What is Lubricity
Lubricity, an innovative oral spray, is scientifically designed to provide much desired comfort and relief to those suffering from symptomatic xerostomia.
Sodium Hyaluronate, also known as Hyaluronic acid and a natural lubricant, distributed widely throughout soft tissues and joints of the human body, is the main ingredient. Lubricity forms a flavorless gel film that coats the oral mucosal tissue for a long lasting, superior tissue on tissue lubrication. With effects lasting up to 4 hours, this unique formulation provides significant improvement in the quality of life of those suffering from chronic persistent dry mouth symptoms.
How Lubricity Works
FDA Cleared & Clinically Proven
Plant-Based Form of Hyaluronic Acid
Plant-Based Form of Hyaluronic Acid
Lubricity contains Sodium hyaluronate derived from Hyaluronic acid (pronounced hi-ah-lew-ron-ic) acid (HA) – also known as hyaluronan or hyaluronate which is a naturally occurring biopolymer without any chemical modification. It is solely of biotechnological origin and produced by fermentation of non-recombinant, non-GMO, and non-haemolytic bacterial strain.
HA is also found in the gums and periodontal ligaments, contributing to their structure and function and can permeate the deeper dermal layers which means it not only hydrates at deeper levels but has wider health-supporting effects.
Hyaluronic acid increases hydration in connective tissues throughout the body. Once absorbed, Hyaluronic acid is broken down into smaller fragments before migrating to the skin, tissues, joints or wherever it is needed. Hyaluronic acid (HA) can be beneficial for mouth tissues, particularly the gums, as it naturally occurs in oral tissues and has properties that promote healing, reduce inflammation, and enhance tissue hydration. This makes it a potential treatment option for conditions like gingivitis, periodontitis, and mouth ulcers when applied topically as a gel or rinse; essentially acting as a protective barrier and aiding in faster wound recovery. It plays a major role in tissue regeneration. By attracting and retaining moisture, HA can help keep the oral mucosa hydrated, alleviating dryness and discomfort.
HA is also found in the gums and periodontal ligaments, contributing to their structure and function and can permeate the deeper dermal layers which means it not only hydrates at deeper levels but has wider health-supporting effects.
Hyaluronic acid increases hydration in connective tissues throughout the body. Once absorbed, Hyaluronic acid is broken down into smaller fragments before migrating to the skin, tissues, joints or wherever it is needed. Hyaluronic acid (HA) can be beneficial for mouth tissues, particularly the gums, as it naturally occurs in oral tissues and has properties that promote healing, reduce inflammation, and enhance tissue hydration. This makes it a potential treatment option for conditions like gingivitis, periodontitis, and mouth ulcers when applied topically as a gel or rinse; essentially acting as a protective barrier and aiding in faster wound recovery. It plays a major role in tissue regeneration. By attracting and retaining moisture, HA can help keep the oral mucosa hydrated, alleviating dryness and discomfort.
Natural sugar extracted from birch bark Xylitol
Natural sugar extracted from birch bark Xylitol
Xylitol is a five carbon sugar alcohol, also known as polyol, small amounts are naturally present in some fruits and vegetables. It presents a sweetness profile similar to sucrose with a low caloric value, being partially absorbed (50%) in the small intestine and metabolized in the liver with no effect on blood glucose or insulin levels. Due to the low-caloric content and the insulin independent-metabolism, xylitol is widely used as sweetener in food and beverage products as well as an additive in functional foods, especially in diabetes management. Additionally, xylitol exhibits a unique role in caries prevention and is widely recommended by health care professionals.
Oral Flora cannot metabolically process Xylitol by reducing the growth of mutans streptococci, the group of bacteria responsible for dental caries formation. In this sense, the substitution of Xylitol for sugar in food along with its incorporation in dental care products has a considerable impact on dental health.
This useful sugar alcohol reduces the adhesion of these tiny bacteria to the teeth surface, thus preventing their harmful effects. Like any other sweetener, xylitol increases salivary flow which can help combat dry mouth.
Xylitol research findings: What Sjögren’s Patients should understand! | Research Findings on Xylitol | xylitol in the post-radiotherapy xerostomia
Oral Flora cannot metabolically process Xylitol by reducing the growth of mutans streptococci, the group of bacteria responsible for dental caries formation. In this sense, the substitution of Xylitol for sugar in food along with its incorporation in dental care products has a considerable impact on dental health.
This useful sugar alcohol reduces the adhesion of these tiny bacteria to the teeth surface, thus preventing their harmful effects. Like any other sweetener, xylitol increases salivary flow which can help combat dry mouth.
Xylitol research findings: What Sjögren’s Patients should understand! | Research Findings on Xylitol | xylitol in the post-radiotherapy xerostomia
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