Patient Care Solutions

Compression Therapy Infection Control Lymphedema Management Mobility Support Aids Orthopedic Support Post-Operative Care Pressure Ulcer Prevention Varicose Vein Care

Alternative Medicine Children’s Health Chronic Disease Management Digital Wellness Elderly and Geriatric Care Food Safety Lifestyle Diseases Mental Health Men’s Health Nutrition Physical Fitness Preventive Healthcare Rehabilitation and Recovery Sleep Health Women’s Health Workplace Wellness

Climate Change and Health Environmental Toxicology Food Safety Contaminants Occupational Health Hazards Pollution and Air Quality Water and Sanitation Waste Management and Recycling

First Aid & Emergency Care

Burn Care Emergency Kits and Supplies First Aid Fracture and Sprain Care Pediatric First Aid

Antimicrobial Dressing ENT Hemostat NPWT

Compression Bandages Film & Post-Operative Dressings Gauze Based Dressings Orthopedic Silver Dressings Tapes & Adhesives

DMP™ Cotton Crepe Minipore ™ Velcare®- Lymphedema Kit VEL NeXT™ VelNez® Velseal™ Velseal™ -T Velseal™- Patch Velseal™- T Disc Velvert™ Velvert™ – Disc Velvert™ – Secure Velcool® Velfour® Velkomp® Velsoft® Velspan™ Velfix® -Edge Velfix® -Edge +CHG Velfix® -IV Kit Velfix® -S Velfix® -T Velfix® -T Film Velfix® -T+Pad Velcare® - Varicose Vein Stocking Velpore ™ Velpore™-S Velsilk ™

Minimize CRBSI With Chlorhexidine Impregnated Dressings

Intravenous catheterization is a common practice for administering fluids directly into the blood stream. It is often associated with a lethal and a very frequent complication of Catheter-related bloodstream infection (CRBSI).

Catheter-related bloodstream infections (CRBSI) are defined as the presence of bacteraemia originating from an intravenous catheter. CRBSIs are a leading cause of nosocomial infections associated with morbidity, mortality, and cost.

Managing CRBSI:

The general way of managing CRBSI associated with any local or systemic inflammation is to remove the catheters from patients and initiate antibiotic therapy empirically. Chlorhexidine gluconate impregnated transparent dressings are being used to cover and protect catheter sites and secure devices to the skin.

Do You Know?
Chlorhexidine belongs to the group of antiseptic antibacterial agents. It is primarily used to cleanse the skin after an injury, before surgery, or before an injection. Chlorhexidine works by killing (bactericidal) or preventing the growth of bacteria (bacteriostatic) on the skin. It can even be used to clean the hands before a procedure.

We present Velfix® -Edge+CHG, a Chlorhexidine Gluconate IV Securement Dressing. It comprises of a Stabilization Non-Woven Border, Antimicrobial Protection, High MVTR Transparent Film, a Notch, Securement Tape Strips and Documentation Label.

Antimicrobial Protection offered by Chlorhexidine Gluconate which is effective in protecting against catheter tip colonization. As per the study published in The American Journal of Medicine, “Chlorhexidine has a broad spectrum of antibacterial activity against Gram-positive bacteria, Gram-negative bacteria, aerobic bacteria, anaerobic bacteria and fungi, and the use of chlorhexidine for skin disinfection in ICU patients reduces the spread of microbes and the incidence of CRBSIs”.

Stabilization Non-Woven Border maximizes securement, breathability & wear time of the dressing.

High MVTR Transparent Film acts as a waterproof sterile barrier to external contaminants. MVTR is Moisture Vapour Transmission Rate is the measure of permeability for vapour barriers. Velfix® -Edge+CHG is a high MVTR dressing which allows excess moisture to evaporate through the dressing while maintaining proper securement.

Velfix® -Edge+CHG comes with 2 Securement Tape Strips to enhance the securement while promoting consistent application.

A Notch is provided for opening to host the cannula’s port & reduces risk of catheter dislodgement.

Documentation Label is a Pre-printed label to note dressing changes.

