MONBRDRAFT_27170 cDNA ORF clone, Monosiga brevicollis MX1

Gene
Clones
gRNAs

Summary

Gene Symbol	MONBRDRAFT_27170
Entrez Gene ID	5892772
Full Name	hypothetical protein
Gene Type	protein-coding
Organism	Monosiga brevicollis MX1

mRNA and Protein(s)

mRNA	Protein	Name
XM_001747488.1	XP_001747540.1	hypothetical protein

Pathways from BioSystems
Gene Ontology

The following MONBRDRAFT_27170 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the MONBRDRAFT_27170 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
OMh04807	XM_001747488.1 Latest version!	Monosiga brevicollis MX1 predicted protein MONBRDRAFT_27170 mRNA, complete cds.	pcDNA3.1-C-(k)DYK or customized vector	20	$713.30 $1019.00

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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)

MONBRDRAFT_27170 ( XM_001747488.1 ) cDNA ORF clone, Monosiga brevicollis MX1 -> XP_001747540.1 Monosiga brevicollis MX1 predicted protein MONBRDRAFT_27170 mRNA, complete cds.

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CloneID	OMh04807
Clone ID Related Accession (Same CDS sequence)	XM_001747488.1
Accession Version	XM_001747488.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3708bp) 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	2008-11-01
Organism	Monosiga brevicollis MX1
Product	hypothetical protein
Comment	Comment: PROVISIONAL REFSEQ: This record has not yet been subject to final NCBI review. This record is derived from an annotated genomic sequence (NW_001865054). COMPLETENESS: incomplete on both ends.

