+ All Categories
Home > Documents > FinnGen ecosystem projects: PreMed ecosystem projects...PreMed –data-driven precision medicine...

FinnGen ecosystem projects: PreMed ecosystem projects...PreMed –data-driven precision medicine...

Date post: 13-Oct-2020
Category:
Upload: others
View: 6 times
Download: 0 times
Share this document with a friend
15
FinnGen ecosystem projects: PreMed Jaakko Lähteenmäki 4.12.2019, Biomedicum, Helsinki www.vtt.fi/premed
Transcript
Page 1: FinnGen ecosystem projects: PreMed ecosystem projects...PreMed –data-driven precision medicine ecosystem Time span: May 2017 - December 2020 Budget: 1166 k€ Funding: Business Finland,

FinnGen ecosystem projects:PreMed

Jaakko Lähteenmäki

4.12.2019, Biomedicum, Helsinki

www.vtt.fi/premed

Page 2: FinnGen ecosystem projects: PreMed ecosystem projects...PreMed –data-driven precision medicine ecosystem Time span: May 2017 - December 2020 Budget: 1166 k€ Funding: Business Finland,

Data-driven precision medicine opportunity

2

Data exploitation

National registers

Patient recordsSocial servicescustomer data

Personal health services

Research registers

Population surveys

Biobankresources

Pharma & diagnostics

Food and nutrition

Healthcare

Personal devices & apps

VTT – beyond the obvious4.12.2019

Page 3: FinnGen ecosystem projects: PreMed ecosystem projects...PreMed –data-driven precision medicine ecosystem Time span: May 2017 - December 2020 Budget: 1166 k€ Funding: Business Finland,

PreMed – data-driven precision medicine ecosystem Time span: May 2017 - December 2020

Budget: 1166 k€

Funding: Business Finland, VTT, Companies

Overall objective:

• promote the development of a data-driven precision medicine ecosystem in Finland

Detailed objectives:

• collect and disseminate information of on-going national and international activities

• assess precision medicine ecosystem needs and bottlenecks

• identify new business strategies and models

• provide recommendations to public bodies

• carry out a biobank study to assess the relevance of exploiting pharmacogenomics

in a clinical use case

3

Exploitdata fromFinnGenproject!

• interviews• system

simulation

http://www.vtt.fi/premedVTT – beyond the obvious4.12.2019

Page 4: FinnGen ecosystem projects: PreMed ecosystem projects...PreMed –data-driven precision medicine ecosystem Time span: May 2017 - December 2020 Budget: 1166 k€ Funding: Business Finland,

Health & socialservicessoftware

Healthcaresystem

Data controller

Pharmaceutical company

Food and nutrition company

Data management and analytics provider

CitizenPersonalized food products

EHR&PHR solutions

New medicines forright patients

Point-of-care testingsolutions

ICT company

Remote monitoringsolutions

Data management and analytics services

Research & analyticsresults

Data

Data Research services

Diagnosticscompany

Partners and ecosystem rolesin PreMed project

Healthcare services

Research &analyticsresults

Fazer

4.12.2019

Page 5: FinnGen ecosystem projects: PreMed ecosystem projects...PreMed –data-driven precision medicine ecosystem Time span: May 2017 - December 2020 Budget: 1166 k€ Funding: Business Finland,

Active tasks and contributors in 2019-2020

5

Task 9: Management

Task 8: Networking & Dissemination

Task 7: Biobank study - research

Task 6: Biobank study – organisation

Task 3: System analysisPeter Ylén

Tomi Sorasalmi

Anna-Leena Vuorinen

Juha Pajula

Jaakko Lähteenmäki

Jari Ahola

Mark van Gils

Richard Fagerström

VTT – beyond the obvious4.12.2019

External advisors

Kari Harno, UEF

Mika Lehto, HUS

Mikko Niemi, UoH and HUS

Tanja Nieminen, Medaffcon Oy

Page 6: FinnGen ecosystem projects: PreMed ecosystem projects...PreMed –data-driven precision medicine ecosystem Time span: May 2017 - December 2020 Budget: 1166 k€ Funding: Business Finland,

