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Biomarkers in Personalized Health(care) Prof Alain van Gool Head Radboud Center for Proteomics, Glycomics and Metabolomics Coordinator Radboudumc Technology Centers Head Biomarkers in Personalized Healthcare A changing world JDRF-HCT-IDS conference Chicago June 25, 2014

2014-06-25 JDRC Type 1 Diabetes, Chicago

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Discussed lessons learned from Biomarkers in Personalized Healthcare with the T1D community, organized by JDRF as part of the FOCIS2014 conference.

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Page 1: 2014-06-25 JDRC Type 1 Diabetes, Chicago

Biomarkers in Personalized Health(care)

Prof Alain van Gool

Head Radboud Center for Proteomics, Glycomics and Metabolomics Coordinator Radboudumc Technology Centers

Head Biomarkers in Personalized Healthcare

A changing world

JDRF-HCT-IDS conference Chicago June 25, 2014

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1991-1996 1996-1998 2009-2012

1999-2007 2007-2009 2009-2011

2011-now

2011-now

2

My mixed perspectives on personalized health(care)

8 years academia (NL, UK)

(molecular mechanisms of disease)

13 years pharma (EU, USA, Asia)

(Omics, biomarkers, personalized medicine)

2.5 years applied research institute (NL, EU)

(biomarkers, personalized health)

2.5 years university medical center (NL)

(Omics, biomarkers, personalized healthcare)

A person/citizen and family man

(EU, USA, Asia)

JDRF symposium Biomarkers for T1D FOCIS2014, Chicago

25th June 2014 Alain van Gool

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A changing world: Personalized Medicine @USA

“The term "personalized medicine" is often described as providing "the

right patient with the right drug at the right dose at the right time."

More broadly, "personalized

medicine" may be thought of as the tailoring of medical treatment to the individual characteristics, needs, and

preferences of a patient during all stages of care, including prevention,

diagnosis, treatment, and follow-up.”

(FDA, october 2013)

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JDRF symposium Biomarkers for T1D FOCIS2014, Chicago

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A changing world: Personalized Medicine @Europe

European Science Foundation 30 Nov 2012

4

Innovative Medicine Initiative 8 July 2013

European Commission Horizon2020 10 Dec 2013)

JDRF symposium Biomarkers for T1D FOCIS2014, Chicago

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Emerging: Personalized Healthcare in a systems view

Source: Barabási 2007 NEJM 357; 4}

• People are different • Different networks and influences • Different risk factors

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JDRF symposium Biomarkers for T1D FOCIS2014, Chicago

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Personalized Healthcare in a systems view

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JDRF symposium Biomarkers for T1D FOCIS2014, Chicago

25th June 2014 Alain van Gool

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Personalized Health(care) model

Ho

meo

sta

sis

A

llo

sta

sis

D

isease

Time

Disease

Health

Personalized Intervention

of patients-like-me

Big Data

Risk profiles of persons-like-me

Molecular Non-molecular Environment …

Personal profile

Selfmonitoring

Adapted from Jan van der Greef (2013)

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JDRF symposium Biomarkers for T1D FOCIS2014, Chicago

25th June 2014 Alain van Gool

Personalized Participatory Pre-emptive

Page 8: 2014-06-25 JDRC Type 1 Diabetes, Chicago

Personalized Health(care) model

Ho

meo

sta

sis

A

llo

sta

sis

D

isease

Time

Disease

Health

Personalized Intervention

of patients-like-me

Big Data

Risk profiles of persons-like-me

Molecular Non-molecular Environment …

Personal profile

Selfmonitoring

Adapted from Jan van der Greef (2013)

8

JDRF symposium Biomarkers for T1D FOCIS2014, Chicago

25th June 2014 Alain van Gool

Personalized Participatory Pre-emptive

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Example personal profile-based healthcare

{Chen et al, Cell 2012, 148: 1293}

Concept:

• Selfmonitoring (n=1)

• Routine biomarkers to alert

• Omics to explain

• Early intervention

9 JDRF symposium Biomarkers for T1D

FOCIS2014, Chicago 25th June 2014 Alain van Gool

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Selfmonitoring

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JDRF symposium Biomarkers for T1D FOCIS2014, Chicago

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However …

Knowledge and Innovation gap:

1. What to measure?

2. How much should it change?

3. What should be the follow-up for me?

JDRF symposium Biomarkers for T1D FOCIS2014, Chicago

25th June 2014 Alain van Gool

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Biomarker innovation gap

• Imbalance between biomarker discovery, validation and application

• Many more biomarkers discovered than available as diagnostic test

Discovery Clinical validation/confirmation

Diagnostic test

Number of biomarkers

Gap 1

Gap 2

JDRF symposium Biomarkers for T1D FOCIS2014, Chicago

25th June 2014 Alain van Gool

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Some numbers

Data obtained from Thomson Reuters Integrity Biomarker Module (April 2013)

