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LYST (NM_000081) Human Untagged Clone
CAT#: SC308718
LYST (untagged)-Human lysosomal trafficking regulator (LYST)
"NM_000081" in other vectors (2)
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Specifications
| Product Data | |
| Type | Human Untagged Clone |
| Tag | Tag Free |
| Symbol | LYST |
| Synonyms | CHS; CHS1 |
| Vector | pCMV6-XL4 |
| E. coli Selection | Ampicillin (100 ug/mL) |
| Mammalian Cell Selection | None |
| Sequence Data |
>OriGene ORF sequence for NM_000081 edited
ATGAGCACCGACAGTAACTCACTGGCACGTGAATTTCTGACCGATGTCAACCGGCTTTGC AATGCAGTGGTCCAGAGGGTGGAGGCCAGGGAGGAAGAAGAGGAGGAGACGCACATGGCA ACCCTTGGACAGTACCTTGTCCATGGTCGAGGATTTCTATTACTTACCAAGCTAAATTCT ATAATTGATCAGGCATTGACATGTAGAGAAGAACTCCTGACTCTTCTTCTGTCTCTCCTT CCACTGGTATGGAAGATACCTGTCCAAGAAGAAAAGGCAACAGATTTTAACCTACCGCTC TCAGCAGATATAATCCTGACCAAAGAAAAGAACTCAAGTTCACAAAGATCCACTCAGGAA AAATTACATTTAGAAGGAAGTGCCCTGTCTAGTCAGGTTTCTGCAAAAGTAAATGTTTTT CGAAAAAGCAGACGACAGCGTAAAATTACCCATCGCTATTCTGTAAGAGATGCAAGAAAG ACACAGCTCTCCACCTCAGATTCAGAAGCCAATTCAGATGAAAAAGGCATAGCAATGAAT AAGCATAGAAGGCCCCATCTGCTGCATCATTTTTTAACATCGTTTCCTAAACAAGACCAC CCCAAAGCTAAACTTGACCGCTTAGCAACCAAAGAACAGACTCCTCCAGATGCTATGGCT TTGGAAAATTCCAGAGAGATTATTCCAAGACAGGGGTCAAACACTGACATTTTAAGTGAG CCAGCTGCCTTGTCTGTTATCAGTAACATGAACAATTCTCCATTTGACTTATGTCATGTT TTGTTATCTTTATTAGAAAAAGTTTGTAAGTTTGACGTTACCTTGAATCATAATTCTCCT TTAGCAGCCAGTGTAGTGCCCACACTAACTGAATTCCTAGCAGGCTTTGGGGACTGCTGC AGTCTGAGCGACAACTTGGAGAGTCGAGTAGTTTCTGCAGGTTGGACCGAAGAACCGGTG GCTTTGATTCAAAGGATGCTCTTTCGAACAGTGTTGCATCTTCTGTCAGTAGATGTTAGT ACTGCAGAGATGATGCCAGAAAATCTTAGGAAAAATTTAACTGAATTGCTTAGAGCAGCT TTAAAAATTAGAATATGCCTAGAAAAGCAGCCTGACCCTTTTGCACCAAGACAAAAGAAA ACACTGCAGGAGGTTCAGGAAGATTTTGTGTTTTCAAAGTATCGTCATAGAGCCCTTCTT TTACCTGAGCTTTTGGAAGGAGTTCTTCAGATTCTGATCTGTTGTCTTCAAAGTGCAGCT TCAAATCCCTTCTACTTCAGTCAAGCCATGGATTTGGTTCAAGAATTCATTCAGCATCAT GGATTTAATTTATTTGAAACAGCAGTTCTTCAAATGGAATGGCTGGTTTTAAGAGATGGA