MALRD1 cDNA ORF clone, Gallus gallus(chicken)

Gene
Clones
gRNAs

Summary

Gene Symbol	MALRD1
Entrez Gene ID	420512
Full Name	MAM and LDL receptor class A domain containing 1
Synonyms	C10ORF112,C2H10orf112,Diet1
General protein information	Preferred Names MAM and LDL receptor class A domain containing 1 Names MAM and LDL-receptor class A domain-containing protein 1
Gene Type	protein-coding
Organism	Gallus gallus(chicken)

mRNA and Protein(s)

mRNA	Protein	Name
NM_001318981.1	NP_001305910.1	MAM and LDL-receptor class A domain-containing protein 1 precursor

Pathways from BioSystems

Homologies

Mus musculus (house mouse)	LOC102635496	XP_006497639.1
Danio rerio (zebrafish)	malrd1	XP_005166481.1
Homo sapiens (human)	MALRD1	NP_001135780.2
Xenopus tropicalis (tropical clawed frog)	LOC100496835	XP_002933197.2
Gallus gallus (chicken)	C10ORF112	XP_418614.4
Rattus norvegicus (Norway rat)	LOC100361092	XP_002728562.3

Gene Ontology
Bibliography

Related articles in PubMed

Diet1 functions in the FGF15/19 enterohepatic signaling axis to modulate bile acid and lipid levels.
Vergnes L, Lee JM, Chin RG, Auwerx J, Reue K
Cell metabolism17(6)916-28(2013 Jun)

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

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
OGa86419	NM_001318981.1 Latest version!	Gallus gallus MAM and LDL receptor class A domain containing 1 (MALRD1), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	29-31	$1091.30 $1559.00

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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 ( NM_001318981.1 ) cDNA ORF clone, Gallus gallus(chicken) -> NP_001305910.1 Gallus gallus MAM and LDL receptor class A domain containing 1 (MALRD1), mRNA.

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CloneID	OGa86419
Clone ID Related Accession (Same CDS sequence)	NM_001318981.1
Accession Version	NM_001318981.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6435bp) 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	1526745600000
Organism	Gallus gallus(chicken)
Product	MAM and LDL-receptor class A domain-containing protein 1 precursor
Comment	Comment: PROVISIONAL REFSEQ: This record has not yet been subject to final NCBI review. The reference sequence was derived from KC843480.1. On Jan 20, 2016 this sequence version replaced XM_015282017.1. ##Evidence-Data-START## Transcript exon combination :: KC843480.1 [ECO:0000332] ##Evidence-Data-END##

