Details

Project TitleDehydration Detection Pacifier
Track Code4594TEES17
Short DescriptionNone
AbstractNone
 
Tagsdehydration, dehydration detection, health and safety, infant care, medical devices
 
Posted DateMar 2, 2017 11:08 AM

TAMU 4594 One Pager

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Dehydration Detection Pacifier

Overview

Dehydration is a dangerous health condition that can affect all organ systems, since the human body is made up of primarily water. Babies and toddlers are a particularly vulnerable patient group due to their inability to communicate. Even older children or adults can die if dehydration remains undetected and untreated. There are no point-of-care tools on the market today that can be used to continuously detect and quantify hydration levels in a non-invasive manner. Hydration levels are currently evaluated qualitatively in the clinic by a physician or quantitatively using invasive, time consuming, and expensive test methods requiring a health professional. However, once a patient starts exhibiting symptoms, they are already at dangerous levels of dehydration.



		TAMU 4594 Technology Picture

Technology

The dehydration detection device monitors hydration status in a user by analyzing conductivity of saliva based on sodium concentration. The dehydration detection device includes a sensor or probe portion that is positioned to come into contact with the user’s saliva. Once the sensor or probe is in contact with the user's saliva, conductivity of the saliva is measured by a conductivity circuit and a microcontroller analyzes the data. Once the data is analyzed, the device outputs a signal via an LED or smartphone application to inform the user of hydration status.

Advantages

  • Non-invasive, simple-to-use, familiar interfaces
  • Safe to use with babies and toddlers
  • Continuous monitoring
  • Remote notification through wireless signaling capabilities

Applications

  • Baby & toddler safety
  • Athlete hydration monitoring
  • Emergency medical quantitative diagnostic

Stage of Development

  • Tested each component in lab; developed and tested prototype.

Lead Inventor

    Magy Avedissian
    Petroleum Engineering

    Jose Wippold
    Biomedical Engineering

    Grace Fletcher
    Biomedical Engineering

    Scott Herting
    Biomedical Engineering

    Nga Tang
    TAMHSC College of Medicine

Patent Status

    Patent Pending

For licensing information, please contact:


Sheikh Ismail, Ph.D.
Licensing Associate
Texas A&M Technology Commercialization
smismail@tamu.edu
(979) 862-3273
Docket: TAMU 4594

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