microfluidic vitamins

Because of their high sensitivity, high throughput, and low cost, microfluidic chips have steadily emerged as potent instruments for biological study in the domains of basic biology, therapeutic applications, food safety, and environmental monitoring. Among these, oligonucleotides, oligopeptides, oligosaccharides, microfluidic vitamins, minerals, and metabolites are examples of physiologically active small molecules that must be promptly detected and analyzed in physiological processes in order to guide therapeutic medicine and forecast illness prognosis. The body's tissues, organs, bones, tears, saliva, perspiration, urine, and blood all often include small biomolecules. Furthermore, bodily fluids make excellent specimens for sampling since their collection can reduce intrusion into the human body. Because biological fluids range in composition, they might affect tests differently.