HealthUp / MySpiroo - Respiratory Innovation Summit

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Self-monitoring and patient empowerment plays a pivotal role in the digital health revolution. 1. Global Initiative for
HealthUp / MySpiroo

Patient Focused, Digital Respiratory Disease Management System B E T T E R C O N T R O L OF A S T H M A A N D C O P D

www.myspiroo.com

Team

Challenge



Respiratory diseases are among top 4 1,2 causes of death



Up-to 80% of patients are underdiagnosed and sub-optimally treated3



Spirometry, the basic diagnostic method, is not accessible for home use and limited for many GPs3

1. Global Initiative for COPD, 2017 report; 2. WHO, 2017 report; 3. CHEST 2015; 148(4):971-985;

Opportunity •

Large market: • 550 million patients • 1 million HCPs • 80.000 patients in clinical trials / year



Exponential growth of smartphone use among patients and physicians



Self-monitoring and patient empowerment plays a pivotal role in the digital health revolution www.myspiroo.com www.myspiroo.com

Respiratory Disease Management System components Software/Service

Hardware

Data

AI Lung Diagnostics & Monitoring

Ambient Environment Monitoring

Comprehensive Cloud-based Data platform

Hospital grade spirometer

Web-based dashboard

Easy-to-use

Air quality compounds influencing asthma exacerbations

Instant data upload

Two versions: 1. Charging station for any mobile device 2. On-the-go, mobile device

All-in-one (treatment, diseases, living conditions, online consultations), for optimal disease management

2 Dedicated Smart Mobile Apps 2 PLAFTORMS Patient app (iOS&Android) Lung function diary Digital asthma action plan Instant data upload (cloud) ERS/GLI norms Doctor app (Android) Built-in diagnostic criteria Automated diagnostic pathways Multiple patient records

Decision Support & Predictive Algorithms AI system engine for personalised: exacerbation predictive models medication reminders drug titration Decision support algorithms for diagnosis of COPD Disease phenotyping

Product Design

Full spirometry FVC FEV1 FEV1/FVC PEF FEF 25, 50, 75 Flow-Volume curve

Heart Rate HR sensor SpO2 sensor www.myspiroo.com

Momentum “To become the Apple of respiratory care”

Dream

First Prototype

1st strategic partner

Seed Funding

2014

2015

2016

Idea & first sketches

R&D IT Development

Investment JPIF $1.1M

ISO & CE

FDA Submission

MySpiroo Production

Online Platform

BETA testing

Clinical Trial

COPD screening

2018

2017 • •

• •

Patent pending Registration as Class IIa Medical Device CE & ISO 13485 ATS/ERS criteria met

FDA submission

First serial production



• • •

Cloud-based data platform Doctor app Patient app Start first Clinical Trial

• • • •



First pharma partner Beta testing (MDs) COPD screening Meeting in Cupertino (Apple) First medical diagnosis

Problem: Asthma Team

Solution

Key challenge:

Daily collection of respiratory parameters & environmental data by companion devices in asthma management

Mainly Due to: • Poor therapy adherence stemming from inhaled corticosteroid (ICS) side effects

Patient app displays result and advises according to a personal asthma action plan that allows to titrate doses & reduce drug side effects

Frequent exacerbations



Delayed ICS dose titration based only on symptoms



No immediate access to healthcare professionals



Lack of modern tools for self management, “pen&paper” still dominate

Lung function and environmental data instantly available for a physician to prevent exacerbations

AI

Exponential growth of real-life health database allowing for AI learning and prediction modeling www.myspiroo.com

Home spirometry

Team

Methodology:

Steep learning curve to correct selfspirometry d 
 one by patient at home 100% 80%

Can the patient perform 
self-spirometry independently at home? 
(Primary End-Point)



46 patients completed follow-up



Follow-up: 21 days



Efficacy primary end-point, at least 3 correct examinations within a week of follow-up

2%

n=46 pts

Outcome:

60%

40%

20%

0% 1 3 5 7 9 11 13 15 17 19 21 Follow-up (days)

Unpublished data from home self-spirometry trial



1680 days of patient follow-up



4878 measurements in 1204 exams



4,1 measurement per exam



Short and steep learning curve



98% of patients are able to perform good quality self-spirometry at home

98%

No

Yes

n=1204

www.myspiroo.com

Problem: Chronic Obstructive Team Pulmonary Disease (COPD)

