nomo cDNA ORF clone, Danio rerio(zebrafish)

Gene
Clones
gRNAs

Summary

Gene Symbol	nomo
Entrez Gene ID	446115
Full Name	nodal modulator
General protein information	Preferred Names nodal modulator Names nodal modulator 1
Gene Type	protein-coding
Organism	Danio rerio(zebrafish)

mRNA and Protein(s)

mRNA	Protein	Name
XM_002662315.3	XP_002662361.1	nodal modulator 1

Pathways from BioSystems

Homologies

Rattus norvegicus (Norway rat)	Nomo1	NP_001101954.1
Gallus gallus (chicken)	PM5	XP_004945342.1
Bos taurus (cattle)	NOMO1	XP_002698082.1
Homo sapiens (human)	NOMO2	NP_001004060.1
Homo sapiens (human)	NOMO1	NP_055102.3
Homo sapiens (human)	NOMO3	NP_001004067.1
	NOMO1	XP_001109510.1
Danio rerio (zebrafish)	nomo	XP_002662361.1
Caenorhabditis elegans (roundworm)	nra-4	NP_503367.1
Oryza sativa (rice)	Os01g0300600	NP_001042818.2
Xenopus tropicalis (tropical clawed frog)	nomo3	NP_001121443.1
Drosophila melanogaster (fruit fly)	CG1371	NP_610551.1
Arabidopsis thaliana (thale cress)	AT3G62360	NP_191795.1
Canis lupus familiaris (dog)	NOMO1	XP_005622130.1
Mus musculus (house mouse)	Nomo1	NP_694697.3
Anopheles gambiae (African malaria mosquito)	AgaP_AGAP005856	XP_315882.4

Gene Ontology

The following nomo gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the nomo 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
ODa11690	XM_002662315.3 Latest version!	Danio rerio nodal modulator (nomo), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	20	$713.30 $1019.00

ORF Online Only Promotion

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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)

nomo ( XM_002662315.3 ) cDNA ORF clone, Danio rerio(zebrafish) -> XP_002662361.1 Danio rerio nodal modulator (nomo), mRNA.

