PRN Pharmacal Home Page
Visit the Proin product page.

Collasate® Postoperative Dressing

A Medical Hydrolysate of Type I Collagen for the Management of Postoperative and Trauma Sites

Click here to read Lilo's story.
Collasate® Gel JPG Image

Sizes   Images
7 g tube   Collasate® Gel JPG Image  Collasate® Gel PowerPoint Image


MSDS
Product Sheet & Specimen Label

Collasate Postoperative Dressing is a medical hydrolysate of Type I collagen in gel form. It is an all-natural product containing 96% Type I collagen and water. There is no alcohol, preservatives or synthetic ingredients in Collasate. Unlike other collagen products, which are made from native collagen, Collasate is a patented product manufactured from a proprietary process which creates a product of a specified molecular weight. Native collagen must be processed by the body before it can be utilized in the healing process. Because of the molecular structure of the collagen in Collasate, it is immediately available to enhance the body's own natural healing process. This availability has resulted in some truly dramatic healing successes.

Collagen interacts with surgical or trauma sites at every stage of healing.Collasate acts as a tissue adhesive, helps to prevent bacterial infection and protects the site from mechanical insult. Collagen provides a matrix for cellular colonization and subsequent connective tissue formation1 and reduces the potential for scarring2.

Collasate is easy to handle and conforms to any site. It reduces pain and is soothing and deodorizing. And Collasate can be used on any type animal, including birds and reptiles. Collasate has no known contraindications.

It is cleared for dental use as well as surgical and trauma management. It will not harm an animal if they lick it off; most animals leave it in place because it occludes the nerve endings which signal pain and itching. This has made it well accepted in situations where the treated animal is not a pet, such as the Canid Center in St. Louis where the product has been used for the last several years.

Additionally, Collasate is a cost-effective postoperative and trauma management product. Cases utilizing Collasate provide desired patient outcomes on a timely basis. Collasate is indicated for the management of surgical and trauma sites, chronic wounds, burns, skin lesions and general dermatologic conditions. See reverse for additional indications.

  • Tissue adhesive properties
  • Hemostatic properties of collagen3
  • Provides direct supply of nutritive protein4
  • Does not require removal during dressing changes - no additional debridement required
  • Occludes nerve endings, minimizing the pain
  • Protects the site from mechanical insult
  • Conforms to any site
  • Absorbs bacteria and debris with exudate
  • Excellent wound deodorizer
  • All-natural
  • No known contraindications
  • Forms a semi-occlusive film when left to air-dry
  • Consistent promotion of rapid healing
  • Can be stored at controlled room temperature

 

 

Indications

A Type I Collagen fast-acting healing gel for postoperative and trauma sites, first and second degree burns, skin lesions, dental extractions and oral surgery, pressure ulcers, venous stasis ulcers, ulcers resulting from arterial insufficiency, spay and neutering, de-clawing, foot pad injuries, hot spots, diabetic ulcers, lick granulomas, ocular wounds and general dermatologic wounds.

Dosage & Administration

Apply directly to wound site and surrounding area.
Allow gel to dry and apply non-stick dressing if needed.

Active Ingredients

Collagen

Storage

Store at controlled room temperature (59-86°F). Protect from freezing. May be stored at temperatures from 10°F-150°F. Extreme temperatures may affect viscosity, but will not affect product performance.


1 Jain MK, Berg, kRA. Material properties of hard tissue substitutes, Man. In Prep.
2 De Vries HJ, Zeegelaar, JE. "Reduced wound contraction and scar formation in punch biopsy wounds. Native collagen dermal substitutes. A clinical study." British Journal of Dermatology, 132(5): 690-697, 1995
3 Jain MK, Berg, kRA. Material properties of hard tissue substitutes, Man. In Prep.
4 Stotts N, Tevis D. "Co-factors in impaired wound healing," Ostomy/Wound Management 42:48, 1996