LOC100464689 cDNA ORF clone, Ailuropoda melanoleuca(giant panda)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC100464689
Entrez Gene ID	100464689
Full Name	nodal modulator 1
Synonyms	NOMO1
Gene Type	protein-coding
Organism	Ailuropoda melanoleuca(giant panda)

mRNA and Protein(s)

mRNA	Protein	Name
XM_011234497.2	XP_011232799.1	nodal modulator 1

Pathways from BioSystems
Gene Ontology

The following LOC100464689 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC100464689 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
OAc18754	XM_011234497.2 Latest version!	Ailuropoda melanoleuca nodal modulator 1 (LOC100464689), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$643.30 $919.00

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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)

LOC100464689 ( XM_011234497.2 ) cDNA ORF clone, Ailuropoda melanoleuca(giant panda) -> XP_011232799.1 Ailuropoda melanoleuca nodal modulator 1 (LOC100464689), mRNA.

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CloneID	OAc18754
Clone ID Related Accession (Same CDS sequence)	XM_011234497.2
Accession Version	XM_011234497.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3732bp) 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	2016-12-27
Organism	Ailuropoda melanoleuca(giant panda)
Product	nodal modulator 1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_003218490.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process On Dec 28, 2016 this sequence version replaced XM_011234497.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Ailuropoda melanoleuca Annotation Release 102 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.2 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##