Price & Availability↑

CloneID	ODa11690
Clone ID Related Accession (Same CDS sequence)	XM_002662315.3
Accession Version	XM_002662315.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3627bp) 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	2017-06-14
Organism	Danio rerio(zebrafish)
Product	nodal modulator 1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_007117.7) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Jun 24, 2016 this sequence version replaced XM_002662315.2. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Danio rerio Annotation Release 106 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.4 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGGTGGAA TTAAAGAGCT AGCGATTCTT ACGCTTTCTT TTTTGTATTT TACATTTGTG 
AATGCTACCG ATGATATTTT GGTTGGCTGC GGGGGGTTTG TCAAGTCAGA TGTGGAAATT 
AATTACTCTG TCATTGAGAT AAAGTTGTAC ACCAAGCAGG GTTCTCTGAA ATATCAGACT 
GACTGTGCAC CAATCAATGG TTACTTCATG ATCCCACTGT ATGACAAGGG GGATTTTGTT 
CTTAAGATAG AACCACCTTC GGGATGGAGC TTTGAGCCAA CAACTGTGGA CCTACATGTG 
GATGGAGTTA CTGACATCTG CACTAAAGAA CAAGACATCA ACTTTGTTTT TACAGGGTTT 
TCAGTTTTGG GAACTGTCTT GAGTAAAGGC CATTTGTTGG GGCCTGCAGG GGTTGAGGTC 
AGTTTGAGAA AAGCAGGAGA AGATGCTGTT CTTCAGAGTG TCTTCACGCA TGCTGGAGGC 
CAGTATACTT TCCTCAAGGT GCTTCCAGGA AGTTATGACA TCACTGCTTC ACATTCTTCA 
TGGACCCTAG AGCAGAGCTC AACCGCTGTG GTTGTGTCGA ATGAAAACGC TCCTGCCGCA 
GCTCCACTGG TGGTGAAGGG CTATGATGTC TCTGGAGAGG TGCAGAGCGA TAGCGAACCC 
ATGAAAGGAG TCAGTTTCCT CCTTTACTCT GCCAGTGTAA CGAAGGAGGA TATCAGTGGC 
TGTGCTGTGG CTCCTGTTGA TGGGGCTTTA GTTGGCGATG CCTCCCTTGT GTATCTCTGC 
AGTTCGCAGT CTCGCGAGGA TGGCACTTTC TCATTTCCCT GCCTTCCCAG TGGAGAATAC 
ACTGTGGTTC CATATTACCG AGGTGAGAGA ATCACCTTTG ATGTTGCTCC TTCTCGAATG 
GACTTCAAAG TTGAACACAG CAGTTTAACA CTGCAGCCTG TTTTCCGGGT CATGGGATTC 
TCTGTGATGG GCAGAGTTCT GAATGGCCCC GATGGAGAGG GAGTTGCAGA TGCTGTAGTT 
ACACTTAACA ACCAGATTAA AGTGGAAACT AAAGAAGATG GTTCTTTCCG ATTGGAGAAT 
ATGACCACAG GCACTTACAC TATTAACACA CACAAGGAGC TTATGTTCTT TGAACCAGTC 
ACTGTGAAGA TTGCTCCCAG CACGCCTCAG CTGCCAGATA TCATCACTGC AGGGTTTAGT 
GTTTGTGGTC ACATCTCCGT CACCCGTCTT CCAGAGACTG TTAAACAGCT TGGACGCTAC 
AAAGTTACAC TTTCGGCTCA GAGGCAGGAT CAGGGATTTT TCCGGACTGT GGAAAGTGAC 
AGTCATGGAG CGTTCTGTTT TCAGGTTAAA CCAGGAGACT ACAGTGTGCA GGTGACTCTC 
CCTGAAAGTG AGGTGAAGGC TGGGCTTGCT CTTCAGCCAC ACTCTCTGGA TATCTCACTG 
GTGGATCGTC CCGTCACTGA CCTTCTCTTC ACTCAGTTCA TAGCATCTGT TTCTGGCTCT 
