAGATGA AGTCATAGCT ATTGATGATA TATCTTTCAG TTCAGATTGC 
TTTCCTGCAG ATGATGAAAT TTTACCATGT CAAGAAGCAT CTGAGACCCA TCAGGAACTA 
TGCCATCCAG TTGCAGACCT CTGCAGATTT GATTCTCCAC ATGAAGGACT GAGATTATGT 
CACGCCTGTG GATTTGAATC CGACATGTGT GACTGGGCAT CAGAAGCATC TGCTGAGCAG 
CTGTCCTGGA TACGGACAAA AGCAAGTGAG GTCCAAGCAT TAGGATCCAC ACCTCAGCAG 
GATCAAAGTG GTAATTACGA AGGATATTAT GTGTATGTTG GGGCTAAGCA TGCTTTTACT 
CTTAGCCAAT TAAACAGCAA GGCTTATTTA AACAGCTCTG TGTGTCATTG CTTGGGCAAG 
AGCTGCCACC TTCAATTCTA TTACGCCATG GAAAATAGCA TCTTGAGAGT TAGACTGTAC 
AATAATAAGG AAGAAGAAAT ATTTTGGACA TACAACACAT CAACTCACAG CAAATGGGTG 
AAAGTAGATG TATTAATACC AGATGGTCTG AAGATATTTC AGATTATTTT TGAAGGAATT 
ATTTTGAGCC AGAAAAGTTT TATTGGGCTT GATCAACTCT GGGTCTATGC CTGTGGACAG 
GCCCCCACCC GAAAGCTTTG CTCTTCTGAT GAATTCGCTT GTGCCAGTGG ACAGTGCATT 
GCCCAGGATT CAGTGTGTGA CTCTCAACAG AACTGCGCTG ACGCAAGTGA AGATCTAGCA 
ACTTGCTTTT CCAGGTGTGA TTTTGAAACA AACAGTTGCG GCTGGTTTGA AGCACTTGGT 
GGTGACCACT TTGACTGGAT CTGGAGCTCC CCAACTGATC TTTCTGCTAC CTTTGAGCAA 
CAGGCCCCAC CTCGGGATCA CACTTACAAC ACAACTGACG GGCATTTTAT GTTCATTCTG 
AAGAAAAACA ACAGTTTGTC ACAAGTTGCT AAACTCCAGA GCCCAACTTT CAGCCAGACT 
GGACCTGGAT GTACACTTTC CTTCTGGTTT TATAACTATG GGCTCTCAGT GGGAGCTGCT 
GAACTGCAAC TTCATATAGA AAAATCCAAT GATTCAACAC CTGTCTGGAG AGTATTATAT 
AATCAGGGCA ACCAGTGGTC AGAAGCAACC ATTCAGCTAG GGCGCCTTAC TCAGCCCTTC 
CATCTGTCAC TAGAAAAAGT CAGTCTTGGT ATTTATGATG GGGTCTCAGC TATTGATGAC 
ATCAGATTTG AAAATTGTAC TCTTCCTCTT CCAGCTGAAA GCTGTGAAGA GCCAGATCAT 
TTCTGGTGTC TGCACACCAA GGCGTGCATA GAAAAGCGTC ACTTATGTGA TCTGGTGGAT 
GATTGTGGCG ATCGCACTGA TGAGGCTGAC TGTGTGCCTG AACTGCAGTG TAACTTTGAA 
AATGGACTTT GTAACTGGGA GCAAGATACA GAAGATGACT TTGATTGGAC CAGGAACCAA 
GGTTCAACTT CAACACTTAA TACAGGACCA ATGAAGGATA ACACTCTGGG CACAGCCAGA 
GGACACTACC TCTACATAGA ATCTTCAGAG CCACGGGTTT TTGAAAACAA TGCAATTTTA 
CTCAGCCCCA TCCTGAATGC CACTGGTAGA GAGGGCTGCA CTTTCCGCTT CCACTACCAC 
ATGTTTGGAA AGCACATATA TAGGCTGGCC ATCTACCAGA GGATCTGGAG CAATGCAAGG 
GGACAGCTGC TGTGGCAGAT ATTTGGGAAT CAAGGCAACA GATGGATCAG AAATCACCTC 
TCCATTTCCA GCAGGAAGCC TTTTCAGATT TTGGTGGAGG CTTCAGTGGG AGATGGCTTC 
ACTGGTGATA TTGCAATTGA TGATTTGTCG TTCATGGACT GTACTCTGTA TCCCGGTACT 
