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FREM2 (NM_207361) Human Untagged Clone
CAT＃: SC308479
FREM2 (untagged)-Human FRAS1 related extracellular matrix protein 2 (FREM2)
CNY 20,544.00
货期*
现货
规格
Product images
经常一起买 (4)
Specifications
| Product Data | |
| Type | Human Untagged Clone |
| Tag | Tag Free |
| Synonyms | CRYPTOP; FRASRS2 |
| Vector | PCMV6-Neo |
| E. coli Selection | Ampicillin (100 ug/mL) |
| Mammalian Cell Selection | Neomycin |
| Sequence Data |
>OriGene ORF sequence for NM_207361 edited
ATGCACTCAGCCGGGACTCCCGGGTTATCCTCGCGCCGGACAGGCAACTCCACCAGCTTT CAACCAGGACCGCCACCGCCGCCCCGGCTGCTGCTGCTGCTGCTGCTTCTCCTGTCACTG GTAAGCCGCGTCCCGGCACAGCCCGCTGCCTTCGGCAGGGCGTTGCTGTCCCCTGGTCTC GCGGGGGCTGCAGGGGTCCCTGCTGAGGAGGCCATAGTGCTGGCGAACCGCGGACTCCGG GTGCCTTTCGGCCGTGAAGTCTGGCTGGATCCCCTGCATGACCTGGTGTTGCAGGTGCAG CCCGGGGACCGCTGCGCGGTTTCGGTACTAGACAACGACGCACTGGCCCAGCGACCGGGC CGCCTGAGTCCCAAGCGCTTCCCGTGCGACTTTGGCCCTGGCGAGGTGCGCTACTCTCAC CTGGGCGCGCGCAGCCCGTCTCGGGACCGCGTCCGGCTGCAGCTGCGCTATGACGCGCCC GGAGGGGCAGTAGTGCTACCACTGGTACTGGAGGTGGAGGTGGTCTTCACCCAGCTGGAG GTTGTGACTCGGAACTTGCCTCTGGTCGTGGAAGAGCTGCTGGGGACCAGCAATGCCCTG GACGCGCGGAGCCTGGAGTTCGCCTTCCAGCCCGAGACAGAGGAGTGCCGCGTGGGCATC CTGTCCGGCTTGGGCGCGCTGCCTCGCTATGGAGAACTCCTCCACTACCCGCAGGTCCCT GGAGGAGCCAGAGAGGGAGGCGCCCCGGAGACTCTCCTGATGGACTGCAAAGCTTTCCAG GAACTAGGCGTGCGCTATCGCCACACAGCCGCCAGTCGCTCACCAAACAGGGACTGGATA CCCATGGTGGTGGAGCTGCGTTCACGAGGGGCTCCTGTGGGCAGCCCTGCTTTGAAACGC GAGCACTTCCAGGTTCTGGTGAGGATCCGAGGAGGGGCCGAGAACACTGCACCCAAGCCC AGTTTCGTGGCCATGATGATGATGGAGGTGGACCAGTTTGTACTGACGGCCCTGACCCCA GACATGCTGGCAGCCGAGGATGCTGAGTCTCCCTCTGACCTGTTGATCTTCAACCTTACT TCTCCATTCCAGCCTGGCCAGGGCTACTTGGTGAGCACCGATGATCGCAGCCTGCCCCTT TCCTCCTTCACTCAGAGGGATCTGCGGCTCCTGAAGATTGCCTACCAGCCCCCTTCTGAA GACTCTGACCAGGAGCGCCTCTTTGAACTGGAATTGGAGGTAGTGGATCTAGAAGGAGCA GCTTCAGACCCTTTTGCCTTCATGGTAGTGGTGAAGCCCATGAACACAATGGCTCCGGTG GTCACCCGGAATACCGGTCTTATTCTCTATGAGGGTCAGTCTCGGCCCCTCACAGGCCCT GCAGGCAGTGGTCCGCAAAACTTGGTCATCAGCGATGAGGATGACCTAGAAGCAGTGCGG CTAGAGGTGGTGGCTGGGCTCCGGCATGGTCACCTTGTCATTCTGGGTGCTTCCAGTGGC AGCTCTGCTCCCAAGAGCTTTACAGTGGCTGAGCTGGCAGCCGGCCAGGTGGTCTACCAG