ATGGGGTGCG TGACGGCTGC GGCCGTGCTG GTGACCCTGA GCGCCCTCTG CAGCGTTGTG 
CATGGAAGCC TTGTGTGGAC CTCGGATGTG ACCATGGTTC CCTCCGCGCC GGGCAGGCGT 
GTGCACCACG TGATTGTGTA TCGCGATGCC CCTGGAACCG TGAACAATCG GAGCGATCCC 
GAGGTCCTGC TGGTAGGGGG CATGGTCGCA TTGGACACGC CCCAAGATGA GGTCATGTCG 
AACCAGTCCA TCTTTTTTGC GTACATGAGC ACCTACTACG CCTTTGATGG TGTTCTTTGG 
CGTTATCTGC CTTCGGCTGG ATCCTGGCAG GCCGTGGCCG TTGACACGAC TTGCAATCAT 
TTGTGCCGCG TTGGTCACCA AGCGGTTCTA AGCCCCGCGG ACTACAAGAC AGACAGCCCC 
GTGCCCGATT ATGCCCTCAG AAACACCGTC CTATACGTTA TGGGCGGATT TGCCCTCAAC 
CTCACCATCG ACCGCTTCGC TCTAGTCGAC CACATTGGCT ATTTGTCCGC CAGCTCCACC 
AACTCCAGTC GTTTAGACGT CGATCTCCAC TACGACGGGC CGGACCGCCT GCGCCCCTTT 
GCTTGGGCGG CCCGCGCCAC CCTCAACACC ACCACCTGGG TTTTGGCTGG TGGTATGACC 
TTTGAGGGTT GTTACCGCTC CGGTGACGGT GCTTGCCATG ACAGCCGCGA CGCGCAAATG 
GAGAATCTGG ATGCAGTCTG GTTGTTCCAA ACCACCAGCT CTCCCACCAC CCTGCTCATT 
CGGCGTCTTG ATGCTGCCAA TTTTCCGGCC GCCAGCTTTA GCAATATCGT GGCATTTGAC 
ACCTCCAACC TCTACTTTCT TGGTGGTATC AACTTTACCG GACCCTTTGA CAGTCTCTCC 
TTCACGGGTT TTGATGCTCA AATGGACCAC GTCTACCATC TTCAATTAAA TGATGCCGGC 
ACTACGGCCA ACGTCACCAA GCTGCCCAAC CCGTCAAGCG GCCCTCCGTT TGGTGTTATC 
AACGTGTTTT CCTGTGCCAT TCCCATTGCT GACAACGAGT TTGTTGTTCT CAGCGGTTTT 
GGGGAGGGCA TGCAGTTTCG CTCTAGCGTT GCCAGCTTTA ACACCGAAAC GCATGCATGG 
CGTACCTGGG CAACCACTCA GAGTGGAGCT GCGGCCATGA CACGCGGCTA CAGCGCTTGC 
TTCAAAATTC AGGACAACAT TTTCGAGTAT GGCGGACAAG TAGGCTCAAA AGCTCTGGAA 
TCCATCACTC TCTTCATGCC CAACAGCAAC GAGTGGTGGG AACTTGTCAA TACTCAGTCG 
CCTACCACTC GGCGCTTTGC GGGTACCGCC ACCACGCACA TGCTGGGCTA TCCCGCACTC 
ATCACCACTG GCGGCGCGGC GGCGGGCTTA TACTTTTCTG ACATGTATCT CATGCTCGAT 
GCCAATGTCA GCGGGTATCA CTGGTACTTT CAGCCCACCA GCGCCAACAT GACGCGGCGC 
TCAGGCCATG CCATGTCCCT GGACGGTGAC AACATTTTTA TTCACTTTGG GCTGACCTAT 
GATGGTAGCT CTTCAGAAAC CATTCTCAAC GAGCTCTACT ATGGCAACAT GAAAGTTTTG 
TCCTGTCCCT GCCCACCCCC CCGGGCGTTT GTCATGTCAG CCACCCACCC CACTGAGCCC 
GTGTTTTACG TGTACGGTGG CGCCGACTAC CGCGCCTTTG GCGGCGTCAT CGACCTCAGC 
TATCCGATGC TGCGCGACTC CTTCTGGAAG TTTGACATGC GAACACAAAT CTGGACCGAT 
TTGACCAACT ACTCGGCAGG GGACTATCCT CCGCCGTCCT TTTTTGGCAA CGCTGAATGG 
ACCATGGTGC AGGGCAAGCC CGTGTTTGTC ATGGTGCTTG GATTGACTAC TTCGCGACCC 
AACGTGGAGA AGCCCGTGTT CATCAACACA CTCACCATTT CTTCCGATGT TTACCTCTGG 
GATACGCGGC GCTGGACGCA CCTGCAAGCA GCGCAAGGCC CCGCGTCCTT GTCTCAGGTG 
CACCTCTCGG CGCGCTGGGC GCGGTCCATG ACCCGACTCT CCGATCAGGA GACACTTGTC 
ATTTACGGTG GCGCCATAAC CCAGTACAAT ACGAGTACGG AAGAAAGCGA GCCTAGCAAC 
GATGCCTTCC TCCTGTGGCT GGCCAACACG ACCCACTATT TCGCACAAAC TTGTAATTTT 
TCTAACCCTC CTGCGCGATA CGGGCATACC GCCTTTTTGA ACAGCGAGGA TCGGCTGCTC 
CTGATTGGTG GCAGTGACCT GAACGAGCAA TCTGGATTGG CCTTTGAGCT CGAGCTCTCC 
TGCGACGTCG GCACCAAGCA AAACGGAAGT TTTGGTCACG CTGCCTGTGC CCTCTGCCCT 
ATTGGCGCAT ACAATTCCGT GCCTGGTGCC AGCGATTGCA CAGCTTGTCC AAATGACACC 
ACGACAATAT TCGCGGGCTC GATCAGCGAT CGTAATTGCT CGCTGTGCGT AGACGGGCGA 
AAGTTTTGTT CTGCCAATGG AGAGTGTGAG GTAGATCTGA CGACCTTTGA GCGGCGCTGC 
AAATGCGAGC TGGGGTTTTC GGGCACACAC TGCGAGGTCC CCTTCTTGAA GGTGATTGCG 
TACGTGTGCT TTGGCCTGCT GGTGCTCTCT GGGTCACTGT TTTGCTTCTT CCGCAAAAAA 
ATCCGTCAAG CTCGTCAACG CGATGGTCTT CGCCAACTCC TATTGGATGA AAAAGAGCAA 
GAGCTTACGG TCAAGCAGCA ACAGCTCGAG GAGCTCGAAC GCGCGCTCAC CGTTCAGATG 
GATGAGCTGA CGTTTGTGCG TCGCATTGAC AAGGAGGCAC CGGGCGCTTT TGGTGAGGTG 
TGGCTGTGTC GCTTCAACGA TATTGACGTG GCAGTCAAGC GACTCAAGGG CCATCTGGCG 
GACATGGACC CAAGCCTCAA CGAAGAATTT TTGAACGAGA TCAAGTTTAT GCGCACGCTT 
CGCCACCCCA ACATTGTCTA CTTCTTTGGC GCGGGTGTCC ATGAGGAGCA GTCCTTTTTG 
GTGTTGGAGT ACATGGGCCG CGGCTCATTG ACCAAGACGC TGGACAACGA GAGCATCGAT 
CTACCGTGGT CTCGCCGCAT TGCATTTGCC CGAGATGCCG CAGCAGGCAT GGCTTTTCTG 
CATGCATTGT CCCCGCCGCG CATCCATCGC GATTTGAAGA GCCCGAATCT TTTGATCAGC 
CAGGGCTGGA CCCTGAAGGT GGCCGACTTT GGTACGGCCA AGCTCGCATC ACTCGTGAGC 
AACCAGGAGG GCAACTTTCT GGAGAGCAAC AGCGATGCCA TCAGCGACAT GACCATGACC 
AAAGGTGTGG GAACACTTCT TTGGACGTCG CCGGAAACAT TATCGGGTGG TCATTACTCG 
CTTCCTGCAG ACGTCTACTC GTTTGCGATT GTCATGTGGG AAATTGCCAC GCGTAAATTG 
CCTTGGAGCG AGTTGACGCG CTCCTGGGAT GTTGCAGCGG CCGTGGAAGA GGGGCGGCGC 
CCCACGGTCC CTGCTGTACC TGTCAAAGCG TTTACGGATC TCATGCAGGC GTGCTGGGAT 
CAAGAGCCCT CAGCGCGACC CACGTTTGCG CAGGCCGAGG CGATGCTGAA GCAAATTTCT 
GCTGAGTCAG ATGTCAACAG CCAAGAATCT TTTGAAGCCG AAGCATGA