GTATCCTGTC TTGTGGCTTG TGGAGATCTG ACCGTGAGCC TTCAGCCTGT AAGCAGACAG 
GGAGAAAGGC AGAACTTCCA GTTGTCTGGA AGCAGTGAAA CCCTCACCTT TACTTTTGGT 
AATGTGCTGC CTGGCAAGTA CAAAGTGTCT ATCACCCAAG AAGAGTGGTG CTGGAAGCAT 
AAGTCAGTGG AGATCGATGT ACTTGACTCG TATGTAGAGG GAGTGGAGTT TCGACAAACT 
GGATACTTAC TGCGCTGCTC ACTGTCCCAT GCTATTACAC TGGAATTTTT CCAAGACGGC 
AGTTTACCAG AGAATGTTGG CGTTTACAAT CTGTCCAAAG GAGTCAATCG TTTCTGTCTG 
TCAAAGCCTG GTGTTTATAA AGTGACTCCA CGCTCCTGTC ACCAGTTTGA ACAGGATTAC 
TACACCTACA ACACGTCTGC CCCAAGCATC TTAACTCTGA CTGCTGTCAG ACACCACATG 
ACAGGACTTA TAACCACTGA TAAGATGTTG GATGTCACAG TCACCATCAA ATCCTCTATT 
GAGAGTGAGC CTGCTTTGGT TCTGGGACCT CTACGCTCAA ATGAGGAGCA GCGAAGGGAG 
CAGCAACTTC TGGAAATAGC TGCCCGTAAA AAAGAGAGAG GAGAAGCAGG CGATGAGAAG 
AGCCCCCCTG TGGAAGAGAA ACCAGAGGAA CTTCGTGAGC CTTTTCACTA TGAATTCTCC 
TATTGGGCAC GGGCTGGGGA GAAGATCACA GTCACACCTT CATCCAAAGA ATTTCTGTTT 
TACCCTCCTG AAGTAGAGGC TACAATCACT GGTGAAAATT GCCCAGGTCG ATTGGTGGAG 
ATTACAGGCC GGGCAGGACT GTTCCTCACA GGGCAGGTGG CTCCTACATT AGAGGGTGTG 
GAAATCACTA TAAAGGAGAG CAAAGCTACA ACACCTCTCA TTACAGTTCT CACAGATGAA 
AATGGAGCCT ACAGTGTCGG ACCCTTACAT AGTGACTCTC AGTATGACAT CAGTGCGAGT 
AAAGAGGGCT TCGTCCTGAC TCCAGTGGAA GGAAAGACAG GAGACTTCAA GGCTTTTGCA 
TTGGCAGGTG TCACTTTTGA GATAAAGGCA GAGGATGGCG TTCCTCTGTC TGGGGTTCTG 
CTGTCTCTCA GTGGAGCAAG CTTCCGCTCA AATCTGCTCA CTCAGGACAC TGGACTCCTC 
ACATTCAACA ACCTGAGTCC TGGCCAGTAC TATTTCAAGC CCATGATGAA AGAGTTCCGC 
TTTGAGCCCT CAGCACAGAT GATAACTGTA GAAGAAGGAC AAGTACTGCA TATTCCCATC 
ACTGGCTTCA AAACAGCCTA CAGCTGCTAT GGAACAGTGC AGTCGATAGG TGGCGATGCG 
GAGCAGGGTG TTGCAGTGGA GGCAGTGGGG CAGAGCGAGT GTGGCATGTA CAGTGAAGAC 
ACTGTTACTG ATGAAGAGGG ACGCTTTAGA CTCAGAGGCT TACGGCCTGG TTGTAACTAC 
AACATTCAGC TGAGAGGAGA GGGAAATGAT CACATAGAGA GAGCATTGCC ACCACACAAG 
ACAATTGAGG TCGGCAACAC CGATATTGAT GGAATCAACA TAATCGCCTT TAGACAGATC 
AATCAATTTG ATCTGAGTGG AAATGTCATC ACTTCCCCTG AGCATCTTCC CACTCTATGG 
GTAAAGCTCT ACAAAAGTGA TAATCTTGAC AATCCCTTCC AGAGTGTGTC TCTTGGCCAG 
TCCCTGTTCT TCCACTTTCA ACCTCTGCCA CGTGACGGAG AGAGCTATGT GCTGATGTTG 
GACACATCCC TCTCTCGCTC CCAGTATGAC TTCAAACTGC CACAGGTCTC CTTCACATCT 
TCTGGTTACC ACAAACACGT AACACTAACA TTTAACCCTA AGAGGAAAAT ACCAGACCAA 
GATGTTGCCC AGGGGTCTTT CATCGCCCTT CCTCTGACAT TGCTACTGTT GCTTGCTGTT 
TATAACCATG AGCGGGTGAT TCCTCTTCTT CTGCAGCTGG TCAGTCAGAT CCAGGGCGTT 
CGAGGACTCG CTCAGGCAAG CGGAGATGGG CTTCCTGTGG ATGAAGCCAA ACGTCCATCA 
AAACGGCCGA AGACGAGACG TACATGA

