Fabric of Digital Life Archive

Publication Title

Journal of Diabetes Science and Technology

Publication/Creation Date

July 1 2010

Description

Currently, diagnosis of patients with postural instability relies on a rudimentary clinical examination. This article suggests an innovative, portable, and cost-effective prototype to evaluate balance control objectively.

HCI Platform

Wearables

Relation to Body

Related Body Part

Waist, Calf

Augments

Diagnosing

Technology Keywords

Microelectronical Sensors, Accelerometers, Gyroscopes, Triaxial Magno-Meters, WiFi, Battery, Sensory Feedback, Sway Velocity Sensor, Center Of Mass (COM) Motion Sensor, Anterior-Posterior Motion Sensor, Medial-Lateral Motion Sensor

Keywords

Balance, Diabetic Peripheral Neuropathy, Diabetes, Healthcare, Medical Diagnoses

Marketing Keywords

Balansens, BioSensics, Rosalind Franklin University, Bluetooth

Source

https://www.ncbi.nlm.nih.gov/pmc/articles/PMC2909506/

Date archived

May 26 2017

Last edited

July 5 2021

How to cite this entry

Bijan Najafi, Deena Horn, Samuel Marclay, Ryan Crews, Stephanie Wu, James Wrobel. (July 1 2010). "Assessing Postural Control and Postural Control Strategy in Diabetes Patients Using Innovative and Wearable Technology". Journal of Diabetes Science and Technology. Journal of Diabetes Science and Technology. Fabric of Digital Life. https://fabricofdigitallife.com/Detail/objects/2101

Assessing Postural Control and Postural Control Strategy in Diabetes Patients Using Innovative and Wearable Technology