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SZT2 (NM_015284) Human Untagged Clone
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Other products for "SZT2"
Specifications
| Product Data | |
| Type | Human Untagged Clone |
| Tag | Tag Free |
| Symbol | SZT2 |
| Synonyms | C1orf84; EIEE18; KIAA0467; SZT2A; SZT2B |
| Vector | pCMV6-Entry |
| E. coli Selection | Kanamycin (25 ug/mL) |
| Mammalian Cell Selection | Neomycin |
| Sequence Data |
>NCBI ORF sequence for NM_015284, the custom clone sequence may differ by one or more nucleotides
ATGGCCTCGGAGCGCCCGGAGCCGGAGGTGGAAGAAGCTGGGCAGGTGTTCCTGTTAATGAAAAAGGATT ATCGAATCTCCCGAAATGTTCGCCTGGCTTGGTTCCTCAGTCATCTGCACCAAACTGTGCAGGCCACACC CCAGGAGATGCTGCTTCAGTCTGAACAGGAATTGGAAGTCCTCAGTGTCCTGCCCCCTGGGTGGCAGCCA GATGAACCAGTGGTCCCAAGGCCATTCCTCCTGGTACCTTCCACCCGGGTCACCTTCCTGGCTTGGCAGT ATCGGTTTGTCATTGAGTTGGACCTTAGCCCATCTACTGGCATTGTGGATGATTCCACAGGGGAGATCTT GTTTGATGAAGTTTTCCATGCCCTGTCCCGCTGCTTAGGCGGGCTGCTTCGGCCCTTCCGAGTGCCTGGA TCTTGCATCGACTTCCAGCCTGAGATCTATGTAACTATCCAGGCCTACTCCTCCATCATTGGACTGCAGT CCCACCAGGTGCTGGTACAGGGCTGCCTCTTGGACCCTTCCCAGCGGGAGGTGTTCCTGCAGCAGATATA TGAGCAGCTCTGCCTCTTTGAGGATAAGGTGGCCACCATGCTGCAGCAGCAGTACGATCCCCAGAGCCAG GCAGAAGACCAGTCCCCAGACTCAGGGGACCTACTGGGCCGGAAGGTAGGCGTCTCCATGGTGACAGCTG ATCTTGGGCTGGTCAGTATGATTCGTCAGGGCATCTTGGCACTGCAGTTACTACCCTCGAACTCTAGTGC AGGGATTATCGTGATCACGGATGGGGTGACCAGTGTACCTGATGTTGCTGTCTGTGAGACACTGCTGAAC CAGCTTCGCAGTGGCACTGTGGCTTGTTCCTTTGTCCAGGTGGGAGGAGTTTACTCTTATGACTGCAGTT TTGGCCATGTGCCCAATGTGGAATTAATGAAGTTCATCGCAATGGCAACATTTGGGTCCTACCTGTCCAC TTGTCCTGAGCCGGAGCCAGGCAACCTGGGTCTGACTGTCTACCACCGGGCATTTCTCCTCTATTCCTTC CTGCGCAGTGGGGAAGCACTGAACCCTGAATATTACTGCGGCTCTCAGCACCGCCTATTTAATGAGCACC TGGTCTCTGCAAGCAGCAACCCTGCCCTGGCCTTGCGCCGGAAGAAGCACACTGAGAAGGAGGTGCCAGC CGACTTGGTCAGCACTGTGTCCGTACGGCTTCGAGAGGGCTACAGTGTCCGAGAGGTCACACTGGCCAAA GGAGGGTCCCAATTGGAGGTAAAGCTGGTGCTGCTGTGGAAACACAACATGCGCATTGAGTATGTGGCTA TGGCACCCTGGCCCCTGGAGCCTGAGGGCCCTCGAGTAACACGGGTGGAAGTGACGATGGAAGGCGGCTA CGACATTTTGCATGATGTGTCCTGTGCACTAAGGCAGCCCATTCGTTCATTGTATCGTACCCATGTTATC