Dog Aid: Chew Deterrent Wound Dressings
CSEF · 2019 Mammalian Biology Honorable_mention Award
Overview
Objectives The objective of this project is to utilize a dog's high sense of smell as the solution to creating an improved method of treating their wounds and injuries. By combining natural essential oils with traditional wound dressings, I wanted to create new devices or methods that are more effective than "dog cones" at preventing dogs from aggravating their injuries and prolonging recovery times. Methods Peppermint and Lemon Essential oils, plaster, adhesive bandages, and aluminum sheets. Added essential oils to bandages and created casts to test the effectiveness of scents, even with temptations that dogs are not willing to resist. Results Several dogs were tested using their preferred treats to see how resistant they would be toward the specific scents. These trials were repeated in order to see just how persistent each dog was. When each dog could no longer withstand the scent's aroma, they would no longer attempt to get to the treat. Conclusions The trials taken in testing have proved that dogs can show resistance, even when they are tempted with an aliment of their liking. It is to be concluded that dogs can show the same amount of resistance when faced amoung a wound that they want to chew at.
Summary statement
My project is corely based on finding ways to stop dogs from chewing at their wounds because it can slow down the healing process, or stop it entirely.
Help received
Michael Kessler and Mrs.Price.
Awards (1)
- Honorable Mention
Competition history
- CSEF 2019
Resources
Related projects
JSHS · 2025
Year 2 Study - EcoPatch: Innovative Biodegradable Band -aids to Assess the Efficacy of Quercetin and Amoxicillin in Wound Care Application
CSEF · 2010
Dog's Drool: Is It Cool? Dog Saliva vs. Neosporin in Killing Bacteria
ISEF · 2022
Silk Fibroin-Coated Drug-Eluting Sutures
ISEF · 2019
Novel Membrane for Wound Dressing Applications
CWSF · 2026
Derma-Heal: A Natural, pH-Indicating Antimicrobial Treatment for Accessible Wound Care
AJAS · 2020
Synthesizing Antimicrobial and Oxygen Permeable Films for Improved Wound Healing
CSEF · 2018
Healing the World One Shrimp at a Time
ISEF · 2016
Development of Wound Dressing Product from Giant Sensitive Plant (Mimosa pigra) and Fermented Tako Extract (Diospyros rhodocalyx)
Closest projects by meaning, across every fair and year in the corpus.
Browse more like this
Source: California Science & Engineering Fair public projects