PreMed – biobank study use case: pharmacogenomics

VTT – beyond the obvious6

EHR + genotype data

Decision on best drug and drug dose for the patient using all availabledata (incl. genotype)

4.12.2019

Page 7: FinnGen ecosystem projects: PreMed ecosystem projects...PreMed –data-driven precision medicine ecosystem Time span: May 2017 - December 2020 Budget: 1166 k€ Funding: Business Finland,

Pharmacogenomics example:

CYP2C9 gene variant association with warfarin

7

CYP2C9gene

chromosome #10 CYP2C9*1

wild type(normal)

CYP2C9*2

or

CYP2C9*3

allele

~35% of

Finnish

population

• Slower metabolism of warfarin• Increased

anticoagulation effect• Increased risk of

bleeding with normal warfarin dose

Research questions

• How much the risk for bleeding is increased in the Finnish population?

• Is it clinically and economically relevant to do a genome test to adjust the medication dose?

VTT – beyond the obvious4.12.2019

Page 8: FinnGen ecosystem projects: PreMed ecosystem projects...PreMed –data-driven precision medicine ecosystem Time span: May 2017 - December 2020 Budget: 1166 k€ Funding: Business Finland,

PreMed PGx study:Pharmacogenomics of antithrombotic drugs

Overall goal: investigate the feasibility of using genome data in the context

of antithrombotic therapy

• Gain evidence on the association between gene variants and

anticoagulation control of warfarin therapy.

• Assess the clinical and economic impact of using genotype data in

guiding warfarin therapy.

• Explore potential genotype-phenotype associations in the context of

antithrombotic therapy in general

• To assess the current usage of pharmacogenetic information in the

context of antithrombotic therapy.

8VTT – beyond the obvious4.12.2019

Page 9: FinnGen ecosystem projects: PreMed ecosystem projects...PreMed –data-driven precision medicine ecosystem Time span: May 2017 - December 2020 Budget: 1166 k€ Funding: Business Finland,

Needed data resources for the PreMed PGx study

Genome data from biobanks

EHR data from hospital data lakes (via biobanks)

Laboratory data

THL register data (Hilmo&Avohilmo)

Kela register data (drug purchases)

9VTT – beyond the obvious4.12.2019

Page 10: FinnGen ecosystem projects: PreMed ecosystem projects...PreMed –data-driven precision medicine ecosystem Time span: May 2017 - December 2020 Budget: 1166 k€ Funding: Business Finland,

Application

1 /2019

2 /2019

3 /2019

4 /2019

5 /2019

6 /2019

7 /2019

8 /2019

9 /2019

10 /2019

11 /2019

Ethicalboard

HelsinkiBiobank

Auria Biobank

THLBiobank

THLRegistry

Kela

Progress of data collection

10

planned

realized

continuing application submission

positive decision

MTA ready

adjustment requested

MTA signed

Data delivery

waiting THL registry permit

waiting THL registry permit

waiting THL registry permit

Page 11: FinnGen ecosystem projects: PreMed ecosystem projects...PreMed –data-driven precision medicine ecosystem Time span: May 2017 - December 2020 Budget: 1166 k€ Funding: Business Finland,

Ecosystem simulation approach

11

Companies exploiting data or derived results:- pharma- diagnostics- food- medical devices - ICT- EHR/PHR

software

data/samples

Data and biosample resources:- biobanks- health and

social care registers

Centralized access services:FindataFINBB

Centers of excellence

Public investments

Research services

Academic research

Support services (omics, data management and analytics, software)

data/samples

fees&enrichment

fees&enrichment

results

fees

knowledge

feesservicesfeesservicesfeesservices

Healthcare system

Citizen

products/services

Societal/economic benefits

Data-driven precision medicine ecosystem

Page 12: FinnGen ecosystem projects: PreMed ecosystem projects...PreMed –data-driven precision medicine ecosystem Time span: May 2017 - December 2020 Budget: 1166 k€ Funding: Business Finland,

