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E-mail
panzhaolongqiang@126.com
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Phone
13045610204
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Address
Lane 126, Shunhe Road, Pudong New Area, Shanghai
Shanghai Linzhao Biotechnology Co., Ltd
panzhaolongqiang@126.com
13045610204
Lane 126, Shunhe Road, Pudong New Area, Shanghai
NovoNGS ChiTag 2.0 TransposomeProduced by Shanghai Nearshore Technology.
CUT&Tag is a new method for studying protein DNA interactions, which has the following advantages compared to traditional ChIP Seq: time-saving and efficient, requires fewer cells, low background signal, good repeatability, and can even be used for single-cell level sequencing. CUT&Tag is a powerful tool for studying the interaction between proteins and chromatin DNA in vivo, which has significant implications for gene regulation, epigenetics, and other research.
Version 2.0 ChiTagTMThe use of pAG-Tn5 replaced the original pA-Tn5, improving efficiency and removing restrictions on antibody selection.
NovoNGS ChiTag 2.0 Transposome:
Product Usage
Protein DNA interaction research can replace ChIP Seq and other methods; Specially suitable for efficient epigenetic analysis of small samples and single cells. |
Product performance:
This product is ChiTagTMThe transposon complex formed after incubation of proteins and adapters can break genomic DNA into small fragments and add library adapters. Through PCR amplification, a sequencing library suitable for Illumina high-throughput sequencing platform can be obtained. |
CUT&Tag experimental testing:
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80000 cells were used for Cut&Tag experiments, and goat antibody was used as the secondary antibody. The PCR amplification results are as follows: The following figure shows that using pAG-Tn5 for CUT&Tag yields a higher library yield than pA-Tn5. Using pAG-Tn5 instead of pA-Tn5 can reduce the experimental requirements for secondary antibodies. Storage temperature: -20℃3 months, long-term storage -80℃. quality assurance After multiple column purifications, SDS-PAGE gel detection showed only a clear and single target band, while PCR method detected no host DNA residue and no contamination by nucleases. Single chain connector sequence: Adaptor 1: 5 ’ - tcgtcggcagcgtcagatgttaagagacag- 3 ’ Adaptor 2: 5 ’ - gtctcgtgggctcggagtgtataagagacag - 3 ’ ME: 5 '– pctgtcttatacacatct- 3' |