CATGATGACAGAGACGGCTCGCTGAGCGACAACCTGGTGCTTCGCATGGTGGATGGAGGA GGCAGGCACCAGGTACAGTTTCTGTTCCCCATCACCTTAGTGCCTGTGGATGACCAGCCA CCTGTTCTCAATGCCAACACGGGGCTGACACTGGCAGAGGGTGAAACAGTGCCCATCCTG CCCCTTTCCCTGAGTGCAACTGACATGGATTCAGATGATTCTCTGCTGCTTTTTGTGCTG GAGTCACCCTTCTTAACTACGGGGCATCTGCTTCTCCGCCAAACTCACCCTCCCCATGAG AAGCAGGAACTTCTCAGAGGCCTTTGGAGGAAGGAGGGGGCATTTTATGAGCGAACAGTG ACAGAGTGGCAGCAGCAGGACATAACAGAGGGCAGGCTGTTCTATAGACACTCTGGGCCC CATAGTCCTGGGCCAGTCACAGACCAGTTCACATTTAGAGTCCAGGATAACCATGACCCT CCTAATCAGTCCGGGCTACAGCGGTTTGTGATTCGTATCCATCCTGTGGATCGCCTCCCT CCGGAGCTGGGCAGTGGCTGTCCCCTTCGTATGGTGGTACAGGAATCCCAGCTCACACCA CTGAGGAAGAAGTGGCTGCGCTACACTGACCTGGACACAGATGACCGAGAACTACGTTAC ACAGTGACTCAGTCCCCCACAGACACAGACGAAAATCACCTGCCAGCCCCACTGGGTACC TTGGTCTTGACTGACAACCCCTCAGTCGTGGTGACCCATTTTACCCAAGCCCAGATCAAC CATCATAAAATTGCTTACAGACCCCCGGGTCAAGAACTGGGCGTGGCTACTCGAGTGGCC CAGTTCCAGTTCCAGGTGGAAGACCGAGCTGGGAATGTGGCTCCAGGTACCTTTACCCTT TACTTGCATCCCGTGGACAACCAGCCACCTGAGATCCTCAACACCGGCTTCACTATTCAG GAGAAGGGTCACCACATCCTGAGTGAGACAGAGTTGCACGTGAATGATGTAGACACTGAT GTTGCCCATATCTCTTTCACTCTCACTCAGGCACCCAAACATGGCCACATGAGAGTGTCT GGACAGATCCTGCATGTAGGGGGTCTCTTCCACTTGGAGGACATAAAACAGGGCCGAGTT TCCTATGCCCATAATGGGGACAAGTCCCTGACTGATAGCTGCTCCTTGGAAGTCAGTGAC AGACATCATGTGGTGCCCATCACTCTCAGAGTAAATGTCCGGCCAGTGGATGATGAAGTG CCCATACTGAGCCATCCTACTGGCACTCTGGAGTCCTATCTAGATGTCTTAGAAAATGGG GCTACTGAAATCACTGCCAATGTTATTAAGGGGACCAATGAGGAAACTGATGACTTGATG TTGACTTTCCTCTTGGAAGATCCACCTTTGTATGGGGAAATCTTGGTCAATGGCATTCCA GCAGAGCAGTTTACTCAAAGGGACATCTTGGAGGGCTCTGTTGTATATACCCACACCAGT GGTGAGATAGGCCTATTGCCTAAAGCGGATTCTTTTAACCTGAGTCTGTCAGATATGTCT CAAGAATGGAGAATTGGTGGCAATACTATCCAAGGAGTTACTATATGGGTGACCATCCTG CCTGTTGATAGCCAGGCCCCAGAAATCTTTGTAGGTGAACAGTTGATAGTAATGGAAGGT GATAAAAGTGTTATAACATCAGTGCATATAAGTGCTGAAGATGTCGACTCCCTGAATGAT GACATCTTGTGCACTATAGTTATTCAGCCTACTTCAGGTTATGTTGAAAACATTTCTCCA GCACCAGGCTCTGAGAAATCAAGAGCAGGGATTGCCATAAGTGCTTTCAACTTGAAAGAT CTCAGGCAGGGCCACATAAACTATGTCCAGAGTGTCCATAAAGGGGTGGAACCTGTGGAG GACCGATTTGTATTTCGTTGTTCTGATGGCATTAACTTTTCAGAGAGACAGTTCTTCCCC ATTGTAATCATTCCCACCAATGATGAACAGCCAGAGATGTTTATGAGAGAATTTATGGTG