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Road to Medical Innovation & Access: from a rear-view mirror

Road to Medical Innovation & Access: from a rear-view mirror. Global Health Histories Seminar Series 11 July 2012 Geneva, WHO Headquarters Zafar Mirza Department of Public Health, Innovation and Intellectual Property. The Presentation. Unpacking the concepts

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Road to Medical Innovation & Access: from a rear-view mirror

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  1. Road to Medical Innovation & Access: from a rear-view mirror Global Health Histories Seminar Series 11 July 2012 Geneva, WHO Headquarters Zafar Mirza Department of Public Health, Innovation and Intellectual Property

  2. The Presentation • Unpacking the concepts • Evolution of medical innovation • Evolving business model • Conclusions

  3. Medical innovation and Accessunpacking the concepts • Medical Technologies? • Medical Innovation? • Access?

  4. Medical technologies Purpose / Application • Prevention : Vaccines; Iodized Salt • Screening :pap smear; mammography • Diagnosis :ECG; Blood Tests • Treatment : ARVs, Appendectomy • Rehabilitation:Hearing Aid; Physiotherapy Material Nature • Pharmaceuticals • Biologics • Medical devices • Miscellaneous • Medical & surgical procedures • Support systems • Managerial systems

  5. Medical innovation • Health innovation & medical innovation • Innovation & R&D • Innovation in medical technologies • Is it just R&D in medical technologies? • Specific context of debate on innovation in medical technologies

  6. How Medical innovation is different? • Sine qua non of health development • Public good dimension • Discovery is supported by public sector • Drug development is long, expensive & risky • End products are protected through patents • End products are strictly regulated • Equitable access to innovations is critical.

  7. 1. Rational selection 3. Sustainable financing ACCESS 4. Reliable health and supply systems 2. Affordable prices Access to medical technologies Medical innovation

  8. Access to Medical technologiestwo main sets of issues • Problems in access to generic medicines • health system related issues e.g. in 2000 very few people with HIV/AIDS in developing countries were on treatment, in 2011 6.6 million of them have access to first line ARVs, yet 8 million still wait for the treatment medicines price surveys data: average availability12 of selected essential medicines was 51.8 per cent in public sector health facilities and 68.5 per cent in the private sector over the period 2007-2011

  9. Access to Medical technologiestwo main sets of issues 2. Problems in access to patent protected medicines In March 2012, India granted its first compulsory license, allowing a domestic drug maker to manufacture generic version of Nexavar, a cancer drug by Germany's Bayer. That enabled India's NatcoPharma to sell its generic version of Nexavar at INR 8,800 rupees ($160) per monthly dose, a fraction of the INR 280,000 ($5090) rupees Bayer's version cost.

  10. Evolution of Medical innovation • Medicine and medical technology… • Two approaches…looking from which side • Three mile-stone medical innovations: • Vaccine: Small-pox vaccine 1796 • Medical device:Hypodermic syringe 1844 • Pharmaceutical: Arsphenamine: 1910

  11. Evolution of Medical innovationFrom edwardjenner to gavi Vaccine-preventable infectious agents or diseases Anthrax Diphtheria cholera H. Influenzae type b (Hib) Hepatitis A Hepatitis B Hepatitis e Influenza Japanese encephalitis Measles Meningococcal disease Mumps Pertussis (whooping cough) Pneumococcal disease Polio Rotavirus (severe diarrhea) Rubella (German measles) Tetanus (lockjaw) Tick borne encephalitis Tuberculosis Typhoid fever Varicella (chickenpox) Yellow fever • Up to 20% of deaths in Europe were dues to smallpox in 19th century • The last case of smallpox occurred in 1977. • 2.5 million deaths each year are prevented. • Between 80-90% of infants receive DPT vaccine

  12. Evolution of Medical innovationFrom Edward jenner to gavi • Global vaccine market 2009 was US$24 billion  • US$ 1.5 billion on vaccine R&D in 2005 • Few manufacturers, expanding in developing countries, public sector R&D • HIV, TB, Malaria, DNA vaccines, recombinant vector vaccines, new delivery methods • GAVI: committed US$ 7.2 billion by 2011

  13. Evolution of Medical innovationMedical devices • Range is broad, from adhesive plaster to MRI • 1844, Francis Rynd, first recorded subcutaneous injection. • 1956, plastic disposable syringe patented • 1.3 million/year deaths due to unsafe injections • Auto-destruct syringes, prefilled syringes

  14. Evolution of Medical innovationMedical devices • Global market was USD 210 billion in 2008 • 4/5 sales revenue comes from USA & Europe • Future trends • Robotics, genomics and nanotechnology • Special needs of developing countries • Regulation of medical devices in weak

  15. Evolution of Medical innovationpharmaceuticals • Global market > USD 800 billion • > USD 80 billion on R&D • Emerging markets • Growing mergers • Generic market • Rising costs of R&D and declining results IMS estimates the share of the US and European markets will decline from 68% to 50% in the period between 2005 and 2015.By contrast, the global market share of 17 high-growth emerging markets will increase from 12% to 28% in the same period. A massive round of mergers and acquisitions in the industry has taken place. Out of the 42 members of PhRMA in 1988, only 11 remain today. The NCEs approved by USFDA have declined from an average of over 33 in 1995−2001 to under 19 in 2005−2011. "a staggering US$60bn of the industry’s US$85bn annual global R&D spending is wasted." former MEA head

  16. Evolution of Medical innovationdevelopment of most influential Pharmaceuticals

  17. History and the Evolving business model • No patents on penicillin and polio vaccine. • There is no patent. Could you patent the sun?Jonas Salk interview 1955 • "Patent medicine" and "patented medicine" • US Patent Act in 1790, Patent Office in 1802. • Era of "copying success" and US "Trading with Enemy Act 1917" • Compounds, compositions, manufacturing processes and uses. In 1876 when the German industry was in its infancy and the patent law was yet to be evolved, Bismarck appointed a committee to study the likely impact of the patent system on the industry. Committee members also included founders of Siemens and Hoechst. Their observations made an interesting reading: Today industry is developing rapidly........monopolization and abuse of patent rights will inevitably expose large segments of the industry to serious injury. The government must protect industry against these dangers...

  18. History and the Evolving business model • Patent protection based model has worked in the USA and Europe but not in developing countries • Blockbuster medicines (annual sales > 1$b) • Patent cliff • Pharmaceutical Executive salaries 7 of the world’s 15 top-selling drugs in 2009, that collectively account for nearly US$50bn in sales, due to lose patent protection in 2011 and 2012.

  19. History and the Evolving business model • What TRIPS changed? • Concerns about innovation for developing countries • Market failure of business model for NTDs • Search for alternatives • PDPs • GSPA-PHI • Consultative Expert Working Group on R&D: Financing and Coordination …of 1393 new chemical entities (NCEs) marketed between 1975 and 1999, only 16 targeted ‘‘tropical diseases’’ and tuberculosis.

  20. Conclusions • Medical innovation cannot be discussed today without discussion on access. • Last 200 years of medical innovation have been more productive than rest of the recorded human history. • Today the focus is on enhancing innovation for developing countries. • Current business model is showing signs of exhaustion • Era of innovation for innovation.

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