ATGAACAAAT CCATATGCTT TCGTGTGTTA TACTGTGTTG CTCTGGCAGA TATTTGTTCA 
CCTACAGGAA GGGAATGGCA ATGTGGTGAT GTGTCCTCTG CTCCAGCTGG AGAGTTGTGT 
GTTTTCACCA ACCAGCGTGG AAGCAGCAGT GATGAGAGAC AAGGTTCCTC TGAAAAATGT 
GATTTTGAAA CTGACCTCTG CAAACCTCTT CATGAAGTGA GTTTACATTC TGGATGGATT 
AGAAGAAATG GCAACTCTGG TGTGGGACCA CCATATTCTG ACCACAATGG GAACGACACT 
GCTTATTTCC TTTCGTTATC CTCTGAAATG AGATCGTCTT CTGCAAAGTT AAGGTCCAAT 
GTTTTGCTTC CAACTGATGA AGAACACGTT TGCCAGATTA CATTTCAGTA TTGGATCAGT 
CAGAGTGGAG TATTGATGGT GGGGCTTCAA AAGCACTCTG AAGATGCTAT TAAAAATATC 
TGGAATGATT CAGGAGAACT GCAAAACCAG TGGAAAGCAA GAACCATCAC AGTCAATAGC 
ACTGAAAATT TTGAGGTTAT CTTCCATGGG ATGGTAGAGA ACCAGAGACA AGATGAAACA 
GTTGCTATTG ATGATATTTC TTTCAGTGAA GGATGTTCTC TAGCATCTGC ACTACAGACT 
TCCAACTTTG AACTTGGCAT ATGTGAGTGG AATTCAGATC AGCCAGTTGT GCCTGCTTTG 
CGGGCACAAC TGCAATCTGG GCACAAGATT GCCTCCTGTT CCTCTGTGAA AGATCACAGC 
AATGACACTA AAGGCCATTT GGTGTGTCTA GAAGCTAATG ACAGTGTGTT ATATGGAAGT 
GCTTATCTAA ACAGCTCCAT GTGTCATTGC TCCAGCAAGA GCTGCCGTTT TCAATTTCAG 
TACTCTATGG CAGATAGCAG TGTTCTCAAG GCAGTGCTGT ATACTAATCA GGAGGAGCAT 
GTCCTGTGGG AAACCAACAT CACGACTAAC AAAGAATGGG CCAAAGCATA TATACAGATA 
CCACCAGGGC TAGAAAAATT AAAGCTGACA CTTAAGGGAA CAATCCAGAG CAGGACAGGC 
TTCATCTGTT TAAATAACAT CCAGTTTTTG GACATCGCAC GCTCAGAGCT ATCAACTTTC 
AGCTCTGTAG AAGAATTCAC CTGCACTAAT GGGAAATCTA CTGAGCCTGG ATCGACCTGT 
GTCTCTCACC CAGACTGCTC TGACAACAGT GATGAGGATC CAGCAGCTTG CTCTAATTAC 
ACTATATGTA ATTTTGACAC TGACTTCTGT GGATGGGAAA CGCTGAACAC AAGTGATACT 
AAGTGGAACA TAATGAAAGA AGGGGCTCCC TTTGACAGCA GACTCCCTGA GAGAGATCAA 
ACAACTAAAT CTGGACATGA AACATTCATC TACTTCAGTG GATCATATCA GATGCACACA 
GAGATAGCCA TGTCTGATCT GGGGAGTCCC TTCCTTGTCA AGCTGTCTCC TGGTTATTCC 
TGCTGTCAGG TAAGATTTTG GTATTGGCTG TCTCAGGACT CCCAGCTTTC AGTTTTTAGG 
AGGACTGCCT TGCATGGAAG TTTGGAAAAA ATGTGTGATA TTTCAGTATT GCCTGAGATG 
AAGTGGGCAA AAGCAAGTAT ACCAGTAGAA AGTGAAGCTG GGGACTTACC TTTTCAGATC 
ATTTTCCAAG CTACCATTCT AGCAGCGAAT GCTACTGTTG CTATAGATAA CATCAGTATA 
ACAAAGGAAT GTGAAGTTGT GAATATATCA CTATCGGCTA TCAAACCAGA AAACAAAGCT 
TCTGTGTGTG ACTTTGAAAG AGATAACTGT GGTTGGTTTG AAACTGCAAA TGCAGACGGA 
TTTGACTGGA TAAGAAGTTC CAGCAGTTCT CTTGAACCTG ATTTTCAGCA ACAAGCTCCT 
CCTCAAGATC ACACCTACAA CAAGTCTGAA GGTCATTTTA TGTTCATTTT GAAAAACAGC 
AGCAGCATTT CACAAGTTGC TCAGTTACGA AGCCCAAAGT TCAGACAAAC AGGATCAAAT 
TGCACAATGT CCTTTTGGTA TTACAATTAT GGACAGTCAG TTGGAGCAGC AGAGATGCAA 
CTGCTTGTGG ATGGGGTGGA TGAGCCTACT GTTCTTTGGA GGGTATATTA CAACCAGGGA 