Model implementaion in Vensim™ tool

Biobank Service feesfrom commercial

projects

Publicinvestments in

biobanks

Publicinvestments

in serviceoperator

Service operatorservice fees

+

Available dataresources for

secondary use

Data andsamples inBiobanks

Serviceoperator

(FINDATA)progress

Service operatordevelopment

R&D projects

+

Delay in research proposalevaluation and data acquisition

(data permit application)

R&D projectsending succesfully

R&D projects endingwithout new products

R&D projectswaiting to

startR&D projects

startsR&D projectproposals

Companies'Ability to

Exploit Data

Availability andcompetence of

support services

Increase insupport services

Biobank and serviceoperator unit price per

data

+

effect of delay onwillingness of R&D

start

Perceived benefitsof R&D projects

R

biosamples anddata to biobank

Total investments inbiobank consents

projectsuccess ratio

+

r&d projectduration

-

Effect of R&D coston project start

+

efficiency serviceoperator

development

ref cost

ref delay

Registerdata

register datageneration

Data generation inhealth and social service

processes

ref successratio

efficiency of publicinvestment on support

services

+

init registerdata

Ref bio data

init serviceoperator progress

init data andsamples in biobanks

effect serviceoperator on

delay

minimumdelay

<TIMESTEP>

max serviceoperator

developmentrate

Enrichingdata

Data andanalyticsusers in

academicresearch

Newacademicresearch

users

Research projectproposals

New academicresearch project

proposals

<Delay in research proposalevaluation and data acquisition

(data permit application)>

Effect ofavailable dataresources onacademic use

Init potential number ofresearch project starts

per year

Publications

newpublications

academicresearchending

Availability ofMyData

-

Effect of apublication oncompetence

center

publications perresearch project

Enriching perproject

effect of projectsuccess ratio on R&D

starts

Strength of R&Dcosts on project

starts

+

Data and analyticsR&D (RWE project

volume)

