BIO IN (1)
Transcript of BIO IN (1)
BIO INBIOSENSOR FOR
MONITORING INSULIN FROM SALIVA
GROUP OF
HOANG QUOC KHANH
NGO XUAN QUANG
DOAN PHAN THAO CHI
CONTENTS
• CEMIS-Oulu Measurement Technology Unit.
• Biorsensor measurement introduction.
• BIO IN Project.
• Canvas Business model – Product Development.
CEMIS-OULU
• Measurement technology unit.
• An independent department at the university of Oulu , Finland – one of the largest and
multidisciplinary science universities in Finland.
• Strong expertise in:
• Development of applied analytical/bioanalytical methods.
• Electrochemical and SPR biosensor.
• Specialized in non-invasive monitoring of physiological biomarker in saliva and sweat.
BIOSENSOR MEASUREMENT
Biosensor
Sensitive
Fast Cheap
The biosensor have worked on application in the
fields of :
• E-Health
• Point of care diagnostic
• Home diagnostic
• Sport
• Occupational health
• Elderly care
• Monitoring pharmaceutical residues
BIO IN PROJECT
Project’s Objectives:
Develop a commercial non-invasive point of care measurement device.
Measure a person’s insulin level from salvia.
Elevated insulin level
an early indicator of metabolic changes.
A preventative action can be initiated before the onset of Type 2 diabetes.
THE SITUATION AND BIO IN
387 million people
have diabetes plus
most half of these do
not even know they
have the disease
1,4 billions overweight
and obese people who
are at risk of
developing Diabetes
10% healthcare funds
are spent on the
diabetes.
The bio in – effective and simple device that
can help people before it is too late .
CLOUD
The measurement
device
Smartphone
PRODUCT DEVELOPMENT
Using canvas business model.
Key Partners
Key Activities.
Key Resources.
Value Propositions.
Customer Relationship.
Channels.
Customer Segments.
Cost Structure.
Revenue Stream.
KEY PARTNERS
KEY
PARTNERS
Buyer-supplier relation
School healthcare
system
Nation healthcare system/individual
hospitals
Apothecaries
KEY ACTIVITIES
Find and receive funding for product development/production/testing.
Creating relationship with healthcare systes and others key partners.
Developing the product and moblie app.
Creating international connections to possible target countries (usa, germany,…).
Rereach on the distribution channels plus find these which are effective.
Creating the marketing campaign (show the outstanding features of the product and
the organization’s image).
Getting feedback from the partners/consumers for further development.
KEY RESOURCES
VALUE
PROPOSITIONS
Reliable
Peace of mind
Portable
Low manufacturi
ng costs
Easy to use
accessibility
Risk reduction
New technology
Personalized
CUSTOMER RELATIONSHIP
• Primarily use is self service with heavy focus on automated services trough mobile app,
community services possibly created with website and app’s features.
• Using the reading device and the strips to read the insulin levels are self-service type of conduct.
• Personal information (age, weight etc. Habits, ways to monitor the progress, reminders) creating
automated services.
• Community services could be created through website and mobile apps own features.
CHANNEL
Pharmacy School/job health
care systems
General health care
systemInternet/app store
CUSTOMER SEGMENTS
Families parent/s have diabetes (kids).
Education system (nurse office).
Health care system.
Job related healthcare system.
Individuals who have risk of diabetes (obesity, heritage).
Pregnancy (maternity ward, women in labor).
COST STRUCTURE
• Most important costs: product development, testing,
production.
• Other important costs: marketing, salaries.
• Minor costs: distribution, warehousing.
REVENUE STREAMS
• Revenue comes from sold goods to various customer segments.
• Goods are sold straight to the customer or business partner, Health
care systems, pharmacy, schools.
• Mobile application should be free or come with the first purchase.