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Bioeconomy Platforms, Distributed Knowledge & Related
VarietyPhil Cooke
Centre for Advanced Studies
Cardiff University
Methods
• As first a UK study, a postal questionnaire survey of medical genomics biotechnology firms – 20% RR
• Identification of UK bioregions• Identification of global bioregions• A scientometric mapping of co-publishing
activities among ‘star’ bioscientists in global bioregions
• Interviews with UK survey respondents• Analysis of public and private genomic markets
Indicators• Age R&D/T mean – 21% (’02)
– <1989 (66) Patents – 47% respondents– 1990-1995 (17) Mean Patents - 5– 1996-2000 (56) Collaborations – 77%– 2001- (17) Clustering – 78%
• Turnover Co-op Inno – 70%– 1999 £900 m. Co-op Reg. – 18%– 2003 £1,726 m. Co-op UK – 23%
Co-op EU – 18%Co-op Global -28%
Indicators – R&D Co-operations
• R&D Co-operation Aims:– New Product to Market – 86%– Develop Patent – 71%– New/Improved Product to Firm – 57%
• R&D Cooperations Highlights:– Top Regional R&D Partner – University (30%)– Top UK R&D Partner – University (43%)– Top EU R&D Partner – Customer/Supplier (30%)– Top N. American R&D Partner – Customer (35%)– Top Asian & RoW R&D Partner – Customer (13%/8%)
Addenbrooke’s Hospital
Cambridge Biotechnology
Northern Venture Managers Cambridge
University
Pfizer
Lorantis
Cambridge Antibody Technology
Domantis
Abbott
Eli Lilly
Astex
Daniolabs
Neurodegeneration Consortium
Gateway Fund
Biotica
Babraham Bioincubator
Babraham Technix
Babraham Bioscience Inst Technologies Ltd Wellcome Trust
Wyeth Amgen AstraZeneca
Cambridge Crytallographic Data Centre
GlaxoSmithKline
Gilead Sciences
(joint venture)
(Cambridge University administered)
Institute for Medical Research
Challenge Fund
Founders came out of Pfizermacrolide
templates
Vistide out-license
Hepsera out-license
virtual screening collaboration
(Cambridge University)
(funding)
partnership
arthritis collaboration
(funding)
licensing
licensing
Genzyme
antibodies license
validation
(funding)
Core Biotechnology Clusters Comparative US and European
Performance Indicators
Location DBFs Life Scientists VC Big Pharma
Funding
Boston 141 4,980 $601.5 m. $800m./annum 96-01 San Francisco 152 3,090 $1,063.5 m. $400m./annum 96-01 San Diego 94 1,430 $432.8 m. $320m./annum 96-01 Toronto 73 1,149 $120.0 m. $89 million (2002) Montreal 72 822 $60.0 m. $120 million (2002) Jerusalem 172 1,015 $300.0 m. $54 million (2002) Munich 120 5,500 $266.0 m. $54 million (2001) Berlin 100 3,700 $122.0 m. $30 million (2001) Medicon Valley 104 5,950 $80.0 m. $300 million (2002) Stockholm-Upp. 87 2,998 $90.0 m. $250 million (2002) Cambridge 84 2,650 $250.0 m. $105 million (2000) Zurich 70 1,236 $57.0 m. $85 million (2002) Oxford 59 3,250 $100.0 m. $90 million (2002) Paris-Evry 58 1,800 $60.0 m. $40 million (2001) Rhineland 54 1,250 $30.0 m. $40 million (2000) Singapore 38 1,063 $200.0 m. $88 million (2001) Rhein-Neckar 37 3,200 $40.0 m. $20 million (2000) Scotland 24 3,600 $35.0 m. $125 million (2002)
Sources: Cortright & Mayer, 2001; NIH; NRC; BioGenTech, Cologne; BioM, Munich; BTH Heidelberg; BioTop, Berlin; VINNOVA, Sweden; Dorey, 2003; ERBI, UK, Kaufmann et al, 2003, Oxford Bioscience Network, 2003; Scottish Enterprise, 2003.
