The polymer fasteners advancing nanopore technologies
In nano-pore technologies, polymer fasteners play a crucial role in securing and assembling the delicate components involved in DNA and RNA sequencing devices. These devices require highly precise and stable environments to ensure accurate detection and analysis of biomolecules passing through nanopores. Polymer fasteners, such as those made from PEEK or medical-grade nylon, provide the necessary non-reactive and biocompatible properties to prevent any interference with the sensitive biochemical reactions and electric signals involved in nanopore sequencing.
Polymer fasteners are also used to secure micro-fluidic channels, membranes, and sensor housings within nanopore devices. Their chemical resistance ensures that they do not degrade or leach contaminants when exposed to various reagents and electrolytes used in sequencing processes. Additionally, their electrical insulation properties are vital for maintaining the integrity of the nano-pore's electrical field, which is essential for detecting the passage of biomolecules. Lightweight and corrosion-resistant, these fasteners contribute to the durability and performance of nanopore technology instruments, enabling high-throughput and accurate sequencing in research and clinical applications.