Advancing Treatment with Innovative Technologies Affinity GJS
Poor management of vulnerable skin in the immediate peri-wound region or surrounding area can cause multiple problems for the patient and the healthcare professional.
The skin surrounding a wound is particularly vulnerable, and although it may appear healthy, peri-wound problems occur frequently. Many factors increase the risk of vulnerable skin, and clinicians caring for patients
with wounds must recognize that they have a crucial role in preventing peri-wound skin problems and in identifying patients at risk of developing them. Peri-wound skin damage contributes to protracted healing
times, can cause pain and discomfort, and may adversely affect a patient's quality of life[1]
The skin surrounding a wound is particularly vulnerable, and although it may appear healthy, peri-wound problems occur frequently. Many factors increase the risk of vulnerable skin, and clinicians caring for patients
with wounds must recognize that they have a crucial role in preventing peri-wound skin problems and in identifying patients at risk of developing them. Peri-wound skin damage contributes to protracted healing
times, can cause pain and discomfort, and may adversely affect a patient's quality of life[1]
Depending on the exudate level, the surrounding skin could be dry, macerated, excoriated, or inflamed. Between 60% and 76% of wounds (n=958) are surrounded by problematic or unhealthy peri-wound skin[2]. Damage to the peri-wound skin can arise from inadequate wound exudate management. This may occur with
dressings that cannot cope with the level of exudate produced.
The wound bed, edge, and peri-wound skin could be seen as three axes of a triangle, each significantly crucial for wound healing. There is no easy-to-use validated assessment tool specific toassessing peri-wound skin.[3] And, of course, no tooling for its implementation.
dressings that cannot cope with the level of exudate produced.
The wound bed, edge, and peri-wound skin could be seen as three axes of a triangle, each significantly crucial for wound healing. There is no easy-to-use validated assessment tool specific toassessing peri-wound skin.[3] And, of course, no tooling for its implementation.
The wound bed, edge, and peri-wound skin could be seen as three axes of a triangle, each signifcantly crucial for wound healing.
1. Cutng KF. Impact of adhesive surgical tape and wound dressings on the skin, with reference to skin stripping. J Wound Care 2008; 17(4): 157-62.2.
2. Carter H, Barret S, Campbell K, et al. Wound management with the Biatain Silicone foam dressing: A multcentre product evaluaton. Wounds Internatonal 2014; 10(4): 26-303.
3. Caroline Dowset, Martn Nylרkke Gronemann, Keith Harding, Wounds Internatonal 2015 | Vol 6 Issue 1 | ©Wounds Internatonal 2015
2. Carter H, Barret S, Campbell K, et al. Wound management with the Biatain Silicone foam dressing: A multcentre product evaluaton. Wounds Internatonal 2014; 10(4): 26-303.
3. Caroline Dowset, Martn Nylרkke Gronemann, Keith Harding, Wounds Internatonal 2015 | Vol 6 Issue 1 | ©Wounds Internatonal 2015
Affinity GJS—Dynamic High Resolution microjet Technology
The association between wound bed, edge, and peri-wound skin is a critical challenge in wound treatment. Tavger Ltd's engineers developed a new device, Affinity GJS, that provides flexible, efficient treatment of wounds in single access in their complicated reality. The vacuum allows the miniature cylindric disposable TIP to hold and travel along wound surfaces.
Its super-tiny 50µ solution jets help to disconnect and remove necrotic tissue, biofilm, pus, and fibrine, level the wound edge, and remove an infection from the skin surface and soft tissue. Handle with installed
operation tip, manually scan the wound and vulnerable skin surface, changing the motion velocity, solution supply pressure, and vacuum strength, providing the physician with complete visual control, adjustment, dynamics, and high-resolution performance. Technology Affinity GJS controls maceration, infection, exudate production, and antiseptic or healing solutions infusion.
operation tip, manually scan the wound and vulnerable skin surface, changing the motion velocity, solution supply pressure, and vacuum strength, providing the physician with complete visual control, adjustment, dynamics, and high-resolution performance. Technology Affinity GJS controls maceration, infection, exudate production, and antiseptic or healing solutions infusion.
Advancing Treatment with Innovative Technologies Affinity GJS
Poor management of vulnerable skin in the immediate peri-wound region or surrounding area can cause multiple problems for the patient and the healthcare professional.
The skin surrounding a wound is particularly vulnerable, and although it may appear healthy, peri-wound problems occur frequently. Many factors increase the risk of vulnerable skin, and clinicians caring for patients
with wounds must recognize that they have a crucial role in preventing peri-wound skin problems and in identifying patients at risk of developing them. Peri-wound skin damage contributes to protracted healing
times, can cause pain and discomfort, and may adversely affect a patient's quality of life[1]
The skin surrounding a wound is particularly vulnerable, and although it may appear healthy, peri-wound problems occur frequently. Many factors increase the risk of vulnerable skin, and clinicians caring for patients
with wounds must recognize that they have a crucial role in preventing peri-wound skin problems and in identifying patients at risk of developing them. Peri-wound skin damage contributes to protracted healing
times, can cause pain and discomfort, and may adversely affect a patient's quality of life[1]
Depending on the exudate level, the surrounding skin could be dry, macerated, excoriated, or inflamed. Between 60% and 76% of wounds (n=958) are surrounded by problematic or unhealthy peri-wound skin[2]. Damage to the peri-wound skin can arise from inadequate wound exudate management. This may occur with
dressings that cannot cope with the level of exudate produced.