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

RefSeq	XP_002662361.1
CDS	33..3659
Translation	MGGIKELAILTLSFLYFTFVNATDDILVGCGGFVKSDVEINYSVIEIKLYTKQGSLKYQTDCAPINGYFMIPLYDKGDFVLKIEPPSGWSFEPTTVDLHVDGVTDICTKEQDINFVFTGFSVLGTVLSKGHLLGPAGVEVSLRKAGEDAVLQSVFTHAGGQYTFLKVLPGSYDITASHSSWTLEQSSTAVVVSNENAPAAAPLVVKGYDVSGEVQSDSEPMKGVSFLLYSASVTKEDISGCAVAPVDGALVGDASLVYLCSSQSREDGTFSFPCLPSGEYTVVPYYRGERITFDVAPSRMDFKVEHSSLTLQPVFRVMGFSVMGRVLNGPDGEGVADAVVTLNNQIKVETKEDGSFRLENMTTGTYTINTHKELMFFEPVTVKIAPSTPQLPDIITAGFSVCGHISVTRLPETVKQLGRYKVTLSAQRQDQGFFRTVESDSHGAFCFQVKPGDYSVQVTLPESEVKAGLALQPHSLDISLVDRPVTDLLFTQFIASVSGSVSCLVACGDLTVSLQPVSRQGERQNFQLSGSSETLTFTFGNVLPGKYKVSITQEEWCWKHKSVEIDVLDSYVEGVEFRQTGYLLRCSLSHAITLEFFQDGSLPENVGVYNLSKGVNRFCLSKPGVYKVTPRSCHQFEQDYYTYNTSAPSILTLTAVRHHMTGLITTDKMLDVTVTIKSSIESEPALVLGPLRSNEEQRREQQLLEIAARKKERGEAGDEKSPPVEEKPEELREPFHYEFSYWARAGEKITVTPSSKEFLFYPPEVEATITGENCPGRLVEITGRAGLFLTGQVAPTLEGVEITIKESKATTPLITVLTDENGAYSVGPLHSDSQYDISASKEGFVLTPVEGKTGDFKAFALAGVTFEIKAEDGVPLSGVLLSLSGASFRSNLLTQDTGLLTFNNLSPGQYYFKPMMKEFRFEPSAQMITVEEGQVLHIPITGFKTAYSCYGTVQSIGGDAEQGVAVEAVGQSECGMYSEDTVTDEEGRFRLRGLRPGCNYNIQLRGEGNDHIERALPPHKTIEVGNTDIDGINIIAFRQINQFDLSGNVITSPEHLPTLWVKLYKSDNLDNPFQSVSLGQSLFFHFQPLPRDGESYVLMLDTSLSRSQYDFKLPQVSFTSSGYHKHVTLTFNPKRKIPDQDVAQGSFIALPLTLLLLLAVYNHERVIPLLLQLVSQIQGVRGLAQASGDGLPVDEAKRPSKRPKTRRT

Target ORF information:

RefSeq Version	XM_002662315.3
Organism	Danio rerio(zebrafish)
Definition	Danio rerio nodal modulator (nomo), mRNA.