ATGGAAGGCATGAGTCTGGTAATTGATACACCCATTCTCAATGCTGCTGATGCTGATGTT CCCCTGGATGATTTAACTTTCACTATTACCCAATTCCCCACTCATGGTCACATCATGAAT CAGCTGATAAATGGCACGGTTTTGGTCGAAAGCTTCACCTTGGATCAGATCATAGAGAGT TCCAGCATTATTTATGAGCATGATGACTCCGAGACCCAGGAAGACAGTTTTGTGATTAAA CTAACAGATGGGAAGCACTCTGTGGAAAAGACGGTCCTCATTATAGTTATCCCTGTTGAT GATGAGACGCCCAGAATGACTATCAATAATGGACTAGAAATAGAAATTGGGGATACCAAG ATTATCAACAACAAAATATTAATGGCAACAGATTTAGATTCAGAAGACAAATCTTTGGTT TATATTATTCGTTATGGGCCAGGACATGGCTTATTACAGAGACGAAAACCTACTGGTGCC TTTGAAAATATCACACTGGGCATGAATTTTACCCAGGATGAAGTAGACAGAAACTTAATT CAGTATGTCCATTTGGGGCAAGAGGGCATTCGGGACCTAATTAAATTTGATGTGACTGAT GGAATAAATCCCCTCATAGATCGTTACTTTTATGTGTCCATCGGGAGCATTGACATTGTC TTCCCTGATGTGATAAGTAAGGGAGTGTCCTTGAAAGAAGGTGGCAAAGTCACTCTTACA ACAGACCTACTAAGCACTAGTGACTTGAACAGTCCTGATGAAAACTTGGTTTTTACCATC ACCAGGGCTCCCATGCGAGGTCACCTGGAATGCACGGATCAGCCTGGTGTGTCCATCACG TCTTTCACTCAGCTGCAACTGGCTGGAAACAAAATCTACTACATCCACACAGCTGATGAT GAAGTGAAAATGGACAGTTTTGAGTTTCAAGTCACCGATGGACGTAACCCTGTCTTTCGG ACATTCCGTATCTCCATTAGCGATGTGGACAATAAAAAGCCAGTGGTCACCATCCACAAG CTGGTTGTCAGTGAAAGTGAAAACAAGCTGATTACTCCTTTTGAGCTCACTGTCGAAGAC AGAGATACTCCTGACAAGCTCCTGAAATTCACTATCACCCAGGTGCCTATTCATGGCCAT CTCCTATTCAACAATACCAGACCTGTCATGGTTTTTACCAAGCAAGACTTGAATGAAAAC TTAATCAGCTACAAACATGATGGCACTGAGTCAAGTGAAGATAGCTTCTCCTTCACAGTG ACTGATGGCACCCATACAGACTTCTATGTTTTTCCTGATACGGTGTTTGAAACAAGGAGA CCCCAAGTGATGAAGATCCAGGTCTTGGCTGTTGACAACAGTGTCCCCCAAATCGCAGTG AATAAGGGGGCCTCTACACTTCGCACTCTAGCCACTGGCCACTTGGGGTTCATGATCACA AGCAAAATATTGAAAGTGGAGGACAGAGACAGCTTACACATTTCTCTTAGATTTATCGTG ACAGAGGCCCCTCAACATGGATATCTTCTCAACCTGGACAAAGGCAACCACAGCATCACT CAGTTCACACAAGCTGACATTGATGACATGAAAATATGCTATGTCTTAAGAGAAGGGGCT AATGCCACAAGTGATATGTTCTATTTTGCAGTTGAAGATGGTGGTGGAAACAAGTTAACG TACCAGAATTTTCGTCTGAATTGGGCATGGATCTCCTTTGAAAAGGAATATTACCTGGTC AATGAGGACTCCAAATTTCTAGATGTTGTTCTTAAACGTAGAGGTTACTTGGGAGAAACT TCTTTTATAAGTATTGGCACAAGAGACAGAACTGCAGAAAAAGACAAAGACTTCAAGGGC AAAGCACAGAAACAAGTGCAGTTCAACCCAGGCCAGACCAGGGCCACATGGCGAGTGCGG ATCCTGAGTGATGGGGAGCATGAGCAGTCTGAAACCTTTCAGGTGGTACTCTCAGAGCCC GTGCTGGCTGCCTTGGAATTCCCCACAGTCGCCACTGTTGAGATCGTTGATCCAGGAGAT GAGCCAACTGTGTTTATTCCCCAGTCCAAATACTCCGTTGAAGAAGATGTTGGTGAGCTG