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Medical school for microfluidic chip production equipment in pharmaceutical research center to have those achievements
by：Transon
2021-01-08
At present, is the fastest growing application area coated encapsulated in biodegradable polymer, with slow release of drug.
Unlike oral analgesics & quot;
A quick attack & quot;
, these drugs can be in a few hours or days slow release from a polymer, which continues to provide a low dose of the drug.
This application requires a designed micro pump, can be very smooth, accurate control flow, ensure repeatable produce the same size droplets.
a recent development results also showed the potential of drug transport applications, it is a system based on liposomes. Liposomes are formed by lipid bilayer hydrophobic membrane core surrounded by water, hydrophobic or hydrophilic molecules can load. Lipid bilayer can be with the rest of the bilayer ( Such as cell membrane) Fusion, transfer liposome contents to the role of body parts. While the pharmaceutical industry is the main users of microfluidic technology, but small biotech companies and academic institutions are also interested in the technology. Microfluidic technology researchers are widely used for single cladding, for example, will explore single-cell transcriptome RNA sequencing ( scRNA - Seq) As a tool, can be simple and firmly get thousands of single-cell transcriptome. An unprecedented implementation on a cellular level understanding of the organization.
at present, another big real microfluidic technology & quot; Hot & quot; Field is developing lab on a chip technology, with the concept of organ chip, designed to use microfluidic chip imitate organ function. In addition to the biological analysis application, microfluidic technology is also associated with many fields. In fact, the dispersed phase droplet generation emulsion, the particle size can be achieved from nanoparticles to microemulsion droplets. Cosmetics, food and dyestuff etc. Products are liquid droplets, therefore microfluidic technology in the industry and other areas have great potential. Such as chanel cosmetics company, are testing in the laboratory scale using microfluidic technology. For them, the next step is to amplify the labor, to produce greater amounts of the product, these goals can be through the use of multiple microfluidic system parallel processing.
but making microfluidic devices need a high precision instrument, or you will make on deviation will make the result of the experiment. Here we introduce HZZ endeavour - for you V4000( Ilaser4000) 。
a recent development results also showed the potential of drug transport applications, it is a system based on liposomes. Liposomes are formed by lipid bilayer hydrophobic membrane core surrounded by water, hydrophobic or hydrophilic molecules can load. Lipid bilayer can be with the rest of the bilayer ( Such as cell membrane) Fusion, transfer liposome contents to the role of body parts. While the pharmaceutical industry is the main users of microfluidic technology, but small biotech companies and academic institutions are also interested in the technology. Microfluidic technology researchers are widely used for single cladding, for example, will explore single-cell transcriptome RNA sequencing ( scRNA - Seq) As a tool, can be simple and firmly get thousands of single-cell transcriptome. An unprecedented implementation on a cellular level understanding of the organization.
at present, another big real microfluidic technology & quot; Hot & quot; Field is developing lab on a chip technology, with the concept of organ chip, designed to use microfluidic chip imitate organ function. In addition to the biological analysis application, microfluidic technology is also associated with many fields. In fact, the dispersed phase droplet generation emulsion, the particle size can be achieved from nanoparticles to microemulsion droplets. Cosmetics, food and dyestuff etc. Products are liquid droplets, therefore microfluidic technology in the industry and other areas have great potential. Such as chanel cosmetics company, are testing in the laboratory scale using microfluidic technology. For them, the next step is to amplify the labor, to produce greater amounts of the product, these goals can be through the use of multiple microfluidic system parallel processing.
but making microfluidic devices need a high precision instrument, or you will make on deviation will make the result of the experiment. Here we introduce HZZ endeavour - for you V4000( Ilaser4000) 。
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