Algae Dental Composition for Plaque Reduction
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Solution Overview
Problem
Current methods fail to effectively reduce dental plaque and calculus on animal teeth, leading to dental diseases and systemic health issues, as they are not sufficiently effective in addressing the formation of biofilm caused by microorganisms.
Innovation Solution
A dental composition comprising algae, specifically green algae, is used in various forms such as pastes, gels, or additives to animals' food and water, which can be genetically modified to express antimicrobial peptides, providing a natural, non-toxic, and long-lasting solution for reducing plaque and calculus.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Reliability
If conventional plaque reduction methods are used, then some plaque removal is achieved, but they are not sufficiently effective in addressing biofilm formation and lead to dental diseases and systemic health issues
Solution Approach 1:
The patent introduces algae as an intermediary substance that mediates between the harmful bacteria and the tooth surface. The algae adheres to the tooth surface first, creating a protective layer that prevents bacterial adhesion and biofilm formation. This intermediary approach is more effective than direct antibacterial agents because it addresses the root cause of plaque formation rather than just killing bacteria.
Solution Approach 2:
The algae composition performs preliminary anti-action by adhering to the tooth surface before bacteria can establish themselves. This preemptive occupation of the tooth surface prevents the initial adhesion step in biofilm formation, thereby preventing plaque development before it can cause harm. The algae essentially blocks the first stage of the harmful process.
2Productivity
If algae composition is applied to teeth, then plaque reduction is achieved within 24 hours, but the composition must adhere effectively to teeth to provide sustained protection
Solution Approach 1:
The algae composition is segmented into individual algal cells that can independently adhere to the tooth surface. This segmentation allows the composition to cover irregular tooth surfaces effectively and provides redundant adhesion points, ensuring sustained protection even if some cells detach. The microscopic size of individual cells enables penetration into microscopic surface irregularities.
3Reliability
If genetically modified algae expressing antimicrobial peptides are used, then enhanced antimicrobial properties are achieved, but the complexity of the composition increases
Solution Approach 1:
The algae are genetically modified to produce their own antimicrobial peptides, making them self-sufficient in their protective function. The algae serve dual purposes: adhering to the tooth surface and simultaneously producing antimicrobial substances that kill or inhibit bacteria. This self-service capability eliminates the need for separate antimicrobial agent applications, simplifying the overall treatment regimen despite the genetic modification complexity.
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 algae composition significantly reduces plaque on animal teeth within 24 hours, offering a natural and effective solution to dental health issues by adhering to teeth and providing antimicrobial properties, thereby preventing the formation of biofilm and calculus.
Implementation Method 1
adhering to teeth and providing antimicrobial properties
Implementation Method 2
genetically modified to express antimicrobial peptides, providing a natural, non-toxic, and long-lasting solution for reducing plaque and calculus
Data Source
AI summary
Dental compositions that comprise algae are disclosed. Methods of use of the dental compositions, including methods of reducing plaque on at least one tooth of an animal using the dental compositions, are also disclosed.