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Pharmaceutical R&D in India: Issues and Challenges

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Research and Development (R&D) initiatives, though very important for most of the industries, is the life blood for the pharmaceutical sector, across the globe, to meet the unmet needs of the patients. Thus, very rightly, the Pharmaceutical Industry is considered as the ‘lifeline’ for any nation, in the battle against diseases of all types.

Drugs and Pharmaceuticals not only cure diseases and improve the quality of life of patients, but also help reducing the ‘burden of disease’ significantly. A study on five illnesses like AIDS, Cardiovascular, Cancer, Alzheimer’s and Rheumatoid-arthritis showed that drug research will save more than US$ 750 Billion in the treatment costs alone [1].

Similarly, treatment with drugs for schizophrenia can save more than US$ 70,000 per patient per year, due to avoidable hospitalization [2]. All these highlight the critical role that R&D could play in the healthcare system of any country.

R&D is not a threat to cheaper generic medicines:

More number of incoming patented medicines from the R&D labs will ensure faster growth of the generic pharmaceutical industry too, after the former will go off-patent. Even in the USA, which offers the highest number of innovative medicines across the globe, has a vibrant high growth generic pharmaceutical industry in place. The market penetration of cheaper generic drugs in the US is amongst the highest in the world and stands at more than half of all prescription medicines.

R&D process:

Over the years, pharmaceutical R&D process, though has evolved into a highly sophisticated and complex science, it still calls for enormous resources in terms of money, materials and skilled manpower, besides years of precious time.

Over a period of so many years, the small-molecule blockbuster drugs business model made pharmaceuticals a high-margin industry. However, it now appears that the low hanging fruits to make blockbuster drugs have mostly been plucked.

These low hanging fruits involved therapy areas like, anti-ulcerants, anti-lipids, anti-diabetics, cardiovascular, anti-psychotic etc. and their many variants, which were relatively easy R&D targets to manage chronic ailments. Hereafter, the chances of successfully developing drugs for cure of these chronic ailments, with value addition, would indeed be a very tough call. Even in this environment, India’s investment in R&D still remains very modest by the international standard.

Global R&D investment and Asia-Pacific Region:

It has been reported that in the global pharmaceutical industry[3] 85 % of the medicines are produced by North America, Europe, Japan and Latin America and the developed nations hold 97% of the total patents worldwide.

Unlike the common perception, that China is attracting a significant part of the global investments towards R&D, latest data of MedTRACK revealed that only 15% of all drugs development is taking place in Asia-Pacific, despite the largest growth potential of the region in the world.

The key growth driver of any economy:

Innovation being one of the key growth drivers for the knowledge economy, creation of innovation friendly ecosystem in the country calls for a radical change in the mind set – from ‘process innovation’ to ‘product innovation’, from ‘replicating a molecule’ to ‘creating a molecule’.  A robust ecosystem for innovation is the wheel of progress of any nation.

It is encouraging to hear that the Government of India is working towards this direction in a more elaborate manner in its 12th Five Year Plan.

Indigenous capability for production of the country must give way to indigenous capability for innovation and discovery.  Laws and policies need to facilitate, reward, recognise, protect and encourage all those who are or could be a part of this critical process.

Striking a right balance between the cost of research and affordability of medicines:

While the common man expects newer and better medicines at affordable prices, the Pharmaceutical Industry has to battle with burgeoning R&D costs, high risks and increasingly long period of time to take a drug from the ‘mind to market’, mainly due to stringent regulatory requirements. It will indeed be a very proud moment for India, when a drug, especially, for treating Non-infectious Chronic Diseases (NCD) comes out of its home-grown R&D centers.