CGGCGTTTCTGGAACACGCTGCAGAGCATCAACCAGACAGACCAGATGCTTGCCCACCTTCAGTCCTTCT CCTCAGTGCCTGAGCATTTCACGCTTCCTGACAGCACCAAGAGCGGAGTGCCACTCTTCTACATCCCTCC AGGCTCCACCACCCCGGTGCTCTCCCTCCAGCCCAGTGGTTCTGACTCATCCCATGCCCAGTTTGCTGCC TACTGGAAGCCAGTGCTGTCCATGGATGCAAATTCCTGGCAGCGATGGCTGCACATGCATCGCCTGGTGC TAATCCTGGAGCATGACACACCAATCCCCAAGCACTTGCACACCCCGGGCAGCAATGGGCGCTACAGCAC TATCCAGTGCAGGATCTCCCACTCCTCCCTGACCTCTCTGCTGCGGGACTGGAGCAGCTTCGTACTAGTC GAGGGCTATTCTTATGTTAAGCTGCTCTCCAGTGCCCCAGACCAGCCCCCCAATTCCTTCTACATGGTCC GTATCATTTCCAAGGCCCCATGCATGGTTCTTCGCCTGGGTTTTCCCATTGGCACACCAGCACCGGCCCG GCACAAGATTGTGTCAGGCTTGAGGGAAGAGATCCTGCGGCTGCGTTTCCCCCACCGGGTACAAAGCAAG GAGCCAACGCCCAAGGTGAAACGAAAAGGGCTAGGGGGTGCTGGTGGGGGCAGCTCTCCCTCCAAGTCAC CCCCCGTGCTGGGGCCACAGCAGGCCCTGTCTGACCGGCCCTGCCTTGTGGTCCTGCATAAGCCACTGGA CAAACTGCTCATCAGGTATGAGAAGCTGCCCTTGGACTACCGGGCACCCTTCTTGCTGACATTGGAGCCA CCAGGTCCACTGCCCTTGGTGTCAGGCCGCTCAGCCTCTTCTAGCCTGGCGTCACTGTCCCGCTACCTCT ACCATCAGCGCTGGCTTTGGAGTGTCCCGTCAGGACTGGCCCCTGCGCTGCCTCTCAGTGCCATTGCCCA GCTCCTCTCCATCCTCACTGAAGTCCGACTTTCTGAAGGATTCCACTTCGCCTGCAGTGGGGAAGGAATC ATCAACATGGTTCTGGAGCTTCCAATTCAGAATGAACCACCAGGGCAGGCTGCAGCTGAAGAGAAGCACA CCTGTGTTGTCCAGTACATCCTCTTCCCCCCACACTCTACCTCCACCAAAGACAGCTTCTCGACAGATGA TGACAATGATGTGGAAGTGGAGGCCCTGGAGGGAGACTCAGAGCTCAATCTGGTCACTGAGGTGTGGGTG GAGCCACAGTATGGGCGAGTGGGACCTGGCCCTGGAATCTGGAAGCACCTCCAGGACCTGACGTATTCTG AGATCCCGCAAGCTCTCCACCCACGGGATGCTGCCTGCATAGGCTCCATGCTGAGCTTTGAATACCTGAT ACAGCTGTGTCAGAGCAAGGAATGGGGTCCTCTGCCCCCAGAGCCGAGGGTCTCTGATGGATTGGATCAG GGAGGAGACACCTGCGTCCATGAGATCCCTTTCCATTTTGACCTAATGGGATTGCTGCCACAGTGCCAGC AGCTCCAGATGTTCTTCCTCTTGCTTGCCAGAGGTGCCGAGGGGCCACTGCTGGGGGTTCATGGGATCCC GAAGGAGCAAGCAGTCGGCAGCACCCAGGCCACAGGAGACTCCGCTTTTACTTCCCTGAGTGTAGGTCTT CCTGAAACTCTCAAGCCTCTCATCTCTGCCCAGCCCCCTCAGTGGCGCTGCTATGCAAGGCTTGTGAACC CCCAGCATGTGTTTCTGACTTTTCTCCCAGCTACCTTCTCAGATGTCCAGCGTCTGGCTGCCTGTGGCCT GGAGGGACCCCCTCAAGAGGAGACAAAGCCTAAGTTTGGGGATTGGAGTGGGGCTCCCAGTCTGAAAGAT CTAGGAGGAACTGGGATCAAAGCTACAAAGTCCCACGTCCCTGTCCTCAGTGTGACCCTGGCTAGTGACA ATGCCCAGAATCAAGGAGAGCTAAGTCCACCATTCCGTCGAGACTTACAGGCTTACGCTGGGCGTCAGGC TTCCCAGACAGAGAGTGCGGATGGGCCCCGGACCCGGTGTCCTGTCTACATCTACAGCTGTTCACTGGAA