Proteomics

Proteomics is an academic field that can study the composition, function, and interactions of all proteins in a certain type of sample, such as cells, tissues, and body fluids, through high-throughput technology. Sequanta Technologies provides high-throughput, high-sensitivity, and high-specificity protein detection services based on Olink proximity extension analysis technology, which can detect up to 3072 proteins with only 1-6 μL of sample. Sequoia-Genomics also provides solutions such as Olink Target 48/96 panels based on the qPCR platform and Olink Explore 384/3072 panels based on the NGS platform.

Single-cell

Single-cell sequencing is a next-generation sequencing（NGS）technology that focuses on individual cells as specific research objects. This technology can resolve differences between cells and has the potential to aid in the study of cell function, cell proliferation and differentiation, thus advancing the development of fields such as microbiology, neuroscience, immunology, cancer, organ growth, and genomics. Sequencing Genomics has established a comprehensive single-cell multi-omics research technology platform, covering single-cell genome, transcriptome, immune cell, epigenome, and proteome sequencing, providing a complete set of service processes including sample processing, library construction, sequencing, and data analysis.

Automation

To improve the throughput of sample processing and the stability of experimental operations, and to provide customers with high-quality, stable, and efficient services, we have established a complete automation equipment development platform, which includes full-process services such as sample processing, quality inspection, and library construction.

NGS

Next generation sequencing is currently the highest-throughput and lowest-cost sequencing method. We have introduced second-generation sequencers based on different sequencing principles, including Illumina, Thermo Fisher, Genemind, etc., with a highest throughput of up to 6Tb per run on a single device, a longest read length of up to PE300, and a delivery of high-quality data in as fast as 14 hours, fully meeting the diverse needs of clinical, scientific research, and pharmaceutical R&D.

PCR

Quantitative Real-time PCR (qPCR) is an analytical method used for the qualitative and quantitative analysis of specific DNA sequences. CindaX has developed a comprehensive qPCR testing system that provides services for gene mutation, gene fusion, gene copy number variation, gene expression quantification, and other related processes.

Long-read sequencing

Third generation sequencing technology refers to the single-molecule real-time sequencing technology, also known as whole-genome sequencing technology. Its characteristic is to sequence individual molecules without the need for PCR amplification, achieving single-molecule sequencing for each DNA molecule. We have platforms such as PacBio and Nanopore for long-read sequencing technology, providing related service processes such as genome assembly, full-length transcriptome, large fragment structural variation, and microbial identification.

First-generation sequencing

The Sanger sequencing , also known as the dideoxy chain termination method, is a classic first-generation DNA sequencing method and is considered the "gold standard" of sequencing. Xinzenda offers related services based on first-generation sequencing platforms, such as detection of tumor mutation genes, detection of pathogenic gene sites, PCR product sequencing, and STR detection.

Gene chip

A gene chip, also known as hybridization sequencing, arranges tens of thousands to millions of specific DNA fragments (DNA probes) in an orderly manner on a small carrier such as a silicon chip or glass slide, which enables real-time, sensitive, and accurate detection and analysis of sequencing signals of corresponding genes. SeqGene provides services such as gene mutation detection and gene polymorphism analysis based on chip technology.

Contact us

240 Hedan Road, Waigaoqiao Pilot Free Trade Zone, Shanghai, China