Top Asahi provides various microfluidic chips, microfluidic chip processing equipment and microfluidic commonly used consumables, and we also provide professional microfluidic chip customization services.
Gene microarray chip (Gene microarray chip) is a high-throughput gene analysis platform, which is widely used in the fields of gene expression, gene mutation, gene detection and genomics research.
It has the advantages of handling micro-volume samples, rapid response, low cost, and integratability, and is therefore widely used in biomedical and chemical analysis.
Microfluidic mixing chip is a chip based on microfluidic technology, which is mainly used for mixing different fluids together to realize high-precision and high-efficiency mixing and reaction.
A microfluidic cell sorting chip is a chip prepared using microfluidics and micro- and nanofabrication technologies for precise separation and sorting of mixed cells or microorganisms.
Microfluidic intestinal organ chip is a biochip based on microfluidic technology, which can be used to study intestinal physiology, pathological processes and intestinal-microbial interactions. It simulates the anatomy, physiological structure and function of the intestine, and can realize long-term culture and simulation of the intestine in vitro.
Overview of Liver Chip Microfluidic Liver Chip is an organ chip fabricated using microfluidic technology to mimic the liver, which can simulate the structure, function and metabolic pathways of the liver, and provides an efficient and reliable experimental platform for the study of liver diseases and the screening of hepatotoxic drugs.
Outline of Tumor Chip Microfluidic Tumor Chip is a microchip system that can simulate the human tumor microenvironment. It simulates the process of tumor growth by controlling the flow of fluids and cells within the chip through microfluidic technology, and allows real-time monitoring and analysis of tumor cell growth, migration, invasiveness and drug response.
A microfluidic vascular chip is a miniature device that mimics the human vascular system in vitro and usually consists of a microfluidic chip, a cell culture device, and a microimaging device.
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