AATCAATGGT TGAATTCAGT CATTCAGCTT GGACGTCTTT TGCATCCCTT CCAATTTTCA 
CTCAATAAAA TCAGCTTGGG ATTTTATGAT GGTGTCTCAG CAATTGACGA TATTACATTT 
GAAAATTGCG CTCTTCCACC TCCAGCACTA AGCTGTGAAG GTCCTAATTA CTTTTGGTGC 
AGAGACACAA AAGCATGTAT TAGCCATTTA TTGGTGTGTG ACCTTGTGGA TGACTGTGGG 
GATGGATCAG ATGAAGACGA ATGCAACCCT GACCTACAGT GTGACTTCGA AAATGGGCTA 
TGCAATTGGG CACAGGACAC TGAGGATGAC TTTGACTGGA TCAGGATACA AGGACCAACC 
CCTACAGTTA ATACAGGACC ATTAAAGGAT CACACGACAG GCACAAGTAT GGGACATTAC 
CTGTACATGG AGTCTTCAGA GCCCCAAGAA TTTGAAGATA AAGCGGTTTT GCTTAGTCCT 
CTCTTGAACC CTACTTACAA TCGAACCTGC ATTTTCCGCT TTCATTATCA TATGTCTGGA 
AAGCAAGTTT ACACTTTGTC AGTCTTCCAG AGAACTATGA GTAATTCCAA GGGAATACTG 
CTGTGGTACA AGTATGGAAA TCAAGGAGGA AGATGGATAA GACAGACACT GTACATCAGC 
AGCTCTAAGC CATTTCAGGT CTTGGTGAAA GGTACAGTAG GAGATGGTTT CACTGGAGAC 
ATTGGACTTG ATGACTTGTC ATTTCTAGAC TGTGCTCTTT ACAACAACGG AAGCTTGCCA 
ACAATCTCTA CAACTCTATC AGGAACTTCC AGTCCTGTCA CACTCCCCTT GAACAACTGC 
ACAGAGAATG AATTTGTCTG TAGAGCCTCT GGACATTGCA TCCACAAGAT CCAGAAGTGC 
AATTTTAGAC CTGACTGCTC TGATAAGTCT GATGAATCAG ATTGTGCTAA GGAAATCTGC 
AATTTTGAAG ATAATACCCA GTGTGGATGG TATCAACCGG CCTTGAAAGA GACACCAGAA 
ACTGATTCCA TCACAAAAAT GTTTAAGTGG GAACTTGGAA GTGGAGCAAA ACTATATCCT 
GGAGAAGAAG AGCACTGCGC ATCCACTGAT CATACTACGT ATACTGAAAA AGGCATGTAT 
CTGTTTGCTG ACAGCTCAAA TGGAGAATTT GGTCACTCTG CTGATATTGC TACACCAGTC 
ATTTCCTTTA CAGGACCCAA ATGCAAAATC ACATTCTGGA ACCATATGAA TGGTTCAACA 
ATAGGTTCTC TGGAGGTACT CTCTAAGACT GGTAATAAGA CTTCTACACT ATGGACTCAA 
AGTGGCAGCC AAGGTCCAAA ATGGAACAGA GCAGAAGTAT TCCTGGGAAT TCGTTCAGAT 
TTTCAGATTA TTTTCAGGGC AAAACGTGGT GTCAGTTACA TGGGAGATGT GGCAGTGGAT 
GACATTACCT TTGAAGATTG TTCCCCTTTG CTCATCCCAG ACAGACCTTG CACATTAGAG 
GAATTCACAT GTGCCAACAA GTACTGCATC CCAAAGGATA AACTGTGTGA TTTTGTAAAT 
GACTGTGCAG ATAATTCAGA TGAGAATCCT GCCATTTGCA GTACCTCTAT TGGGCGTTGT 
GATTTTGAGT TTGATCTTTG TGATTGGAAG CAAGAAGAAA ATGATGATTT TGACTGGCAC 
CTCAGAACTA ACAGTGCTAC TAAACTGGGC ACTGGACCAG CTGCTGATCA TACACTGCAA 
GAACTGTCTG GACATTATAT TTTTATAAAG AGTTCTTTCC TTCAGCTGCC AGGACAGAAA 
GCTAGGATTT CTAGTCCTGT GTTAAGCAGG ATGAATAAAA ACTGCAAGAT ATTTTTCTAT 
TACCATATGT ATGGAGCTCA CGTTGGATCA TTGATCGTCT ACCAGATGAC TATGTCAAAA 
CATGAAAAAA TTCTCCTTAT TCTTACTGGA AACCAGGGAA ATTTTTGGCA GAGCAAGGCA 
CTGAACCTGG TTGGAGATGG CAATGAAGAT TTCCAAGTCA TATTTGAAGG GATAGTTGGA 
AGAGGTATCA ATGGTGGCAT AGCACTTGAT GACATCACAT TATCTCGGGA GTGTTTACCA 
TCCCAGAAGT TTTTACCAGC AGAATCCACA ACAGTACCTC CAACAGGCTC CTGCTCTCAT 