The wound bed, edge, and peri-wound skin could be seen as three axes of a triangle, each significantly crucial for wound healing. There is no easy-to-use validated assessment tool specific toassessing peri-wound skin.[3] And, of course, no tooling for its implementation.
dressings that cannot cope with the level of exudate produced.
The wound bed, edge, and peri-wound skin could be seen as three axes of a triangle, each significantly crucial for wound healing. There is no easy-to-use validated assessment tool specific toassessing peri-wound skin.[3] And, of course, no tooling for its implementation.
The wound bed, edge, and peri-wound skin could be seen as three axes of a triangle, each signifcantly crucial for wound healing.
1. Cutng KF. Impact of adhesive surgical tape and wound dressings on the skin, with reference to skin stripping. J Wound Care 2008; 17(4): 157-62.2.
2. Carter H, Barret S, Campbell K, et al. Wound management with the Biatain Silicone foam dressing: A multcentre product evaluaton. Wounds Internatonal 2014; 10(4): 26-303.
3. Caroline Dowset, Martn Nylרkke Gronemann, Keith Harding, Wounds Internatonal 2015 | Vol 6 Issue 1 | ©Wounds Internatonal 2015
2. Carter H, Barret S, Campbell K, et al. Wound management with the Biatain Silicone foam dressing: A multcentre product evaluaton. Wounds Internatonal 2014; 10(4): 26-303.
3. Caroline Dowset, Martn Nylרkke Gronemann, Keith Harding, Wounds Internatonal 2015 | Vol 6 Issue 1 | ©Wounds Internatonal 2015
Affinity GJS—Dynamic High Resolution microjet Technology
The association between wound bed, edge, and peri-wound skin is a critical challenge in wound treatment. Tavger Ltd's engineers developed a new device, Affinity GJS, that provides flexible, efficient treatment of wounds in single access in their complicated reality. The vacuum allows the miniature cylindric disposable TIP to hold and travel along wound surfaces.
Its super-tiny 50µ solution jets help to disconnect and remove necrotic tissue, biofilm, pus, and fibrine, level the wound edge, and remove an infection from the skin surface and soft tissue. Handle with installed
operation tip, manually scan the wound and vulnerable skin surface, changing the motion velocity, solution supply pressure, and vacuum strength, providing the physician with complete visual control, adjustment, dynamics, and high-resolution performance. Technology Affinity GJS controls maceration, infection, exudate production, and antiseptic or healing solutions infusion.
operation tip, manually scan the wound and vulnerable skin surface, changing the motion velocity, solution supply pressure, and vacuum strength, providing the physician with complete visual control, adjustment, dynamics, and high-resolution performance. Technology Affinity GJS controls maceration, infection, exudate production, and antiseptic or healing solutions infusion.
Advancing Treatment with Innovative Technologies Affinity GJS
Skin and soft tissue infections (SSTIs) occur when the skin's natural defenses are compromised, allowing microbes to infiltrate into the tissue, inciting inflammation and compromising tissue integrity. While bacteria are often the primary culprits, SSTIs can also arise from viral, fungal, or parasitic origins. Primary SSTIs typically manifest in healthy skin, whereas secondary SSTIs frequently emerge in areas previously traumatized or affected by underlying medical conditions. Although these infections often remain localized, they have the potential to disseminate through the bloodstream or lymphatic system.
The dermatological community often underestimates the intricate interactions within the skin that influence various physiological functions, including homeostasis. It is essential to recognize that the skin serves as a protective barrier and a neuro-immune-endocrine organ integral to the peripheral nervous system. These interactions are critical in cell growth, immunity, inflammation, pruritus, and wound healing.
Unfortunately, current treatment paradigms often overlook the relationship between affected areas and the surrounding healthy skin. Traditional superficial treatments, particularly for full-thickness lesions, struggle to penetrate infected or inflamed regions. Moreover, the healthy skin surrounding the affected tissues possesses inherent skin homeostasis, which can combat infection and mitigate its detrimental effects.