R&D is an arduous process:

The dynamics of Drug Discovery are shown below:

  • Despite patent life being 20 years, effective period of exclusivity for the discoverer is only 7.5 – 8.5 years.
Stages of Development No. of Years
Pre-clinical 3.5
Clinical 6.5
Regulatory 2.5 – 1.5
Total: 12.5 – 11.5
  •  Another report, as depicted in the chart below indicates the investment pattern in R&D by various countries in the developed markets of the world:

Where does the money go? (%)

US 36
Japan 19
Germany 10
France 9
UK 7
Switzerland 5
Sweden 3
Italy 3
Other 8

Where does the R&D investment go? (%)

Synthesis & Extraction 12
Screening & Testing 15
Toxicology & Safety 5
Dosage & Stability 9
Clinical Phase 1-3 26
Phase IV 6
Process Dev. & QA 10
IND & NDA 4
Bioavailability 2
Other 11

Looking at the long lead time before a new drug starts paying back and even if net profitability of 50% on sales are permitted, recovery of the entire R&D cost only from the Indian market would be virtually impossible.  Hence, if Indian R&D is to pay back, we need to have access to overseas markets.

Harmonization of regulatory standards is a must for containment of R&D costs.  Researchers in the country are currently following the ‘DRL’ or ‘Glenmark’ model of selling /out licensing the discovery for offshore development.

Strengths and weaknesses of India in Pharmaceutical R&D:

Following are the current strengths and weaknesses of the Pharmaceutical Industry of India from the R&D perspective:

Strengths:

  • Mature Industry with strong manufacturing base
  • Strengths in (innovative) process chemistry
  • Abundance of raw talent
  • Entrepreneurial spirit
  • Highly talented and skilled Indian scientists working abroad (great potential for networking)
  • Low cost of Manpower
  • Cost effective Manufacturing Facilities
  • Rich Biodiversity
  • Global Clinical Trials are now being contacted in India

Weaknesses:

  • Lack of funding and resources
  • Lack of a ready ‘talent pool’
  • Low profile of high quality work being carried out
  • Inadequate regulatory framework / infrastructure
  • Low investment in R & D
  • Missing Link between Research and Commercilisation

R&D Expenditure in India:

The following chart gives details of R&D spend of the major players of the Indian Pharmaceutical industry in 2009:

FY 2009                                  (USD=INR46)
Company Sales USD Mn. R&D USD Mn. As % of Sales
Ranbaxy Laboratories 1610 90.3 5.6
Dr. Reddy’s Laboratories 1572 83.6 5.3
Cipla 1152 51.2 4.4
Sun Pharmaceuticals 951 67.4 7.1
Lupin 847 48.4 5.7
Wockhardt 770 11.2 1.4
Piramal Healthcare 720 18.5 2.6
Cadila Healthcare 644 34.4 5.3
Aurobindo Pharma 557 24.5 4.4
Matrix Laboratories 500 46.6 9.3
Total 9324 476 5.1

(Source: Prowess: Business World, February 8, 2010)

Research Options for India:

Following are various research options available to India:

  • Basic Discovery Research:

Basic Discovery Research is capital intensive, costly and takes a long time for the return on investments.  This could be made possible only if significant (NIH-type) funding is available.

  • Genetic & Proteomic Research:

Genetic and Proteomic Research involves many of these following procedures:

- Decoding Human Genetic Code

- Identification of Genetic Markers

- Personalized cards or chips that will contain each person’s genetic structure

- Genetic Manipulation to alter a person’s susceptibility to a particular disease

- Elimination of therapies that will not work on certain genotypes

This is probably the most exciting field of Research today, where the Industry will be able to “leap-frog” given the right priority.  The International Center of Genetic Engineering and Biotechnology (ICGEB) is already a recognized center of excellence both within and outside the country.  Hence international grants and funding must be aggressively pursued.

Biotechnology & Biosimilar drugs could be yet another opportunity area for India to leapfrog.  Biotech derived products are among the fastest growing in the world. These products being more expensive, if discovered and developed locally, could be affordable to many and also highly profitable.  Immunological and DNA Vaccines could be the most cost-effective answer to healthcare problems in developing countries, including India and should, therefore, be given top priority.  Here again, collaborative and international grants will be a critical success factor, just as the success of Biotech Companies in the US was fuelled by private venture capital.

