DRESSING WOUNDS

Brand Owner (click to sort) Address Description
ADVANCED MEDICAL SOLUTIONS Advanced Medical Solutions(US), Inc. Road Three, Industrial Estate, Winsford Cheshire CW7 3PD United Kingdom Dressing for wounds; poultices; surgical bandages; adhesives for bandages for skin wounds; medical adhesive tape; natural and synthetic polymeric materials for use in general surgery in the form of fibers, webs, mats, films, membranes and hydrogels;ADVANCED MEDICAL SOLUTIONS;Synthetic polymer resins for use in the manufacture of wound dressings;Prostheses, namely, limb, hip, knee, dental, breast, hand, joint, shoulder, orthopedic and spinal prostheses; surgical implants comprising artificial material; gloves for medical use; non-chemical contraceptive devices, namely condoms, diaphragms, intrauterine devices, subdermal implants, and vaginal sponges; catheters; ostomy bags; feeding and draining tubes and tube linings for medical purposes; sutures;MEDICAL;Product research and development in the field of natural and synthetic polymeric materials for use in medical, veterinary and pharmaceutical products;
DERMACLOT Corad Healthcare, Inc. 7194-115th Street North White Bear Lake MN 55110 Dressing for wounds;
SMART SOLUTIONS FOR SERIOUS WOUNDS INTEGRA LIFESCIENCES CORPORATION Attn: Law Dept./IP Group 1100 Campus Road Princeton NJ 08540 Dressing for wounds;Providing reimbursement information to healthcare organizations; provision of information relating to purchasing wound care products for others;
 

Where the owner name is not linked, that owner no longer owns the brand

    
Technical Examples
  1. A device and method is disclosed for the treatment of early stage wounds, i.e. those wounds that have resulted in little or no breach of the skin tissue. The invention utilizes non-ablative laser or non-coherent electromagnetic radiation applied to a stage one or two wound to stimulate wound healing, destroy viral and bacterial bodies, and prevent the development of such wounds into higher stage wounds. An appropriate wavelength is chosen from the range of 193 nm to 10.6 microns, and is delivered at a power density of about at least 1 W/cm