Unfortunately, current treatment paradigms often overlook the relationship between affected areas and the surrounding healthy skin. Traditional superficial treatments, particularly for full-thickness lesions, struggle to penetrate infected or inflamed regions. Moreover, the healthy skin surrounding the affected tissues possesses inherent skin homeostasis, which can combat infection and mitigate its detrimental effects.
psoriasis
trichoepithelioma
palms plantar pustulosis
Advancing Treatment with Innovative Technologies Affinity GJS
Skin and soft tissue infections (SSTIs) occur when the skin's natural defenses are compromised, allowing microbes to infiltrate into the tissue, inciting inflammation and compromising tissue integrity. While bacteria are often the primary culprits, SSTIs can also arise from viral, fungal, or parasitic origins. Primary SSTIs typically manifest in healthy skin, whereas secondary SSTIs frequently emerge in areas previously traumatized or affected by underlying medical conditions. Although these infections often remain localized, they have the potential to disseminate through the bloodstream or lymphatic system.
The dermatological community often underestimates the intricate interactions within the skin that influence various physiological functions, including homeostasis. It is essential to recognize that the skin serves as a protective barrier and a neuro-immune-endocrine organ integral to the peripheral nervous system. These interactions are critical in cell growth, immunity, inflammation, pruritus, and wound healing.
Unfortunately, current treatment paradigms often overlook the relationship between affected areas and the surrounding healthy skin. Traditional superficial treatments, particularly for full-thickness lesions, struggle to penetrate infected or inflamed regions. Moreover, the healthy skin surrounding the affected tissues possesses inherent skin homeostasis, which can combat infection and mitigate its detrimental effects.
Unfortunately, current treatment paradigms often overlook the relationship between affected areas and the surrounding healthy skin. Traditional superficial treatments, particularly for full-thickness lesions, struggle to penetrate infected or inflamed regions. Moreover, the healthy skin surrounding the affected tissues possesses inherent skin homeostasis, which can combat infection and mitigate its detrimental effects.
psoriasis
trichoepithelioma
palms plantar pustulosis
Affinity GJS—Dynamic High Resolution microjet Technology
Acknowledging the pivotal role of skin homeostasis in chronic wound healing and SSTIs, innovative technologies like the Affinity GJS device offer promising solutions. This device delivers liquid media to healthy skin areas adjacent to lesions, penetrating deep into follicles via the duct orifice of sweat glands using tiny 50 μ jets. This facilitates the delivery of the solution into the inner space of the sweat gland, stimulating immune and anti-inflammatory responses akin to a simulated wound.
Affinity's GJS dynamic high-resolution negative pressure therapy, when applied to SSTIs, targets skin appendages in healthy areas to eradicate surface bioburden, thereby preventing the spread of infection and cross-contamination. Additionally, it purges anaerobic bacteria from the appendage's interior and promotes skin homeostasis, triggering stem cell proliferation within sweat glands and hair follicles.
Affinity's GJS dynamic high-resolution negative pressure therapy, when applied to SSTIs, targets skin appendages in healthy areas to eradicate surface bioburden, thereby preventing the spread of infection and cross-contamination. Additionally, it purges anaerobic bacteria from the appendage's interior and promotes skin homeostasis, triggering stem cell proliferation within sweat glands and hair follicles.
Even single session with the device offers comprehensive 3-D decontamination, disinfection, and debridement in the lesion space. The device's miniature tip facilitates the simultaneous removal of non-viable tissue fragments, infusion of antiseptic solution, and collection of hazardous liquids. With its painless and user-friendly operation, minimal training is required. This innovative approach ensures efficient treatment while upholding a clean and inviting clinical environment.
acute flexural atopic dermatitis
Affinity GJS—Dynamic High Resolution microjet Technology
Acknowledging the pivotal role of skin homeostasis in chronic wound healing and SSTIs, innovative technologies like the Affinity GJS device offer promising solutions. This device delivers liquid media to healthy skin areas adjacent to lesions, penetrating deep into follicles via the duct orifice of sweat glands using tiny 50 μ jets. This facilitates the delivery of the solution into the inner space of the sweat gland, stimulating immune and anti-inflammatory responses akin to a simulated wound.
Affinity's GJS dynamic high-resolution negative pressure therapy, when applied to SSTIs, targets skin appendages in healthy areas to eradicate surface bioburden, thereby preventing the spread of infection and cross-contamination. Additionally, it purges anaerobic bacteria from the appendage's interior and promotes skin homeostasis, triggering stem cell proliferation within sweat glands and hair follicles.
Affinity's GJS dynamic high-resolution negative pressure therapy, when applied to SSTIs, targets skin appendages in healthy areas to eradicate surface bioburden, thereby preventing the spread of infection and cross-contamination. Additionally, it purges anaerobic bacteria from the appendage's interior and promotes skin homeostasis, triggering stem cell proliferation within sweat glands and hair follicles.
Even single session with the device offers comprehensive 3-D decontamination, disinfection, and debridement in the lesion space. The device's miniature tip facilitates the simultaneous removal of non-viable tissue fragments, infusion of antiseptic solution, and collection of hazardous liquids. With its painless and user-friendly operation, minimal training is required. This innovative approach ensures efficient treatment while upholding a clean and inviting clinical environment.
acute flexural atopic dermatitis