  • Process Research:

While focusing on Product Research, the Process Research should not be ignored, as India possesses considerable skill base for this type of research, even better than China.  Cost effective, more and more economical processes will always be necessary to make products more and more affordable to patients.

  • Natural Product Screening:

India’s rich bio-diversity should not go waste.  The amount of work being done today is negligible as compared to the availability of “raw material” from the natural source.  Indian bio-diversity should be captured and cataloged into a meaningful library to facilitate R&D in this area.

  • The ‘Open Innovation’ Model:

As the name suggest, ‘Open Innovation’ or the ‘Open Source Drug Discovery (OSDD)’ is an open source code model of discovering a New Chemical Entity (NCE) or a New Molecular Entity (NME). In this model all data generated related to the discovery research will be available in the open for collaborative inputs. In ‘Open Innovation’, the key component is the supportive pathway of its information network, which is driven by three key parameters of open development, open access and open source.

Council of Scientific and Industrial Research (CSIR) of India has adopted OSDD to discover more effective anti-tubercular medicines.

Other Areas:

  • Epidemiological Research: The Industry needs good reliable data on the burden of human diseases.  In the absence of this data, it will be difficult to allocate resources and predict outcomes of new therapies.
  • Clinical Research (including toxicological / animal testing):  This area needs to be made world class, sooner than the later, not only to bring down the cost of drug development, but also to ensure that the data thus produced are acceptable in other countries.  India has the potential to emerge as the most sought after global hub for pre-clinical and clinical drug development processes.

Success of Indian pharmaceutical companies in R&D:

Following are the details of success of some major domestic pharmaceutical players in their pharmaceutical R&D initiatives:

Company NCE Pipeline Key Therapeutic Area
Biocon Preclinical – 2Phase II – 2Phase III – 1 Inflammatory Diseases, Oncology, Diabetes
Piramala Healthcare 13 Compounds in Clinical Trials Oncology, Infectious Diseases, Diabetes, Inflammatory Diseases
Glenmark Discovery – 4Preclinical – 5Phase I – 1Phase II – 3 Metabolic Diseases, Infectious Diseases, Respiratory Diseases, Oncology
Suven Life Sciences Discovery – 2Preclinical – 4Phase I – 1 Neurodegenerative Diseases, Obesity, Diabetes, Inflammatory Diseases
Dr. Reddy’s Lab Preclinical – 1Phase II – 2Phase III – 1 Metabolic Disorders, Cardiac, Oncology
Advinus Preclinical – 3 Diabetes, Cardiac, Lipid Disorders
Worckhardt Preclinical – 10Phase II – 1 Infectious Diseases
Lupin Discovery – 2Preclinical – 1 Migraine, Psoriasis, T.B.

(Source: Financial Express, March 13, 2009)

Basic pre-requisites to encourage R&D in India:

  • Innovation friendly ecosystem
  • Adequate Funding
  • World class Infrastructure
  • Ready talent pool

The key elements of creating an ecosystem conducive to R&D:

  • Knowledge and learning need to be upgraded through the universities and specialist centres of learning within India.
  • Science and Technological achievement should be recognized and rewarded by the sanction of grants and the future funding should be linked to scientific achievement.
  • Indian scientists working abroad are now inclined to return to India or network with laboratories in India. This trend should be effectively leveraged.

Key role of Universities:

Most of our raw talent goes abroad to pursue higher studies.  International Schools of Science like Stanford or Rutgers should be encouraged to set up schools in India, just like Kellogg’s and Wharton who have set up Business Schools. It has been reported that the Government of India is actively looking into this matter.

R&D funding:

Access to world markets is the greatest opportunity in the entire process of globalisation and the funds available abroad are a valuable source of “funding” to boost R&D in India. Inadequacy of funding is the greatest concern.

