18eaTFI Presentation1.Ppt 2

24
1 w w w . t f i - l t d . c o . u k Micro & Nanotechnology transforming the Market in Medical Applications Dr J Malcolm Wilkinson Technology For Industry Ltd Cambridgeshire, UK www.tfi-ltd.co.uk

Transcript of 18eaTFI Presentation1.Ppt 2

Page 1: 18eaTFI Presentation1.Ppt 2

1

ww

w.t

fi-l

td.c

o.u

k

Micro & Nanotechnology transforming the Market in

Medical Applications

Dr J Malcolm Wilkinson

Technology For Industry Ltd

Cambridgeshire, UK

www.tfi-ltd.co.uk

Page 2: 18eaTFI Presentation1.Ppt 2

2

ww

w.t

fi-l

td.c

o.u

k

Technology For Industry

Bridging the gap between industry and revolutionary technologyfrom academia and research institutes

Page 3: 18eaTFI Presentation1.Ppt 2

3

ww

w.t

fi-l

td.c

o.u

k

TFI provide solutions for industry leaders to address their greatest technology challenges and achieve long term growth

• TFI is the market leader in the medical Micro and Nanotechnology consultancy sector

• Unrivalled team of experts

• Independent and effective

• Produce tailored solutions not ‘one size fits all’

Page 4: 18eaTFI Presentation1.Ppt 2

4

ww

w.t

fi-l

td.c

o.u

k

Contents of Presentation

Overview of the Market & Market Drivers Technology Push – Hot R&D Topics Drug Discovery Drug Delivery Monitoring & Diagnosis Implanted Devices

Page 5: 18eaTFI Presentation1.Ppt 2

5

ww

w.t

fi-l

td.c

o.u

k

Present Major Medical Applications of MNT

- Cardiovascular- Drug delivery &

Therapy- Genetics- Neurology- Oncology

- Point of care diagnostics

- Surgery- Tissue engineering - Prostheses- Pathology

….but what are the largest or fastest growing markets?

Page 6: 18eaTFI Presentation1.Ppt 2

6

ww

w.t

fi-l

td.c

o.u

k

Size of Markets

Drugs & Drug Delivery $80 billion

Blood Analysis $22 billion

Heart Pacemakers & Other Implants $16 billion

Endoscopy & MIS Tools $5 billion Hearing Aids $4 billion DNA / Lab on Chip $1.2 billion….and the MNT based Products account for $7 billion

or at the component level about $363 million

Page 7: 18eaTFI Presentation1.Ppt 2

7

ww

w.t

fi-l

td.c

o.u

k

Drivers in healthcare

• Ageing population • Personalized health • Earlier diagnosis • Cost of healthcare• Global travel (epidemics) • Food safety • Monitoring of individuals (glucose, cholesterol)• Ethics (eg stem cell research, animal testing)

Page 8: 18eaTFI Presentation1.Ppt 2

8

ww

w.t

fi-l

td.c

o.u

k

Hot R&D Topics

Lab on Chip Retinal Implants Non Invasive Blood Glucose Monitoring The ‘Electronic Rat’

…but what are realistic timescales?

Page 9: 18eaTFI Presentation1.Ppt 2

9

ww

w.t

fi-l

td.c

o.u

k

Timescales?

Roadmaps based on • current status of R&D

• Future vision

• Past experience Balance market drivers against barriers

Page 10: 18eaTFI Presentation1.Ppt 2

10

ww

w.t

fi-l

td.c

o.u

k

Drug Discovery & Development

Page 11: 18eaTFI Presentation1.Ppt 2

11

ww

w.t

fi-l

td.c

o.u

k

Drug Discovery & Development Process

© Dr George Adamson

2 4 6 8 10 12 14 16 18 20

Discovery & Preclinical

Phase I Phase II Phase III FDA

Market New DrugManufacturing Development

(Phase IV)

Discovery: 5-10000 drugsPreclinical: 250 drugs

Clinical Trials: 5 drugsFDA Market Approval: 1 drug

32.5% 5.6% 10.6% 15.1% 7.8% 11.1%% of research & development costs (17.4% uncategorized)

Marketing costsSales revenues

Years 0 2 4 6 8 10 12 14 16 18

Page 12: 18eaTFI Presentation1.Ppt 2

12

ww

w.t

fi-l

td.c

o.u

k

Drug Discovery & Development

Issues How to speed up the process Faster removal of poor candidates from the pipeline Reducing screening costs Reducing the need for animal testing

Potential for Micro & Nanotechnology Massively parallel screening Automation of the process Building the ‘electronic rat’

Page 13: 18eaTFI Presentation1.Ppt 2

13

ww

w.t

fi-l

td.c

o.u

k

Drug Discovery & Development

Caliper DNA Chip

Infineon DNA Chip

Multi - Chamber BioReactor

Page 14: 18eaTFI Presentation1.Ppt 2

14

ww

w.t

fi-l

td.c

o.u

k

Roadmap of MNT in Drug Development

Years to Market

0 5 10 25+2015

Persistent optical tags

e.g. q-dots

In-Vivo reporter imaging (later for human use)

High content screening

e.g. multiplexing reporter agents

Holistic analysis of cellular function (e.g.

comparative genomics/proteomics using micro & nanotechnology)

Increasingly smart tags

Proteomics chips with increasing functionality

DNA nanoarrays e.g. dip pen lithography

Nanopore DNA sequencing

Microfluidics => Nanofluidics

MEMS integration for true lab-on-a-chip

Full SNP analysis (and interpretation?)