TTCATTCCCATCAGGAGGAGCGGAGATGTGAGCCAGGAGTTGATGGTGGTCTGTTATACC CAACAAGGAACAGCAACTGGAACTGTGCCGACTTCCGTGTTGTCTTACTCTGATTACATA TCCAGGCCTGAGGACCACACCAGTGTTGTCCGCTTTGACAAAGATGAACGGGAGAAACTG TGTCGGATAGTCATAATTGATGACTCTTTGTACGAGGAGGAGGAAACCTTCCATGTCCTT CTGAGCATGCCCATGGGGGGAAGAATCGGATCAGAGTTCCCAGGGGCTCAAGTTACAATC GTTCCTGACAAAGATGATGAACCCATCTTTTACTTCGGTGATGTGGAATACTCTGTGGAT GAGAGTGCTGGCTATGTGGAAGTGCAGGTGTGGAGAACGGGCACTGACCTGTCCAAGTCT TCTAGTGTCACAGTGAGGTCTCGGAAAACAGATCCTCCCTCTGCAGATGCTGGAACAGAC TATGTGGGCATCAGCCGTAATTTAGATTTTGCACCTGGAGTCAACATGCAGCCTGTTCGT GTTGTCATTCTGGATGACCTTGGACAACCAGCGCTGGAGGGAATTGAGAAATTTGAACTG GTGCTTCGCATGCCTATGAACGCAGCCCTTGGCGAGCCCAGCAAAGCCACAGTGTCCATA AATGACTCTGTCTCCGATTTGCCTAAGATGCAATTCAAAGAACGAATATATACTGGCAGC GAAAGTGATGGGCAGATAGTTACAATGATCCATAGGACTGGGGATGTCCAGTACAGATCT TCAGTGAGATGCTACACCCGGCAGGGGTCTGCACAGGTGATGATGGACTTTGAAGAACGC CCAAACACTGATACCTCCATCATCACATTCCTCCCTGGTGAGACAGAAAAGCCCTGCATT CTTGAGCTGATGGACGATGTGCTCTATGAGGAGGTAGAGGAGCTCCGCCTGGTACTCGGC ACTCCACAAAGCAACTCTCCCTTTGGGGCTGCAGTTGGTGAACAAAATGAAACTCTCATA AGGATCCGAGATGATGCTGATAAGACTGTTATTAAATTTGGAGAAACCAAATTTAGTGTC ACTGAACCCAAAGAACCTGGAGAGTCGGTGGTTATAAGAATTCCAGTGATTCGCCAAGGA GACACTTCAAAGGTTTCCATTGTGAGAGTCCACACCAAGGATGGCTCGGCCACCTCTGGA GAAGACTACCACCCTGTGTCAGAAGAAATTGAGTTTAAGGAAGGGGAAACCCAGCACGTG GTTGAAATCGAAGTTACCTTTGACGGGGTGAGAGAGATGAGAGAGGCCTTCACTGTTCAC CTAAAACCTGATGAAAATATGATAGCAGAGATGCAGTTGACGAAAGCCATTGTGTACATA GAAGAAATGAGCAGCATGGCAGATGTCACTTTTCCTTCTGTCCCTCAAATTGTATCCCTG TTGATGTATGACGACACTTCCAAAGCTAAGGAGAGTGCTGAACCCATGTCTGGCTATCCT GTCATCTGTATCACAGCTTGCAACCCCAAATATTCAGACTACGATAAAACAGGCTCTATC TGTGCAAGTGAGAACATCAATGACACTTTGACGCGGTACCGGTGGCTGATTAGTGCACCT GCGGGCCCTGACGGTGTGACCAGCCCTATGAGAGAAGTGGACTTCGACACCTTTTTTACG TCATCCAAGATGGTCACACTGGACTCCATATACTTTCAGCCTGGCTCCCGGGTACAGTGC GCAGCTCGTGCTGTGAACACCAATGGGGATGAAGGCCTGGAGCTCATGAGCCCTATTGTA ACCATCAGCAGAGAAGAAGGTCTTTGTCAGCCCCGTGTACCTGGGGTTGTTGGAGCAGAG CCGTTCTCAGCTAAATTGCGCTACACAGGCCCTGAGGATGCAGACTACACAAACCTTATC AAGCTCACTGTCACAATGCCACACATAGATGGCATGCTCCCCGTGATCTCCACTAGAGAG CTTTCCAACTTTGAGCTCACCCTCAGCCCTGATGGCACAAGAGTTGGAAACCACAAGTGC