GGCTACTGGC AATGTCAAAA TGGCAAGTGT TACAGACCAG AACAAAGCTG TGATTTTGAA 
GACAACTGTG GGGATAATAC AGATGAGAAT GAATGTGGCA CTTCCTGCAC CTTTGAGAAT 
GGCAGATGTG GCTGGCAAAA TTCCTTGGCG GACAGTTTTG ACTGGGTGCT GGGGGCTGGC 
TCGCCTCAAA GTCTGAGACC TCCCAGGGAC CACACACTTG GAAACAGATC TGGACAATTC 
CTATATCTTG AGGCCACTCC AATAGGGCTG AAAAATCAAA AAGCCCATGT GAGGAGTTCC 
AGATGGAGAG AGTCAAGCAG GAGTTGTGTG TTGAGCTTCT GGTACTTCAA GTCATCAAAA 
GCCACAGGAT GTATTCAGGT TCTCATTAAG ACTGACGATG GAATTGTCAA AATATGGAGT 
GATTCAGGAA GTGTTAGTGA TGAATGGAGA AAAGTCGAGT TACGCTTGGG GAAGCTGAGA 
AATTTTGAAG TTATCTTTGA AGGTATTCGT ACCAGAGACC TAGGAGGAGG AGCAGCACTA 
GATGACATAG AGTTCAACAA CTGTTCTACA GCTGGAGAGA ATCCCAGGGA ATGCCCTGCC 
TTCACTGATT TTGTGTGTTT GAATGAGGAT TGCATTGAAT CTCAGCTTGT CTGTGACTAT 
AAACCAGACT GTGAAGACCT ATCAGATGAG GCTGACTGCA GTTACTACAC AAGTATTCCT 
GGAAGTTGTA ACTTTGAAAC ACAAGAGCAA GAATGGACAA CTATATGTGG ATTAATGCAA 
GACACTGGAG ATGACTTTGA CTGGAATGTT AGCAATGGCA GTGTTACTGA ACAAATGAGT 
CCTGATACAG ACCATACACC AGGTAAAGGA CAGCATTTCT TGTATGTAAA CTCAACTGCT 
CAGGAGGAAG GAAGTAGAGC AAGGATAACC ACTACCAAAT TCTTCCCAGC CAGCCTTGGG 
GTCTGCAGAG TTCGATTCTG GTTCTGGATG TTTGCTTCTA GGCAAACGGG AGTCTTAAAG 
GTATACTCAG TTGAAGAACA TGGAATGGAT ATTCTTATGT GGTCTTCTAG CAAAAATGAA 
GAAAACAAAT GGATGTATGC AAATGTGGTC CTCTCCAGTA ATACTCCTTT CAGAGTTGCC 
TTTGAAGTTG AAGTGGGGAA GAGTGAACCC ACAGAATTTG CTCTTGATGA TATTTCTTTC 
ACCCCAGAAT GTATGGATGG AGGACCAGCT AAACCACAAC CTCCAACTTG CAGTAGTGAC 
CAGTTCCCAT GTGCGTATGT GCAGCAGTGT TTGCCTCTCA GTGCAAAATG TAATGGGGCT 
GAAGATTGCG TGGATGGAAG TGATGAAATT AATTGTCCCA CAATGACCCC TACCACTATG 
TCTCCAAGCT CCTGCAAACC AACAGAATTT CTGTGTCCTT CCAAAGGCTG CATCCCAGCC 
CTTCTGAAAT GCGATGGTGT GCCTGACTGC CTGCTTAATG AAGATGAAGT TGGATGCCCC 
ATTACAGATT GTTTCAATGG TTCTTTGCTA TGTGTGTCAA CAAATCAGTG CATAGCAGTC 
TCCCAACGTT GTAACGGCAT TGCAGACTGC ATTGATTTCG GCCTTGATGA GTCCAGCTGT 
TCAGCTTGTC CTGAAGAATA CTGCAAACAT GGTGGAACCT GCATCATCAA AGATGATGTT 
CCTTTATGTC AATGTGGAAA AGAATGGAAA GGAAACCGTT GTCACATAAG TGCTAAGCCT 
CCTCAATCTC CCATTTCAAG TCTCCTTCAA AATGATATTT GGATTGGGTT GGGGATCAGT 
TTCTTGCTGA TTAAAATTGC AGTTGCTGCC TTATGTTTCC TTTCAAAGAA GAAAGAGCAA 
AAAATGAAAG TAGAGGAAAC TATAAATACT TCATTTGCCA ATCCACTGTA TGAAGACCTT 
AGTTCATCTG GAAAAGCAAA GTCTCCTGGA TACACCACTT CACCTGTTGT TCAAATCAGT 
GTTTCTCCAT GGCATGAGTA TCCATTTAAT GAAGGTGAGA ATGCTACCTC TTTTCCAAAT 
CCTCTCTACG GTGAGGCATC AGGAGACATG GAGAAATTAT GCAGTTCCTT GAAAATAGAC 
AGAAAATGGG ATTAA

