Matexcel has expanded its microfluidic chip solutions for analysis and detection applications, providing researchers with chip-based platforms for nucleic acid analysis, pathogen detection, drug screening, sensing, and microscale biochemical reactions. The portfolio includes ...Learn More

Filtration membranes are often selected according to pore size, but pore size is only one part of the filtration process. The polymer forming the membrane can influence wetting, solvent resistance, surface interactions, flow behavior, and the recovery of substances passing through ...Learn More

As products and materials are increasingly expected to maintain performance throughout extended service periods, understanding how they respond to environmental and operational stresses has become an important part of product development and quality evaluation. Whether applied to ...Learn More

Immunoprecipitation (IP), co-immunoprecipitation (Co-IP), and chromatin immunoprecipitation (ChIP) are widely used techniques for studying protein abundance, protein–protein interactions, and protein–DNA interactions. A key factor that influences the performance of these ...Learn More

Matexcel has launched a new free sample request program designed to support early-stage research in advanced biomaterials, with a specific focus on rod-shaped hydroxyapatite (HAp) powders (CER-0001, CER-00012) used in biomedical and materials science applications. The program ...Learn More