Alzheimer’s Disease

Chronic Obstructive Pulmonary Disease

Type II Diabetes Mellitis

Eg Biomarkers in time: Prostate cancer May 2011: 2,231 biomarkers Nov 2012: 6,562 biomarkers Oct 2013: 8,358 biomarkers 24 Feb 2014: 9,240 biomarkers with 28,538 biomarker uses

EU: CE marking

USA: LDT, 510(k), PMA

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JDRF symposium Biomarkers for T1D FOCIS2014, Chicago

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Reasons for biomarker innovation gap

• Not one integrated pipeline of biomarker R&D

• Publication pressure towards high impact papers

• Lack of interest and funding for confirmatory biomarker studies

• Hard to organize multi-lab studies

• Biology is complex on organism level

• Data cannot be reproduced

• Bias towards extreme results

• Biomarker variability

• …

{Source: John Ioannidis, JAMA 2011}

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{Source: Khusru Asadullah, Nat Rev Drug Disc 2011}

JDRF symposium Biomarkers for T1D FOCIS2014, Chicago

25th June 2014 Alain van Gool

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Needed: open innovation in biomarker research

Standardisation, harmonisation, knowledge sharing needed in:

1. Assay development

2. Clinical validation

Shared knowledge, technologies

and objectives

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JDRF symposium Biomarkers for T1D FOCIS2014, Chicago

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Good example of multi-laboratory biomarker validation

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JDRF symposium Biomarkers for T1D FOCIS2014, Chicago

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And then … Translation to personalized action !

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Personal profile data

Knowledge

Understanding

Decision

Action

JDRF symposium Biomarkers for T1D FOCIS2014, Chicago

25th June 2014 Alain van Gool

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Systems view on metabolic health and disease β-cell Pathology