GTTCCTCCCGAGGCCTCAGAGCATTTGAAAGCCCTAATAAATAGTGTGATGAAAATAATG AGCACTGTCAAAAAAGTGAAATCAGAGCAACTTCATCATTCGATGTGTACAAGAAAAAGG CACAGACGATGTGAATATTCTCATTTTATGCATCATCACCGAGATCTCTCAGGTCTTCTG GTTTCGGCTTTTAAAAACCAGGTTTCCAAAAACCCATTTGAAGAGACTGCAGATGGAGAT GTTTATTATCCTGAGCGGTGCTGTTGCATTGCAGTGTGTGCCCATCAGTGCTTGCGCTTA CTACAGCAGGCTTCCTTGAGCAGCACTTGTGTCCAGATCCTATCGGGTGTTCATAACATT GGAATATGCTGTTGTATGGATCCCAAATCTGTAATCATTCCTTTGCTCCATGCTTTTAAA TTGCCAGCACTGAAAAATTTTCAGCAGCATATATTGAATATCCTTAACAAACTTATTTTG GATCAGTTAGGAGGAGCAGAGATATCACCAAAAATTAAAAAAGCAGCTTGTAATATTTGT ACTGTTGACTCTGACCAACTAGCCCAATTAGAAGAGACACTGCAGGGAAACTTATGTGAT GCTGAACTCTCCTCAAGTTTATCCAGTCCTTCTTACAGATTTCAAGGGATCCTGCCCAGC AGTGGATCTGAAGATTTGTTGTGGAAATGGGATGCTTTAAAGGCTTATCAGAACTTTGTT TTTGAAGAAGACAGATTACATAGTATACAGATTGCAAATCACATTTGCAATTTAATCCAG AAAGGCAATATAGTTGTTCAGTGGAAATTATATAATTACATATTTAATCCTGTGCTCCAA AGAGGAGTTGAATTAGCACATCATTGTCAACACCTAAGCGTTACTTCAGCTCAAAGTCAT GTATGTAGCCATCATAACCAGTGCTTGCCTCAGGACGTGCTTCAGATTTATGTAAAAACT CTGCCTATCCTGCTTAAATCCAGGGTAATAAGAGATTTGTTTTTGAGTTGTAATGGAGTA AGTCAAATAATCGAATTAAATTGCTTAAATGGTATTCGAAGTCATTCTCTAAAAGCATTT GAAACTCTGATAATCAGCCTAGGGGAGCAACAGAAAGATGCCTCAGTTCCAGATATTGAT GGGATAGACATTGAACAGAAGGAGTTGTCCTCTGTACATGTGGGTACTTCTTTTCATCAT CAGCAAGCTTATTCAGATTCTCCTCAGAGTCTCAGCAAATTTTATGCTGGCCTCAAAGAA GCTTATCCAAAGAGACGGAAGACTGTTAACCAAGATGTTCATATCAACACAATAAACCTA TTCCTCTGTGTGGCTTTTTTATGCGTAAGTAAAGAAGCAGAGTCTGACAGGGAGTCGGCC AATGACTCAGAAGATACTTCTGGCTATGACAGCACAGCCAGCGAGCCTTTAAGTCATATG CTGCCATGTATATCTCTCGAGAGCCTTGTCTTGCCTTCTCCTGAACATATGCACCAAGCA GCAGACATTTGGTCTATGTGTCGTTGGATCTACATGTTGAGTTCAGTGTTCCAGAAACAG TTTTATAGGCTTGGTGGTTTCCGAGTATGCCATAAGTTAATATTTATGATAATACAGAAA CTGTTCAGAAGTCACAAAGAGGAGCAAGGAAAAAAGGAGGGAGATACAAGTGTAAATGAA AACCAGGATTTAAACAGAATTTCTCAACCTAAGAGAACTATGAAGGAAGATTTATTATCT TTGGCTATAAAAAGTGACCCCATACCATCAGAACTAGGTAGTCTAAAAAAGAGTGCTGAC AGTTTAGGTAAATTAGAGTTACAGCATATTTCTTCCATAAATGTGGAAGAAGTTTCAGCT