Solid-State Nanopore Gene Sequencing System

Next Generation Sequencing platform for comprehensive genomic and molecular analysis. This advanced sequencing technology enables high-throughput analysis of DNA and RNA samples.

Specialized microfluidic platforms designed to support efficient nucleic acid processing for genomic sequencing applications.

Comprehensive genomic sequencing platform for cancer diagnosis and characterization. Utilizes next-generation sequencing technology to identify genetic mutations and alterations in tumor samples. Supports treatment selection and clinical decision-making for oncology patients.

Next-Generation Sequencing (NGS) is the mass analysis of the genes from pathogens and patients. This technology is used for diagnostic innovations in tuberculosis and HPV detection, advancing future diagnostic capabilities.

Multi-wavelength laser module system optimized for next-generation gene sequencing applications. Supports simultaneous multi-color detection for genomic analysis.

Molecular testing platform and assay kits for gene sequencing and genetic analysis. Enables accurate nucleic acid detection in clinical diagnostics and research.

Next-generation sequencing testing kit for comprehensive genomic analysis and variant detection. Enables high-throughput sequencing for applications in molecular diagnostics and research.

PCR technology platform for newborn screening applications using nanopore sequencing. Enables genomics laboratories to perform genetic screening and identification of inherited conditions.

Next-generation sequencing diagnostic kits developed and manufactured for genomic analysis and sequencing applications. Provides complete kit solutions including reagents, components, and assembly with full GMP compliance.

A point-of-care testing system utilizing CRISPR technology for rapid nucleic acid detection. The system integrates microfluidics and synthetic biology for accurate identification of genetic sequences in clinical samples.

Molecular diagnostic support system utilizing nanopore technologies and microsystems engineering to detect epigenetic disease factors. Enables rapid, precision diagnostics with reduced laboratory infrastructure requirements, supporting both diagnostic and therapeutic applications.

Molecular analysis system for detection of nucleic acids and genetic material. Enables identification of pathogens, genetic mutations, and infectious agents at molecular level.