The various ways of funding R&D could be considered as follows:

  1. Self-financing Research: This is based on (i) “CSIR Model” i.e. recover research costs through commercialization – collaboration with industries to fund research projects and (ii) “Dr Reddy’s Lab / Glenmark Model” i.e. recover research costs by selling lead compounds without taking through to development – wealth creation by the creation of Intellectual Capital.
  2. Overseas Funding:  By way of joint R&D ventures with overseas collaborators; seeking grants from overseas Health Foundations; earnings from Contract Research as also from Clinical Development and transfer of aborted leads (‘Killing Fields” of the West) and collaborative projects on Orphan Drugs.  Multinational companies could be encouraged to deploy resources, as this is where the real money is.
  3. Venture Capital & Equity Market :  This could be both via Private Venture Capital Funds and Special Government Institutions.  If regulations permit, foreign venture funds may also wish to participate. Venture Capital and Equity Financing will emerge as important sources of finance once track record is demonstrated and ‘early wins’ are recorded.
  4. Fiscal Support & Non-Fiscal Support: Will also be valuable in early stages of R&D, for which a variety of schemes are possible as follows:
  • Customs Duty Concessions: For Imports of specialised equipment, e.g. high throughput screening equipment, equipment for combinatorial chemistry, special analytical tools, specialised pilot plants, etc.
  • Income tax concessions (weighted tax deductibility): For both in-house and sponsored research programmes.
  • Soft loans: For financing approved R&D projects from Government financial institutions / banks.
  • Tax holidays: Deferral, loans on earnings from R&D.

Government funding: Government grants though available, tend to be small and typically targeted to government institutions or research bodies. There is very little government support for private sector R&D.

All these schemes need to be simple and hassle free and the eligibility criteria must be tight.

Infrastructure for R&D:

Scientific infrastructure needs of the country require to be urgently strengthened.  Many of our Research Institutions require immediate upgradation.  All research laboratories should be encouraged to be profit driven and plough back earning in modernization.

Quality of life (proximity to schooling, hospitals, recreation) and ambiance is important, particularly for scientists working abroad, who could be encouraged to return to India.

Setting up of world class Clinical Pharmacology Laboratories and Toxicology Centers must be considered.  All clinical trials carried out in India must conform to GCP standards.  At the same time, Indian registration procedures should be harmonized and simplified in order to minimize duplication of efforts and time loss.

Indian Patent infrastructure:

Indian patent infrastructure needs to be strengthened, among others, in the following areas:

  • Enhancing patent literacy both in Legal and Scientific Communities, who must be taught how to read, write and file a probe.
  • Making available appropriate Search Engines to our scientists to facilitate worldwide patent searches.
  • Creating world class Indian Patent Offices where the examination skills and resources will need considerable enhancement.
  • Advisory Services on Patents to Indian scientists to help in filing patents in other countries.

Partnering for Drug Discovery:

Many Indian pharma companies have entered into international collaborative arrangements, including R&D for development of new drugs for disease areas like cancer, diabetes, malaria and nervous system disorders.

DRL has partnered with ClinTec International for clinical trials and co-development of its anti-cancer drug. ClinTec International will possess the marketing rights for European markets while the commercialization for the rest of the world and US markets would be retained by DRL. It has also tied up with Torrent Pharma for the exclusive marketing rights of its two hypertension drugs in Russia, where Torrent has a strong market hold.

GSK and Ranbaxy set up an early-stage partnership in drug research, under which GSK will provide the Indian firm with leads, Ranbaxy will conduct lead optimization and animal trials, and GSK will take the drug through human trials. GSK will have exclusive rights to sell any resulting product in developed-world markets, and the two firms will co-promote it in India.

Conclusion:

- It is essential to have balanced policies offering equitable advantage to all stakeholders, including patients.

- Globalization brings opportunities like, access to markets, which are far more profitable than ours.  Any policy of isolation or retaliation in an increasingly more global environment, could go against the general interest of the country.

- Acceptance by the Government of the benefits of privatization, market liberalization and rationalization of Government controls, will add speed to R&D initiatives.