ACTGAAGCCGCTCCCGAGGAAGCAAAGCTATTTACAAGTCAAGAAAGTGAGACCTCACTT CAAAGTATACGACTTTTGGAAGCCCTTCTGGCCATTTGTCTTCATGGTGCCAGAACTAGT CAACAGAAGATGGAATTGGAGTTACCTAATCAGAACTTGTCTGTGGAAAGTATATTATTT GAAATGAGGGACCATCTTTCCCAGTCAAAGGTGATTGAAACACAACTAGCAAAGCCTTTA TTTGATGCCCTGCTTCGAGTTGCCCTCGGGAATTATTCAGCAGATTTTGAACATAATGAT GCTATGACTGAGAAGAGTCATCAATCTGCAGAAGAATTGTCATCCCAGCCTGGTGATTTT TCAGAAGAAGCTGAGGATTCTCAGTGTTGTAGTTTTAAACTTTTAGTTGAAGAAGAAGGT TACGAAGCAGATAGTGAAAGCAATCCTGAAGATGGCGAAACCCAGGATGATGGGGTAGAC TTAAAGTCTGAAACAGAAGGTTTCAGTGCATCAAGCAGTCCAAATGACTTACTCGAAAAC CTCACTCAAGGGGAAATAATTTATCCTGAGATTTGTATGCTGGAATTAAATTTGCTTTCT GCTAGTAAAGCCAAACTTGATGTGCTTGCCCATGTATTTGAGAGTTTTTTGAAAATTATT AGGCAGAAAGAAAAGAATGTTTTTCTGCTCATGCAACAGGGAACTGTGAAAAATCTTTTA GGAGGGTTCTTGAGTATTTTAACACAGGATGATTCTGATTTTCAAGCATGCCAGAGAGTA TTGGTGGATCTTTTGGTATCTTTGATGAGTTCAAGAACATGTTCAGAAGAGCTAACCCTT CTTTTGAGAATATTTCTGGAGAAATCTCCTTGTACAAAAATTCTTCTTCTGGGTATTCTG AAAATTATTGAAAGTGATACTACTATGAGCCCTTCACAGTATCTAACCTTCCCTTTACTG CACGCTCCAAATTTAAGCAACGGTGTTTCATCACAAAAGTATCCTGGGATTTTAAACAGT AAGGCCATGGGTTTATTGAGAAGAGCACGAGTTTCACGGAGCAAGAAAGAGGCTGATAGA GAGAGTTTTCCCCATCGGCTGCTTTCATCTTGGCACATAGCCCCAGTCCACCTGCCGTTG CTGGGGCAAAACTGCTGGCCACACCTATCAGAAGGTTTCAGTGTTTCCCTGTGGTTTAAT GTGGAGTGTATCCATGAAGCTGAGAGTCCTACAGAAAAAGGAAAGAAGATAAAGAAAAGA AACAAATCATTAATTTTACCAGATAGCAGTTTTGATGGTACAGAGAGCGACAGACCAGAA GGTGCAGAGTACATAAATCCTGGTGAAAGACTCATAGAAGAAGGATGTATTCATATAATT TCACTGGGATCCAAAGCGTTGATGATCCAAGTGTGGGCTGATCCCCACAATGCCACTCTT ATCTTTCGTGTGTGCATGGATTCAAATGATGACATGAAAGCTGTTTTACTAGCACAGGTT GAATCACAGGAGAATATTTTCCTCCCAAGCAAATGGCAACATTTAGTACTCACCTACTTA CAGCAGCCCCAAGGGAAAAGGAGGATTCATGGGAAAATCTCCATATGGGTCTCTGGACAG AGGAAGCCTGATGTTACTTTGGATTTTATGCTTCCAAGAAAAACAAGTTTGTCATCTGAT AGCAATAAAACATTTTGCATGATTGGCCATTGTTTATCATCCCAAGAAGAGTTTTTGCAG TTGGCTGGAAAATGGGACCTGGGAAATTTGCTTCTCTTCAACGGAGCTAAGGTTGGTTCA CAAGAGGCCTTTTATCTGTATGCTTGTGGACCCAACCATACATCTGTAATGCCATGTAAG TATGGCAAGCCAGTCAATGACTACTCCAAATATATTAATAAAGAAATTTTGCGATGTGAA