PROPERTIES & BENEFITS:

Highly conformable to provide solutions for difficult catheter and IV sites
Window frame design of Velfix® -Edge+CHG allows continuous observation of IV site
Offers waterproof sterile barrier to external contaminants because of high MVTR transparent film
Stabilization non-woven borders maximize securement, breathability & wear time
Notched design discourages edge lift
Velfix® -Edge+CHG is very easy to handle with gloved hands allowing single handed application
Made with a premium 30 μ high MVTR transparent Polyurethane film
EO Sterile
Chlorhexidine gluconate (CHG) aids in infection reduction.
Conforming & durable
Leaves no adhesive residue on skin post removal

USE: Velfix® -Edge+CHG can be used for the securement of Central Venous Catheters, IV Catheter sites, Dialysis catheters, Hickman/ Broviac catheters, Epidural catheters, Arterial catheters, Short peripheral and midline venous catheters. Velfix® -Edge+CHG comes in various customized sizes with varying CHG gel pad sizes for different IV devices.

Visit www.dattmedi.com for more infomation.

Cancer treatments, including chemotherapy, radiation, and surgery, are essential for combating the disease but often pose significant challenges to wound healing. Understanding these impacts and managing wounds effectively is crucial for patients, caregivers, and healthcare professionals. This blog provides insights and recommendations for effective wound care in cancer patients.

Impact of Cancer Treatments on Wound Healing:

Chemotherapy and radiation therapy, while targeting cancer cells, also damage healthy tissues especially rapidly dividing Keratinocytes along with Fibroblasts, Melanocytes, Endothelial cells & Immune cells, delaying wound healing. Surgery can result in complex wounds needing specialized care.

Common Wounds in Cancer Patients:

Cancer patients may have surgical wounds, radiation-induced skin reactions, and wounds from intravenous catheter sites. Advanced cancer patients may develop pressure ulcers due to immobility.

Managing Radiation-Induced Skin Reactions:

Radiation therapy can cause skin reactions from mild redness to severe ulceration. Management includes gentle skin care, prescribed topical treatments, avoiding sun exposure, and wearing loose clothing.

Chemotherapy and Wound Healing:

Chemotherapy reduces the immune response and interferes with cellular repair, impairing wound healing. Patients should be monitored for infection and delayed healing, with an emphasis on optimal nutrition and hydration.

Post-Surgical Wound Care:

Proper care involves keeping wounds clean and dry, changing dressings regularly, using sterile dressings and monitoring for any signs of infection. Adhering to healthcare provider instructions is essential.

Infection Prevention:

Strict hygiene practices, sterile wound care products, and prompt treatment of infection signs are crucial, as cancer patients often have compromised immune systems.

Tailoring Wound Care Products:

Sensitive skin due to cancer treatments requires hypoallergenic dressings, silicone-based products, and gentle adhesives to minimize irritation.

Nutritional Support:

A diet rich in protein, water, minerals, vitamins A and C, and zinc supports tissue repair and immune function. Collaboration with a dietitian ensures adequate nutrient intake as nutrition goals differ as per the cancer type, its stage and other medical conditions.

Pain Management:

Effective pain management in cancer patients includes a combination of medications such as analgesics, topical anesthetics, and non-pharmacological methods like relaxation techniques, gentle massage, acupuncture, cognitive therapy etc.

Psychological Support:

Emotional support, counselling, and mental health services help patients cope with cancer and its treatments, contributing to better wound healing.

Multidisciplinary Care Teams:

Collaboration among oncologists, wound care specialists, nurses, dietitians, and mental health professionals ensures comprehensive care tailored to patient’s needs.

Caregiver Recommendations:

Caregivers should maintain a clean environment, follow wound care protocols, ensure proper nutrition, provide emotional support, and recognize infection signs.

Effective wound care for cancer patients requires a holistic approach, addressing the unique challenges posed by cancer treatments. By understanding the impacts of these treatments on wound healing and implementing comprehensive care strategies, we can significantly improve patients’ quality of life and recovery outcomes. Through multidisciplinary collaboration, meticulous care, and robust support systems, we can navigate the complexities of wound care in cancer treatment and ensure optimal healing.

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.