Global Bioscience Publication Shares
HMS
HMS HMS
HMS HMS
HMS
Stanford Uni
Stanford Uni
Stanford Uni
Stanford Uni
Stanford Uni
UCSF
UCSF
UCSF
UCSF
UCSF
UCSF
UCSF
UBerkley
UBerkley
UBerkleyUCSD
UCSD
UCSD
UCSD
UCSD
UCSD
RU
RU
MIT
MIT
MIT
Salk
Cam Uni
Cam Uni
Cam Uni
Cam Uni
KI
KIKI
Scripps
Scripps
Scripps
NYU
NYUUCL
UT
Zurich Uni
Zurich Uni
Hebrew UniHMS
Stanford Uni
Stanford Uni
UBerkley
UCSDRU RU
RU
RU
RU
MIT
MIT
MIT
SalkSalk
Salk
SalkCam Uni
Cam Uni
KI
Scripps
NYU
UCL
UT
UT
Hebrew Uni1.00
10.00
HMS
StanfordUni
UCSF
UBerkley
UCSD
RU
MIT
Salk
Cam Uni
KI
Scripps
NYU
UCL
UT
ZurichUni
HebrewUni
Publishing Collaborations: Top 4 US Bioscience Journals
Stockholm Sydney
Uppsala Lund Copenhagen
San Diego San Fran Toronto
Tokyo
Boston Montreal
Jerusalem
New York
Cambridge(MA)
Singapore
Zurich
Cam(UK)
London
Geneva London
Oxford
1-2 3-5
6-7 >8
UCSD
Salk
SRI
BI
UCSF
SU
UBer
HMS
GH
MIT
HU
NYU
ColmU
RU
UU
US
RIT
KI
OU
JRH
CamU
MSR
UL
SUAS
UT
TML
UM
NUS
DSI
UTo
TIT
HeU
HaH
UNSW
UCL ICL
NIMR
NIMR
ZU
BPRC
UG
UCop
Graphic 2: Publishing Collaborations in 4 leading US Bioscience Journals
Publishing Collaborations: Top 5 European Bioscience Journals
Stockholm Sydney
Copenhagen
Uppsala Lund
San Diego San Fran Toronto
Tokyo
Jerusalem Boston Montreal
New York
Munich Cambridge(MA)
Singapore
Zurich
Cam(UK)
London
Geneva London
Oxford
1 2-3
>4:
UCSD
Salk
SRI
BI
UCSF
SU
UBer
HMS
GH
BU MIT
HU HU
MSSM
NYU
ColmU
RU
NVI
UU
US
RIT
KI
OU
JRH
CamU
MSR
UL
SUAS
UT
TML
UM
NUS
DSI
UTo
TIT
HeU
HaH
UNSW
UCL ICL
LRI
NIMR
NIMR
ZU
BPRC
UG
UCop
CBSP
MIPS
UM
Graphic 1: Publishing Collaborations in 5 Leading European Bioscience Journals
Main Global Bioscience Co-publicationsFigure1: Publishing Collaborations
Stockholm Sydney Paris
Uppsala Lund Copenhengen
Grenoble
San Diego San Franc Toronto
Tokyo
Juresalem Boston Montreal
New York
Munich Cambridge(MA)
Singapore
Zurich Cam(UK)
London
London
Geneva Oxford
3 4-6
7-8 >10
UCSD
Salk
SRI
BI
UCSF
SU
UBer
HMS
GH
MIT
MI
HU
NYU
ColmU
RU
UU
SU
RIT
KI
OU
JRH
CamU
MSR
UL
SUAS
UT
TML
MU
NUS
DSI
UTo
TIT
HeU HaH
HHHaH
UNSW
UCL ICL
NIMR
NIMR
ZU
BPRC
UG
Ucop
CBSP
UM
MIPS
PU
INS
UG
Bioscience Led The Way
• 1992-2002 biochemistry & molecular biology most cited US & EU patent fields >46%.