- The trade policy is another important ingredient of public policy which can either reinforce or retard R&D efforts.

- Empirical evidence across the globe has demonstrated that a well balanced patent regime in the country encourages the inflow of technology, stimulates research and development, benefits both the national and the global pharmaceutical sectors and most importantly benefits the healthcare system.

- The Government, academia, scientific fraternity and the Pharmaceutical Industry should get involved in various relevant Public Private Partnership (PPP) arrangements for R&D to ensure wider access to newer and better medicines in the country, providing much needed stimulus to the public health interest of the nation.

References:

  1. The Process of New Drug Discovery and Development, Second Edition, Charles G. Smith and James T. O’Donnell, 2006, p. 422, published by Informa Healthcare.
  2. Goddamn the Pusher Man, Reason, April 2001
  3. Abhinav Agrawal, Kamal Dua, Vaibhav Garg, U.V.S. Sara and Akash Taneja, 27- Challenges and Opportunities for The Indian Pharma Industry, Health Administrator vol. xx number 1&2 : 109-113
  4. “Food & Drug Administration, Generic Drugs: Questions and Answers”. Food and Drug Administration, January 12, 2010.

Disclaimer: The views/opinions expressed in this article are entirely my own, written in my individual and personal capacity. I do not represent any other person or organization for this opinion.

Why does the Government divert focus on to fringe issues to address critical healthcare concerns of the nation?

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The Department of Industrial Policy and Promotion (DIPP) of the Ministry of Commerce and Industry of the Government of India has recently initiated a public debate through a ‘Discussion Paper on Compulsory Licensing (CL) of Patented Pharmaceutical Products’.

The key intent of the discussion is presumably to improve access to quality medicines at an affordable price to the people of the country.

Could such debate serve any meaningful purpose?

Since the issue of CL involves only patented products, I wonder, whether this debate would in any way help sorting out the issue of poor access to modern medicines in our country or this is just another ‘hog wash’ or ‘diversion ploy’ of the decision makers to divert the attention of the stakeholders from the core issues of poor access to healthcare for the common man of India.

Will CL be able to address abysmally poor access to medicines issues in India?

A quick analysis of the prevailing situation related to access to modern medicines in India suggests that the usage of patented pharmaceutical products account for much less than 1% of the sum total of all medicines consumed in India in value terms. In volume terms it will be even more miniscule in terms of percentage.

As per IMS (MAT July, 2010) Indian Pharmaceutical Market size is Rs. 44,476 Crore, even 1% market share of the patented pharmaceutical products will mean Rs. 445 Crore, which is quite far from reality.

Thus, CL of patented medicines would have no sustainable and meaningful impact on improving access to modern medicines for the common man of the country. Moreover, around 40% of the population of India live below the poverty line (BPL). These ‘Children of a lesser God‘ very unfortunately, will not be able to afford any price of medicine, however cheap these could be. Vast majority of the such population who lack the financial capability to pay for even the cheapest off-patent generic medicines, which comprise more than 99% of the total medicines consumed within the country, will continue to be left in the lurch.

65% of Indians do not have access to WHO list of essential medicines, which surpasses even the African countries:

Our government also admits that 65% of Indians do not have access to even WHO list of essential medicines, none of which holds a valid patent in the country. This should be the key concern in the country. Moreover, the World Health Organization (WHO) reported that during 2000-2007, India had poorer access to essential medicines than even many African countries. It is worth noting that many of these African countries has a patent life for pharmaceuticals for around 30 years, against of 20 years in India. What are we then talking about?

Provisions of CL in the Indian Patents Acts are robust enough:

In any case, the provisions of CL in the Indian Patents Acts are not only quite clear and well articulated, but also at the same time offer flexibility in the decision making process to the Indian Patent Offices (IPOs) to invoke CL in a justifiable situation. Thus proposed guidelines related to CL would possibly invite more questions than answers. Consequently, it will be an extremely complicated process for the IPOs to categorize all the situations related to CL. Therefore, in my view, such initiatives, as initiated by the DIPP to frame guidelines for CL could prove to be totally counterproductive, as such guidelines, as stated above, would seriously limit the flexibility of the IPOs to take appropriate action, even when it would require to do so.