Improved understanding of links between genes and disease

Improved understanding of drug activity and toxicity

Page 15: 18eaTFI Presentation1.Ppt 2

15

ww

w.t

fi-l

td.c

o.u

k

Blood Glucose Monitoring

Source: GlucowatchSource: Lein Applied diagnostics

Fingerstick

Invasive Minimally Invasive Non Invasive

Page 16: 18eaTFI Presentation1.Ppt 2

16

ww

w.t

fi-l

td.c

o.u

k Blood Glucose Monitoring

0 2 4 6 8 10 12 14 16 18 20 22 Years

Implantable Sensors

3 Day Real-time data Longer duration 30d - 12m

Finger Prick Systems

Design & alternative site testing

Permanent Implantabe Sensor

Iontophoresis

(Glucowatch)

Laser Poration

Ultrasound Poration

Microneedle Poration

EXISTING

INVASIVE

MINIMALLY INVASIVE

Electromagnetic Electrolyte Detection

complementary replacement to blood test

NIR Sensor

Initial Improved signal processing

MIR Sensor

Polarimetric Sensor

Retinal Spectroscopy

Photoacoustic

Terahertz Sensor?

NON INVASIVE

Magnetowave Sensor?

Widely Available Cure for Type I

Diabetes

Time to Market from 2005

Fluorescent Glucose Selective Gels

Catheter based Implantable

Healthy Living Culture to Reduce Obesity and Type II Diabetes

Page 17: 18eaTFI Presentation1.Ppt 2

17

ww

w.t

fi-l

td.c

o.u

k

Drug Delivery

MICROPARTS

KTH

ALZA CORP

Micronozzle in nebuliser, Microparts

Microneedles development, KTH

Stealth technology, lipid nanoparticle, Alza Corp.

Page 18: 18eaTFI Presentation1.Ppt 2

18

ww

w.t

fi-l

td.c

o.u

kDrug Delivery Roadmap for MNT

0 2 4 6 8 10 12 14 16 18 20 22 Years

Inhaler Nanopowders

Oral Nanotechnologies (hydrogels, dendrimers, liposomes etc.)Peptide drugs Proteins + Sustained release

Tablet Coatings

Virus Vector Directed Delivery

Nanotechnology Based Directed Delivery (e.g. dendrimers, microencapsulation)

Oral/Nasal Sprays

External Infusion Pumps

Transdermal: chemical modifiers

Inhaler Delivery Devices:

CFC free Ease of use Deep lung Variable dose

Needle-less Injectors

Transdermal Iontophoresis

Transdermal Microneedles

Implantable Infusion Pumps

Closed Loop Systems:

External Internal

Transdermal Ultrasound

Implantable Release Reservoirs

Time to Market from 2005

Page 19: 18eaTFI Presentation1.Ppt 2

19

ww

w.t

fi-l

td.c

o.u

k

Implanted Devices

pacemakers stents

Page 20: 18eaTFI Presentation1.Ppt 2

20

ww

w.t

fi-l

td.c

o.u

k

Implanted Devices

Installed base of Implants Worldwide

1960 1970 1980 1990 2000

1

10

100

1K

10K

100K

1M

10M

Heart Pacemaker

Bladder Implant Cochlear Implant

Cancer Pain

Epilepsy

Spine

…but cardiovascular stents do not fit this model

Page 21: 18eaTFI Presentation1.Ppt 2

© MANCEF or the individual authors

TodayToday Start feeling sick Get a Doctor’s appointment and wait

or go to the ER (and wait) One treatment fits all

Page 22: 18eaTFI Presentation1.Ppt 2

© MANCEF or the individual authors

From Housecalls to House CallsFrom Housecalls to House Calls

Tomorrow, your house will call

the doctor

Page 23: 18eaTFI Presentation1.Ppt 2

© MANCEF or the individual authors

Page 24: 18eaTFI Presentation1.Ppt 2

24

ww

w.t

fi-l

td.c

o.u

k

TFI Roadmaps

Further Roadmaps, Market Analysis and Technology Trends will be available within next few months. Check www.tfi-ltd.co.uk for further details.

TFI ~ Navigating The Nanospace ©