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

RefSeq	XP_001747540.1
CDS	1..3708
Translation	MGCVTAAAVLVTLSALCSVVHGSLVWTSDVTMVPSAPGRRVHHVIVYRDAPGTVNNRSDPEVLLVGGMVALDTPQDEVMSNQSIFFAYMSTYYAFDGVLWRYLPSAGSWQAVAVDTTCNHLCRVGHQAVLSPADYKTDSPVPDYALRNTVLYVMGGFALNLTIDRFALVDHIGYLSASSTNSSRLDVDLHYDGPDRLRPFAWAARATLNTTTWVLAGGMTFEGCYRSGDGACHDSRDAQMENLDAVWLFQTTSSPTTLLIRRLDAANFPAASFSNIVAFDTSNLYFLGGINFTGPFDSLSFTGFDAQMDHVYHLQLNDAGTTANVTKLPNPSSGPPFGVINVFSCAIPIADNEFVVLSGFGEGMQFRSSVASFNTETHAWRTWATTQSGAAAMTRGYSACFKIQDNIFEYGGQVGSKALESITLFMPNSNEWWELVNTQSPTTRRFAGTATTHMLGYPALITTGGAAAGLYFSDMYLMLDANVSGYHWYFQPTSANMTRRSGHAMSLDGDNIFIHFGLTYDGSSSETILNELYYGNMKVLSCPCPPPRAFVMSATHPTEPVFYVYGGADYRAFGGVIDLSYPMLRDSFWKFDMRTQIWTDLTNYSAGDYPPPSFFGNAEWTMVQGKPVFVMVLGLTTSRPNVEKPVFINTLTISSDVYLWDTRRWTHLQAAQGPASLSQVHLSARWARSMTRLSDQETLVIYGGAITQYNTSTEESEPSNDAFLLWLANTTHYFAQTCNFSNPPARYGHTAFLNSEDRLLLIGGSDLNEQSGLAFELELSCDVGTKQNGSFGHAACALCPIGAYNSVPGASDCTACPNDTTTIFAGSISDRNCSLCVDGRKFCSANGECEVDLTTFERRCKCELGFSGTHCEVPFLKVIAYVCFGLLVLSGSLFCFFRKKIRQARQRDGLRQLLLDEKEQELTVKQQQLEELERALTVQMDELTFVRRIDKEAPGAFGEVWLCRFNDIDVAVKRLKGHLADMDPSLNEEFLNEIKFMRTLRHPNIVYFFGAGVHEEQSFLVLEYMGRGSLTKTLDNESIDLPWSRRIAFARDAAAGMAFLHALSPPRIHRDLKSPNLLISQGWTLKVADFGTAKLASLVSNQEGNFLESNSDAISDMTMTKGVGTLLWTSPETLSGGHYSLPADVYSFAIVMWEIATRKLPWSELTRSWDVAAAVEEGRRPTVPAVPVKAFTDLMQACWDQEPSARPTFAQAEAMLKQISAESDVNSQESFEAEA

Target ORF information:

RefSeq Version	XM_001747488.1
Organism	Monosiga brevicollis MX1
Definition	Monosiga brevicollis MX1 predicted protein MONBRDRAFT_27170 mRNA, complete cds.