TCCAACCTCCTGGATTATACTGAAGTGAAGACTCATTATGGTTTCTTGACTGATGCTACC AAAAATCCAGAAATAATTGGAGAGACATATCCTTACCAGTACAGCTTGTCCATCAGAGGT TCCACTACCTTGCGCTTCTACCGGAACCTGAACCTAGAGGCCTGTTTATGGGAGTTCGTT AGCTACTATGACATGTCAGAACTCCTTGCTGACTGTGGTGGCACCATTGGAACAGATGGA C::::::::::::::::::::::::::::::::::::::::::::::::::::::::::: :::::::::::::::::::::::::::::::::::::::::::::::::::::::::::: :::::::::::::::::::::::::::::::::::::::::::::::::::::::::::: :::::::::::::::::::::::::::::::::::::::::::::::::::::::::::: :::::::::::::::::::::::::::::::::::::::::::::::::::::::::::: :::::::::::::::::::::::::::::::::::::::::::::::::::::::::::: ::::::::::::::::::::::::::::::::::::::::::::::::::::AGGTCCTA AACCTAGTGCAGTCCTATGTGACCCTTCGAGTCCCTCTGTATGTTTCCTACGTGTTCCAT TCCCCCGTGGGGGTAGGAGGCTGGCAGCATTTTGACTTGAAGTCAGAGCTTCGTCTAACT TTTGTGTACGACACCGCCATCTTGTGGAATGATGGAATTGGCAGCCCCCCAGAGGCTGAA CTTCAAGGTTCTCTCTATCCAACCAGCATGCGCATCGGTGATGAGGGGCGCTTGGCCGTG CACTTCAAGACAGAGGCTCAGTTCCATGGCTTATTTGTGCTGTCACATCCCGCATCCTTT ACAAGCTCAGTGATCATGTCAGCTGATCATCCAGGCCTGACATTTTCCCTCCGCCTCATA AGGAGTGAACCAACCTATAACCAGCCAGTACAGCAGTGGAGCTTTGTCTCTGACTTTGCC GTACGTGACTACTCAGGGACCTATACTGTGAAGCTGGTGCCATGCACTGCCCCATCACAT CAGGAATACCGCCTGCCAGTCACCTGCAACCCCAGAGAACCTGTCACCTTTGACCTTGAC ATCCGATTCCAACAGGTCAGTGATCCAGTGGCTGCTGAGTTTAGCTTGAACACCCAAATG TACCTGCTCTCTAAGAAGAGTCTCTGGTTGTCTGATGGATCCATGGGATTCGGGCAAGAG AGTGATGTTGCTTTTGCAGAAGGTGATATAATTTATGGTCGTGTCATGGTGGATCCTGTC CAGAATCTGGGTGACTCCTTTTACTGCAGCATTGAGAAGGTGTTTCTATGCACTGGAGCT GATGGCTATGTTCCCAAGTATAGTCCAATGAATGCAGAATATGGCTGCTTAGCCGACTCT CCTTCACTCTTATATAGATTTAAAATTGTGGACAAAGCTCAGCCAGAGACACAAGCGACC AGTTTTGGAAATGTCCTATTTAATGCCAAACTAGCAGTGGATGACCCTGAAGCCATTCTC TTAGTGAATCAGCCTGGATCTGATGGATTTAAAGTCGACTCAACACCACTCTTTCAGGTC GCTCTAGGCCGAGAATGGTATATACATACGATCTATACAGTGAGATCGAAAGACAATGCC AATCGAGGTATTGGCAAAAGAAGTGTGGAGTACCATTCTCTGGTGAGTCAAGGAAAGCCC CAATCCACCACCAAGAGCCGGAAGAAGAGAGAGATCAGGAGCACACCCTCACTGGCATGG GAGATTGGTGCTGAAAACAGTCGAGGAACAAACATCCAGCACATTGCCCTGGACCGCACC AAGAGGCAGATCCCCCATGGGAGAGCACCTCCAGATGGCATCCTCCCCTGGGAGCTCAAC AGCCCCAGCTCTGCAGTCAGCCTGGTCACTGTGGTGGGAGGCACCACGGTAGGGTTACTC ACCATCTGCCTCACTGTCATTGCAGTGCTGATGTGCAGGGGCAAGGAAAGTTTCAGGGGG AAGGATGCCCCGAAAGGCTCCAGCAGCAGTGAGCCCATGGTGCCCCCACAGAGCCATCAC AATGACAGCTCAGAAGTTTGA |