Target ORF information:

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

XM_002662315.3

ORF Insert Sequence:

ATGGGTGGAA TTAAAGAGCT AGCGATTCTT ACGCTTTCTT TTTTGTATTT TACATTTGTG 
AATGCTACCG ATGATATTTT GGTTGGCTGC GGGGGGTTTG TCAAGTCAGA TGTGGAAATT 
AATTACTCTG TCATTGAGAT AAAGTTGTAC ACCAAGCAGG GTTCTCTGAA ATATCAGACT 
GACTGTGCAC CAATCAATGG TTACTTCATG ATCCCACTGT ATGACAAGGG GGATTTTGTT 
CTTAAGATAG AACCACCTTC GGGATGGAGC TTTGAGCCAA CAACTGTGGA CCTACATGTG 
GATGGAGTTA CTGACATCTG CACTAAAGAA CAAGACATCA ACTTTGTTTT TACAGGGTTT 
TCAGTTTTGG GAACTGTCTT GAGTAAAGGC CATTTGTTGG GGCCTGCAGG GGTTGAGGTC 
AGTTTGAGAA AAGCAGGAGA AGATGCTGTT CTTCAGAGTG TCTTCACGCA TGCTGGAGGC 
CAGTATACTT TCCTCAAGGT GCTTCCAGGA AGTTATGACA TCACTGCTTC ACATTCTTCA 
TGGACCCTAG AGCAGAGCTC AACCGCTGTG GTTGTGTCGA ATGAAAACGC TCCTGCCGCA 
GCTCCACTGG TGGTGAAGGG CTATGATGTC TCTGGAGAGG TGCAGAGCGA TAGCGAACCC 
ATGAAAGGAG TCAGTTTCCT CCTTTACTCT GCCAGTGTAA CGAAGGAGGA TATCAGTGGC 
TGTGCTGTGG CTCCTGTTGA TGGGGCTTTA GTTGGCGATG CCTCCCTTGT GTATCTCTGC 
AGTTCGCAGT CTCGCGAGGA TGGCACTTTC TCATTTCCCT GCCTTCCCAG TGGAGAATAC 
ACTGTGGTTC CATATTACCG AGGTGAGAGA ATCACCTTTG ATGTTGCTCC TTCTCGAATG 
GACTTCAAAG TTGAACACAG CAGTTTAACA CTGCAGCCTG TTTTCCGGGT CATGGGATTC 
TCTGTGATGG GCAGAGTTCT GAATGGCCCC GATGGAGAGG GAGTTGCAGA TGCTGTAGTT 
ACACTTAACA ACCAGATTAA AGTGGAAACT AAAGAAGATG GTTCTTTCCG ATTGGAGAAT 
ATGACCACAG GCACTTACAC TATTAACACA CACAAGGAGC TTATGTTCTT TGAACCAGTC 
ACTGTGAAGA TTGCTCCCAG CACGCCTCAG CTGCCAGATA TCATCACTGC AGGGTTTAGT 
GTTTGTGGTC ACATCTCCGT CACCCGTCTT CCAGAGACTG TTAAACAGCT TGGACGCTAC 
AAAGTTACAC TTTCGGCTCA GAGGCAGGAT CAGGGATTTT TCCGGACTGT GGAAAGTGAC 
AGTCATGGAG CGTTCTGTTT TCAGGTTAAA CCAGGAGACT ACAGTGTGCA GGTGACTCTC 
CCTGAAAGTG AGGTGAAGGC TGGGCTTGCT CTTCAGCCAC ACTCTCTGGA TATCTCACTG 
GTGGATCGTC CCGTCACTGA CCTTCTCTTC ACTCAGTTCA TAGCATCTGT TTCTGGCTCT 
GTATCCTGTC TTGTGGCTTG TGGAGATCTG ACCGTGAGCC TTCAGCCTGT AAGCAGACAG 
GGAGAAAGGC AGAACTTCCA GTTGTCTGGA AGCAGTGAAA CCCTCACCTT TACTTTTGGT 
AATGTGCTGC CTGGCAAGTA CAAAGTGTCT ATCACCCAAG AAGAGTGGTG CTGGAAGCAT 
AAGTCAGTGG AGATCGATGT ACTTGACTCG TATGTAGAGG GAGTGGAGTT TCGACAAACT 
GGATACTTAC TGCGCTGCTC ACTGTCCCAT GCTATTACAC TGGAATTTTT CCAAGACGGC 
AGTTTACCAG AGAATGTTGG CGTTTACAAT CTGTCCAAAG GAGTCAATCG TTTCTGTCTG 
TCAAAGCCTG GTGTTTATAA AGTGACTCCA CGCTCCTGTC ACCAGTTTGA ACAGGATTAC 
TACACCTACA ACACGTCTGC CCCAAGCATC TTAACTCTGA CTGCTGTCAG ACACCACATG 
ACAGGACTTA TAACCACTGA TAAGATGTTG GATGTCACAG TCACCATCAA ATCCTCTATT 
GAGAGTGAGC CTGCTTTGGT TCTGGGACCT CTACGCTCAA ATGAGGAGCA GCGAAGGGAG 
CAGCAACTTC TGGAAATAGC TGCCCGTAAA AAAGAGAGAG GAGAAGCAGG CGATGAGAAG 
AGCCCCCCTG TGGAAGAGAA ACCAGAGGAA CTTCGTGAGC CTTTTCACTA TGAATTCTCC 
TATTGGGCAC GGGCTGGGGA GAAGATCACA GTCACACCTT CATCCAAAGA ATTTCTGTTT 
TACCCTCCTG AAGTAGAGGC TACAATCACT GGTGAAAATT GCCCAGGTCG ATTGGTGGAG 
ATTACAGGCC GGGCAGGACT GTTCCTCACA GGGCAGGTGG CTCCTACATT AGAGGGTGTG 
GAAATCACTA TAAAGGAGAG CAAAGCTACA ACACCTCTCA TTACAGTTCT CACAGATGAA 
AATGGAGCCT ACAGTGTCGG ACCCTTACAT AGTGACTCTC AGTATGACAT CAGTGCGAGT 
AAAGAGGGCT TCGTCCTGAC TCCAGTGGAA GGAAAGACAG GAGACTTCAA GGCTTTTGCA 
TTGGCAGGTG TCACTTTTGA GATAAAGGCA GAGGATGGCG TTCCTCTGTC TGGGGTTCTG 
CTGTCTCTCA GTGGAGCAAG CTTCCGCTCA AATCTGCTCA CTCAGGACAC TGGACTCCTC 
ACATTCAACA ACCTGAGTCC TGGCCAGTAC TATTTCAAGC CCATGATGAA AGAGTTCCGC 
TTTGAGCCCT CAGCACAGAT GATAACTGTA GAAGAAGGAC AAGTACTGCA TATTCCCATC 
ACTGGCTTCA AAACAGCCTA CAGCTGCTAT GGAACAGTGC AGTCGATAGG TGGCGATGCG 
GAGCAGGGTG TTGCAGTGGA GGCAGTGGGG CAGAGCGAGT GTGGCATGTA CAGTGAAGAC 
ACTGTTACTG ATGAAGAGGG ACGCTTTAGA CTCAGAGGCT TACGGCCTGG TTGTAACTAC 
AACATTCAGC TGAGAGGAGA GGGAAATGAT CACATAGAGA GAGCATTGCC ACCACACAAG 
ACAATTGAGG TCGGCAACAC CGATATTGAT GGAATCAACA TAATCGCCTT TAGACAGATC 
AATCAATTTG ATCTGAGTGG AAATGTCATC ACTTCCCCTG AGCATCTTCC CACTCTATGG 
GTAAAGCTCT ACAAAAGTGA TAATCTTGAC AATCCCTTCC AGAGTGTGTC TCTTGGCCAG 
TCCCTGTTCT TCCACTTTCA ACCTCTGCCA CGTGACGGAG AGAGCTATGT GCTGATGTTG 
GACACATCCC TCTCTCGCTC CCAGTATGAC TTCAAACTGC CACAGGTCTC CTTCACATCT 
TCTGGTTACC ACAAACACGT AACACTAACA TTTAACCCTA AGAGGAAAAT ACCAGACCAA 
GATGTTGCCC AGGGGTCTTT CATCGCCCTT CCTCTGACAT TGCTACTGTT GCTTGCTGTT 
TATAACCATG AGCGGGTGAT TCCTCTTCTT CTGCAGCTGG TCAGTCAGAT CCAGGGCGTT 
CGAGGACTCG CTCAGGCAAG CGGAGATGGG CTTCCTGTGG ATGAAGCCAA ACGTCCATCA 
AAACGGCCGA AGACGAGACG TACATGA