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Magnetic bead method-basednucleic acid extraction technology: A key support for combating the spread of new coronavirus variants
Recently, many countries around the world have reported a significant increase in cases of infection with the novel coronavirus variants (such as KP.2, KP.3, etc.). The World Health Organization (WHO) has warned…
Can the expired magneticbead method-basednucleic acid extraction reagent still be used?
The following factors need to be comprehensively considered and risks need to be carefully evaluated: 1. The impact of expired reagents Magnetic bead performance degradation: The magnetic beads may aggregate, degrade or…
The contribution of magnetic bead method-basedplant genomic extraction technology to agricultural transgenic research in China
1. Accelerate the research and development of genetically modified crops a.High-throughput genotyping analysis Rapid DNA extraction: The magnetic bead method can complete the DNA extraction of plant tissues (such as leaves, seeds)…
Precisely safeguarding the health of your beloved pets, nucleic acid extraction reagents usher in a new era of pet genetic testing!
The health of “furry friends” is the top concern for every pet owner. With the advancement of pet medical technology, nucleic acid extraction reagents – a highly precise technique once exclusive to…
How doLarge DNA Fragment Selectiontechnologyin NGS Sequencing
Large DNA fragment selection technology plays a critical role in NGS sequencing, particularly in structural variant detection, genome assembly, and haplotype analysis. Below are its core applications and technical principles:： I. Application…
What The Differences Between Monodisperse Polystyrene Magnetic Beads and Polydisperse Silica Magnetic Beads？
Monodisperse polystyrene (PS) magnetic beads and polydisperse silica (SiO₂) magnetic beads exhibit significant differences in material properties, size distribution, surface modification, and applications. Below is a detailed comparison: 1. Material Properties and…
How doLarge DNA Fragment Selectiontechnologyin NGS Sequencing
Large DNA fragment selection technology plays a critical role in NGS sequencing, particularly in structural variant detection, genome assembly, and haplotype analysis. Below are its core applications and technical principles:： I. Application…
Magnetic Bead-Based Nucleic Acid Extraction Kits: Advantages in COVID-19 Detection
Magnetic bead-based nucleic acid extraction kits have demonstrated significant technical advantages in COVID-19 testing, serving as a critical tool to enhance detection efficiency and accuracy. Below is an analysis of their core…
Magnetic bead team: Micro-mining in the world of nucleic acids
Nucleic acid testing has become a familiar health check item for modern people, but few people know that in this microscopic world of “nucleic acid capture”, a mysterious special force magnetic beads with…
The challenge and prospect of the trade tariff war between China and the United States to the bio-magnetic bead industry
1. Challenges: Technology dependence and supply chain risks are increasing Core technologies are monopolized overseas，Biological magnetic beads are key materials in cell therapy (such as CAR-T therapy) and molecular diagnostics. The core technology has…
2025 Chinese and Import Digital PCR Instrument Market Analysis Report
1. Market Overview The digital PCR (dPCR) instrument market in China is experiencing rapid growth, driven by advancements in precision medicine, genetic research, and COVID19 prevention and control demands. By 2025,…
Market exploration and analysis of DNA fragment sorting
DNA fragment sorting technology, as a core component of high-throughput sequencing (NGS) library construction, is closely linked to market demand and technological innovation. With the rapid development in precision medicine, molecular diagnostics, and…