Solution

Key challenges:

Screening questionnaire to identify individuals with high risk of COPD

Large underdiagnosis makes COPD the 4th leading cause of death Diagnosed

n=30,100

Underdiagnosed

100 75

72

50 25 0

28 Spain

65

69

91

75

80

86

82

16

18

Brasil

Canada

50

35

31

25

20

China

Germany

Poland

UK

9 Turkey

50

USA

Spirometry with bronchodilation tests followed by automated result interpretation and decision support at GP’s office

Mainly due to: •

Lack of active spirometry screening at primary care facilities



Difficult diagnostic pathways involving complicated calculations and algorithms

*Global Initiative for COPD, 2017 report; **WHO, 2017 report; ***CHEST 2015; 148(4):971-985

Instant upload of the diagnostic report to EHR or print out for medical records

www.myspiroo.com www.myspiroo.com

COPD screening Pilot - preliminary results

Team

Screened patients for lung 
 obstruction Underdiagnosed Diagnosed (n = 215) 100%

75%

75% 50%

25%

25% 0%

Poland

}

Methodology:

Underdiagnosed 100%

31 %

75%

Diagnosed



21 participating GPs



21 MySpiroo distributed



3 weeks active testing

52%

Outcome:

69 %

50%

25%

Obturation No obturation

48%

0%

Poland



215 screened patients



66 newly diagnosed obstructions



Cost of pilot: 5K EUR / 9 weeks



Cost of one newly diagnosed patient: 25 EUR

www.myspiroo.com

Supported by International Team Scientific Advisory Board

Professor Sebastian Johnston, Imperial College, London, UK Professor Norbert Krug, Institute for Toxic. and Experimental Med., Hannover, Germany Professor Adnan Custovic, Imperial College, London, UK Professor Tim Harrison, University of Nottingham , UK Dr. Andrei Malinovschi, Uppsala University, Sweden Dr. Rene Aalbers, University of Groningen, The Netherlands Prof. Piotr Boros, Institute of Pulmonary Disease and Tuberculosis, Warsaw, Poland Dr Maciej Kupczyk, Medical University, Lodz, Poland Dr. Piotr Dąbrowiecki, WIM, Warsaw, Poland

www.myspiroo.com

Source of revenues Team • • •

• • •

• • •

B2C Device sale to patients and doctors Platform subscription Up-selling

COPD screening with Pharma Clinical trials with CROs Data base access

Total available market

Target market





> 550 million patients > 1 million Family doctors*



> 10 million Family doctors





80k patients / year in clinical trials > 6.5 million patients**







> 6.5 million patients** > 100k GP doctors*

B2B

Big data analysis / behavioural models Pharma and med-tech Big data integrators Insurers/healthcare payers



Data access & reports on >6.5 million patients and > 1 million doctors





> 900k* GP doctors 40k patients / year in clinical trials > 6.5 million patients**

Data access & reports on >6.5 million patients and > 1 million doctors

www.myspiroo.com www.myspiroo.com

MySpiroo growth strategy Team Time frame

0 - 12 months

13-60 months

Strategic objective

To prove MySpiroo marketability and confirm the business model

Paradigm shift in respiratory disease management (asthma&COPD)

Focus areas

Enrollment into clinical trials (CT) with CROs COPD screening with Pharma (3 EU countries) First asthma patients enrolled by HCPs

Delivering clinical outcomes Expanding sales via the selected channels Building consumer data base Building predictive algorithms and add-on services

Deliverables

MySpiroo used in key drug CTs 3 pilot project with Pharma for COPD screening Min. of 300 paying users with asthma

A large data base of patients (> 10.000) Predictive algorithms Disease management ecosystem (SaaS)

www.myspiroo.com www.myspiroo.com

MySpiroo vs. Competitors - summary

Area

Function

MySpiroo

Spirobank

Micro Diary

Spirotube

Nuvoair

GoSpiro

WING

Full spirometry Performance Low-flow accuracy Disposable turbines only

No need for calibration

Software

Disposable turbines only

Separate, customisable apps for MDs & patients COPD /asthma 
diagnostic module Apps for iOS & Android Instant data upload to telehealth platform Digital asthma plan Digital spirometry assistant (coach) Charging

Stand alone device

NFC

USB

USB

USB

Cable

USB

Cable

User experience Affordable price (