Freezable Cooling Device for Yeast Vaginitis Treatment
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Solution Overview
Problem
Current treatments for yeast vaginitis are invasive, cause side effects, and are not effective against all yeast species, while existing creams exacerbate the condition by adding moisture and warmth, which yeast thrives on, leading to secondary issues like vestibulitis/vulvodynia and body cavity hemorrhaging/inflammation that require immediate, non-invasive solutions.
Innovation Solution
A device comprising a shell with a freezable filler that cools the body cavity to temperatures below 50°F, preventing yeast replication and providing relief from symptoms, using a refreezable compound like saline or distilled water, and an external cooling component for extended relief and hemorrhage control.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Reliability
If antifungal creams are used to treat yeast vaginitis, then the yeast infection is treated, but the creams add moisture and warmth to the vagina which promotes further yeast growth and causes secondary conditions like vestibulitis/vulvodynia
Solution Approach 1:
The invention changes the temperature parameter of the vaginal environment by introducing a cooling device that lowers the temperature below 50°F. This temperature change creates an environment hostile to yeast growth while avoiding the addition of moisture and warmth that conventional creams provide. The cooling action directly counteracts the harmful effect of warmth without introducing other substances that could cause secondary conditions.
2Ease of operation
If over-the-counter antifungal creams are used, then Candida albicans is treated, but they do not work for other yeast species like Candida torulopsis and Candida glabarata
Solution Approach 1:
The invention extracts the temperature-based mechanism from conventional chemical antifungal creams. Instead of relying on specific chemical compounds that target particular yeast species, the cooling device uses physical temperature reduction below 50°F as a universal mechanism that inhibits growth of all yeast species including Candida albicans, Candida torulopsis, and Candida glabarata. This provides broad-spectrum effectiveness without requiring different treatments for different yeast types.
3Reliability
If chemical antifungal medications are used, then the infection is treated, but they cause side effects including contact dermatitis and burning
Solution Approach 1:
The invention replaces the chemical-based antifungal system with a physical cooling system. Instead of using chemical compounds that penetrate the vaginal tissue and cause contact dermatitis and burning, the device uses mechanical cooling through temperature reduction below 50°F. This substitution eliminates chemical irritation while maintaining treatment effectiveness through a non-invasive physical mechanism that causes no known side effects.
4Reliability
If multiple visits to the doctor are made for repetitive treatments, then the condition is addressed, but it results in unnecessary treatments and secondary disorders like vestibulitis/vulvodynia
Solution Approach 1:
The invention applies preliminary cooling action to prevent yeast growth before it can cause severe infection or secondary conditions. By maintaining the vaginal temperature below 50°F during the treatment period, the device creates a protective environment that prevents further yeast proliferation and eliminates the need for repetitive treatments. This preliminary preventive action reduces the number of doctor visits required and avoids the development of secondary disorders like vestibulitis/vulvodynia that result from multiple conventional treatments.
Applied Scientific Principles
This section explains which scientific principles are used to turn an abstract innovation direction into a practical engineering solution.
Function Achieved in This Case
The device effectively halts yeast replication, reduces symptoms like itching and burning, and provides immediate relief for yeast vaginitis and body cavity hemorrhaging/inflammation without side effects, promoting healing and reducing pain.
Implementation Method 1
When the filler is frozen and inserted into the body cavity, the shell cools the body cavity to a temperature that prevents the replication of yeast
Implementation Method 2
the shell cools the body cavity to a temperature that prevents the replication of the yeast
Data Source
AI summary
A device and method to treat an overgrowth of yeast in a body cavity and inflammatory and/or hemorrhagic conditions of a body cavity. The device comprising a shell, removal means, and a freezable filler contained in a chamber within the shell. When the filler is frozen and the device inserted into the body cavity, the shell cools the body cavity to a temperature that inhibits the replication of yeast and provides relief to symptoms. An external cooling component extending from the shell provides cooling at the body cavity opening, An expandable bladder in the shell provides tamponade treatment for body cavity hemorrhaging.