GCGCTGAGGGAACAAATGGTTGGCATGCAGCCCCCTCAGGCGCCCCGAGACCTCATCTTCCGGACTCAGT TCCTCGACCACCCCTCCCCATCCTCAGCCTGGATGGAACCCCGGTACAAGGAGGCAGCTAACCACTGTGC CCTGCTGCAGGAGCATGCACAGCGGTGCTATGTCCGTGGGCTATTCCGCAGCTTGCAGCAAGCACAGAGT GTGACCTCCCAGGATTTGCTGACAGCGGTAGATGCCTGTGAGGAGCTACTACAAGAAATAGACATCACCC CATTTCTCCTTGCATTGTGTGGCCACACTTGGGGTTTGCCTCATGCACCCCCAAGTCCTGGTCCTCTCAG CCCTGGGCCCTTCAGCAGCAGCATGGAGGAGGGTGCTGAACCTCGGGAACGAGCTATCCTAGCTTCTGAA TCCAGCATAGAGACCGAGGACCTAAGCGAGCCTGAGTTTCAGAGCACCCGTGTCCCTGGCATTCCAGACC CTGGGCCAGAGATCTCTCTGACAGATGTCTGCCAGCTCAGAGGAGAGGCCCATGGTGCCCTTCATAGCGT CATCCAGGAGAAGTTCCTAGAGATCAGTCGTCTCCACTTCCGCACAGTGCCTTCCAATCCCCACTACTTC TTCTATTGCCCTCCATCCAGCAGGCGAGAAGATGAGGGGCCTCGGGACACAGTAGACAGAAAAATCAGTG ACCTGGAGTTTTCAGAGGCTGAGCTTATGGGAGAAGAAGGAGACACATCTGCCTGCTGTGTGGTCACTGA GAGTGACCCAGAGCTAGAGGTAGAATACCGGGAGAGCCGTGAATCAGACCTGGGGCCTGCTGGGCTAGAC TCTGCCTCGCTGTCAGACGTAGACACTGTGAATCCTGATGAAGACTCCTTCAGTATCTTGGGGGGCGACT CACCCACTGGGCCTGAGAGCTTCCTTCATGACCTGCCACCGCTCTTCCTGCACCTCACGTGCTCCGTGCG GCTACGTGGGCAGCACAGCTCAGTACCTGTGTGCAGCCTGCCTACCTGCCTGGGCCAGGTGCTTTCCAGT CTGGAGGGCCCCCCAGTTGGAGGCCGAGTTCCCTTGAGGGACCTCAGTGTGACTCTGGATGTCTTCATGC TGACTTTGCCCCTGGAAGTGGAGCTCCCCACGGCCTCGGACCCTCAGCACCACCGGTCAACATCTGAAAG CAGTGCTTCATTTCCACGATCCCCAGGGCAGCCATCATCTTTAAGGTCAGATGATGGCCTCGGGCCCCCA CTGCCACCCCCAGAAGAGGAGAGGCACCCAGGACTATCCAATTTGGCCACGCCCCACAGACTGGCTATTG AGACCACCATGAATGAGATCCGCTGGTTGTTGGAAGATGAGATGGTGGGGGCACTCCGAAGAGGGGGCAT CCCACAGAGTCCTGCCCTGCACCGCGCAGCTGCCCATATCCATAGTTCTCCTGGACGCTCCACCTGCCTT CGCCAAACTCTGCCACTGAGTTTTGTATTTGGGCCAGAGCGTTCCCTCACACAATTCAAGGAGGAGTTCC GCCGCCTCCATCTCCCTGGCCATGTTCTTCTTGAAGACCCTGACAGTGGCTTCTTCTTTGTGGCAGCTGG CCAACAGCCAGGTGGGTCCCATGGGGAGCCTTCTTCAGCGGCCTGGGCTTGGCACAGTCATGAGGACAGG GCTGAAGGCATCGAAGGGGAGACCCTGACAGCCAGCCCCCAAGCACCTGGGTCCCCAGAGGATTCTGAGG GTGTCCCCCTCATCAGCCTGCCCCGCGTGCCACAGGGAGGGAGTCAGCCTGGGCCCAGCCGGGGATTAAG TCTCATGTCCAGTCAGGGCAGTGTGGACTCAGACCACCTAGGTTATGATGGTGGCAGCAGTGGCTCAGAC AGTGAGGGTCCCAATGACACCCTTGGTGAGAAGGCCCCCTTCACATTGCGGACTCCACCTGGGCCAGCAC CTCCACAGCCTTCACTCTCAGGCCTCCCTGGGCCCTGCCTGCCTGACTTCTGGCTCATTGTCCGGGTCCT