PULSAR II AWI VIDEO - ENGLISH

PULSAR II AWI

9 Jun 202106:44

Summary

TLDRThe video discusses the growing global challenge of chronic wounds, exacerbated by rising healthcare costs, an aging population, and conditions like diabetes and vascular disease. Pulsar 2 AWI, an advanced wound irrigation system, is highlighted as an innovative solution for debriding chronic wounds. Using pulsation and controlled pressure, it selectively removes bacteria, necrotic tissue, and debris without damaging healthy tissue. The device is praised for its portability, infection control, and effectiveness in enhancing wound healing, particularly in difficult cases like diabetic ulcers and post-operative infections.

Takeaways

💉 Chronic wounds are a growing healthcare challenge due to rising healthcare costs, an aging population, and an increase in diabetes and vascular diseases.
🚑 Pulsar 2 AWI is an advanced wound irrigation system designed to debride chronic, non-healing wounds while preserving healthy tissue.
🌊 The system uses a pulsating irrigation technique that delivers positive pressure to remove bacteria, necrotic tissue, and biofilm without damaging normal tissues.
💧 Pulsar 2 AWI hydrates non-viable tissue, aiding natural processes like phagocytosis and improving wound healing.
🧼 The system includes an irrigation bag that isolates the wound, preventing splashing and cross-contamination, making it safer for both patients and healthcare providers.
💊 Pulsar 2 AWI can be used on various wound types, including pressure ulcers, diabetic foot ulcers, traumatic infection wounds, and post-surgical wounds.
📉 The system is highly effective, with studies showing that 86.9% of bacteria can be removed in a three-minute debridement session.
💡 The equipment is portable, allowing wound care to be provided in diverse settings, including nursing homes, clinics, and even at a patient’s bedside.
🛡️ The closed environment created by the irrigation bag reduces the risk of infection and makes disposal of contaminated materials safer.
⚙️ Pulsar 2 AWI includes customizable components, like irrigation bags and specialized tips, allowing it to adapt to wounds in different body locations, such as the trunk or extremities.

Q & A

What is the main healthcare challenge mentioned in the script?
-The main healthcare challenge is chronic wounds, which pose significant difficulties for patients and healthcare providers, and represent a growing healthcare burden worldwide due to increasing healthcare costs, an aging population, and a rise in the incidence of diabetes and vascular diseases.
What is the Pulsar 2 AWI system, and what does it do?
-Pulsar 2 AWI is an advanced wound irrigation system designed to debride chronic, non-healing wound beds by removing devitalized tissue without disrupting normal tissues. It uses a pulsar irrigator and a wound irrigation bag to apply pulsation of irrigation fluid, promoting wound healing.
How does the Pulsar 2 AWI system mechanically dislodge bacteria and tissue debris?
-Pulsar 2 AWI produces multiple rapid cycles of tissue compression and decompression through the pulsation of irrigation fluid. This action mechanically dislodges bacteria, non-viable tissue, and debris from the wound bed, aiding in wound cleaning.
What types of wounds can Pulsar 2 AWI effectively treat?
-Pulsar 2 AWI can effectively treat various types of chronic wounds, including traumatic infection wounds, pressure ulcers, vascular ulcers, diabetic foot ulcers, scald wounds, cancer wounds, and more.
How does Pulsar 2 AWI assist with the growth of granulation tissue?
-The mechanical manipulation of tissue through compression and decompression cycles, combined with the removal of bacteria and non-viable tissue, improves the wound environment, encouraging the growth of granulation tissue and promoting wound healing.
What makes Pulsar 2 AWI safer compared to other wound irrigation systems?
-Pulsar 2 AWI uses a closed irrigation bag to create a controlled environment that prevents splashing and reduces the risk of cross-infection. Additionally, it employs a solidifier to encapsulate bioburden, making it safe for disposal in regular waste.
What pressure is used by Pulsar 2 AWI, and why is this important?
-Pulsar 2 AWI uses a pressure range of 8 to 15 pounds per square inch (PSI). This selective pressure provides effective hydromechanical debridement, removing bacteria and necrotic tissue while preserving healthy underlying tissues.
What are the benefits of using Pulsar 2 AWI for patients with chronic wounds?
-The benefits include reduced need for surgical debridement, less surgical pain, enhanced healing for chronic wounds, and improved patient comfort due to the portable, easy-to-use equipment that can be used anywhere, including emergency settings, nursing homes, and at the patient’s bedside.
How did Pulsar 2 AWI perform in the case of the diabetic patient with a post-operative infection?
-In this case, the diabetic patient had a non-healing wound for five months. After two months of Pulsar 2 AWI treatment, the wound healed, showing significant improvement where previous treatments had failed.
What are some unique features of the Pulsar 2 AWI wound therapy system?
-The Pulsar 2 AWI system includes an irrigator with standard and tunnel tips, extremity and trunk irrigation bags, and a solidifier to safely dispose of biohazard waste. It also offers no-touch, no-suction debridement, which reduces pain and prevents infection, making it a versatile option for various wound types.

