VC Perspective – A Vision for Global Investing Fred Craves, PhD The $7 Trillion Complex, Global Healthcare Industry HEALTHCARE EXPENDITURES AS A PROPORTION OF GDP (%) 16 Health expenditures as a proportion of GDP (%) Government Health Expenditure Private (out of pocket) 12 Private (private insurance plans) 8 4 0 2 Source: Datamonitor, OECD Statistical Extracts 2009, WHOSIS, 2010, taken from Datamonitor Pharmaceutical Key Trends 2011 – Healthcare System and Drug Regulatory Overview, March 2011, p. 16 Life Sciences: The Premise We live in an era of accelerating change. Healthcare spending is robust in developed countries and growing in emerging economies Scientific progress is occurring as a factor of advances in biological understanding. As large pharmaceutical firms continue to struggle with R&D productivity, they are increasingly turning to small firms and universities to create and validate new biological and other scientific insights. VC can serve as the key liaison to academia and capitalize early-stage companies. 3 Rosling Video 4 An Emerging Middle Class % global middle class & % purchasing power represented by Asia Global middle class (in billions of people) 5 100% 4 80% 66% 3 60% 59% 2 40% 28% 1 20% 23% 0 0% 2009 2020 2030 Source: OECD Observer – An Emerging Middle Class, June 2013 5 Increasing Life Expectancy and Chronic Diseases in China CHINA’S AGING POPULATION 800 700 200 Population (millions) 600 500 130 400 100 300 520 200 380 300 100 0 2007 2015 Pop >50 2025 Pop >65 Source: US Census Bureau, International database. China Cardiovascular Disease Report 2005. 6 Expanding Healthcare Expenditures in China 1,000 10% 884 800 8% 569 600 6% 20% CAGR 400 17% CAGR 200 4% 233 2% 108 Healthcare Expenditure as % of GDP Healthcare Expenditure ($US Bn) High Growth Stage 57 0 0% 2000 2005 Healthcare Expenditure 2010E 2015E 2020E Healthcare Expenditure As % of GDP Source: Goldman Sachs Global Investment Research; Guo Hua Securities Research estimates 7 China Pharmaceutical Industry Growth US$ (billions) 200 30% 150 25% 100 20% 50 15% 0 10% 2004 2005 2006 2007 China Pharmaceutical Industry Sales (USD) 2008E 2009E 2010E 2011E YOY% Source: MOH, Morgan Stanley Research 8 Multinational Pharma’s Increasing Activities in China Multinational companies continue to build infrastructure in China, invest in R&D, and acquire local companies with the expectation that the Chinese market will provide desperately sought after revenue growth 2005 2006 2007 2008 Pfizer announces opening of new China R&D Center in Shanghai AstraZeneca announces $100M R&D investment in China GSK blueprints $100M Chinese R&D center and doubles China R&D staff J&J opens R&D center in Shanghai Source: Bay City Capital analysis 2009 Novartis invests $1B in Shanghai R&D center Pfizer announces opening of New China R&D Center in Wuhan 2010 BMS moves R&D base to China Merck boosts R&D investment in China 2011 Merck announces $1.5B over 5 years to establish new R&D center in Beijing 2012 Pfizer establishes generics joint venture in China Novartis launches Galvus Boehringer announces plans to double production capacity in Shanghai plant by 2013 9 Pharma Increasingly External Sourcing of Drug Candidates PROPORTION OF EXTERNALLY SOURCED DRUG CANDIDATES IN CLINICAL DEVELOPMENT (%, 2007 vs 2011) 100% 80% 80% 2007 2011 65% 59% 60% 50% 44% 40% 21% 17% 20% 9% 0% Roche AstraZeneca Pfizer Sanofi Source: Datamonitor R&D Trends 2012 10 Innovation’s Impact on the Cost / Care Continuum: Precision Medicine Recent advances in sequencing technology will allow for optimization of an individual’s healthcare by tailoring care to his/her unique genetic profile COST OF HUMAN GENOME NOW ON PAR WITH OTHER DX TESTING 11 Innovation’s Impact on the Cost / Care Continuum: Targeted Therapy EFFICACY RATES OF SELECTED DRUGS FOR MAJOR THERAPEUTIC AREAS Analgesics (Cox-2) 80% Depression (SSRI) 62% Schizophrenia 60% Cardiac Arrythmias 60% Asthma 60% Diabetes 57% Migraine (acute) 52% Rheumatoid Arthritis 50% Migraine (prophylaxis) 50% Osteoporosis 48% HCV 47% Incontinence 40% Alzheimer's Oncology 30% 