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

RefSeq	NP_001305910.1
CDS	57..6491
Translation	MNKSICFRVLYCVALADICSPTGREWQCGDVSSAPAGELCVFTNQRGSSSDERQGSSEKCDFETDLCKPLHEVSLHSGWIRRNGNSGVGPPYSDHNGNDTAYFLSLSSEMRSSSAKLRSNVLLPTDEEHVCQITFQYWISQSGVLMVGLQKHSEDAIKNIWNDSGELQNQWKARTITVNSTENFEVIFHGMVENQRQDETVAIDDISFSEGCSLASALQTSNFELGICEWNSDQPVVPALRAQLQSGHKIASCSSVKDHSNDTKGHLVCLEANDSVLYGSAYLNSSMCHCSSKSCRFQFQYSMADSSVLKAVLYTNQEEHVLWETNITTNKEWAKAYIQIPPGLEKLKLTLKGTIQSRTGFICLNNIQFLDIARSELSTFSSVEEFTCTNGKSTEPGSTCVSHPDCSDNSDEDPAACSNYTICNFDTDFCGWETLNTSDTKWNIMKEGAPFDSRLPERDQTTKSGHETFIYFSGSYQMHTEIAMSDLGSPFLVKLSPGYSCCQVRFWYWLSQDSQLSVFRRTALHGSLEKMCDISVLPEMKWAKASIPVESEAGDLPFQIIFQATILAANATVAIDNISITKECEVVNISLSAIKPENKASVCDFERDNCGWFETANADGFDWIRSSSSSLEPDFQQQAPPQDHTYNKSEGHFMFILKNSSSISQVAQLRSPKFRQTGSNCTMSFWYYNYGQSVGAAEMQLLVDGVDEPTVLWRVYYNQGNQWLNSVIQLGRLLHPFQFSLNKISLGFYDGVSAIDDITFENCALPPPALSCEGPNYFWCRDTKACISHLLVCDLVDDCGDGSDEDECNPDLQCDFENGLCNWAQDTEDDFDWIRIQGPTPTVNTGPLKDHTTGTSMGHYLYMESSEPQEFEDKAVLLSPLLNPTYNRTCIFRFHYHMSGKQVYTLSVFQRTMSNSKGILLWYKYGNQGGRWIRQTLYISSSKPFQVLVKGTVGDGFTGDIGLDDLSFLDCALYNNGSLPTISTTLSGTSSPVTLPLNNCTENEFVCRASGHCIHKIQKCNFRPDCSDKSDESDCAKEICNFEDNTQCGWYQPALKETPETDSITKMFKWELGSGAKLYPGEEEHCASTDHTTYTEKGMYLFADSSNGEFGHSADIATPVISFTGPKCKITFWNHMNGSTIGSLEVLSKTGNKTSTLWTQSGSQGPKWNRAEVFLGIRSDFQIIFRAKRGVSYMGDVAVDDITFEDCSPLLIPDRPCTLEEFTCANKYCIPKDKLCDFVNDCADNSDENPAICSTSIGRCDFEFDLCDWKQEENDDFDWHLRTNSATKLGTGPAADHTLQELSGHYIFIKSSFLQLPGQKARISSPVLSRMNKNCKIFFYYHMYGAHVGSLIVYQMTMSKHEKILLILTGNQGNFWQSKALNLVGDGNEDFQVIFEGIVGRGINGGIALDDITLSRECLPSQKFLPAESTTVPPTGSCSHGYWQCQNGKCYRPEQSCDFEDNCGDNTDENECGTSCTFENGRCGWQNSLADSFDWVLGAGSPQSLRPPRDHTLGNRSGQFLYLEATPIGLKNQKAHVRSSRWRESSRSCVLSFWYFKSSKATGCIQVLIKTDDGIVKIWSDSGSVSDEWRKVELRLGKLRNFEVIFEGIRTRDLGGGAALDDIEFNNCSTAGENPRECPAFTDFVCLNEDCIESQLVCDYKPDCEDLSDEADCSYYTSIPGSCNFETQEQEWTTICGLMQDTGDDFDWNVSNGSVTEQMSPDTDHTPGKGQHFLYVNSTAQEEGSRARITTTKFFPASLGVCRVRFWFWMFASRQTGVLKVYSVEEHGMDILMWSSSKNEENKWMYANVVLSSNTPFRVAFEVEVGKSEPTEFALDDISFTPECMDGGPAKPQPPTCSSDQFPCAYVQQCLPLSAKCNGAEDCVDGSDEINCPTMTPTTMSPSSCKPTEFLCPSKGCIPALLKCDGVPDCLLNEDEVGCPITDCFNGSLLCVSTNQCIAVSQRCNGIADCIDFGLDESSCSACPEEYCKHGGTCIIKDDVPLCQCGKEWKGNRCHISAKPPQSPISSLLQNDIWIGLGISFLLIKIAVAALCFLSKKKEQKMKVEETINTSFANPLYEDLSSSGKAKSPGYTTSPVVQISVSPWHEYPFNEGENATSFPNPLYGEASGDMEKLCSSLKIDRKWD

Target ORF information:

RefSeq Version	NM_001318981.1
Organism	Gallus gallus(chicken)
Definition	Gallus gallus 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

NM_001318981.1

ORF Insert Sequence:

ATGAACAAAT CCATATGCTT TCGTGTGTTA TACTGTGTTG CTCTGGCAGA TATTTGTTCA 
CCTACAGGAA GGGAATGGCA ATGTGGTGAT GTGTCCTCTG CTCCAGCTGG AGAGTTGTGT 
GTTTTCACCA ACCAGCGTGG AAGCAGCAGT GATGAGAGAC AAGGTTCCTC TGAAAAATGT 
GATTTTGAAA CTGACCTCTG CAAACCTCTT CATGAAGTGA GTTTACATTC TGGATGGATT 
AGAAGAAATG GCAACTCTGG TGTGGGACCA CCATATTCTG ACCACAATGG GAACGACACT 
GCTTATTTCC TTTCGTTATC CTCTGAAATG AGATCGTCTT CTGCAAAGTT AAGGTCCAAT 
GTTTTGCTTC CAACTGATGA AGAACACGTT TGCCAGATTA CATTTCAGTA TTGGATCAGT 
CAGAGTGGAG TATTGATGGT GGGGCTTCAA AAGCACTCTG AAGATGCTAT TAAAAATATC 
TGGAATGATT CAGGAGAACT GCAAAACCAG TGGAAAGCAA GAACCATCAC AGTCAATAGC 
ACTGAAAATT TTGAGGTTAT CTTCCATGGG ATGGTAGAGA ACCAGAGACA AGATGAAACA 
GTTGCTATTG ATGATATTTC TTTCAGTGAA GGATGTTCTC TAGCATCTGC ACTACAGACT 
TCCAACTTTG AACTTGGCAT ATGTGAGTGG AATTCAGATC AGCCAGTTGT GCCTGCTTTG 
CGGGCACAAC TGCAATCTGG GCACAAGATT GCCTCCTGTT CCTCTGTGAA AGATCACAGC 
AATGACACTA AAGGCCATTT GGTGTGTCTA GAAGCTAATG ACAGTGTGTT ATATGGAAGT 
GCTTATCTAA ACAGCTCCAT GTGTCATTGC TCCAGCAAGA GCTGCCGTTT TCAATTTCAG 
TACTCTATGG CAGATAGCAG TGTTCTCAAG GCAGTGCTGT ATACTAATCA GGAGGAGCAT 
GTCCTGTGGG AAACCAACAT CACGACTAAC AAAGAATGGG CCAAAGCATA TATACAGATA 
CCACCAGGGC TAGAAAAATT AAAGCTGACA CTTAAGGGAA CAATCCAGAG CAGGACAGGC 
TTCATCTGTT TAAATAACAT CCAGTTTTTG GACATCGCAC GCTCAGAGCT ATCAACTTTC 
AGCTCTGTAG AAGAATTCAC CTGCACTAAT GGGAAATCTA CTGAGCCTGG ATCGACCTGT 
GTCTCTCACC CAGACTGCTC TGACAACAGT GATGAGGATC CAGCAGCTTG CTCTAATTAC 
ACTATATGTA ATTTTGACAC TGACTTCTGT GGATGGGAAA CGCTGAACAC AAGTGATACT 
AAGTGGAACA TAATGAAAGA AGGGGCTCCC TTTGACAGCA GACTCCCTGA GAGAGATCAA 
ACAACTAAAT CTGGACATGA AACATTCATC TACTTCAGTG GATCATATCA GATGCACACA 
GAGATAGCCA TGTCTGATCT GGGGAGTCCC TTCCTTGTCA AGCTGTCTCC TGGTTATTCC 
TGCTGTCAGG TAAGATTTTG GTATTGGCTG TCTCAGGACT CCCAGCTTTC AGTTTTTAGG 
AGGACTGCCT TGCATGGAAG TTTGGAAAAA ATGTGTGATA TTTCAGTATT GCCTGAGATG 
AAGTGGGCAA AAGCAAGTAT ACCAGTAGAA AGTGAAGCTG GGGACTTACC TTTTCAGATC 
ATTTTCCAAG CTACCATTCT AGCAGCGAAT GCTACTGTTG CTATAGATAA CATCAGTATA 
ACAAAGGAAT GTGAAGTTGT GAATATATCA CTATCGGCTA TCAAACCAGA AAACAAAGCT 
TCTGTGTGTG ACTTTGAAAG AGATAACTGT GGTTGGTTTG AAACTGCAAA TGCAGACGGA 
TTTGACTGGA TAAGAAGTTC CAGCAGTTCT CTTGAACCTG ATTTTCAGCA ACAAGCTCCT 
CCTCAAGATC ACACCTACAA CAAGTCTGAA GGTCATTTTA TGTTCATTTT GAAAAACAGC 
AGCAGCATTT CACAAGTTGC TCAGTTACGA AGCCCAAAGT TCAGACAAAC AGGATCAAAT 
TGCACAATGT CCTTTTGGTA TTACAATTAT GGACAGTCAG TTGGAGCAGC AGAGATGCAA 
CTGCTTGTGG ATGGGGTGGA TGAGCCTACT GTTCTTTGGA GGGTATATTA CAACCAGGGA 
AATCAATGGT TGAATTCAGT CATTCAGCTT GGACGTCTTT TGCATCCCTT CCAATTTTCA 
CTCAATAAAA TCAGCTTGGG ATTTTATGAT GGTGTCTCAG CAATTGACGA TATTACATTT 