CAAATCAGAGAACTTTTTATGACCAAGAAAGATGTGGATATTGGTCTCTTAATTGAAAGT CTTTCAGTTGTTTATACAACTTACTGTCCTGCTCAGTATACCATCTATGAACCAGTGATT AGACTTAAAGGTCAAATGAAAACCCAACTCTCTCAAAGACCCTTCAGCTCAAAAGAAGTT CAGAGCATCTTATTAGAACCTCATCATCTAAAGAATCTCCAACCTACTGAATATAAAACT ATTCAAGGCATTCTGCACGAAATTGGTGGAACTGGCATATTTGTTTTTCTCTTTGCCAGG GTTGTTGAACTCAGTAGCTGTGAAGAAACTCAAGCATTAGCACTGCGAGTTATACTCTCA TTAATTAAATACAACCAACAAAGAGTACATGAATTAGAAAATTGTAATGGACTTTCTATG ATTCATCAGGTGTTGATCAAACAAAAATGCATTGTTGGGTTTTACATTTTGAAGACCCTT CTTGAAGGATGCTGTGGTGAAGATATTATTTATATGAATGAGAATGGAGAGTTTAAGTTG GATGTAGACTCTAATGCTATAATCCAAGATGTTAAGCTGTTAGAGGAACTATTGCTTGAC TGGAAGATATGGAGTAAAGCAGAGCAAGGTGTTTGGGAAACTTTGCTAGCAGCTCTAGAA GTCCTCATCAGAGCAGATCACCACCAGCAGATGTTTAATATTAAGCAGTTATTGAAAGCT CAAGTGGTTCATCACTTTCTACTGACTTGTCAGGTTTTGCAGGAATACAAAGAGGGGCAA CTCACACCCATGCCCCGAGAGGTTTGTAGATCATTTGTGAAAATTATAGCAGAAGTCCTT GGATCTCCTCCAGATTTGGAATTATTGACAATTATCTTCAATTTCCTTTTAGCAGTTCAC CCTCCTACTAATACTTACGTTTGTCACAATCCCACGAACTTCTACTTTTCTTTGCACATA GATGGCAAGATCTTTCAGGAGAAAGTGCGGTCAATCATGTACCTGAGGCATTCCAGCAGT GGAGGAAGGTCCCTTATGAGCCCTGGATTTATGGTAATAAGCCCATCTGGTTTTACTGCT TCACCATATGAAGGAGAGAATTCCTCTAATATTATTCCACAACAGATGGCCGCCCATATG CTGCGTTCTAGAAGCCTACCAGCATTCCCTACTTCTTCACTACTAACGCAATCACAAAAA CTGACTGGAAGTTTGGGTTGTAGTATCGACAGGTTACAAAATATTGCAGATACTTATGTT GCCACCCAATCAAAGAAACAAAATTCTTTGGGGAGTTCCGACACACTGAAAAAAGGCAAA GAGGACGCATTCATCAGTAGCTGTGAGTCTGCAAAAACTGTTTGTGAAATGGAAGCTGTC CTCTCAGCCCAGGTCTCTGTCAGTGATGTCCCAAAGGGAGTGCTGGGATTTCCAGTGGTC AAAGCAGATCATAAACAGTTGGGAGCAGAACCCAGGTCAGAAGATGACAGTCCTGGGGAT GAGTCCTGCCCACGCCGACCTGATTACCTAAAGGGATTGGCCTCCTTCCAGCGAAGCCAC AGCACTATTGCAAGCCTTGGGCTAGCTTTTCCTTCACAGAACGGATCTGCAGCTGTTGGC CGTTGGCCAAGTCTTGTTGATAGAAACACTGATGATTGGGAAAACTTTGCCTATTCTCTT GGTTATGAGCCAAATTACAACCGAACTGCAAGTGCTCACAGTGTAACTGAAGACTGTTTG GTACCTATATGCTGTGGATTATATGAACTCCTAAGTGGGGTTCTTCTTATCCTGCCTGAT GTTTTGCTTGAAGATGTGATGGACAAGCTTATTCAAGCAGATACACTTTTGGTCCTCGTT AACCACCCATCACCAGCTATACAACAAGGTGTTATTAAACTATTAGATGCATATTTTGCT