GCAGGACCGTGTGGAAGTGTATGCACATGCACGGAGCCTGATTCGGGAGGATGGGGGGCCGGGCACTGAG TGTCGCCACCTGCAGCAGCTCCTGGTGAGGCGAGTTGGGGAGATCTGCAGGGAGGTCAACCAGCGACTGC TTCTTCAAGACCTTCATGACAGCCACGTGTGTAACTCTCTTCTGGTGGCCGAGAGTGAAGAAGATCTGTG GCGCAGTGAGACTCCCTTCCACTCCCGTCAGCGGGCACCACTGCCCAGTGATGATTATGCTGCTGATGAG AGCTGTGCGCCCCGTGGGTACCTGGCAGCCACAATGCAGTTTGTCCCTGGCCATTTCTCCTGTGACGTTG TGTGGGGAACTGTGATCCGAGTCCATTCACGCCTCAAAATGGGGCCCAGCATGGGGGTCTCTCGGGCCAT CCAGGCCCTGCGCTCTGTGCTCAATGCCTTCTCTGTGGTGAACCGGAAAAACATGTTTGTTTACCAGGAG CGAGCAACAAAGGCTGTGTACTATCTTCGGCTCCTAGAGACATCCTGCAGTGACCGGCCATGGAAAGGGG ATGCGCTGCCCCCTTCCCTCGCTCTGTCCCGAAGCCAAGAGCCCATCTACTCTGAGGAAGCCTCGGGTCC TCGTTCTCCCTTAGACATGGTCTCTAGCCGCAGTTCAGATGCTGCTCGTCCTGTGGGCCAAGTGGACAGA CATATCCAGCTGCTGGTCCATGGTGTTGGGCAGGCAGGTCCTGAGATCACGGATGAGCTCGTGCGAGTTC TATGTCGGCGCCTGGATGAGGCCACGCTGGACGTCATCACAGTTATGCTTGTTCGGAACTGCAAGCTGAC ACCAGCTGATGTGGAGTTCATCCAGCCCCCTGGAAGTCTCCCCTCAGAGGTGCTGCATCTGGCCCTACCC ACCTCCTGCAGGCCCTGGCTTCCAGCCCTGGCATGGTACCTACGGCAGAACTTGCTCATCTTCCTGCACT CTCCCAAGTACACAGATAGCAACAGCCGGAACCACTTCCAACATCCACTCCCACCACAGGGTGGCCTCCC TGACTTGGACATCTACTTGTATAACAAGCCTGGTGGACAGGGCACTGGGGGCAAAGGGGTTGCCTGCATC ACTCTAGCCTTTGTGGATGAAGGAGGGGCCCCCTTGTCACTGGCGTTGTGGCCCCCCTCCTCTCCGGGGC CCCCAGACCCACTGCGAGAGGAGGAATTTGAGCAACTGACCCAGGTCATCCGCTGCCCGGTTGTTGTGGA CAGTTCTTCAGCTCAGAATGGGGCCCCACGGCTTCGATTGGATGTGTGGGAAAAGGGGAACATTAGTATT GTGCAGCTGGAGGAGAAACTCCGAGGAGCAGCTCGCCAGGCCCTGGCCGATGCCATCATCGAGCTTCAGC TGCTGCCAGCTTCACTATGTACAGAGGACACACCCACAGGAAGTCTCAGGAACGGATCGTTGGAAACTAA GAGCTCTGCAGGCCGAGCTAGCACCTTTCCCCCTGCCCCTGTCCCTGGGGAGCCTGTGACTCCACCCAGC AAAGCGGGCCGGCGTAGCTTCTGGGATATGCTGAGTAAAACAGAATGTGGGGATTTGGGTTCCCCCAAAA CAACTGATGACATTGTCCTGGATCGGCCAGAAGACACTCGGGGCCGGAGGCGTCACAAAACCGAGAGTGT TCGGACTCCTGGTGGAGCTGAGCGGGCGCCAGGCTCAGATTCTGGAGCCCAGAGACAAAAGCGCCGGACA ACACAGCTAGAAGAGGGTGAGGTGGGGACCCTTCATCCTGTGTTTGCCCGTGTTGCTCAGCGCTGGATGG AGTTTATGGTTCAGATTGGTTGTGCCTCAGTGTCCAGAAGCTCTGCCCACATGGTGTCCCGGTTCCTCCT TCCATCCATCCTGTCTGAGTTCACCGCACTGGTCACCTCAATGGCTGGAGACACCAGTGTCCGCATCTTT GAGCAGCATTTGGGTTCAGAGCCAGAGATCTTCGGCCCTTGTTCCCCTGGGCAACTGGGCCCCTCTCCCC