25% Source: Spear, Heath-Chozzi and Hunt: “Clinical application of pharmacogenetics,” Trends in Molecular Medicine, Vol 7 No.5, May 2011 12 Smaller Companies Generate Higher Number of Approvals Small companies generate higher percent of new molecular entity (NME) approvals, a category once dominated by large pharma NME PRODUCTIVITY Source: Nature Reviews: Drug Discovery, Lessons Learned from the Pharma Industry, December 2009 13 Early and Later Stage Assets Meet the Needs of Acquirers: Investor Focus Should Reflect Their Needs Acquirers seek early-stage assets to build long-term pipelines and later-stage assets with potential to alleviate potential revenue losses from patent expirations BIFURCATION OF EXIT VALUES (SAMPLE FROM 2008-2011) 59 60 35 40 19 20 Platform (n=19) 0 Early Mid Late / Marketed Number of M&A Transactions by Stage of Lead Asset Over Time 2008 - 2011 (1, 2) 20 19 17 15 10 9 10 16 9 9 7 5 2 0 3 2008 Early Mid 7 5 2009 2010 2011 Late / Marketed (1): Early stage includes Preclinical, Phase 1 and Proof-of-Concept Phase 2; mid stage includes Post-Proof-of-Concept Phase 2 and Phase 3; late staged / marketed includes NDA submitted, FDA approved and commercial assets. (2): Includes announced transactions of $100M or more; excludes terminated transactions and reverse mergers; excludes transactions where deal value was not disclosed. 14 Source: Bay City Capital Healthcare Investment Trending Position: M&A Realizations Exceeding Investment NET CAPITAL FLOWS More M&A $2,000 Private Biotech M&A Realizations vs Total Private Biotech Company Financing $1,000 $- More financing $(1,000) $(2,000) $(3,000) $(4,000) 2007 2008 2009 2010 2011 Source: Bruce Booth, “Venture-Backed Biotech’s 2011 M&A Exits Outpaced Both Investments and Fundraising”, Forbes, January 16, 2012 15 Implications for Venture Capital Investors Focus on getting the right drug to the right patient at the right time to address both care and cost Pharma’s dependence on innovation will continue The imperative to go global: growth will come from outside of the United States Shifting paradigms and capital scarcity present unique and compelling investment conditions 16 Ingredients for Success Leaders in a community should realize that there is robust international competition for preeminence in life sciences. A strong commitment to collaboration and partnership is a condition precedent. The Quebec Consortium for Drug Discovery (CQDM) is a good step. The research commitment from the government to fund basic research must be present. Canada leads the G7 in per capita funding of public sector research There must be an active and effective technology transfer capability within leading universities. University of British Columbia (#14), University of Toronto (#22), and McGill University (#24) all rank among the top 50 life sciences universities The most important ingredient to the secret sauce of success in life sciences is access to capital. Private or venture capital is the central component that is often missing from most life science economic development plans. 17 Next Steps What can be done in Canada and Quebec to improve access to venture or risk capital? And how can smaller firms more easily secure an opportunity to sell their product or company, or license their invention to a larger entity? Organizations like CQDM are working to address these issues by fostering partnerships between academia, government, and industry Working as a consortium with six of the world’s major pharmaceutical companies around the table Fostering partnerships with organizations across provinces to build out the life sciences community throughout Canada, such as the Ontario-Quebec Life Sciences Corridor initiative A financial commitment from the private sector is necessary to create a pool of venture money sufficient to create and sustain young Canadian companies. Examples such as Merck’s collaboration with Lumira Capital, Teralys Capital, and others to provide investment capital to early-stage biotech companies in Quebec. 18 VC Perspective – A Vision for Global Investing Fred Craves, PhD