Moreover, it is absolutely imperative for the Government to ensure that the primacy of the patent statutes is not disturbed in any way, as such guidelines related to CL would only be consistent with the appropriate provisions within the statute and cannot be used beyond the Patent Law of the land. It goes without saying that any dispute between the parties related to the interpretation of the provisions within the statute related to CL, should only be resolved by the judiciary.

Conclusion:

How could then CL possibly offer answers to the vexing healthcare access issues of the nation? Is the Government not wasting its precious little time, instead of trying to ‘take the bull by the horns’ and resolve the critical ‘access to affordable quality medicines’ issue of India through Public Private Partnership (PPP) initiatives?

By Tapan Ray

Disclaimer: The views/opinions expressed in this article are entirely my own, written in my individual and personal capacity. I do not represent any other person or organization for this opinion.

Provision for Compulsory Licensing (CL) in India – some issues still need to be addressed.

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Patent law systems provide for a provision for granting of compulsory licenses in a number of circumstances. Article 5A(2) of The Paris Convention, 1883 indicates that each contracting State may take legislative measures for the grant of compulsory licenses and reads as follows:“Each country of the Union shall have the right to take legislative measures providing for the grant of compulsory licenses to prevent the abuses which might result from the exercise of the exclusive rights conferred by the patent, for example, failure to work.”TRIPS agreement also contains important public health safeguards provisions to allow countries to override TRIPS requirements by engaging in compulsory licensing under certain situations and circumstances. Globally all patent systems comply with the requirements of TRIPS.

Doha declaration:

Doha Declaration gives WTO member-countries the right to grant compulsory licences (CL) and the right to decide on the reasons upon which such licences are to be granted. The declaration also states that the TRIPS Agreement should be interpreted and implemented by the member-countries in a manner to protect public health and to promote access to medicines for all.

“Safeguards provision” in India:

The Indian Patent Act 2005 bestows enough power to the Controller General of Patents, Trademarks and Designs of India to issue compulsory licenses (CL) under following different sections of the Act:

1. Section 84:

This section prevents the abuse of patent as a monopoly and states that at any time after the expiration of three years from the date of grant of a patent, any interested person may make an application to the Indian Patent Office (IPO) for grant of compulsory licence on any of the following grounds:

(a) That the reasonable requirements of the public with respect to the patented invention have not been satisfied, or

(b) That the patented invention is not available to the public at a reasonably affordable price, or

(c) That the patented invention is not worked in the territory of India

Section 6 of section 84 states that in considering the application filed under this section, the controller shall take into account the following:

(i) The nature of the invention, the time which has elapsed since the sealing of the patent and the measures already taken by the patent or licensee to make full use of the invention;

(ii) The ability of the applicant to work the invention to the public advantage;

(iii) The capacity of the applicant to undertake the risk in providing capital and working the invention, if the application is granted;

(iv) Whether the applicant has made efforts to obtain a license from the patentee on reasonable terms and conditions and such efforts have not been successful within a reasonable period as the Controller may deem fit:

Provided that this clause shall not be applicable in case of national emergencies or other circumstances of extreme urgency or in case of public non-commercial use or on establishment of a ground of anti-competitive practices adopted by the patentee.

Terms and conditions of CL will be determined by the Controller under section 90.

2. Sections 92 (1) and 92 (3):

These sections enable the Central Government to deal with circumstances of national emergency or circumstance of extreme urgency or in case of public non-commercial use by issuing CL.

3. Section 92 A:

This part enables grant of CL for export of patented pharmaceutical products in certain exceptional circumstances to any country having insufficient or no manufacturing capacity for the concerned product to address public health problems.

