BestHealth4u
BestHealth4U is a pioneering healthcare solutions company dedicated to developing sustainable, effective, and patient-centric medical devices. With a focus on skin health, wound care, and medical adhesives, the company aims to revolutionize patient care through innovative, eco-friendly technologies and collaborations with healthcare institutions worldwide. Their mission is to lead a transformative movement towards healthier, greener, and more sustainable healthcare practices, emphasizing safety, innovation, and environmental responsibility.
Industries
Nr. of Employees
small (1-50)
BestHealth4u
Praça Conde de Agrolongo, Edifício GNRation, nº123, São João do Souto, Braga, Portugal
Products
Bio-based biocompatible adhesive for skin-attached medical devices
A bio-based adhesive formulation for attaching dressings, wearables and medical devices to skin; designed for low irritation, low stripping, residue-free removal, flexibility and strong adhesion.
Adhesive platform for transdermal drug delivery
Adhesive system designed to incorporate bioactive compounds for steady, non‑invasive transdermal delivery and to support accelerated skin healing.
Wearable biosensor patch with companion app for remote wound monitoring
A smart dressing platform combining biocompatible sensors embedded in a patch with a mobile app and cloud backend to continuously monitor multiple wound parameters, enable remote monitoring and support AI-driven healing predictions.
Sustainable bioactive dressing prototype for diabetic foot wounds (project)
A sustainable bioactive dressing combining hydrogels, pressure-sensitive adhesives and chromic sensors to manage exudate and detect infection via color change; reported initial exudate trials and stability over 72 hours.
Bio-based biocompatible adhesive for skin-attached medical devices
A bio-based adhesive formulation for attaching dressings, wearables and medical devices to skin; designed for low irritation, low stripping, residue-free removal, flexibility and strong adhesion.
Adhesive platform for transdermal drug delivery
Adhesive system designed to incorporate bioactive compounds for steady, non‑invasive transdermal delivery and to support accelerated skin healing.
Wearable biosensor patch with companion app for remote wound monitoring
A smart dressing platform combining biocompatible sensors embedded in a patch with a mobile app and cloud backend to continuously monitor multiple wound parameters, enable remote monitoring and support AI-driven healing predictions.
Sustainable bioactive dressing prototype for diabetic foot wounds (project)
A sustainable bioactive dressing combining hydrogels, pressure-sensitive adhesives and chromic sensors to manage exudate and detect infection via color change; reported initial exudate trials and stability over 72 hours.
Services
Patient-focused support program offering early access to innovations, expert guidance, community support and educational resources for people managing wounds and ostomy care.
Program for healthcare practitioners offering access to research, clinical resources, training, collaborative community and product evaluation materials.
Patient-focused support program offering early access to innovations, expert guidance, community support and educational resources for people managing wounds and ostomy care.
Program for healthcare practitioners offering access to research, clinical resources, training, collaborative community and product evaluation materials.
Expertise Areas
- Wound care product development
- Transdermal drug-delivery systems
- Wearable biosensor development
- Digital health and remote monitoring
Key Technologies
- Biocompatible polymer adhesives
- Hydrogel formulations
- Pressure-sensitive adhesive systems
- Colorimetric / chromic sensors (pH indicators)
News & Updates
Development of a sustainable bioactive dressing with chromic sensors to monitor early-stage diabetic foot wounds, detecting infections and managing exudates.
An overview of atopic dermatitis, its symptoms, causes, and current treatment options, emphasizing the need for personalized care and future research.
Information about Medical Adhesive Related Skin Injuries (MARSI), its causes, categories, and importance of skin-friendly products and proper application techniques.
Development of a sustainable bioactive dressing with chromic sensors to monitor early-stage diabetic foot wounds, detecting infections and managing exudates.
An overview of atopic dermatitis, its symptoms, causes, and current treatment options, emphasizing the need for personalized care and future research.
Information about Medical Adhesive Related Skin Injuries (MARSI), its causes, categories, and importance of skin-friendly products and proper application techniques.