ATGGCGCACC CGCGTTGCCC TTCCTTAACT TGTGTGGGGC GGTGGGCTTG CGGCCCGAGC 
GCGCACGCGC GGCTGCGGGG ATTTGGGGCC GCCGGGGCCG GGGCAGCGGC CGCCGCTGTG 
GTGCTGCTGC TGAGCGGCGT GGGTCCGGCG CGCGGCTCCG AGGACATCGT GGTGGGCTGC 
GGGGGCTTCG TCAAGTCGGA CGTGGAGATC AACTACTCGC TCATCGAGAT AAAGCTGTAT 
ACTAAGCATG GGACTTTGAA ATACCAGACA GACTGTGCTC CTAATAATGG TTACTTTATG 
ATCCCCTTGT ATGATAAGGG AGATTTCATT CTGAAGATTG AGCCTCCCCT AGGGTGGAGT 
TTTGAGCCAA CGAACGTGGA GCTCTACGTG GATGGTGTGA ATGACATCTG CACGAAGGGC 
GGGGACATCA ACTTTGTGTT CACGGGGTTC TCTGTGAATG GAAAGGTTCT CAGCAAAGGG 
CAGACCCTGG GCCCTGCAGG AGTCCAGGTA TCCCTGAGAA ACACGGGGAC CGAAGCAAAG 
ATCCAGTCCA CAGTGACACA GCCTGGTGGA AAGTTTGCAT TTTTTAAAGT TCTTCCTGGA 
GATTATGAAA TTCTTGCAAC TCATCCAACC TGGGCATTGA AAGAGGCGAG CACCACCGTG 
CGGGTAACCA ACTCCAATGC CAACGCCGCC AGTCCCCTCA TAGTGGCCGG CTACAATGTG 
TCTGGCTCTG TCCGCAGTGA CGGGGAGCCC ATGAAAGGGG TGAAGTTTCT TCTCTTTTCA 
TCTGTGGTTT CCAAAGAGGA TGTCTTGGGG TGCAACATCT CACCAGTGCC CGGCTTCCAG 
CCCCAAGATG AAAGTCTCGT GTATTTGTGC TATGCGGTCT CCAAAGAAGA TGGCTCATTC 
TCCTTCTATT CCTTGCCAAG TGGGGACTAT ACTGTGATTC CCTTCTATAG AGGGGAGAGG 
ATTACCTTTG ATGTCGCTCC TTCCAGACGT GACTTTACTG TGGAACATGA CAGCCTGAAA 
ATTGAGCCCG TGTTCCACGT CATGGGATTC TCTGTCACCG GAAGGGTCTT AAATGGACCC 
GAAGGAGAAG GTGTTCCCGA GGCAGTAGTC ACTCTGAATA ACCAAATCAA AGTCAAGACA 
AAAGCCGATG GCTCCTTCCG CTTGGAGAAC ATCACGACTG GGACGTACAC CATCCACGCT 
CAGAAAGAAC ACCTCTACTT TGAAACTGTC ACTATCAAAA TTGCACCGAA CACGCCTCAG 
CTGGCTGACA TCATTGCAAC AGGGTTCAGT GTCTGTGGCC AGATATCAAT CATTCGCTTC 
CCTGACTCCG TCAAGCAGAT GAGTAAATAC AAAGTTGTCC TGTCGTCTCA AGACAAGGAC 
AAGTCTTTGG TCACCGTGGA GACGGACGCT CATGGATCAT TTTGTTTTAA AGCAAAACCA 
GGGACCTACA AAGTCCAGGT GATGGTTCCT GAGGCGGAGA CCAGAGCAGG GCTGACCTTG 
AAGCCCCAGA CATTCCCTCT TGCTGTGACT GATAGGCCCG TGATGGATGT GGCCTTTGTG 
CAGTTCTTGG CATCAGTTTC TGGGAAAGTC TCTTGTTTGG ACACCTGCGG CGACCTTCTG 
GTGACGCTGC AGTCGCTGAG CCGCCAGGGC GAGAAGCGGA GTCTCCAGCT CTCCGGCAAG 
GTCAACTCAA TGACGTTCAC CTTCGACAGC GTGCTCCCCG GAAAATACAA AATAAGCATC 
ATGCATGAAG ATTGGTGCTG GAAAAACAAG AGTCTGGAGG TGGAAGTTCT GGAAGACGAC 
GTGTCAACGA TCGAGTTCAG GCAGACGGGC TACATGCTGC GATGTTCCCT TTCTCACGCA 
ATCACTCTGG AATTTTATCA GGATGGAAAT GGACCTGAGA ACGTGGGGAT TTATAACCTC 
TCCAAAGGAG TCAACCGATT CTGCCTGTCC AAGCCTGGTG TGTACAAGGT GACCCCTCGC 
TCCTGCCACC GCTTTGAGCA AGCGTTCTAC ACCTATGACA CGTCGTCACC CAGTATCTTG 
ACGTTGACAG CCATTCGCCA CCATGTCCTT GGAACTATCA CCACTGACAA AATGATGGAT 
GTCACTGTGA CAATCAAATC TTCCATTGAC AGTGAACCCG CCTTGGTCCT AGGCCCCCTG 
AAATCTGTGC AGGAACTGCG GAGGGAGCAG CAGCTGGCCG AGATTGAGAG CCGCAGGCAG 
GAGCGGGAGA AAAACGGCAA GGAAGATGCG GGGGAAGGGA GGAGCAAGCC CCCCGTCCAG 
GAGATGGTAG AGGAGCTACA GGGTCCCTTC TCTTATGACT TCTCCTACTG GGCACGGTCT 
GGAGAGAAAA TCACTGTCAC ACCCTCGTCT AAAGAGCTGC TCTTCTACCC CCCGTCCATG 
GAAGCCACCG TCAGCGGAGA AAGCTGCCCG GGGAAGCTGA TTGAGATCCA TGGGAAAGCC 
GGCTTATTTC TGGAAGGCCA GATCCACCCA GAGTTGGAGG GAGTCGAGAT CGTCATCAGT 
GAAAAGGGGG CGAGCTCACC CCTGATCACA GTCTTCACTG ATGACAGAGG TGCCTACAGT 
GTCGGGCCCC TGCACAGCGA CCTGGAGTAC ACCGTGTCCT CACAGAAGGA AGGCTACGTT 
TTGACCGCGG TGGAAGGAAC CATCGGAGAC TTTAAGGCGT ATGCTTTGGC CGGCGTAAGC 
TTTGAGATAA AGGCCGAAGA TGACCAGCCC CTCCCCGGGG TCCTCTTATC CCTCAGCGGT 
GGCGTGTTTC GTTCCAACCT CTTGACTCAG GACAATGGCA TTCTGACATT CTCCAACCTG 
AGCCCTGGCC AGTATTACTT CAAACCCATG ATGAAGGAGT TCCGGTTCGA GCCATCCTCA 
CAAATGATCG AGGTGCAGGA GGGGCAGAAC TTGAAGATCA CCATCACCGG CTACCGAACG 
GCCTACAGTT GCTACGGTAC AGTTTCTTCT CTGAACGGAG AACCAGAACA GGGTGTAGCC 
GTGGAGGCCG TGGGACAGAG CGACTGTAGT ATTTATGGAG AAGACACCGT GACAGATGAA 
GAGGGGAAGT TCAGATTACG TGGATTGCTG CCGGGATGTG TGTACCACGT GCAGCTCAAG 
GCAGAAGGCA ACGACCACAT CGAACGGGCG CTCCCCCACC ACCGGGTAAT CGCGGTCGGT 
AATAACGACA TCGATGATGT AAGCATCATA GTTTTCCGGC AGATCAATCA GTTTGACTTA 
AGTGGAAACG TGATCACTTC CTCTGAGTAT CTCCCTACGT TATGGGTAAA GCTTTATAAA 
AGTGAAAACC TTGACAGCCC AATGCAGACG GTTTCCCTGG GCCAGTCCCT CTTCTTCCAC 
TTCCCGCCGC TGCTCAGAGA TGGCCAGAAC TACGTCGTGC TGTTGGACTC CACGCTCCCC 
AGGTCCCAGT ATGACTACGT CTTGCCTCAG GTTTCTTTCA CGGCGGTGGG CTACCATAAA 
CACATCACCC TGATTTTTAA TCCCACGAGG AAACTTCCTG AGCAAGACAT CGCACAGGGG 
TCCTACATCG CCCTGCCTCT GACGCTGCTT GTCCTGTTGG CTGGCTACAA CCATGATAAG 
CTCATCCCCT TGCTGTTGCA GTTGACAAGT CGACTGCAGG GCGTCCGAGC TCTTGGTCAG 
ACAGCCTCTG ACAGTAGCGG CCCAGAAGAC GCAAAGAGAC AAGCCAAGAA ACAGAAGACA 
AGGCGGACGT GA