gluc Risk factor

{Source: Ben van Ommen, TNO}

Visceral

adiposity

LDL elevated

Glucose toxicity

Fatty liver

Gut

inflammation

endothelial

inflammation

systemic

Insulin resistance

Systemic

inflammation

Hepatic IR

Adipose IR

Muscle metabolic

inflexibility

adipose

inflammation

Microvascular

damage

Myocardial

infactions

Heart

failure

Cardiac

dysfunction

Brain

disorders

Nephropathy

Atherosclerosis

β-cell failure

High cholesterol

High glucose

Hypertension

dyslipidemia

ectopic

lipid overload

Hepatic

inflammation

Stroke

IBD

fibrosis

Retinopathy

Chronic Stress Disruption

circadian rhythm

Parasympathetic

tone

Sympathetic

arousal

Gut

activity

Inflammatory

response

Adrenalin

Heart rate Heart rate

variability

High cortisol

α-amylase

JDRF symposium Biomarkers for T1D

FOCIS2014, Chicago

25th June 2014

Alain van Gool

Page 19: 2014-06-25 JDRC Type 1 Diabetes, Chicago

Systems view on metabolic health and disease β-cell Pathology

gluc Risk factor

{Source: Ben van Ommen, TNO}

Visceral

adiposity

LDL elevated

Glucose toxicity

Fatty liver

Gut

inflammation

endothelial

inflammation

systemic

Insulin resistance

Systemic

inflammation

Hepatic IR

Adipose IR

Muscle metabolic

inflexibility

adipose

inflammation

Microvascular

damage

Myocardial

infactions

Heart

failure

Cardiac

dysfunction

Brain

disorders

Nephropathy

Atherosclerosis

β-cell failure

High cholesterol

High glucose

Hypertension

dyslipidemia

ectopic

lipid overload

Hepatic

inflammation

Stroke

IBD

fibrosis

Retinopathy

Chronic Stress Disruption

circadian rhythm

Parasympathetic

tone

Sympathetic

arousal

Gut

activity

Inflammatory

response

Adrenalin

Heart rate Heart rate

variability

High cortisol

α-amylase

JDRF symposium Biomarkers for T1D

FOCIS2014, Chicago

25th June 2014

Alain van Gool

{Nakatsuji, Metabolism 2009}

Page 20: 2014-06-25 JDRC Type 1 Diabetes, Chicago

Systems view on metabolic health and disease β-cell Pathology

gluc Risk factor

{Source: Ben van Ommen, TNO}

therapy

Visceral

adiposity

LDL elevated

Glucose toxicity

Fatty liver

Gut

inflammation

endothelial

inflammation

systemic

Insulin resistance

Systemic

inflammation

Hepatic IR

Adipose IR

Muscle metabolic

inflexibility

adipose

inflammation

Microvascular

damage

Myocardial

infactions

Heart

failure

Cardiac

dysfunction

Brain

disorders

Nephropathy

Atherosclerosis

β-cell failure

High cholesterol

High glucose

Hypertension

dyslipidemia

ectopic

lipid overload

Hepatic

inflammation

Stroke

IBD

fibrosis

Retinopathy

Physical inactivity Caloric excess

Chronic Stress Disruption

circadian rhythm

Parasympathetic

tone

Sympathetic

arousal

Worrying

Hurrying

Endorphins Gut

activity Sweet & fat foods

Sleep disturbance

Inflammatory

response

Adrenalin

Fear

Challenge

stress

Heart rate Heart rate

variability

High cortisol

α-amylase

Lipids, alcohol, fructose

Carnitine, choline

Stannols, fibre

Low glycemic index

Epicathechins

Anthocyanins

Soy

Quercetin, Se, Zn, …

Metformin

Vioxx

Salicylate

LXR agonist

Fenofibrate Rosiglitazone

Pioglitazone

Sitagliptin

Glibenclamide

Atorvastatin

Omega3-fatty acids

Pharma

Nutrition Lifestyle

JDRF symposium Biomarkers for T1D

FOCIS2014, Chicago

25th June 2014

Alain van Gool

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EC DG for Research and Innovation

Alain van Gool

Brussels, 11 Sept 2012

Relating tissue pharmacology – biomarker - therapy

JDRF symposium Biomarkers for T1D

FOCIS2014, Chicago

25th June 2014

Alain van Gool

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Translating knowledge to field labs

1. Implementation-plan ‘Personalized diagnosis of (pre)diabetic and their lifestyle treatment in Dutch Health care’.

2. Use of Oral Glucose Tolerance Test as a stratification biomarker for (pre)diabetic patients

3. Advice a tailored treatment (lifestyle and/or medical)

4. Monitor added value of stratification

5. Communicate results and lessons learned

Being implemented in 1st line care (region Hillegom, Netherlands)

Alliance “Expedition Sustainable Care,

starting with diabetes”

JDRF symposium Biomarkers for T1D

FOCIS2014, Chicago

25th June 2014

Alain van Gool

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healthy disease disease + treatment

Identify subpopulations in Personalized Healthcare

healthy disease disease + treatment

• Biomarkers in populations often have a wide range • Within this range, subpopulations can behave quite differently • Chemometric methods dealing with multiple biomarker data points are needed to

reveal such individual differences and enable personalized medicine • Leading to n=1 clinical trials

(Source: Jasper Engel, Lionel Blanchet, Udo Engelke, Ron Wevers and Lutgarde Buydens)

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Implementing Personalized Healthcare

Stratification by multilevel diagnosis

Exchange experiences in care communities

+ Patient’s preference of treatment

People are different

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Select personalized therapy

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Personalized healthcare

My keywords to move forward:

• Participation + collaboration

• Selfmonitoring

• Personal profiles

• System biology

• (Big) Data sharing

• Personal preferences

• Personalized therapies

• Lifestyle + Nutrition + Pharma

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JDRF symposium Biomarkers for T1D FOCIS2014, Chicago

25th June 2014 Alain van Gool

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Acknowledgements

Bas Kremer

Peter van Dijken

Lars Verschuren

Jan van der Greef

Ben van Ommen

Ton Rullmann

Marijana Radonjic

Thomas Kelder

Robert Kleemann

Suzan Wopereis

William van Dongen

and others

Ron Wevers

Jolein Gloerich

Hans Wessels

Dirk Lefeber

Monique Scherpenzeel

Leo Kluijtmans

Udo Engelke

Ulrich Brandt

Lucien Engelen

and others

Lutgarde Buydens

Jasper Engel

Lionel Blanchet

Jeroen Jansen

and others

Radboud umc Personalized Healthcare Taskforce:

Paul Smits, Andrea Evers, Alain van Gool, Maroeska Rovers,

Joris Veltman, Jan Kremer, Bas Bloem, Jack Schalken, Gerdi

Egberink, Nathalie Bovy, Bob de Jonge, Viola Peulen, Marcel

Wortel, Martijn Hoogboom, Martijn Gerretsen

[email protected]

[email protected]

www.linkedIn.com

And external collaborators

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JDRF symposium Biomarkers for T1D FOCIS2014, Chicago

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Example: glycoproteomics in rare diseases

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• 12 families with liver disease and dilated cardiomyopathy (5-20 years)

• Initial clinical assessment didn’t yield clear cause of symptoms

• Specific sugar loss of serum transferrin identified via glycoproteomics

{Tegtmeyer et al, NEJM 370;6: 533 (2014)}

ChipCube-LC- Q-tof MS

• Outcome 1: Explanation of disease

• Outcome 2: Dietary intervention as succesful personalized therapy

• Outcome 3: Glycoprofile transferrin applied as diagnostic test

• Genetic defect in glycosylation enzyme (PGM1) identified via exome sequencing