AGAGCATCTAAGGAACAAAAAGATAAATTTCTGAAGAATCGTGGATTTTCCTTGCTAGCC AACCAGTTGTATCTTCATCGAGGAACTCAAGAATTGTTAGAATGCTTCATCGAAATGTTC TTTGGTCGACATATTGGCCTTGATGAAGAATTTGATCTGGAAGATGTGAGAAACATGGGA TTGTTTCAGAAGTGGTCTGTCATTCCTATTCTGGGACTAATAGAGACCTCTCTATATGAC AACATACTCTTGCATAATGCTCTTTTACTTCTTCTCCAAATTTTAAATTCTTGTTCTAAG GTAGCAGATATGTTGCTGGATAATGGTCTACTCTATGTGTTATGTAATACAGTAGCAGCC CTGAATGGATTAGAAAAGAACATTCCCATGAGTGAATATAAATTGCTTGCTTGTGATATA CAGCAACTTTTCATAGCAGTTACAATTCATGCTTGCAGTTCCTCAGGCTCACAATATTTT AGGGTTATTGAAGACCTTATTGTAATGCTTGGATATCTTCAAAATAGCAAAAACAAGAGG ACACAAAATATGGCTGTTGCACTACAGCTTAGAGTTCTCCAGGCTGCTATGGAATTTATA AGGACCACCGCAAATCATGACTCTGAAAACCTCACAGATTCACTCCAGTCACCTTCTGCT CCCCATCATGCAGTAGTTCAAAAGCGGAAAAGCATTGCTGGTCCTCGAAAATTTCCCCTT GCTCAAACTGAATCGCTTCTGATGAAAATGCGTTCAGTGGCAAATGATGAGCTTCATGTG ATGATGCAACGGAGAATGAGCCAAGAGAACCCTAGCCAAGCAACTGAAACGGAACTTGCG CAGAGACTACAGAGGCTCACTGTTTTAGCAGTCAACAGGATTATTTATCAAGAATTTAAT TCAGACATTATTGACATTTTGAGAACTCCAGAAAATGTAACTCAAAGCAAGACCTCAGTT TTCCAGACCGAAATTTCTGAGGAAAATATTCATCATGAACAGTCTTCTG:TTTTCAATCC ATTTCAGAAAGAAATTTTTACATATCTGGTAGAAGGATTCAAAGTATCTATTGGTTCAAG TAAAGCCAGTGGTTCCAAGCAGCAATGGACTAAAATTCTGTGGTCTTGTAAGGAGACCTT CCGAATGCAGCTTGGGAGACTACTAGTGCATATTTTGTCGCCAGCCCACGCTGCACAAGA GAGAAAGCAAATTTTTGAAATAGTTCATGAACCAAATCATCAGGAAATACTACGAGACTG TCTCAGCCCATCCCTACAACATGGAGCCAAGTTAGTTTTGTATTTGTCAGAGTTGATACA TAATCACCAAGGTGAATTGACTGAAGAAGAGCTAGGCACAGCAGAACTGCTTATGAATGC TTTGAAGTTATGTGGTCACAAGTGCATCCCTCCCAGTGCATCAACAAAAGCAGACCTTAT TAAAATGATCAAAGAGGAACAAAAGAAATATGAAACTGAAGAAGGAGTGAATAAAGCTGC TTGGCAGAAAACAGTTAACAATAATCAACAAAGTCTCTTTCAGCGTCTGGATTCAAAATC AAAGGATATATCTAAAATAGCTGCAGATATCACCCAGGCAGTGTCTCTCTCCCAAGGAAA TGAGAGAAAAAAGGTGATCCAGCATATTAGAGGAATGTATAAAGTAGATTTGAGTGCCAG CAGACATTGGCAGGAACTTATTCAGCAGCTGACACATGATAGAGCAGTATGGTATGACCC CATCTACTATCCAACCTCATGGCAGTTGGATCCAACAGAAGGGCCAAATCGAGAGAGGAG ACGTTTACAGAGATGTTATTTAACTATTCCAAATAAGTATCTCCTTAGGGATAGACAGAA