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

RefSeq	XP_011232799.1
CDS	1..3732
Translation	MAHPRCPSLTCVGRWACGPSAHARLRGFGAAGAGAAAAAVVLLLSGVGPARGSEDIVVGCGGFVKSDVEINYSLIEIKLYTKHGTLKYQTDCAPNNGYFMIPLYDKGDFILKIEPPLGWSFEPTNVELYVDGVNDICTKGGDINFVFTGFSVNGKVLSKGQTLGPAGVQVSLRNTGTEAKIQSTVTQPGGKFAFFKVLPGDYEILATHPTWALKEASTTVRVTNSNANAASPLIVAGYNVSGSVRSDGEPMKGVKFLLFSSVVSKEDVLGCNISPVPGFQPQDESLVYLCYAVSKEDGSFSFYSLPSGDYTVIPFYRGERITFDVAPSRRDFTVEHDSLKIEPVFHVMGFSVTGRVLNGPEGEGVPEAVVTLNNQIKVKTKADGSFRLENITTGTYTIHAQKEHLYFETVTIKIAPNTPQLADIIATGFSVCGQISIIRFPDSVKQMSKYKVVLSSQDKDKSLVTVETDAHGSFCFKAKPGTYKVQVMVPEAETRAGLTLKPQTFPLAVTDRPVMDVAFVQFLASVSGKVSCLDTCGDLLVTLQSLSRQGEKRSLQLSGKVNSMTFTFDSVLPGKYKISIMHEDWCWKNKSLEVEVLEDDVSTIEFRQTGYMLRCSLSHAITLEFYQDGNGPENVGIYNLSKGVNRFCLSKPGVYKVTPRSCHRFEQAFYTYDTSSPSILTLTAIRHHVLGTITTDKMMDVTVTIKSSIDSEPALVLGPLKSVQELRREQQLAEIESRRQEREKNGKEDAGEGRSKPPVQEMVEELQGPFSYDFSYWARSGEKITVTPSSKELLFYPPSMEATVSGESCPGKLIEIHGKAGLFLEGQIHPELEGVEIVISEKGASSPLITVFTDDRGAYSVGPLHSDLEYTVSSQKEGYVLTAVEGTIGDFKAYALAGVSFEIKAEDDQPLPGVLLSLSGGVFRSNLLTQDNGILTFSNLSPGQYYFKPMMKEFRFEPSSQMIEVQEGQNLKITITGYRTAYSCYGTVSSLNGEPEQGVAVEAVGQSDCSIYGEDTVTDEEGKFRLRGLLPGCVYHVQLKAEGNDHIERALPHHRVIAVGNNDIDDVSIIVFRQINQFDLSGNVITSSEYLPTLWVKLYKSENLDSPMQTVSLGQSLFFHFPPLLRDGQNYVVLLDSTLPRSQYDYVLPQVSFTAVGYHKHITLIFNPTRKLPEQDIAQGSYIALPLTLLVLLAGYNHDKLIPLLLQLTSRLQGVRALGQTASDSSGPEDAKRQAKKQKTRRT

Target ORF information:

RefSeq Version	XM_011234497.2
Organism	Ailuropoda melanoleuca(giant panda)
Definition	Ailuropoda melanoleuca nodal modulator 1 (LOC100464689), mRNA.

