Gas Mixer for Organ Perfusion Systems and ECMO

MAXIMIZE THE POTENTIAL OF ORGAN PERFUSION RESEARCH WITH ADVANCED GAS TECHNOLOGY.

Perfusion is the passage of blood through the circulatory system to an organ or a tissue. A perfusion system is a device that is used to pump and oxygenate the blood, and it is often used in conjunction with ECMO for animal fetuses studies.

All animal tissues need an adequate supply of oxygenated blood in order to function properly and stay alive. When an organ has been transplanted or a fetus is monitored for research reasons, and the blood flow is insufficient, it can cause a range of problems, such as a faster death of the organ tissues, or in the case of the fetuses: cardiovascular disease, including coronary artery disease, cerebrovascular disease, peripheral artery disease, and many other conditions. This is known as poor perfusion or ischemia.

Gas mixers play a vital role in perfusion systems, which maintain the viability of tissues and organs outside the body. During perfusion, a mixture of gases is delivered to the tissue or organ in order to support its metabolism and prevent tissue damage. The precise ratios of oxygen, carbon dioxide, and nitrogen must be carefully determined based on the specific metabolic requirements of the tissue or organ being preserved.

One of the critical functions of a gas mixer is to ensure that the correct mixture of gases is delivered. This can be achieved by adjusting the flow rates of the individual gases and continuously monitoring the gas mixture to ensure it remains within the optimal range. The gas mixer must also be capable of maintaining a consistent flow rate throughout the perfusion process.

It is important to note that the optimal gas mixture and flow rate will vary depending on the type of tissue or organ being preserved. For example, tissues with a high metabolic rate, such as the heart or liver, may require a higher concentration of oxygen and a faster flow rate than tissues with a lower metabolic rate, such as skin or bone.

Overall, the use of gas mixers in perfusion systems is critical for maintaining the health and viability of tissues and organs during transplantation or other research procedures. By carefully controlling the gas mixture and flow rate, researchers can ensure that tissues and organs are preserved in the best possible condition, improving the chances of a successful outcome and a longer organ or tissue lifetime.

EXCEEDING INDUSTRY STANDARDS WITH THE MOST INNOVATIVE GAS MIXER:

If you’re looking for ways to improve efficiency, accuracy, and stability in your laboratory or research processes, MCQ Instruments has the solution you need. Our comprehensive range of high-quality products is designed to help you get the most out of your work, from faster turnaround times to reliable results. Whether you’re working with large volumes of samples or need precise control over your flow rates, we have the tools and expertise to support you. Discover the benefits of partnering with MCQ Instruments today and take your research to the next level.

FLEXIBILITY:
Experience total freedom in quickly and easily adjusting gas concentrations in real-time. Our solution allows you to make precise, effortless changes to gas concentrations, giving you the flexibility and control you need to get the results you want.

LOW & MICRO GAS FLOWS:
Our Gas Mixers guarantee excellent stability of your gas flows, even when low or microflow settings are required. With our superior technology, you can trust that your gas flows will be always consistent and reliable.

EASY & READY TO USE:
No specific skills are required to start using our Gas Mixers. We’ve designed our instruments with you in mind. Setting up and using our gas mixers is an effortless action. Simply connect your gas cylinders and let our user-friendly software take care of the rest. No complicated instructions or time-consuming setup processes. With our intuitive technology, you can focus on your work, not on the equipment.

COMPATIBILITY & INTEGRATION:
Most of our Gas Mixers are easy to integrate into other complex systems. They mostly are ProfiBus, ModBus, Matlab Simulink compatible, and USB, Bluetooth, WiFI, and RS485 Bus ready to use. A Python Library is supplied too. Please check the single products to get more advanced specifications.

COMPACT:
Specifically designed to provide unparalleled accuracy and flexibility, our Gas Mixers help you achieve the best results in the shortest amount of time. And the best part? They take up minimal space in your environment, making them the perfect choice for labs with limited available space. We like to think of our mixers as a “Lab in a Box,” giving you everything you need to get the job done, all in one compact package.

INEXPENSIVE:
Pre-mixed Gas Cylinders are notoriously expensive and limiting. Our Gas Mixers allow you to create dynamic gas mixtures on demand, giving you the freedom to set your flow rates, concentrations, and blending exactly how you want them, using any source of gas. Plus, our mixers are highly affordable, making them an excellent value for your laboratory.

Discover the benefits of partnering with MCQ Instruments today and take your research to the next level.

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