GCCCTGCAGCTGAGCGGCATCTGCTGCTTCTGGGAAGGAACTTCTTGCAGTGGAGGAGACCAACACAGCA GGCTGCCAAAGCCATGCAGCGCTTCGAGCCAGGAGGTGATGGGAGCTCAGGGCGAAATGCTCCCCGGCAG AGGCTCTTGCTACTAGAGGTTGTGGACAAGAAGCTACAGCTGCTGACCTACAACTGGGCTCCAGACCTGG GGGCAGCATTGGGCCGAGCGCTGGTTCGCCTGGTGCAGTGGCAGAATGCACGAGCCCATCTCATCTTCTG CCTACTCAGCCAGAAGCTTGGCCTCTTCCATCATTATGGCCAGTTGGACTTCCCCGTGCGAGATGAAAAG GAGCCAAACCCATTCCTGCTGCCGACCATGGAAGTGGAGACCCTCATCCGGAGTGCAAGTCCCCCGCTGA GCCGTGAGCAGGGCCGACTGAGTGGGTCCTCTCGTGGTGGGGGTCCTCTTCCCCTGGACACATTCCCCTT TGACGAGGCCCTAAGGGATATCACGGCTGCCCGCCCCAGCTCCGTACTTGGTCCTGTGCCCAGACCTCCT GATCCTGTCACCTACCATGGACAACAGTTCCTAGAGATCAAGATGGCAGAGCGCAGAGAGCTGGAGCGCC AGATGAAGATGGAAAACCTGTTTGTAACCTGGCAGCAGCGTTCTACCCCAGCCACCATGCCCATCAGTGC TGGAGAGCTGGAGACCCTGAAGCAGTCATCCCGCCTGGTGCATTACTGTGCAACAGCCATGCTCTTCGAC CCAGCTGCCTGGCTGCATGGGCCCCCAGAGACCTCTGGACCCCCTGACGGGCAGCGGCGCCATCGCCCTG AGTCAGGGTCTGGGAGCCGAGAGGCCCCCACAAGCTGTGAATCCTTGGATGTGTCGCCCCCGGGAGCCCG TGAGGAGCCTTGGCTGAAGGAGCTGAGCTTGGCTTTCCTGCAGCAATATGTGCAGTATCTGCAGAGCATA GGTTTTGTGCTGGTACCACTGCGGCCCCCCTCACCCGCCCGCAGCACCAGCCGGCCACGGGCCATGGCTA TCCTTGGAACAGAGGGTCGAGGCTCCTTCTCCTGCCCTAAAACCAAGACTGATGGGAGCCCCAAGAGCAC TAGCTCTCCGGTAACCACCTACCACCTGCAGCGGGCACTGCCTGGGGGCATCATCCTCATGGAACTGGCA TTCCAGGGCTGTTACTTCTGTGTCAAACAGTTTGCCCTGGAATGTTCCCGAATCCCAATGGGGCAGGCTG TCAACTCACAGCTGTCCATGCTGTTCACAGAGGAGTGTGACAAGGTGCGGGACCTGATGCACGTGCACTC GTTCAGCTATGACTTCCATCTGCGCCTCGTGCATCAGCACGTGCTAGGTGCCCATCTGGTGCTGCGGCAC GGCTACCACCTCACCACCTTTCTGCGACACTTCCTGGCCCACCACCCTGACGGACCCCACTTTGGCCGCA ATCACATTTACCAAGGGACATTGGAGCTCCCCACACCACTCATTGCTGCCCACCAGCTATACAACTACGT GGCTGATCACGCCAGCTCTTACCACATGAAGCCATTGCGAATGGCCCGGCCAGGGGGCCCAGAACACAAC GAGTATGCCCTGGTGTCGGCATGGCACAGTTCTGGCTCCTACCTGGACTCTGAGGGACTTCGACACCAGG ATGACTTTGATGTGTCTCTGCTTGTCTGTCACTGTGCTGCACCCTTTGAGGAGCAAGGAGAGGCTGAGCG GCACGTTCTGCGGCTACAGTTCTTCGTGGTGCTCACCAGCCAGCGAGAGCTCTTCCCCAGGCTCACTGCT GACATGCGCCGCTTCCGGAAGCCACCCAGACTGCCCCCTGAGCCAGAGGCTCCTGGGAGTTCAGCTGGCA GCCCTGGGGAGGCCTCAGGGCTTATTCTAGCGCCTGGACCGGCTCCTCTGTTCCCACCACTGGCTGCAGA GGTGGGCATGGCACGAGCACGGCTGGCTCAGCTGGTGCGGCTGGCTGGAGGGCACTGCCGTCGGGACACC