Target ORF information:

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

XM_011234497.2

ORF Insert Sequence:

ATGGCGCACC CGCGTTGCCC TTCCTTAACT TGTGTGGGGC GGTGGGCTTG CGGCCCGAGC 
GCGCACGCGC GGCTGCGGGG ATTTGGGGCC GCCGGGGCCG GGGCAGCGGC CGCCGCTGTG 
GTGCTGCTGC TGAGCGGCGT GGGTCCGGCG CGCGGCTCCG AGGACATCGT GGTGGGCTGC 
GGGGGCTTCG TCAAGTCGGA CGTGGAGATC AACTACTCGC TCATCGAGAT AAAGCTGTAT 
ACTAAGCATG GGACTTTGAA ATACCAGACA GACTGTGCTC CTAATAATGG TTACTTTATG 
ATCCCCTTGT ATGATAAGGG AGATTTCATT CTGAAGATTG AGCCTCCCCT AGGGTGGAGT 
TTTGAGCCAA CGAACGTGGA GCTCTACGTG GATGGTGTGA ATGACATCTG CACGAAGGGC 
GGGGACATCA ACTTTGTGTT CACGGGGTTC TCTGTGAATG GAAAGGTTCT CAGCAAAGGG 
CAGACCCTGG GCCCTGCAGG AGTCCAGGTA TCCCTGAGAA ACACGGGGAC CGAAGCAAAG 
ATCCAGTCCA CAGTGACACA GCCTGGTGGA AAGTTTGCAT TTTTTAAAGT TCTTCCTGGA 
GATTATGAAA TTCTTGCAAC TCATCCAACC TGGGCATTGA AAGAGGCGAG CACCACCGTG 
CGGGTAACCA ACTCCAATGC CAACGCCGCC AGTCCCCTCA TAGTGGCCGG CTACAATGTG 
TCTGGCTCTG TCCGCAGTGA CGGGGAGCCC ATGAAAGGGG TGAAGTTTCT TCTCTTTTCA 
TCTGTGGTTT CCAAAGAGGA TGTCTTGGGG TGCAACATCT CACCAGTGCC CGGCTTCCAG 
CCCCAAGATG AAAGTCTCGT GTATTTGTGC TATGCGGTCT CCAAAGAAGA TGGCTCATTC 
TCCTTCTATT CCTTGCCAAG TGGGGACTAT ACTGTGATTC CCTTCTATAG AGGGGAGAGG 
ATTACCTTTG ATGTCGCTCC TTCCAGACGT GACTTTACTG TGGAACATGA CAGCCTGAAA 
ATTGAGCCCG TGTTCCACGT CATGGGATTC TCTGTCACCG GAAGGGTCTT AAATGGACCC 
GAAGGAGAAG GTGTTCCCGA GGCAGTAGTC ACTCTGAATA ACCAAATCAA AGTCAAGACA 
AAAGCCGATG GCTCCTTCCG CTTGGAGAAC ATCACGACTG GGACGTACAC CATCCACGCT 
CAGAAAGAAC ACCTCTACTT TGAAACTGTC ACTATCAAAA TTGCACCGAA CACGCCTCAG 
CTGGCTGACA TCATTGCAAC AGGGTTCAGT GTCTGTGGCC AGATATCAAT CATTCGCTTC 
CCTGACTCCG TCAAGCAGAT GAGTAAATAC AAAGTTGTCC TGTCGTCTCA AGACAAGGAC 
AAGTCTTTGG TCACCGTGGA GACGGACGCT CATGGATCAT TTTGTTTTAA AGCAAAACCA 
GGGACCTACA AAGTCCAGGT GATGGTTCCT GAGGCGGAGA CCAGAGCAGG GCTGACCTTG 
AAGCCCCAGA CATTCCCTCT TGCTGTGACT GATAGGCCCG TGATGGATGT GGCCTTTGTG 
CAGTTCTTGG CATCAGTTTC TGGGAAAGTC TCTTGTTTGG ACACCTGCGG CGACCTTCTG 
GTGACGCTGC AGTCGCTGAG CCGCCAGGGC GAGAAGCGGA GTCTCCAGCT CTCCGGCAAG 
GTCAACTCAA TGACGTTCAC CTTCGACAGC GTGCTCCCCG GAAAATACAA AATAAGCATC 
ATGCATGAAG ATTGGTGCTG GAAAAACAAG AGTCTGGAGG TGGAAGTTCT GGAAGACGAC 
