Home | Contact Us | Site Guide | For Consumers
TriHydra™ Technology



Studies indicate, the viscosity of saliva tends to adjust depending on its current function. When talking, chewing, or swallowing, saliva is less viscous, allowing for greater ease in those activities. However when the mouth is at rest, saliva is more viscous, which helps it remain on the oral mucosal surface.1 This retention time is believed to be important to dry mouth relief.2

Artificial saliva strives to recreate the attributes of natural saliva. But while more severe sufferers of xerostomia may prefer more highly viscous substitutes, research indicates that moderate sufferers often view them as "sticky." 2

Oasis¨ Mouthwash and Mouth Spray moisten and lubricate dry mouth using a unique TriHydra™ Technology that offers lasting relief while providing a smooth mouth feel. This special formula blends different polymers, humectants and water for optimum moisture.3 The TriHydra technology found in Oasis works in three ways: 3

  1. It moisturizes the mouth.

  2. It locks in moisture. Hydrophilic polymers xanthum gum and carboxymethylcellulose trap water and hold it within a polymer network.

  3. It helps protect from dryness. Glycerine coats the mucosal surface and helps reduce moisture loss.

Oasis Mouthwash and Mouth Spray can help your patients manage dry mouth symptoms for up to 2 hours. 3

Register now to get valuable information and special offers for you and your patients.

Sources:

  1. Van der Reijden WA, van der Kwaak H, Veerman ECI, Niew Amerongen AV, The rheology of human salivary mucins and their implications. In: Designing New Artificial Salivas, Biorheology 32, Issues 2-3, p.182, 1995.
  2. Van der Reijden WA, van der Kwaak H, Vissink A, Veerman EC, Amerongen AV: Treatment of xerostomia with polymer-based saliva substitutes in patients with Sjogren's syndrome. Arthritis Rheum 39:57-63, 1996.
  3. Corcoran, RA. Evaluation of a Combined Polymer System for Use in Relieving the Symptoms of Xerostomia. J Clin Dent 17 [Spec Iss]: 34-38, 2006.