top of page

BradyGlove 

 

Project Name: BradyGlove 

 

Device: 1st prototype of BradyGlove, web-enabled device for tracking hand motor movements

 

Purpose: Medical Diagnostic Tool for Parkinson Disease

 

Project Goals:

  • Precise measurements

  • Track all the hand movements

  • Low cost

  • Web-enabled

 

Features: 

  • 3-axis Accelerometer

  • Finger sensors

  • Bluetooth 2.1 module

  • Touch screen frienldy

  • Mini-USB for data or charging purpose

 

Basic Use: 

The patient wears the glove at home, connects it to a smart device (smart phone, tablet or computer,etc) via Bluetooth and launches the appropriate application. He should follow very simple instructions in order to complete all the UPDRS assessments. Then, he can share all the collected data with his doctor.

 

The doctor can study the weekly data from the glove as well as the collected statistics and then take decisions about the dosage of dopamine or other drug that might be helpful for the patient. 

 

 

Benefits:

  • Objective and precise measurements

  • Remote and real-time patient monitoring

  • Meaningful data for doctors 

  • Precise drug dosage means less side effects

  • Extention and better quality of life for patients

  • No need for frequent visits to doctor 

​

Other uses:

If we see the BradyGlove 2 as an interface between the human and any machine, we can expand its functionality as a controling device for robotic or virtual interfaces. Also, it could be used as a remote unit for surgery operation.

 

Development Stages

Final stage of BradyGlove developement at New Media Medicine group

laboratory at the MIT Media Lab

Electronics almost fitted in the enclosure but need for more careful wiring

All the sensors fitted on the fabric

Building glove's electronic interfaces 

Many fabric cuts and pastes and sewing conductive materials 

Starting from scratch, developing the iniial device firmware

Sensors evaluation and positioning study

bottom of page