MEuro perproject

service operatorunit price per data

+

delaystrength

R

Init number ofproposals

Public investments insupport services

research

Public investments inNational Genome

Centre

Public investments incompetence center

Competence centerSupport for further

development ofresearch ideasDevelopment of

Competence center'ssupport ability

Availability ofGenome Centre

Services andData

Public investments insupport services BioIT

Support ServiceAvailability Ratio

+

Ref SupportService

AvailabilityRatio

+

Strenght ofSSAR onCAtED

Increase in GenomeCentre Services and

Data

Init availability ofgenome centre

Avg duration ofacademic rereach

project

Strenghtof CAtEDon PSR

SSARon/offswitch

+

Degradation ofcompetence center's

support ability

Labor intensity ofapplying data

Data integration capabilityALKUARVOKSI VAIKKA

50%

Effect of newpublications on R&D

ideas

Ref number ofpublications in a

year

Strength ofEoNPoRDI

Effect of investmentson Genome Centre

Init laborintensity

Strength of SOPon LIoBD

Effect of laborintensity onR&D project

ideas

Ref laborintensity

Strenght ofintegration

of data

Effect of CAtEDon PSR+

+

<ref successratio>

Project successratio on/off switch

Effect of publicinvestment oncompetence

centers

Strength of publicinvestment on

CCSffDoRI

Degradation timeof CCSA

Delay forcompetencedevelopment

Support servicedevelopment

+

Effect ofCCSfFDoRI onproject ideas

Sthrenght ofCCSfFDoRI

Delay for GenomeCentre servicedevelopment

Effect of GenomeCentre Availability on

NARPP

Strength ofEoGCA

Public investmentduration Biobanks

Public investmentstart time biobanks

Research projectplanning delay

Effect ofCCSfFDoRI onresearch ideas

R&D projectplanning delay

Obsolescence ofcompetencies

Strength ofCCSfFDoRI onresearch ideas

+

Degradationtime

-

Supportservice

availabilitygap

-

-

+

Adjustment time ofsupport servicedevelopment

publications perR&D project

Expectedobsolescence ofcompetencies+

+

-

R&D projectgrowth ratio

Init Researchproject proposals

Init Data and analyticsusers in academic

research

Research projectgrowth ratio

Init number ofR&D projects

Public investmentduration Supportservices research

Public investmentduration Support

services BioIT

Public investment starttime Support services

research

Public investment starttime Support services

BioIT

Public investments insupport servicesresearch policy

Public investments insupport services BioIT

policy

Public investments inbiobanks recruitments

policy

Public investmentduration competence

center

Public investmentduration service

operator

Public investment starttime service operator

Public investment starttime competence

center

Public investment starttime Genome Centre

Public investmentduration Genome

Centre

Public investments inNational Genome

Centre Policy

Public investments inservice operator Policy

Public investments incompetence center

Policy

Total biobankservice fees

+

Annual R&Dexpenditures

+

Annual R&Dexpenditures per

project

+

Biobankconsents

Potentialpersons inbiobank

Signign biobankconsent

Populationsize

Populationmultiplier

+

Resources toconsents

+

Public investments inAcademic Research

Public investment starttime Academic

Research

Public investmentduration Academic

Reserach

Public investments inAcademic Research

Policy

Biobank service feesfrom academic projects

+

Biobank servicefees for academia

+

+

Units of data perperson

Average number ofpersons in a biobank

project

Average number ofenriched data per person

per project

++

Dataaccumulation

Data accumulationunits of data perperson per year

Public investment inbiobank resources

Cancelingbiobank consent

External biobankconsent cancellation

Required resourcesneeded to get onesignature EURO

+

Ref requiredresources need for a

signature

+

+

R&D projectsending

++

Averagenumber ofdata perperson

Data removal

++

Init biobankconcents

Biobankconsent ratio

SOD start time

<Time>

Biobankconsent

collectioncapabilityConsent collection

capabilitydevelopment+

-

Learning bydoing divider

Init biobank consentcollection capability

HISTORY Publicinvestment in

biobanks

Required resourcesneeded to get onesignature MEURO

+

-

+

+

Potential number ofR&D data project starts

Share of potentialto data projects

Lookup shareof data

Effect of available dataon share of data

projects

Max amount ofdata

<Units of dataper person>

<Populationsize> Data

multiplier

Init data integrationcapability

Academicpublishing delay

Average expenditureof research project

Funding available fornumber of projects

Total number of potentialresearch project starts

per year

<Avg duration ofacademic rereach

project>

External biobankconsent cancellation

start time

External biobankconsent cancellation

duration

External biobankconsent cancellation

ratio

Funding availablefor starting projects

Euro toMEuro

VTT – beyond the obvious4.12.2019

Page 13: FinnGen ecosystem projects: PreMed ecosystem projects...PreMed –data-driven precision medicine ecosystem Time span: May 2017 - December 2020 Budget: 1166 k€ Funding: Business Finland,

Example of initial simulation results with limited model functionality

13

5

15

25

35

45

55

65

75

85

0 1 2 3 4 5

Vo

lum

e o

f R

WE

pro

ject

s (M

€)

Years

Investments in biobanks and service operator (5M€ + 5M€ per year)

Investments in biobanks (5M€ per year)

Investments in service operator (5M€ per year)

Baseline (no investments)

VTT – beyond the obvious4.12.2019

Page 14: FinnGen ecosystem projects: PreMed ecosystem projects...PreMed –data-driven precision medicine ecosystem Time span: May 2017 - December 2020 Budget: 1166 k€ Funding: Business Finland,

Conclusions and observations

Support of joint biobank projects needed

• joint services

• harmonization of processes and practices

• project organization and leadership

Improvement of registry data access needed

• high expectations towards Findata – attention needed for:

• sufficiency of resources

• relation with biobanking

• data anonymization process

Support for impact analysis needed

• ecosystem simulation model being developed

14VTT – beyond the obvious4.12.2019

Page 15: FinnGen ecosystem projects: PreMed ecosystem projects...PreMed –data-driven precision medicine ecosystem Time span: May 2017 - December 2020 Budget: 1166 k€ Funding: Business Finland,

4.12.2019

Jaakko Lähteenmäki

[email protected]

+358 405149869

@VTTFinland www.vtt.fi


Recommended