Organ on a Chip : Microfluic Manufacturing | Hochuen

The state of art of Organ on a Chip is quite promsing in the next ten years, and Hochuen Medical empowers the Organ on a Chip Platform,and provdide our professionlism.

Organ on a Chip for Replicating Human Body’s Milieu| Hochuen

Use of an Organ on a Chip for medicine tests and ailment modeling is prominent today. Hochuen, a leading equipment company, offers the best products. 

Body:

An Organ on a Chip is the latest technological product that assists in imitating the human body environment for studying complex illnesses. It aids in forming tissues for medicine testing and disease structuring purposes. It is a better performer than the conventional cell-based system as it works precisely on the physiological functioning of the Vivo tissue. 

Today diseases usually occur from the intricate interaction of the organs within the human body. And so, Organ on a Chip assists the best instructing models for these complex illnesses. These models further help in deriving mathematical outlines to understand the molecular interaction between the organs. 

How does an Organ on a Chip operate?

We know that Organ on a Chip helps in mimicking or imitating the human body's functioning. Now we will see how does this product work to acquire goals. It uses microfluidics with cells to replicate the physiological and automatic conditions in the body. They use channels, membranes, and chambers to control and determine the behavior of materials. Companies manufacture this product using soft lithography and BioMEMS so that it permits locating micro-scale details efficiently. The process also enables the use of various materials, like thermoset polymers and thermoplastics. 

Each material in the Organ on a Chip device must be accurate enough to view clear images for modeling purposes optically. Also, the product must have adequate reactivity to affect the system and prevent faults. 

What does an Organ on a Chip include?

The product is built with utmost care and accuracy so that it does not fail. The material chosen to make an Organ in a Chip needs to have preciseness for viewing and picturing processes. Some of the products are stiff, while the others are flexible depending on the use. The most prominent materials used in this device are glass and silicone. The commonly used soft material is PDMS that is polydimethylsiloxane. This material is optically explicit and very flexible. Also, it has high oxygen permeability and is simple to fabricate. 

If the Organ on a Chip requires mechanical stability, it uses thermoplastic materials like polystyrene. This material is stiff and is best for still surfaces. PMMA and polycarbonate are other materials used in this device. Also, natural materials like collagen help in aiding cell organization. Some biodegradable materials like scaffolds also present, for which PLGA and polydioxanone are essential. 

All of these materials have to undergo details and several processes. They play a significant role in the entire process and determine accuracy. The Chinese company Hochuen offers products precisely built to cater to each need and, an Organ on a Chip is available on their sites. 

• Benefits of using an Organ on a Chip over animal tests
• There are several benefits of using this product as it is the technology of the next generation. It offers assistance that animal testing and 2D culture in vitro do not. 
• It helps in exactly replicating or imitating the body environment
• Measures distribution and internal kinetics of radionuclide in organs and tissues 
• It is a more personalized radiosensitivity and radiotherapy procedure 
• The products help in analyzing health risks with the help of radiation 
• It has high levels of integration
• Prevents from using animal models for testing  

Several companies offer specific products to cater to each need. One such company is Hochuen; we are great producers of different products including Organ on a Chip via their website. With the help of technology, Medical Science is attaining success and bettering each day.