Target ORF information:

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

XM_001747488.1

ORF Insert Sequence:

ATGGGGTGCG TGACGGCTGC GGCCGTGCTG GTGACCCTGA GCGCCCTCTG CAGCGTTGTG 
CATGGAAGCC TTGTGTGGAC CTCGGATGTG ACCATGGTTC CCTCCGCGCC GGGCAGGCGT 
GTGCACCACG TGATTGTGTA TCGCGATGCC CCTGGAACCG TGAACAATCG GAGCGATCCC 
GAGGTCCTGC TGGTAGGGGG CATGGTCGCA TTGGACACGC CCCAAGATGA GGTCATGTCG 
AACCAGTCCA TCTTTTTTGC GTACATGAGC ACCTACTACG CCTTTGATGG TGTTCTTTGG 
CGTTATCTGC CTTCGGCTGG ATCCTGGCAG GCCGTGGCCG TTGACACGAC TTGCAATCAT 
TTGTGCCGCG TTGGTCACCA AGCGGTTCTA AGCCCCGCGG ACTACAAGAC AGACAGCCCC 
GTGCCCGATT ATGCCCTCAG AAACACCGTC CTATACGTTA TGGGCGGATT TGCCCTCAAC 
CTCACCATCG ACCGCTTCGC TCTAGTCGAC CACATTGGCT ATTTGTCCGC CAGCTCCACC 
AACTCCAGTC GTTTAGACGT CGATCTCCAC TACGACGGGC CGGACCGCCT GCGCCCCTTT 
GCTTGGGCGG CCCGCGCCAC CCTCAACACC ACCACCTGGG TTTTGGCTGG TGGTATGACC 
TTTGAGGGTT GTTACCGCTC CGGTGACGGT GCTTGCCATG ACAGCCGCGA CGCGCAAATG 
GAGAATCTGG ATGCAGTCTG GTTGTTCCAA ACCACCAGCT CTCCCACCAC CCTGCTCATT 
CGGCGTCTTG ATGCTGCCAA TTTTCCGGCC GCCAGCTTTA GCAATATCGT GGCATTTGAC 
ACCTCCAACC TCTACTTTCT TGGTGGTATC AACTTTACCG GACCCTTTGA CAGTCTCTCC 
TTCACGGGTT TTGATGCTCA AATGGACCAC GTCTACCATC TTCAATTAAA TGATGCCGGC 
ACTACGGCCA ACGTCACCAA GCTGCCCAAC CCGTCAAGCG GCCCTCCGTT TGGTGTTATC 
AACGTGTTTT CCTGTGCCAT TCCCATTGCT GACAACGAGT TTGTTGTTCT CAGCGGTTTT 
GGGGAGGGCA TGCAGTTTCG CTCTAGCGTT GCCAGCTTTA ACACCGAAAC GCATGCATGG 
CGTACCTGGG CAACCACTCA GAGTGGAGCT GCGGCCATGA CACGCGGCTA CAGCGCTTGC 
TTCAAAATTC AGGACAACAT TTTCGAGTAT GGCGGACAAG TAGGCTCAAA AGCTCTGGAA 
TCCATCACTC TCTTCATGCC CAACAGCAAC GAGTGGTGGG AACTTGTCAA TACTCAGTCG 
CCTACCACTC GGCGCTTTGC GGGTACCGCC ACCACGCACA TGCTGGGCTA TCCCGCACTC 
ATCACCACTG GCGGCGCGGC GGCGGGCTTA TACTTTTCTG ACATGTATCT CATGCTCGAT 
GCCAATGTCA GCGGGTATCA CTGGTACTTT CAGCCCACCA GCGCCAACAT GACGCGGCGC 
TCAGGCCATG CCATGTCCCT GGACGGTGAC AACATTTTTA TTCACTTTGG GCTGACCTAT 
GATGGTAGCT CTTCAGAAAC CATTCTCAAC GAGCTCTACT ATGGCAACAT GAAAGTTTTG 
TCCTGTCCCT GCCCACCCCC CCGGGCGTTT GTCATGTCAG CCACCCACCC CACTGAGCCC 
GTGTTTTACG TGTACGGTGG CGCCGACTAC CGCGCCTTTG GCGGCGTCAT CGACCTCAGC 
TATCCGATGC TGCGCGACTC CTTCTGGAAG TTTGACATGC GAACACAAAT CTGGACCGAT 