CTTTGGAAGCGCCTCTTCTTGCTGGAGCCACCGGGGCCTGATCGACTGCGGCTAGGGGGGCGCCTGGCCC TGGCAGAGCTGGAGGAACTCCTAGAAGCAGTCCATGCCAAATCCATTGGGGACATCGACCCCCAGCTGGA CTGCTTCCTATCCATGACGGTCTCCTGGTACCAGAGCCTGATCAAAGTTCTCCTAAGCCGCTTCCCCCAG AGCTGTCGCCATTTCCAAAGCCCAGACTTGGGAACTCAGTACCTGGTTGTGCTGAATCAGAAGTTCACTG ACTGCTTTGTGCTAGTGTTTCTGGACTCCCACTTAGGAAAGACGTCTCTGACAGTGGTTTTCCGAGAGCC CTTCCCAGTACAGCCCCAGGACAGCGAGAGCCCCCCTGCCCAACTGGTCTCCACCTACCACCACCTGGAG TCTGTCATCAACACAGCCTGTTTCACCCTCTGGACCCGCCTCCTCTGA |
| Restriction Sites | SgfI-MluI |
| ACCN | NM_015284 |
| ORF Size | 10128 bp |
| OTI Disclaimer | Due to the inherent nature of this plasmid, standard methods to replicate additional amounts of DNA in E. coli are highly likely to result in mutations and/or rearrangements. Therefore, OriGene does not guarantee the capability to replicate this plasmid DNA. Additional amounts of DNA can be purchased from OriGene with batch-specific, full-sequence verification at a reduced cost. Please contact our customer care team at custsupport@origene.com or by calling 301.340.3188 option 3 for pricing and delivery. 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 TrueClone is provided through our Custom Cloning Process that includes sub-cloning into OriGene's pCMV6 vector and full sequencing to provide a non-variant match to the expected reference without frameshifts, and is delivered as lyophilized plasmid DNA. |
| Reference Data | |
| RefSeq | NM_015284.3, NP_056099.3 |
| RefSeq Size | 13996 |
| RefSeq ORF | 10128 |
| Locus ID | 23334 |
| Gene Summary | The protein encoded by this gene is expressed in the brain, predominantly in the parietal and frontal cortex as well as in dorsal root ganglia. It is localized to the peroxisome, and is implicated in resistance to oxidative stress. It likely functions by increasing superoxide dismutase (SOD) activity, but itself has no direct SOD activity. Studies in mice show that this gene confers low seizure threshold, and may also enhance epileptogenesis. [provided by RefSeq, Jun 2011] |
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