Плазморан - презентационное видео 2022

Summary

The video introduces Plasmoprom's revolutionary surgical equipment, Plasmaran, which utilizes low-temperature argon plasma for treating acute and chronic infected wounds. This technology accelerates wound healing by sterilizing, stimulating tissue regeneration, and promoting immune responses. Plasmaran's plasma flow can be used for tissue dissection, coagulation, and more, without pain or side effects. Extensive clinical research and trials have shown its significant effectiveness in reducing healing time, improving patient outcomes, and offering a safer alternative to traditional treatments. It has applications across various medical fields, including surgery, dermatology, and trauma care.

Takeaways

• 😀 Plazmaran is an innovative plasma arc surgical device used for treating acute and chronic infected wounds.
• 😀 The technology is based on low-temperature argon plasma generation, which activates biological healing processes in damaged tissues.
• 😀 Plazmaran offers painless treatment with no side effects, unlike traditional methods, and does not cause resistance in patients.
• 😀 The device operates by ionizing argon gas through an electric arc, creating low-temperature plasma which promotes rapid tissue healing and sterilization.
• 😀 Plazmaran is capable of deep sterilization, stimulates tissue regeneration, and boosts immune responses, making it effective in wound healing.
• 😀 It can be used in various clinical procedures, including wound dressing, tissue dissection, and vessel coagulation during surgeries.
• 😀 Plazmaran is unique because it combines multiple therapeutic actions (sterilization, regeneration, pain relief, etc.) in a single treatment.
• 😀 Clinical studies show Plazmaran significantly reduces treatment time by 30-50% and lowers the risk of unsatisfactory outcomes by 2-2.5 times.
• 😀 The device has proven effective for treating complex wounds, such as diabetic ulcers, venous and arterial ulcers, and post-surgical infections.
• 😀 Plazmaran's versatility and ease of use allow it to be deployed in various medical fields, from surgery to dermatology and even military medicine.
• 😀 The device is cost-effective, with operating expenses of just 5-7 rubles per procedure, making it accessible for widespread use in both public and private healthcare settings.

Q & A

What is Plazmoran, and what does it do?

Plazmoran is a medical device that generates low-temperature argon plasma. It is used for treating acute and chronic infected wounds, aiding in tissue healing by promoting biological reactions in the body. It can also be used in surgical settings for tissue dissection and vessel coagulation.

How does the Plazmoran device work?

Plazmoran works by generating low-temperature argon plasma through a process where argon gas is ionized by an electric arc. This plasma is then used to treat wounds by sterilizing the wound surface, activating tissue regeneration, and stimulating immune reactions.

What makes Plazmoran different from other devices?

Plazmoran is unique because it is the only device that offers all the necessary conditions for wound healing, such as deep sterilization, anti-microbial effects, and tissue regeneration. Unlike other methods, it also avoids the development of resistance and side effects.

What are the benefits of using Plazmoran for wound healing?

Plazmoran offers several benefits including accelerated wound healing, deep sterilization, pain relief, reduced risk of infections, and stimulation of tissue regeneration. It also promotes immune response, enhances blood circulation, and provides an anesthetic effect.

What kind of wounds can Plazmoran treat?

Plazmoran is effective in treating a variety of difficult-to-heal wounds such as diabetic ulcers, venous and arterial ulcers, infectious skin diseases, burn injuries, and even combat wounds. It is also used for treating infections in glandular and lymphatic tissues.

What is the scientific basis behind the effectiveness of Plazmoran?

The effectiveness of Plazmoran is based on the physical properties of low-temperature argon plasma, which includes its ability to sterilize wound surfaces, promote tissue regeneration, and stimulate immune reactions. It has been shown to significantly reduce microbial contamination on wound surfaces.

How does Plazmoran impact clinical treatment outcomes?

Plazmoran has been shown to reduce the duration of treatment by 30-50%, lower the risks of unsatisfactory outcomes, and increase the volume of medical assistance provided. Clinical studies have demonstrated its effectiveness in improving wound healing and reducing patient discomfort.

What were the results of the clinical studies conducted with Plazmoran?

Clinical studies conducted with Plazmoran in collaboration with Moscow’s GKB hospitals showed that it significantly accelerated wound healing, with granulation occurring in 100% of cases by day 15. Additionally, patient discomfort and treatment duration were markedly reduced.

What are the practical advantages of using Plazmoran in healthcare settings?

Plazmoran is portable and easy to operate, making it suitable for use in a variety of healthcare environments. It is intuitive, does not require specialized training, and can be used even with immobile patients in their hospital rooms. The operational costs are also minimal, about 5-7 rubles per procedure.

How does Plazmoran compare to other methods of treating infected wounds?

Unlike traditional methods, which often fail to provide comprehensive treatment for complex wounds, Plazmoran offers a multi-faceted approach that addresses infection, tissue regeneration, and immune activation. It is more effective and faster in promoting wound healing, reducing infection, and enhancing the healing process.