The PFC (Polyfluorocarbons)-based scuba-diving equipment is the system that fills the lungs by using PFC. The PFC binds as much oxygen. That. The person could breathe. Even. If the lungs are filled with the PFC. That system denies the collapse of the lungs. The system must only remove carbon dioxide from the PFC. This system allows for diving deeper than using the regular systems. The liquid-breathing system. It was originally developed for jet fighters. The system should fill the pilot’s lungs by using the PFC. And that makes them stand extremely powerful G-forces. The system was never used on a large scale in jet fighters.
The next attempt. To use that system was in deep-sea explorations. The PFC system was installed in the scuba diving equipment. But the problem was, how to remove carbon dioxide. The next step was. That is the system that feeds blood with oxygen. In some plans, the system uses hemoglobin. For. Separate oxygen from the water. The system mimics fish gills. Nanotechnology allows the creation of a structure that mimics gills. And those systems can allow the diver operate for a long time. And deeper than before. The system can deliver oxygen to the PFC system. Or it can feed on blood by using oxygen.
The problem with that system was that the blood oxygenizer requires a cannula. Into. The large blood vessel. And if that cannula slips off, the diver is lost.
The new medical technology opens paths. For. The new types of life support systems. The ability to keep the person alive in certain cases. That the lungs are destroyed is opening new visions for the systems. That can keep a person alive until doctors find an organ transplant. This thing. It can make. The new life-support systems. But maybe that technology. There, the systems oxygenize blood, making it possible to create the system that we can call: “Darth Vader suit”. If. The system can keep the oxygen level. High enough, there is a possibility. To create new scuba diving equipment.
The major problem with the deep diving systems is that the lungs will collapse. Under the very strong pressure. If. The lungs can be filled with liquid. And. A system makes it possible. To keep. The oxygen level is high enough. Which. Makes it possible. To create a system that makes it possible to dive deeper than ever before. And if the respirator breathes for the person, that makes it possible to create a system that makes the person immune to combat chemicals. This kind of suit. That can feed a person and remove waste from the blood can revolutionize space travel. And. Deep-sea research. The system that oxygenizes blood can also make it possible to create systems. That can allow a person to withstand extremely powerful G-forces.
https://338373gasexchange.weebly.com/fish.html
https://biologyinsights.com/perfluorocarbon-liquid-breathing-how-it-works-why-its-used/
https://blogs.helmholtz.de/kuestenforschung/2025/01/31/artificial-gills-for-ocean-gliders/
https://scitechdaily.com/man-survives-48-hours-without-lungs-in-a-medical-first/
https://www.studycountry.com/wiki/can-humans-breathe-perfluorocarbon-1
https://en.wikipedia.org/wiki/Liquid_breathing
Ei kommentteja:
Lähetä kommentti