| Restriction Sites | Please inquire |
| ACCN | NM_207361 |
| Insert Size | 14000 bp |
| OTI Disclaimer | Our molecular clone sequence data has been matched to the reference identifier above as a point of reference. Note that the complete sequence of our molecular clones may differ from the sequence published for this corresponding reference, e.g., by representing an alternative RNA splicing form or single nucleotide polymorphism (SNP). |
| OTI Annotation | This clone has been fully sequenced and found three SNPs within the protein associated with this reference, NM_207361.3, and only one SNP changes amino acid. |
| Product Components | The ORF clone is ion-exchange column purified and shipped in a 2D barcoded Matrix tube containing 10ug of transfection-ready, dried plasmid DNA (reconstitute with 100 ul of water). |
| Reconstitution | 1. Centrifuge at 5,000xg for 5min. 2. Carefully open the tube and add 100ul of sterile water to dissolve the DNA. 3. Close the tube and incubate for 10 minutes at room temperature. 4. Briefly vortex the tube and then do a quick spin (less than 5000xg) to concentrate the liquid at the bottom. 5. Store the suspended plasmid at -20°C. The DNA is stable for at least one year from date of shipping when stored at -20°C. |
| Reference Data | |
| RefSeq | NM_207361.3, NP_997244.3 |
| RefSeq Size | 9510 bp |
| RefSeq ORF | 9510 bp |
| Locus ID | 341640 |
| UniProt ID | Q5SZK8 |
| Protein Families | Transmembrane |
| Gene Summary | This gene encodes an integral membrane protein containing numerous CSPG (chondroitin sulfate proteoglycan element) repeats and Calx-beta domains. The encoded protein localizes to the basement membrane, forming a ternary complex that plays a role in epidermal-dermal interactions. This protein is important for the integrity of skin and renal epithelia. Mutations in this gene are associated with Fraser syndrome. [provided by RefSeq, Apr 2014] |
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