TTGCCGGTGG ACCTTCCAGC TCCCCCAGAA ACTTCAGTTC CAGTAACGTT ACCTCCACAT 
AACTGCACAG ACGATGAGTT TGTCTGCAGG TCTGATGGCC TCTGTGTTGA CAAGATTCAG 
AGATGTGATT TTAGATATGA CTGCCCTGAC CAATCCGATG AATCAACCTG TGTTTCAGAA 
GTTTGCAGCT TTGAAAACAG AAACTTGTGT AAATGGTATC AGCCGATTCC AGTGAATTTA 
CTTCAGGATT CAAACATATT CAGATGGGGG CTTGGCAATG GAATCAGCAT TCATCAAGGA 
GAAGAAAACC ACAGGCCGTG GGTGGATCAT ACAAAAAATA GCACCAGAGG ATGGTACCTA 
TTTGCTGACA GCTCAAATGG GAAATTTGGT GATGTGGCTG ACATCCTCAC TCCTGTTATT 
TCACTCACGG GACCAACATG TACCTTGGTG TTCTGGACTC ACATGAATGG TGCCACAGTT 
GGCTCTCTAC AGGTGCTCAT TAAGAAAGGC AACGTTACTT CTAAACTTTG GGCTCAGACT 
GGCCGGCAGG GTGCACAGTG GAAGAAAGTG GAAGTGTTTT TAGGCACTCA TTTGTACACA 
CAGATCGTCT TCAGGGCAAA ACGTGGTGTC AGTTACATGG GCGATGTAGC AGTGGATGAT 
GTTTCCTTTC AAAATTGTTC ACCCTTACCC AGCCCAGACA GAAAATGCAC TGCTCAAGAA 
TTCACATGTG CTAATCAGCA CTGCATTGCG AAGGACAGGC TGTGTGATTT TGTGAATGAC 
TGTGCTGACA ATTCAGATGA GACTTCTTTT ATTTGTGGTA CCTCCAGGGG ACGCTGCGAT 
TTTGAGTTTG ACCTTTGTGC CTGGGAACAG GAGCAGGATG AAGACTTTGA CTGGAATCTG 
AAAGCTAGCA GCATCCTTGC CACAGGCACA GAGCCAGTGG CAGACCACAC CTTGGGAAAT 
TCATCTGGGC ATTACATCTT CATAAAGAGC TTGTTCCCAC AGCAGCCCAT GAGAGCAGCT 
AGAATTTCAA GTCCAGTTAT AAGTAAGAGA AGCAAAAATT GCAAGATCAT TTTTCATTAT 
CACATGTATG GAAATGGCAT TGGGGCTCTC AGCTTGATCC AGGTATCAGT CTCAAACCAA 
ACCAAGGTCC TCCTTAACCT CACTGCAGAA CAAGGCAATT TCTGGAAGAG AGAAGAACTG 
CCACTGTTTG GTGATGAGGA CTTCCAACTC AAATTTGAAG GAAGAGTAGG GAAAGGCTAC 
CATGGTGATA TTGCACTTGA TGACATTGTG CTCACAGAGA ATTGTCTGTC ATCCCATCAC 
TCTGTCAAAG AAGAACCAGC AGTGCCTCTC CCAACAGGTT ACTGCCCATA TGGATATCGA 
GAATATCAGA ATGGTAAATG TTATAAACAG GAGCAAAACT GTAATTTTGT AGATGACTGT 
GGAGATAATA CTGATGAAAA TGAATGCGGT GGGTCCTGTA CTTTTGAAGA AGGCTGGTGC 
GGCTGGCAAA ACTCCCTGGC TGAAAACTTT GATTGGATAT TAGGGGTCGG CTCTCATCAA 
AGCTTAAGAC CTCCCAGAGA CCACACACTT GGAAATGAAG ATGGACACTT CCTGTATCTA 
GAGGCTACCC CAGTGGGCCT GCGGGGGGAG AAAGCACACC TCAGGAGTCC TGTGTGGCAA 
GAGTCTGGTG CAGCCTGCAC ACTAAGTTTC TGGTATTTCA TATCCGCAAA AGCCACAGGA 
TCCATTCATA TTCTCATTAA GACAGAACAA GGACTCCAGA AAGTATGGGA AGAAAGTGAG 
AACCATGCTA ATCATTGGCA ACAGGCTGTC ATCATGCTAG GAAAGTTAAG GAATTTTGAA 