• Pharmaceuticals firms outsourced 30% 2003 R&D budgets. Reached 50% by 2005, expected 2010
• Bioregions co-publish with each other and leading bioregions dominate a global innovation system
• No longer dominated by corporate in-house R&D
Now Others Follow• Open innovation (Chesbrough, 2003)• Philips ‘Sense & Simplicity’ rebranding, R&D
strategy based on ‘open innovation’• Cisco & Microsoft practise ‘open innovation’
through acquisition• Dupont closed its central laboratories • Lucent, IBM practise ‘open innovation’• German auto industry now managed by Frankfurt
design & engineering consultancies• Procter & Gamble/Gillette funded by ‘C&D’ open
innovation
US Industrial R&D Outsourcing 1981-2001
Company Size 1981 1989 1999 2000 2001 <1,000 employees 4.4 9.2 22.5 22.1 24.7 1,000-4,999 6.1 7.6 13.6 15.2 13.6 5,000-9,999 5.8 5.5 9.0 8.3 8.9 10,000-24,999 13.1 10.0 13.6 14.0 13.0 25,000 + 70.7 67.7 41.3 39.5 39.0 Table 1: Percentage of US Industrial R&D By Size of Enterprise Source: NSF (2003-5). Research & Development in Industry, 2001.
Interim Conclusions
• Genomic Medical Biotechnology is conducted in many new or pre-existing biotechnology firms
• Geographical Clustering in Bioregional Innovation Systems is Normal
• Global Research and Publication Linkages are Strong Among ‘Stars’ in Centres of Excellence
• R&D Outsourcing of R&D by Pharma is now 50%• Reconfiguration of Global Economic Geography
Dynamism• Genomic Medical Biotechnology an Industrial
Emulation Model
A generalised theoretical framework for knowledge driven economic development
Asymmetric Knowledge Endowment
Regional Knowledge Domains (e.g. Epistemic Communities)
Regional Knowledge Capabilities
Open Innovation(Raises Outsourcing)
Related Variety (Raises Absorptive Capacity)
Spatial Quasi-Monopolies (e.g. Clusters)
Increasing Returns (to Variety)
Some cross-sector ‘platform’ candidate innovation biographies in firms & regions arising from WP3
Food Biotechnology ICT New Media KIBS Automotive Tourism
Branding
Culinary Tourism
Wine Tourism
DANFORS
Revitalise Food-River Tourism (e.g. Douro)
Oenotechnology Guidance Systems
Knowledge Intermediaries
Food Biocluster
Functional Foods
Vehicle Processing Systems
Biofuels
Bioengineering
Bio-imaging
Firm Level Innovation BiographiesEURODITE, Toulouse Targets for Innovation Investigation Research in Aquitaine, France integrates the wine industry and biotechnology
to develop the new field of Oenotechnology In Emilia-Romagna, Italy meat industry the Food and ICT industries have
collaborated to produce Biosensors for testing the maturity of Parma ham The German automotive industry is actively engaged in innovative activity
with a number of farms and agricultural research institutes in Brandenburg to develop Biofuels
In Bavaria, bioscientific knowledge on milk-based Lactobacteria are the subject of research collaborations with the brewing and fermentation industries
In Bornholm and North Jutland, Denmark the Agro-Food and Tourism industries are collaborating on innovatory Culinary Tourism activities also involving the delineation of Food Cultures involving anthropological research
Innovation research in Midi-Pyrénées, France focuses on specialised tourism-based vehicle guidance systems integrating knowledge from Aerospace, Automotives and ICT with that from Tourism, Agro-food and Bioscience
In Hordaland (Bergen), Norway Tourism demand to experience Aquaculture processes in organic fish farms has led to interactions between the Agro-Food industry, New Media, ICT and Knowledge-Intensive Services to realise a network facility
In Jura, Switzerland the traditional Watch-making industry is being transformed into a Tourism asset by formation of Agro-Food, Tourism, ICT, New Media and traditional fine-mechanics ‘experience economy’ networks
Conclusions• Clusters are research and innovation in
proximity but distant networks key also,• US clusters dominate global biotechnology,• Similar, though less scale, in Europe,• Some European highlights,• US clusters have more resources, including
public and private (VC & pharma) investment,• Notice how biotechnology, even biopharma is
a far bigger ‘platform’ than is generally assumed
• Then notice how its platform character attracts innovators from distant sector spaces.