This document presents a project to develop a non-invasive blood glucose monitoring device. It is being developed by a team of 6 students from various engineering departments at Salem College of Engineering and Technology, under the guidance of their mentor Manju R. The document outlines the background and significance of diabetes, existing blood glucose testing techniques, problems with current invasive methods, and their proposed solution - a compact, battery-operated, painless device that uses near-infrared light to measure blood glucose levels non-invasively. It discusses the working mechanism, advantages, budget, potential applications and concludes by summarizing the benefits of developing a comparative non-invasive technique.
2. CONTENTS….
Introduction
Existing techniques
Problem Statement
Abstract
Work plan
Feasibility
Sustainability, Practicability
Scale of impact
Future work
Conclusion
3. INTRODUCTION
Food habits.
Overweight, obesity, and physical inactivity.
Insulin resistance.
Genes and family history.
CAUSES OF DIABETES
Diabetes is referred as a chronic disease
characterized by high levels of sugar (glucose) in
the blood.
Diabetes affects 25.8 million children and adults in
the united states.
4. SIGNS OF DIABETES
•
• Vaginal
infections
• Nausea and
vomiting
• In some
cases, there
will be no
symptoms
• Slow
healing
wounds
Excessive
thirst &
hunger
Painful
and
frequent
urination
Blurred
vision
Weight
loss (or)
gain
6. EXISTING TECHNIQUES
TYPES
Type I
Invasive
Type II
Minimally
Invasive
Type III
Non-
Invasive
I. Involving entry into
the body through
small incisions.
II. Stability.
III. Risk of infection.
I. Involving entry into
living body.
II. Accuracy.
III. Painful.
I. That does not cut
the skin and enter into
the body.
II. Painless.
III. Infection less.
7. Glucometers are invasive and the process is painful till
date.
Having a Glucometer just like Pulse-oxymeters, which is
non-invasive & accurate is a big requirement.
A compactable and battery operated device is not feasible.
To develop a Non-invasive, Battery operated - Small and
portable device.
Cost effective – Robust.
To develop an optional energy accessible device.
8. India is termed as the “Diabetic capital of the world”, as it is one of the
lives harming disease in the world.
Survey ensures that over 30 million people including adults and elderly
have now been diagnosed India with diabetes (R.A Bud et.al).
Addressing those demerits our research will provide a pathway to
develop a portable and non invasive device where people can carry
anyway and also the usage of rural people can be easily accessible.
Being considering the benefits of non-invasive device it will aid a
painless procedure to determine glucose level in blood additionally.
As a recommendation of above followed beneficial device, our work will
be focused on designing a compactable hardware device using infrared
signal.
9. Transmitter (LED 1550E)
Sample (Finger)
Receiver (Photodiode FGA10)
Microcontroller (Ardiuno Uno board)
Near Infra Red (600-800nm)
LCD display
11. I
• Accuracy , Stability
• Portable
II
• Compact , Reliable
• Cost effective
III
• Painless
• Convenient for patient
12. Wireless
Device
Long
Durability
Peak &
Low Level
can be
Measured
Accurately
measured
Optional
energy
accessibility
Affordable for
patient.
It is painless for
patients.
Tested in humans
with favorable
results.
16. Comparatively non-invasive technique has many
advantage from an invasive or minimally invasive
technique.
This technique will be affordable as a painless and
easy portable device.
The devices will be accessed as a comfortable one
since it does not harm the patient
Infection free device.
17. [1].Mitra Mohd Addi, Universiti Tecknologi Malaysia, “A Portable Non-
Invasive Glucose Monitoring Device” . Dec 2013.
[2].K A Unnikrishna Menon, Deepak Hemachandran, Abhishek T K, “A
Survey on Non-Invasive Blood Glucose Monitoring Using NIR”. Apr
2013.
[3].Mohammed Shahriar Arefin, Adnan Hossain Khan, Rabiul Islam,
Chittagong University of Engineering and Technology “Non-Invasive
Blood Glucose Determination using Near Infrared LED in Diffused
Reflectance Method”. Dec 2018.
[4].Evgenia L. Litinskaia , Nikolay A. Bazaev, Kirill V. Pozhar, Viktor M.
Grinvald, “Methods for improving accuracy of non-invasive blood
glucose detection via optical glucometer”.Feb 2017.
[5].Peter H. Siegen, Adrian Tang, Gabriel Virbila, Yanghyo Kim , M.C.
Frank Chang, Victor Pikov, “Compact non-invasive millmeter-wave
glucose sensor”. Aug 2015.