GAAAATTGCG CTCTTCCACC TCCAGCACTA AGCTGTGAAG GTCCTAATTA CTTTTGGTGC 
AGAGACACAA AAGCATGTAT TAGCCATTTA TTGGTGTGTG ACCTTGTGGA TGACTGTGGG 
GATGGATCAG ATGAAGACGA ATGCAACCCT GACCTACAGT GTGACTTCGA AAATGGGCTA 
TGCAATTGGG CACAGGACAC TGAGGATGAC TTTGACTGGA TCAGGATACA AGGACCAACC 
CCTACAGTTA ATACAGGACC ATTAAAGGAT CACACGACAG GCACAAGTAT GGGACATTAC 
CTGTACATGG AGTCTTCAGA GCCCCAAGAA TTTGAAGATA AAGCGGTTTT GCTTAGTCCT 
CTCTTGAACC CTACTTACAA TCGAACCTGC ATTTTCCGCT TTCATTATCA TATGTCTGGA 
AAGCAAGTTT ACACTTTGTC AGTCTTCCAG AGAACTATGA GTAATTCCAA GGGAATACTG 
CTGTGGTACA AGTATGGAAA TCAAGGAGGA AGATGGATAA GACAGACACT GTACATCAGC 
AGCTCTAAGC CATTTCAGGT CTTGGTGAAA GGTACAGTAG GAGATGGTTT CACTGGAGAC 
ATTGGACTTG ATGACTTGTC ATTTCTAGAC TGTGCTCTTT ACAACAACGG AAGCTTGCCA 
ACAATCTCTA CAACTCTATC AGGAACTTCC AGTCCTGTCA CACTCCCCTT GAACAACTGC 
ACAGAGAATG AATTTGTCTG TAGAGCCTCT GGACATTGCA TCCACAAGAT CCAGAAGTGC 
AATTTTAGAC CTGACTGCTC TGATAAGTCT GATGAATCAG ATTGTGCTAA GGAAATCTGC 
AATTTTGAAG ATAATACCCA GTGTGGATGG TATCAACCGG CCTTGAAAGA GACACCAGAA 
ACTGATTCCA TCACAAAAAT GTTTAAGTGG GAACTTGGAA GTGGAGCAAA ACTATATCCT 
GGAGAAGAAG AGCACTGCGC ATCCACTGAT CATACTACGT ATACTGAAAA AGGCATGTAT 
CTGTTTGCTG ACAGCTCAAA TGGAGAATTT GGTCACTCTG CTGATATTGC TACACCAGTC 
ATTTCCTTTA CAGGACCCAA ATGCAAAATC ACATTCTGGA ACCATATGAA TGGTTCAACA 
ATAGGTTCTC TGGAGGTACT CTCTAAGACT GGTAATAAGA CTTCTACACT ATGGACTCAA 
AGTGGCAGCC AAGGTCCAAA ATGGAACAGA GCAGAAGTAT TCCTGGGAAT TCGTTCAGAT 
TTTCAGATTA TTTTCAGGGC AAAACGTGGT GTCAGTTACA TGGGAGATGT GGCAGTGGAT 
GACATTACCT TTGAAGATTG TTCCCCTTTG CTCATCCCAG ACAGACCTTG CACATTAGAG 
GAATTCACAT GTGCCAACAA GTACTGCATC CCAAAGGATA AACTGTGTGA TTTTGTAAAT 
GACTGTGCAG ATAATTCAGA TGAGAATCCT GCCATTTGCA GTACCTCTAT TGGGCGTTGT 
GATTTTGAGT TTGATCTTTG TGATTGGAAG CAAGAAGAAA ATGATGATTT TGACTGGCAC 
CTCAGAACTA ACAGTGCTAC TAAACTGGGC ACTGGACCAG CTGCTGATCA TACACTGCAA 
GAACTGTCTG GACATTATAT TTTTATAAAG AGTTCTTTCC TTCAGCTGCC AGGACAGAAA 
GCTAGGATTT CTAGTCCTGT GTTAAGCAGG ATGAATAAAA ACTGCAAGAT ATTTTTCTAT 
TACCATATGT ATGGAGCTCA CGTTGGATCA TTGATCGTCT ACCAGATGAC TATGTCAAAA 
CATGAAAAAA TTCTCCTTAT TCTTACTGGA AACCAGGGAA ATTTTTGGCA GAGCAAGGCA 
CTGAACCTGG TTGGAGATGG CAATGAAGAT TTCCAAGTCA TATTTGAAGG GATAGTTGGA 
AGAGGTATCA ATGGTGGCAT AGCACTTGAT GACATCACAT TATCTCGGGA GTGTTTACCA 
TCCCAGAAGT TTTTACCAGC AGAATCCACA ACAGTACCTC CAACAGGCTC CTGCTCTCAT 
GGCTACTGGC AATGTCAAAA TGGCAAGTGT TACAGACCAG AACAAAGCTG TGATTTTGAA 
GACAACTGTG GGGATAATAC AGATGAGAAT GAATGTGGCA CTTCCTGCAC CTTTGAGAAT 
GGCAGATGTG GCTGGCAAAA TTCCTTGGCG GACAGTTTTG ACTGGGTGCT GGGGGCTGGC 
TCGCCTCAAA GTCTGAGACC TCCCAGGGAC CACACACTTG GAAACAGATC TGGACAATTC 
CTATATCTTG AGGCCACTCC AATAGGGCTG AAAAATCAAA AAGCCCATGT GAGGAGTTCC 
