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Delta T: Addressing Patient Harm from Peripheral Stimulation in Neurologic Exams
- Program: Biomedical Engineering
- Course: EN.580.X12 BME Design Team
- Year: 2024
Project Description:
Patients admitted to the Neuro-ICU require assessments as often as every hour to determine their level of consciousness. When a patient does not respond to a non-injurious consciousness assessment method, the neurologic provider will use a form of repeatable noxious stimuli, such as pinching or sternal rubs, to elicit a response. However, this repeated physical stimulation leads to skin damage, aesthetic harm, increased hospital stay, and most importantly, a loss of trust in the neurologic providers from the patients’ loved ones due to a poor perception of care. Healthcare providers in the Neuro-ICU need a method of assessing consciousness levels of patients without causing skin irritation, or Local Skin Response, which refers to minimal skin irritation. Our team developed a device that leverages a noxious sensory illusion and conducted various tests to determine the set of parameters that optimized the pain response that provides insight on patients’ consciousness levels.
Project Photo:
DeltaT Logo: The symbol represents the greek letter ‘delta’, the first part of our team name, and this symbol drifts into the formation of the letter T.
Student Team Members
- Iralde Sicilia
- Natasha Porwal
- Kyle Cooper
- Vaishnavi Pinni
- Dennis Ngo
- Grace Qin
- Jeewoo Yoon
- Tanish Madan