ChIP sequencing (ChIP-seq)
Chromatin immunoprecipitation (ChIP) studies the interaction between DNA and proteins to more truly and completely reflect the regulatory proteins bound to the DNA sequence. ChIP sequencing (ChIP-seq) combines ChIP and high-throughput sequencing technology to detect DNA sites binding to specific transcription factors / histones throughout the genome.
Qubit Assay Tubes Service Advantage
- One-stop service: Customers only need to provide samples, and we complete a complete set of services including sample preparation, library construction, advanced sequencing and data analysis.
- Strict quality inspection : Strict quality control is carried out in every link of the experiment to ensure the accuracy of the experiment and accurately locate the combination of specific genes or regions.
- Suitable for small sample sizes : The optimized experimental process can complete experiments and data analysis of small sample sizes.
- Analysis of specific genes or regions: Analysis of specific genes or regions based on customer research purposes.
Description of Qubit Assay Tubes
Chromatin immunoprecipitation (ChIP) studies the interaction between DNA and proteins to more truly and completely reflect the regulatory proteins bound to the DNA sequence. ChIP sequencing (ChIP-seq) combines ChIP and high-throughput sequencing technology to detect DNA sites binding to specific transcription factors / histones throughout the genome. It can answer a large number of scientific questions involving the interaction between proteins and chromatin , including but not limited to :
- ① Comparing the presence of certain proteins at various sites and drawing a map of various proteins in a target genomic region;
- ② Studying the co-occurrence of histone proteins The relationship between valency modification and gene expression;
- ③ Detection of the precise positioning of RNA polymerase II and other trans-factor binding sites on the genome;
- ④ Research on transcription factors.
Service Process
Customers only need to add fixed cell samples or frozen tissue samples, and we will complete the entire process of subsequent sample preparation, chromatin shearing, library construction , on -machine sequencing, and data analysis, including quality control, off-machine data quality, data analysis, etc. Complete data reports and raw data.
Why Choose Our Cutting-Edge Genomics Solutions And Laboratory Equipment?
Our cutting-edge genomics solutions, advanced laboratory instruments, and high-quality laboratory reagents and consumables are designed to provide all-round support for your scientific research and innovation. From DNA sequencing and molecular diagnostics to precision laboratory equipment, we provide reliable products that are widely used in academic, clinical and industrial fields. Our solutions are designed for modern scientific progress, helping laboratories improve efficiency and accuracy, and ensuring efficient advancement of scientific research and accurate results.
ChIP-seq
ChIP studies the interaction between DNA and proteins, and ChIP-seq is combined with next-generation sequencing to detect DNA sites in the genome that bind to specific transcription factors/histones, which is used to study the interaction between proteins and chromatin.
Genomics
Longlight has focused on molecular diagnosis and molecular biology, we has launched some NGS related instruments and reagent consumables, mainly Focused Ultrasonicator, been committed to promoting the development of genomics, to serve the human medical cause better.
Consumables and Kits
Longlight provides different types of precast agarose gel, nucleic acid scavenger, Qubit tube, nucleic acid extraction kits, and library preparation kits. In the meanwhile, all of these products can be widely used in basic scientific research, biopharmaceuticals and other application scenarios.
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