GTGTCAACGA TCGAGTTCAG GCAGACGGGC TACATGCTGC GATGTTCCCT TTCTCACGCA 
ATCACTCTGG AATTTTATCA GGATGGAAAT GGACCTGAGA ACGTGGGGAT TTATAACCTC 
TCCAAAGGAG TCAACCGATT CTGCCTGTCC AAGCCTGGTG TGTACAAGGT GACCCCTCGC 
TCCTGCCACC GCTTTGAGCA AGCGTTCTAC ACCTATGACA CGTCGTCACC CAGTATCTTG 
ACGTTGACAG CCATTCGCCA CCATGTCCTT GGAACTATCA CCACTGACAA AATGATGGAT 
GTCACTGTGA CAATCAAATC TTCCATTGAC AGTGAACCCG CCTTGGTCCT AGGCCCCCTG 
AAATCTGTGC AGGAACTGCG GAGGGAGCAG CAGCTGGCCG AGATTGAGAG CCGCAGGCAG 
GAGCGGGAGA AAAACGGCAA GGAAGATGCG GGGGAAGGGA GGAGCAAGCC CCCCGTCCAG 
GAGATGGTAG AGGAGCTACA GGGTCCCTTC TCTTATGACT TCTCCTACTG GGCACGGTCT 
GGAGAGAAAA TCACTGTCAC ACCCTCGTCT AAAGAGCTGC TCTTCTACCC CCCGTCCATG 
GAAGCCACCG TCAGCGGAGA AAGCTGCCCG GGGAAGCTGA TTGAGATCCA TGGGAAAGCC 
GGCTTATTTC TGGAAGGCCA GATCCACCCA GAGTTGGAGG GAGTCGAGAT CGTCATCAGT 
GAAAAGGGGG CGAGCTCACC CCTGATCACA GTCTTCACTG ATGACAGAGG TGCCTACAGT 
GTCGGGCCCC TGCACAGCGA CCTGGAGTAC ACCGTGTCCT CACAGAAGGA AGGCTACGTT 
TTGACCGCGG TGGAAGGAAC CATCGGAGAC TTTAAGGCGT ATGCTTTGGC CGGCGTAAGC 
TTTGAGATAA AGGCCGAAGA TGACCAGCCC CTCCCCGGGG TCCTCTTATC CCTCAGCGGT 
GGCGTGTTTC GTTCCAACCT CTTGACTCAG GACAATGGCA TTCTGACATT CTCCAACCTG 
AGCCCTGGCC AGTATTACTT CAAACCCATG ATGAAGGAGT TCCGGTTCGA GCCATCCTCA 
CAAATGATCG AGGTGCAGGA GGGGCAGAAC TTGAAGATCA CCATCACCGG CTACCGAACG 
GCCTACAGTT GCTACGGTAC AGTTTCTTCT CTGAACGGAG AACCAGAACA GGGTGTAGCC 
GTGGAGGCCG TGGGACAGAG CGACTGTAGT ATTTATGGAG AAGACACCGT GACAGATGAA 
GAGGGGAAGT TCAGATTACG TGGATTGCTG CCGGGATGTG TGTACCACGT GCAGCTCAAG 
GCAGAAGGCA ACGACCACAT CGAACGGGCG CTCCCCCACC ACCGGGTAAT CGCGGTCGGT 
AATAACGACA TCGATGATGT AAGCATCATA GTTTTCCGGC AGATCAATCA GTTTGACTTA 
AGTGGAAACG TGATCACTTC CTCTGAGTAT CTCCCTACGT TATGGGTAAA GCTTTATAAA 
AGTGAAAACC TTGACAGCCC AATGCAGACG GTTTCCCTGG GCCAGTCCCT CTTCTTCCAC 
TTCCCGCCGC TGCTCAGAGA TGGCCAGAAC TACGTCGTGC TGTTGGACTC CACGCTCCCC 
AGGTCCCAGT ATGACTACGT CTTGCCTCAG GTTTCTTTCA CGGCGGTGGG CTACCATAAA 
CACATCACCC TGATTTTTAA TCCCACGAGG AAACTTCCTG AGCAAGACAT CGCACAGGGG 
TCCTACATCG CCCTGCCTCT GACGCTGCTT GTCCTGTTGG CTGGCTACAA CCATGATAAG 
CTCATCCCCT TGCTGTTGCA GTTGACAAGT CGACTGCAGG GCGTCCGAGC TCTTGGTCAG 
ACAGCCTCTG ACAGTAGCGG CCCAGAAGAC GCAAAGAGAC AAGCCAAGAA ACAGAAGACA 
AGGCGGACGT GA