Outlines

00:00

🩹 The Challenge of Chronic Wounds and the Rise of Advanced Wound Care

Chronic wounds pose significant challenges for both patients and healthcare providers, and their impact is becoming a major healthcare burden globally. This is due to increasing healthcare costs, an aging population, and rising cases of diabetes and vascular disease. To address these challenges, there is a growing need for advanced wound care techniques. Pulsar 2 AWI, a CE-marked wound irrigation system, is introduced as a solution for debriding chronic, non-healing wounds by removing devitalized tissue while preserving healthy tissue. The system consists of a pulsar irrigator and an isolated irrigation bag, which deliver pulsated water pressure that facilitates mechanical debridement, reducing bacteria and aiding natural healing processes. It is effective for various types of chronic wounds, including diabetic foot ulcers and pressure ulcers.

05:00

💡 Innovation in Wound Healing with Pulsar 2 AWI

Pulsar 2 AWI's innovative wound care solution offers effective debridement, removing 86.9% of bacteria within three minutes without frequent surgical interventions, thus reducing patient pain. Research shows that frequent debridement accelerates the healing of chronic wounds across diverse patient groups. The system uses controlled pressure (8 to 15 PSI) to selectively remove bacteria and necrotic tissue without damaging healthy tissues. It is highly portable, usable in various settings, and offers infection control through its closed irrigation bag system, which prevents contamination. The solidifier in the system neutralizes contaminants, making disposal safe.

⚕️ Safe and Effective Debridement Procedure with Pulsar 2 AWI

The Pulsar 2 AWI system enhances safety and efficiency during wound debridement by offering tools like irrigation bags and different tips suited for wounds on various body parts. The closed environment created by the bag prevents cross-infection, and the process ensures the safe removal of contaminants. Infected particles are contained, reducing risks of spreading infections. The step-by-step process for using the irrigation bags and tips to debride wounds on the trunk and extremities is explained, ensuring the wound is properly sealed and cleaned with minimal risk of further infection.

🔬 Clinical Case Studies Demonstrating the Effectiveness of Pulsar 2 AWI

Multiple case studies illustrate the effectiveness of Pulsar 2 AWI in healing chronic wounds. Case one involved a diabetic patient with a post-operative infection that showed no improvement for five months but healed within two months after treatment with Pulsar 2 AWI. Case two involved a serious infection following amputation, where the patient’s wound healed after being advised on how to use the system. Another case featured a car accident victim whose leg, non-healing for 33 days, began to recover after just three treatments. A final case describes how Pulsar 2 AWI helped clean a complex ulcer in a 70-year-old woman with hepatic carcinomas.

🛠️ Pulsar 2 AWI: An Innovation for Challenging Wounds

Pulsar 2 AWI uses low-pressure irrigation (8 to 15 PSI) that minimizes patient discomfort while removing necrotic tissue and bacterial bioburden. This 'no touch, no suction' technique promotes healing of chronic wounds. The system offers a versatile and safe solution for treating difficult-to-manage wounds, such as ulcers caused by cancer or complex infections, making it an effective choice for healthcare providers in diverse clinical scenarios.

Mindmap

Keywords

💡Chronic Wounds

Chronic wounds are long-lasting wounds that do not heal properly over time. In the video, these types of wounds present significant challenges to patients and healthcare providers, contributing to a major healthcare burden. Examples include diabetic foot ulcers, pressure ulcers, and vascular ulcers.