GTTATATTCC AAGGGATCAG AACAAGGGAT CTTGGAGGAG GAGCAGCAAT TGATGATATT 
GAATTTAAAA ACTGCACAAC TGTTGGAGAA ACGTCTGAGA TTTGCCCAGA AACCACTGAT 
TTTTTGTGCC AAGACAAGAA GTGTATTGCA TCCCACCTTG TCTGTGACTA TAAGCCTGAT 
TGCTCTGATA AGTCTGATGA AGCTCACTGC GGACAGTACA CAAGTACAAC AGGAAGCTGT 
AATTTTGAAA CAACTTCAGA AAATTGGACC ACTGCCTGCA GTCTTACTCA GGACTCTGAG 
GATGACTTGG ACTGGGCCAT TGGCAGCAGA ATTCACACCG AAGCATTGAA CCCAGACTCT 
GATCACACAC CAGGCAGTGG CCAGCACTTC TTGTATGTCA ACTCTTCTGG GCCCAAAGAA 
GGATCCACTG CAAGAATCAC TACATCCAAA TTCTTCCCAG CAAGTCATGG AATGTGTTCT 
GTTCGTTTCT GGTTCTACAC GGTTGATCCA GGGAGTATGG GGATATTAAA GGTGTATACA 
GTTGAAGAAT CAGGACTAAA TATCCTGGTG TGGTCAGTGG TTGGAAATAA AAGAACTGGC 
TGGACGTATG GACATGTATC TGTCTCCAGT AACGGTCCAT TTAAAGTGGC ATTTGAAGCT 
GATTTAGGTG GAAATGAGAA CATCTTCATT GCCCTTGATG ACATCTCTTT CACCCCAGAG 
TGCATGTCTG GAGGTCCTGC CACAACACAG CCGCCATCCT GTGGTGTGGA TCAATTTTCT 
TGTATCTACA CACTCCAGTG TGTCCCACTC TCTGGAATAT GTAATGGCTC AGAAGAGTGC 
GTAGATGGAT CTGATGAAAT GGATTGTTCT ACTGGCTCCA CACCTCAGCT CTGTGGGGAA 
ATGGAGTTCC CCTGCTCTGG GGGCCAGTGT ATCCCGTCTC TCCTGCTGTG TGATGGAGTG 
CCAGACTGTC ACTTTAATGA AGATGAATCC AGCTGTCCCA CCGAGAGCTG TTCCGAGGGA 
GCTCTGGTAT GCACCTCCTC TAATAGCTGC ATCCCAGCTC TCCACCGCTG TGATGGTTTT 
GCTGACTGTG TGAATTTCCA ACCTGATGAG TCCAGCTGCT CAGAGTGTCC AGCAAATTAC 
TGCAGAAATG GCGGAGCTTG TGTGGTGGAG AAAAATGGTC CCACGTGTCG ATGTGGGCAA 
GGATGGAAAG GAAGTCGATG CCACATCAAG TTCACCCCTC CTGCTGCAGA TCTTGTGTAC 
ATGCAGAATA ATTTATGGGC TCTTCTGGGT ATTGGATTTG CTTTCCTGAT GACTCATATT 
ACTGTCGCCG TCTTGTGTTT TCTTGGGAAA AGAAAAGTGT CAGTAAGGAA AACTGAGAGA 
ACTGGTAACT GTGCCTTTGT TAATCCAATC TATGGCAATT GGAGCAACCC AGAGAAAACA 
GAGAGTTCTG TCTACTCGTT CTCCAACCCA GTATATGGCA CAGCACCAAG AAGCTTGGAA 
ACCATGTCTC ATCATCTCAA ATAG

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

PubMed

REQUEST A QUOTE

EMAIL

gene@genscript.com

PHONE

1-877-436-7274

ONLINE FORM

Online Quote Submission

ONLINE FORM

Online Quote Submission

MALRD1 cDNA ORF clone, Oryctolagus cuniculus(rabbit)

Gene

Clones

gRNAs

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Most Popular Services

Services & Products

News & Blogs

REQUEST A QUOTE

EMAIL

PHONE

ONLINE FORM

ONLINE FORM