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Benefits of using NPWT

Wound Healing is a complex and dynamic process. It involves 3 to 4 distinctive phases in order to replace devitalised and missing cellular structures and tissue layers.

Wound healing is a normal biological process of human body.

But, healing gets delayed when wounds become infected with harmful microorganisms. If left untreated, there is also a risk of the infection spreading to other body parts.

Negative Pressure Wound Therapy (NPWT) is an effective procedure for the treatment of wounds of various aetiologies and is not less than any gold standard technique for the management of complex non-healing wounds.

It involves applying a continued sub-atmospheric pressure at wound bed site, to increase blood flow to the area and withdraw excess fluid from the wound to promote wound healing.

NPWT system consists of a dressing and a vacuum source. The various components of dressing include an open pore foam, a transparent adhesive dressing, a tubing to connect the dressing with a vacuum pump producing negative pressure and a canister to collect the exudates. The technique is used an adjunct to surgical debridement to treat tissue defects around open fractures and chronic, contaminated wounds.

Do You Know? “The advent of modern NPWT systems is attributed to Argentas and Morykwas, who developed several prototypes to facilitate wound healing by distributing suction across wounds to help draw the skin edges together- Annals of Plastic Surgery”.

Mechanism of Action:
NPWT facilitates wound healing at both macroscopic & microscopic levels. 

– The primary mechanism of action includes wound edges contraction called “tissue macro-deformation” powered by the suction, distributed through the dressing foam.

– Secondly, NPWT results in “micro-deformation” by promoting cell division and proliferation, growth factor production and angiogenesis.

-Next important step includes the removal of oedematous fluid and exudates from the extracellular space, thereby removing inflammatory chemicals and cytokines.

– A warm and moist environment wards off wound desiccation and enhances the formation of granulation tissue.

Clinical Indications:
NPWT therapy has been studied across all medical and surgical specialties and as of Jan.2014, the technique has been mentioned in over 861 peer-reviewed journals. Its potential has been demonstrated in various contaminated, difficult to treat wounds covering both acute and chronic types.

There have been increasing evidences on NPWT’s ability to aid the closure of various acute wounds such as Traumatic & Surgical Wounds and Subacute & dehisced wounds. NPWT technique is found to be valuable in management of various chronic wounds such as Pressure Ulcers, Diabetic Foot Ulcers (DFU), Arterial and Venous Leg Ulcers. Applying NPWT to a newly laid down skin graft is gaining importance with a number of studies showing an improvement in graft incorporation by using a pressure ranging between -50 to -80 mmHg. 

The benefits of using NPWT over conventional dressings have been documented. 

– The therapy offers a non-invasive treatment with one of the major advantage being reduction in number of dressing changes, which in turn improves compliance as the patient suffers less pain and inconvenience when compared with conventional dressings. 

– The negative pressure removes excess fluid allowing for enhanced circulation and disposal of cellular waste, thereby reducing the risk of bacterial contamination.

-NPWT eases the formation of a local infection-free healing tissue in a short period of time. Thereby, preventing the need for complex surgical procedures for the final coverage of important structures. 

-A faster reduction in the wound size and formation of granulation tissue with rapid wound closure has been observed as compared to conventional dressings.

-The speedy wound management with NPWT enables transfer from hospital to lower-cost health care setting. Apart from these its saving on the dressing & nursing costs too.

We are a leading manufacturers and marketers of NPWT devices and consumables in India. Our product with brand name “VEL NeXT” is CE certified being audited by SGS Belgium NV, Notified Body 1639. VEL NeXT is approved and licensed by “Central Drugs Standard Control Organization (CDSCO), Ministry of Health, Government of India.

The various consumables are produced and packed in a controlled environment following stringent quality measures.

Visit our website www.dattmedi.com to know more.

Visit www.dattmedi.com for more infomation.
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Recent Blogs
Seasonal Wound Care

As the seasons change, so do the challenges faced by those managing wounds. Whether you’re a healthcare professional or a wound care patient, understanding how weather conditions can impact wound healing is crucial for maintaining optimal recovery. Let’s explore the importance of seasonal wound care and how to adjust your routine for different weather conditions.

Importance of Seasonal Wound Care:

Wound healing is a complex process influenced by various factors, including temperature, humidity, and moisture levels. Different weather conditions can affect this process, potentially slowing down or complicating recovery.

Effects of Hot Weather on Wound Healing:

During the summer months, hot weather can increase perspiration, leading to moisture buildup around wounds. This excess moisture creates an ideal environment for bacterial growth, increasing the risk of infections. To combat this, it’s essential to keep wounds clean and dry, regularly changing dressings to prevent maceration.

Adjusting Wound Care Routine for Summer:

In hot weather, it’s crucial to opt for breathable dressings that allow airflow to the wound while absorbing excess moisture. Consider using moisture-wicking fabrics to minimize sweat buildup and prevent skin irritation.

Managing Increased Perspiration:

To manage increased perspiration, gently cleanse the area around the wound with a mild soap and water solution. Pat the skin dry thoroughly before applying a new dressing. Avoid using harsh antiseptic solutions, as they can irritate the skin and delay healing.