ATCAGAAGATGTTGTCAAACCACCACTCTCTTACCTGTTTGAAGACAAAACTCATTCTTC TTTCTCTTCTACTGTCAAAGACAAAGCTGCAAGTGAATCTATAAGAGTGAATCGAAGATG CATCAGTGTTGCACCATCTAGAGAGACAGCTGGTGAATTGTTACTAGGTAAATGTGGAAT GTATTTTGTGGAAGATAATGCTTCTGATACAGTTGAAAGTTCGAGCCTTCAGGGAGAGTT GGAACCAGCATCATTTTCCTGGACATATGAAGAAATTAAAGAAGTTCACAAGCGTTGGTG GCAATTGAGAGATAATGCTGTAGAAATCTTTCTAACAAATGGCAGAACACTCCTGTTGGC ATTTGATAACACCAAGGTTCGTGATGATGTATACCACAATATACTCACAAATAACCTCCC TAATCTTCTGGAATATGGTAACATCACCGCTCTGACAAATTTATGGTATACTGGGCAAAT TACTAATTTTGAATATTTGACTCACTTAAACAAACATGCTGGCCGATCCTTCAATGATCT CATGCAGTATCCTGTGTTCCCATTTATACTTGCTGACTACGTTAGTGAGACACTTGACCT CAATGATCTGTTGATATACAGAAATCTCTCTAAACCTATAGCTGTTCAGTATAAAGAAAA AGAAGATCGTTATGTGGACACATACAAGTACTTGGAGGAAGAGTACCGCAAAGGAGCCAG AGAAGATGACCCCATGCCTCCCGTGCAGCCCTATCACTATGGCTCCCACTATTCCAATAG CGGCACTGTGCTTCACTTCCTGGTCAGGATGCCTCCTTTCACTAAAATGTTTTTAGCCTA TCAAGATCAAAGTTTTGACATTCCAGACAGAACTTTTCATTCTACAAATACAACTTGGCG ACTCTCATCTTTTGAATCTATGACTGATGTGAAAGAACTTATCCCAGAGTTTTTCTATCT TCCAGAGTTCCTAGTTAACCGTGAAGGTTTTGATTTTGGTGTGCGTCAGAATGGTGAACG GGTTAATCACGTCAACCTTCCCCCTTGGGCGCGTAATGATCCTCGTCTTTTTATCCTCAT CCATCGGCAGGCTCTAGAGTCTGACTACGTGTCGCAGAACATCTGTCAGTGGATTGACTT GGTGTTTGGGTATAAGCAAAAGGGGAAGGCTTCTGTTCAAGCGATCAATGTTTTTCATCC TGCTACATATTTTGGAATGGATGTCTCTGCAGTTGAAGATCCAGTTCAGAGACGAGCGCT AGAAACCATGATAAAAACCTACGGGCAGACTCCCCGTCAGCTGTTCCACATGGCCCATGT GAGCAGACCTGGAGCCAAGCTCAATATTGAAGGAGAGCTTCCAGCTGCTGTGGGGTTGCT AGTGCAGTTTGCTTTCAGGGAGACCCGAGAACAGGTCAAAGAAATCACCTATCCGAGTCC TTTGTCATGGATAAAAGGCTTGAAATGGGGGGAATACGTGGGTTCCCCCAGTGCTCCAGT ACCTGTGGTCTGCTTCAGCCAGCCCCACGGAGAAAGATTTGGCTCTCTCCAGGCTCTGCC CACCAGAGCAATCTGTGGTTTGTCACGGAATTTCTGTCTTCTGATGACATATAGCAAGGA ACAAGGTGTGAGAAGCATGAACAGTACGGACATTCAGTGGTCAGCCATCCTGAGCTGGGG ATATGCTGATAATATTTTAAGGTTGAAGAGTAAACAAAGTGAGCCTCCAGTAAACTTTAT TCAAAGTTCACAACAGTACCAGGTGACTAGTTGTGCTTGGGTGCCTGACAGTTGCCAGCT GTTTACTGGAAGCAAATGCGGTGTCATCACAGCCTACACAAACAGATTTACAAGCAGCAC GCCATCAGAAATAGAAATGGAGACTCAAATACATCTCTATGGTCACACAGAAGAGATAAC