TTGACCAACT ACTCGGCAGG GGACTATCCT CCGCCGTCCT TTTTTGGCAA CGCTGAATGG 
ACCATGGTGC AGGGCAAGCC CGTGTTTGTC ATGGTGCTTG GATTGACTAC TTCGCGACCC 
AACGTGGAGA AGCCCGTGTT CATCAACACA CTCACCATTT CTTCCGATGT TTACCTCTGG 
GATACGCGGC GCTGGACGCA CCTGCAAGCA GCGCAAGGCC CCGCGTCCTT GTCTCAGGTG 
CACCTCTCGG CGCGCTGGGC GCGGTCCATG ACCCGACTCT CCGATCAGGA GACACTTGTC 
ATTTACGGTG GCGCCATAAC CCAGTACAAT ACGAGTACGG AAGAAAGCGA GCCTAGCAAC 
GATGCCTTCC TCCTGTGGCT GGCCAACACG ACCCACTATT TCGCACAAAC TTGTAATTTT 
TCTAACCCTC CTGCGCGATA CGGGCATACC GCCTTTTTGA ACAGCGAGGA TCGGCTGCTC 
CTGATTGGTG GCAGTGACCT GAACGAGCAA TCTGGATTGG CCTTTGAGCT CGAGCTCTCC 
TGCGACGTCG GCACCAAGCA AAACGGAAGT TTTGGTCACG CTGCCTGTGC CCTCTGCCCT 
ATTGGCGCAT ACAATTCCGT GCCTGGTGCC AGCGATTGCA CAGCTTGTCC AAATGACACC 
ACGACAATAT TCGCGGGCTC GATCAGCGAT CGTAATTGCT CGCTGTGCGT AGACGGGCGA 
AAGTTTTGTT CTGCCAATGG AGAGTGTGAG GTAGATCTGA CGACCTTTGA GCGGCGCTGC 
AAATGCGAGC TGGGGTTTTC GGGCACACAC TGCGAGGTCC CCTTCTTGAA GGTGATTGCG 
TACGTGTGCT TTGGCCTGCT GGTGCTCTCT GGGTCACTGT TTTGCTTCTT CCGCAAAAAA 
ATCCGTCAAG CTCGTCAACG CGATGGTCTT CGCCAACTCC TATTGGATGA AAAAGAGCAA 
GAGCTTACGG TCAAGCAGCA ACAGCTCGAG GAGCTCGAAC GCGCGCTCAC CGTTCAGATG 
GATGAGCTGA CGTTTGTGCG TCGCATTGAC AAGGAGGCAC CGGGCGCTTT TGGTGAGGTG 
TGGCTGTGTC GCTTCAACGA TATTGACGTG GCAGTCAAGC GACTCAAGGG CCATCTGGCG 
GACATGGACC CAAGCCTCAA CGAAGAATTT TTGAACGAGA TCAAGTTTAT GCGCACGCTT 
CGCCACCCCA ACATTGTCTA CTTCTTTGGC GCGGGTGTCC ATGAGGAGCA GTCCTTTTTG 
GTGTTGGAGT ACATGGGCCG CGGCTCATTG ACCAAGACGC TGGACAACGA GAGCATCGAT 
CTACCGTGGT CTCGCCGCAT TGCATTTGCC CGAGATGCCG CAGCAGGCAT GGCTTTTCTG 
CATGCATTGT CCCCGCCGCG CATCCATCGC GATTTGAAGA GCCCGAATCT TTTGATCAGC 
CAGGGCTGGA CCCTGAAGGT GGCCGACTTT GGTACGGCCA AGCTCGCATC ACTCGTGAGC 
AACCAGGAGG GCAACTTTCT GGAGAGCAAC AGCGATGCCA TCAGCGACAT GACCATGACC 
AAAGGTGTGG GAACACTTCT TTGGACGTCG CCGGAAACAT TATCGGGTGG TCATTACTCG 
CTTCCTGCAG ACGTCTACTC GTTTGCGATT GTCATGTGGG AAATTGCCAC GCGTAAATTG 
CCTTGGAGCG AGTTGACGCG CTCCTGGGAT GTTGCAGCGG CCGTGGAAGA GGGGCGGCGC 
CCCACGGTCC CTGCTGTACC TGTCAAAGCG TTTACGGATC TCATGCAGGC GTGCTGGGAT 
CAAGAGCCCT CAGCGCGACC CACGTTTGCG CAGGCCGAGG CGATGCTGAA GCAAATTTCT 
GCTGAGTCAG ATGTCAACAG CCAAGAATCT TTTGAAGCCG AAGCATGA