Preventing Infections from Heat and Humidity:

To prevent infections in hot and humid conditions, keep the wound site clean and protected. Change dressings more frequently if necessary, and monitor for signs of infection, such as redness, swelling, or increased pain.

Effects of Cold Weather on Wound Healing:

In colder climates, dry air and low temperatures can lead to skin dryness and cracking, posing challenges for wound care. Protecting the wound from exposure to cold air and keeping the surrounding skin moisturized are essential for promoting healing.

Protecting Wounds from Dryness and Cracking:

During the winter months, use emollient-rich moisturizers to keep the skin hydrated and prevent dryness and cracking. Choose dressings that provide a barrier against cold air while maintaining moisture balance.

Tips for Wound Care During Rainy Seasons:

In rainy seasons, preventing wound maceration is key. Ensure that dressings are waterproof and change them promptly if they become wet. Keep the wound site clean and dry to minimize the risk of infection.

Adapting Wound Care Products to Seasonal Changes:

Consider using specialized wound care products designed for specific weather conditions. Look for options that offer moisture control, antimicrobial properties, and protection against environmental factors.

By understanding the impact of seasonal changes on wound healing and adjusting your care routine accordingly, you can promote optimal recovery and minimize complications. Stay proactive, stay informed, and prioritize your wound care, regardless of the weather.

Wound Care in Diabetes

Diabetes significantly increases the risk of developing chronic wounds, particularly foot ulcers. Effective wound care is crucial for preventing complications and promoting healing in diabetic patients. In this blog, you will explore the nature of diabetic wounds, prevention techniques, and management strategies to help healthcare professionals and patients navigate these challenges.

Understanding Diabetic Wounds

Diabetic wounds, especially foot ulcers, are common complications resulting from prolonged high blood sugar levels. These wounds often develop due to neuropathy (nerve damage) and peripheral arterial disease, which impair sensation and blood flow. Consequently, minor injuries can go unnoticed and progress into serious ulcers. Left untreated, these ulcers can lead to severe infections and, in extreme cases, amputations.

1. Prevention Techniques for Diabetic Ulcers:

Preventing diabetic ulcers is essential to reduce the risk of severe complications. Here are some effective prevention strategies.

2. Regular Foot Inspections: 

Diabetic patients should inspect their feet (or have someone inspect it) on a daily basis for cuts, blisters, redness, or swelling. Early detection of potential issues can prevent minor problems from becoming serious ulcers.

3. Proper Footwear: 

  • Wearing well-fitting shoes and socks designed for diabetics can prevent pressure points and reduce the risk of injuries. 
  • Avoid wearing tight stockings or socks with elastic tops as they can reduce blood flow.
  • Avoid extreme hot or cold temperatures.
  • Do not treat corn or calluses on your own. 
  • Avoiding barefoot walking, even at home, is crucial.

4. Good Hygiene: 

Keeping feet clean and dry is essential. Patients should wash their feet daily with mild soap and water, then dry them thoroughly, especially between the toes.

5. Blood Sugar Control: 

Maintaining optimal blood sugar levels through diet, exercise, and medication can significantly reduce the risk of neuropathy and poor circulation, which contribute to ulcer formation.

6. Regular Medical Foot Check-Ups: 

Routine visits to a healthcare provider or a podiatrist for foot exams can help identify and address problems early.

7. Management Strategies for Diabetic Patients:

When ulcers do occur, effective management is vital to promote healing and prevent complications.

Here are some key strategies:

  • Wound Cleaning and Dressing: Keeping the ulcer clean and protected is essential. Cleaning the wound with a saline solution and using appropriate dressings, such as those provided by DMP Velvert®, can create an optimal healing environment. It provides a barrier to external contaminants, aids absorption of exudates and accelerates wound healing.
  • Debridement: Removing dead tissue from the wound (debridement) can accelerate the healing process. This procedure should be performed by a healthcare professional.
  • Pressure Offloading: Reducing pressure on the affected area is crucial. Patients may need special footwear, casts, or braces to alleviate pressure on the ulcer. Foot or mobility exercises also help in decreasing peak pressure, increasing foot and ankle range of motion and it improves neuropathy symptoms.
  • Infection Control: Monitoring for signs of infection and using antibiotics when necessary is critical. Proper wound care products, like Velvert®, which offer antimicrobial properties, can help prevent infections.
  • Blood Flow Improvement: Enhancing blood circulation through medical treatments or lifestyle changes can aid in the healing process. This might include medications, physical therapy, or surgical interventions. Revascularization results in increased tissue perfusion, which can further reduce amputation rates.
Diabetic ulcers are a serious complication of diabetes, but with proper prevention and management strategies, their impact can be significantly reduced. Regular foot inspections, good hygiene, appropriate footwear, and effective blood sugar control are key preventive measures. When ulcers do develop, it is best to catch them in the early stages when they are small, products combined with professional medical care, can promote healing and prevent complications.

At Datt Mediproducts, we offer Velvert®, an advanced wound care solution designed to aid in the management of diabetic ulcers. Velvert® dressings are crafted to provide superior moisture retention and protection, creating an optimal environment for wound healing. They also incorporate antimicrobial properties to reduce the risk of infection, which is crucial for diabetic patients. Velvert® is easy to apply and remove, ensuring minimal discomfort for patients.

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