CAGCTTATTTGTTTGCAAACCATACAGTATACTGATAAGTGTGAGCAGAGACGGAACCTG CATCATATGGGATTTAAACAGGTTATGCTATGTACAAAGTCTGGCGGGACACAAAAGCCC TGTCACAGCTGTCTCTGCCAGTGAAACCTCAGGTGATATTGCTACTGTGTGTGATTCAGC TGGCGGAGGCAGTGACCTCAGACTCTGGACGGTGAACGGGGATCTCGTTGGACATGTCCA CTGCAGGGAGATCATCTGTTCCGTGGCTTTCTCCAACCAGCCTGAGGGAGTATCTATCAA TGTAATCGCTGGGGGATTAGAAAATGGAATTGTAAGGTTATGGAGCACATGGGACTTAAA GCCTGTGAGAGAAATTACATTTCCCAAATCAAATAAGCCCATCATCAGCCTTACATTTTC TTGTGATGGCCACCATTTGTACACAGCAAACAGTGATGGGACCGTGATTGCCTGGTGTCG GAAGGACCAGCAGCGCTTGAAACAGCCAATGTTCTATTCCTTCCTTAGCAGCTATGCAGC CGGGTGA |
| Restriction Sites | Please inquire |
| ACCN | NM_000081 |
| Insert Size | 12000 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 clone has been fully sequenced and found to be a perfect match to the protein associated with this reference, NM_000081.2. |
| Product Components | The cDNA clone is shipped in a 2-D bar-coded Matrix tube as dried plasmid DNA. The package also includes 100 pmols of both the corresponding 5' and 3' vector primers in separate vials. Every lot of primer is tested to provide clean sequencing of OriGene TrueClones. |
| 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_000081.2, NP_000072.2 |
| RefSeq Size | 13493 bp |
| RefSeq ORF | 11406 bp |
| Locus ID | 1130 |
| Cytogenetics | 1q42.3 |
| Domains | Beach, WD40 |
| Protein Families | Druggable Genome |
| Gene Summary | This gene encodes a protein that regulates intracellular protein trafficking in endosomes, and may be involved in pigmentation. Mutations in this gene are associated with Chediak-Higashi syndrome, a lysosomal storage disorder. Alternative splicing results in multiple transcript variants, though the full-length nature of some of these variants has not been determined. [provided by RefSeq, Apr 2013] Transcript Variant: This variant (1) encodes the functional protein. Variants 1 and 3 encode the same protein. |
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