💡Debridement

Debridement refers to the removal of dead or non-viable tissue from a wound to promote healing. Pulsar 2 AWI uses hydromechanical debridement to selectively remove this tissue without damaging healthy underlying tissues. The video highlights how this process helps to clean and heal chronic wounds.

💡Pulsar 2 AWI

Pulsar 2 AWI is an advanced wound irrigation system mentioned in the video. It uses pulsation technology to remove bacteria, necrotic tissue, and debris from the wound bed while promoting healing. The system is noted for being portable, effective, and less painful than traditional methods of wound care.

💡Granulation Tissue

Granulation tissue is the new tissue that forms during the healing process of a wound. The video describes how the Pulsar 2 AWI system promotes the growth of granulation tissue, which is crucial for the wound-healing process. This new tissue helps to close the wound and protect it from infection.

💡Hydromechanical Debridement

Hydromechanical debridement is a method of removing dead tissue from wounds using pressurized irrigation fluid. Pulsar 2 AWI delivers this technique through controlled pulses of saline, which helps remove non-viable tissue and bacteria. This process supports wound healing without surgical intervention.

💡Irrigation Bag

An irrigation bag is a component of the Pulsar 2 AWI system used to contain the wound during the debridement process. This bag helps isolate the wound and prevents the spread of infectious particles, reducing cross-contamination risks. The video describes how different types of irrigation bags are used based on the wound's location.

💡Compression-Decompression Cycles

Compression-decompression cycles refer to the repeated compression and release of pressure on tissues, which helps loosen bacteria and non-viable tissue. The Pulsar 2 AWI system uses these cycles to aid in wound cleaning, as described in the video, making the process more effective in removing debris.

💡Biofilm

Biofilm is a layer of bacteria that forms on the surface of a wound, making it difficult to treat. The video explains that the Pulsar 2 AWI system is designed to remove biofilm during the debridement process, improving the chances of wound healing by reducing bacterial load.

💡Non-Viable Tissue

Non-viable tissue refers to dead or dying tissue in a wound that hinders the healing process. The video emphasizes how the Pulsar 2 AWI system is effective in selectively removing this tissue, leaving healthy tissues intact and supporting faster wound recovery.

💡Infection Control

Infection control is a critical part of wound care, as wounds are prone to bacterial contamination. The Pulsar 2 AWI system includes an irrigation bag that creates a closed environment, reducing the risk of infection during the debridement process. This concept is central to the video's emphasis on safe wound care.

Highlights

Chronic wounds present a major healthcare burden, growing due to aging populations, increased healthcare costs, and rising incidences of diabetes and vascular diseases.

Pulsar 2 AWI is an advanced wound irrigation system that debrides chronic non-healing wounds without disrupting healthy tissue.

The device uses a pulsar irrigator and a fully contained wound irrigation bag, delivering positive pressure pulses of irrigation fluid.

Pulsar 2 AWI produces rapid cycles of compression and decompression, dislodging bacteria, non-viable tissue, and debris from the wound bed.

Remaining non-viable tissue is hydrated and loosened, aiding natural phagocytosis and improving the growth of granulation tissue.

The system can debride a variety of wounds, including diabetic foot ulcers, pressure ulcers, vascular ulcers, traumatic infection wounds, and more.

With a single three-minute treatment, Pulsar 2 AWI can remove up to 86.9% of bacteria, reducing the need for surgical debridement and associated pain.

The system provides hydromechanical debridement using 8 to 15 pounds per square inch of pressure, selectively removing bacteria and necrotic tissue.

Pulsar 2 AWI is convenient for use in various environments, including nursing homes, clinics, and at the patient's bedside.

The wound irrigation bag provides a closed environment, preventing splashing, reducing the risk of cross-infection, and enhancing infection control.

The solidifier in the bag absorbs up to five liters of saline and neutralizes bioburden, making it safe for disposal as regular waste.

Research in 2008 demonstrated that the irrigation bag significantly reduces the dissemination of infectious particles during debridement.

The Pulsar 2 AWI system includes various components such as irrigators, tips, and wound bags tailored to the location of the wound.

Case studies have shown successful healing of chronic wounds after using Pulsar 2 AWI, including postoperative infections and diabetic foot ulcers.

Pulsar 2 AWI delivers safe, innovative, and effective wound therapy through its non-invasive, hydromechanical approach to debridement.