AGATGGAGAG AGTCAAGCAG GAGTTGTGTG TTGAGCTTCT GGTACTTCAA GTCATCAAAA 
GCCACAGGAT GTATTCAGGT TCTCATTAAG ACTGACGATG GAATTGTCAA AATATGGAGT 
GATTCAGGAA GTGTTAGTGA TGAATGGAGA AAAGTCGAGT TACGCTTGGG GAAGCTGAGA 
AATTTTGAAG TTATCTTTGA AGGTATTCGT ACCAGAGACC TAGGAGGAGG AGCAGCACTA 
GATGACATAG AGTTCAACAA CTGTTCTACA GCTGGAGAGA ATCCCAGGGA ATGCCCTGCC 
TTCACTGATT TTGTGTGTTT GAATGAGGAT TGCATTGAAT CTCAGCTTGT CTGTGACTAT 
AAACCAGACT GTGAAGACCT ATCAGATGAG GCTGACTGCA GTTACTACAC AAGTATTCCT 
GGAAGTTGTA ACTTTGAAAC ACAAGAGCAA GAATGGACAA CTATATGTGG ATTAATGCAA 
GACACTGGAG ATGACTTTGA CTGGAATGTT AGCAATGGCA GTGTTACTGA ACAAATGAGT 
CCTGATACAG ACCATACACC AGGTAAAGGA CAGCATTTCT TGTATGTAAA CTCAACTGCT 
CAGGAGGAAG GAAGTAGAGC AAGGATAACC ACTACCAAAT TCTTCCCAGC CAGCCTTGGG 
GTCTGCAGAG TTCGATTCTG GTTCTGGATG TTTGCTTCTA GGCAAACGGG AGTCTTAAAG 
GTATACTCAG TTGAAGAACA TGGAATGGAT ATTCTTATGT GGTCTTCTAG CAAAAATGAA 
GAAAACAAAT GGATGTATGC AAATGTGGTC CTCTCCAGTA ATACTCCTTT CAGAGTTGCC 
TTTGAAGTTG AAGTGGGGAA GAGTGAACCC ACAGAATTTG CTCTTGATGA TATTTCTTTC 
ACCCCAGAAT GTATGGATGG AGGACCAGCT AAACCACAAC CTCCAACTTG CAGTAGTGAC 
CAGTTCCCAT GTGCGTATGT GCAGCAGTGT TTGCCTCTCA GTGCAAAATG TAATGGGGCT 
GAAGATTGCG TGGATGGAAG TGATGAAATT AATTGTCCCA CAATGACCCC TACCACTATG 
TCTCCAAGCT CCTGCAAACC AACAGAATTT CTGTGTCCTT CCAAAGGCTG CATCCCAGCC 
CTTCTGAAAT GCGATGGTGT GCCTGACTGC CTGCTTAATG AAGATGAAGT TGGATGCCCC 
ATTACAGATT GTTTCAATGG TTCTTTGCTA TGTGTGTCAA CAAATCAGTG CATAGCAGTC 
TCCCAACGTT GTAACGGCAT TGCAGACTGC ATTGATTTCG GCCTTGATGA GTCCAGCTGT 
TCAGCTTGTC CTGAAGAATA CTGCAAACAT GGTGGAACCT GCATCATCAA AGATGATGTT 
CCTTTATGTC AATGTGGAAA AGAATGGAAA GGAAACCGTT GTCACATAAG TGCTAAGCCT 
CCTCAATCTC CCATTTCAAG TCTCCTTCAA AATGATATTT GGATTGGGTT GGGGATCAGT 
TTCTTGCTGA TTAAAATTGC AGTTGCTGCC TTATGTTTCC TTTCAAAGAA GAAAGAGCAA 
AAAATGAAAG TAGAGGAAAC TATAAATACT TCATTTGCCA ATCCACTGTA TGAAGACCTT 
AGTTCATCTG GAAAAGCAAA GTCTCCTGGA TACACCACTT CACCTGTTGT TCAAATCAGT 
GTTTCTCCAT GGCATGAGTA TCCATTTAAT GAAGGTGAGA ATGCTACCTC TTTTCCAAAT 
CCTCTCTACG GTGAGGCATC AGGAGACATG GAGAAATTAT GCAGTTCCTT GAAAATAGAC 
AGAAAATGGG ATTAA

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

PubMed

Diet1 functions in the FGF15/19 enterohepatic signaling axis to modulate bile acid and lipid levels.
Cell metabolism17(6)916-28(2013 Jun)
Vergnes L,Lee JM,Chin RG,Auwerx J,Reue K

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MALRD1 cDNA ORF clone, Gallus gallus(chicken)

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Target ORF information:

Target ORF information:

ORF Insert Sequence:

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