Some loose knots:

Some believe that there are still some loose knots in the CL provisions in India, which need to be tightened, immediately.

Granting CL for a Biopharmaceutical product could be an issue:

It will not be very easy to grant CL for a biopharmaceutical product as the conditions in which biopharmaceuticals are produced largely define the final product and its manufacturing process defines the product quality. Any alteration to the manufacturing process may result in a completely different product.

Therefore following are the main issues, which need to be urgently addressed:

• Small changes in the manufacture of biopharmaceutical and biosimilar medicinal products can dramatically affect the safety and efficacy of the therapeutic molecule.

• The very nature of a biologic means that it is practically impossible for two different manufacturers to manufacture two identical biopharmaceuticals if identical host expression systems, processes and equivalent technologies are not used. This has to be demonstrated in an extensive comparability program. Therefore a generic biopharmaceutical cannot possibly exist.

• Substitution issues:

By contrasts with the situation applicable for generic chemical entities, biosimilar medicines can be “similar” but not “identical” to the innovator reference products. The “similar, but not identical” nature of biosimilar medicines means that substitution of the innovator product with a biosimilar product could have clinical consequences as patients could respond differently to the two products. To guarantee the efficacy and safety of biosimilar products, these products should only be approved following the submission of appropriate data generated with the biosimilar drug.

• Currently there are no published clear Indian guidelines for the approval of biosimilar drugs which will ensure the approval of efficacious and safe biosimilar drugs.

Some apprehensions on CL in India need to be addressed:

Some apprehensions have been expressed on possible misuse of CL and representations made to the government to address the following issues urgently. Tarceva and Stutent cases involving Nepal will probably justify such apprehensions:

o As the entire concept is based on “Working of Patents” in India, the term “Working of Patents” needs to be defined explicitly.

o Issuance of CL to be restricted to national emergency, extreme urgency and public non-commercial use

o Provisions in (Sec. 84 [7]) needs to be suitably amended that provide grounds for triggering CL by competitors for commercial benefits.

o Safeguards enshrined in the Aug 30 decision (Motta-Menon text) is to be provided for exports under Section 92A of the Indian Patents Act 2005, corresponding to Para 6 of the declaration on the TRIPS Agreement

Is paying royalty to patent holder an acceptable solution to this issue?

Many feel that this question totally ignores the right of an innovator to protect his/her innovation, which is the outcome of a painstaking, long, costly and risky R&D process. Such protection is granted to an innovator against disclosure of the data generated for the innovation to the patent office for public knowledge at large through grant of a patent for a specific time period. During this period the innovator is the exclusive owner of the innovation. The provision of CL can be invoked during this period, as stated above, for some very specific and extra-ordinary situation.

Such extra-ordinary situation, as and when will arise be addressed by the government based purely on the merits of the cases. Carte blanche permission by any authority allowing use of an innovator’s product during its patent life against a royalty payment, without innovators wish, is believed to be against the letter and spirit of Indian Patents Act 2005.

Conclusion:

In Indian Patents Act 2005, the provisions of CL should maintain a fine balance between the critical need of innovation by the pharmaceutical companies and its reach to the users to meet their unmet needs. For a country like India, CL is probably the most appropriate safeguard against potential abuse of monopoly by the patentees in case of national emergencies and to address critical public health issues.

By Tapan Ray

Disclaimer: The views/opinions expressed in this article are entirely my own, written in my individual and personal capacity. I do not represent any other person or organization for this opinion.

Unlike China, IPR issues in India are being hijacked by the issue of ‘Access to Affordable Modern Medicines’.

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‘Incremental innovation’, related to the pharmaceutical industry, has become a point of raging debate in India. Over a period of time ‘not really a breakthrough’ but ‘incremental inventive steps’ to discover New Chemical Entities (NCE), which would offer significant benefits to the patients, are being considered as of critical importance by the stakeholders of the pharmaceutical industry, the world over. Such types of innovations are being termed as ‘incremental innovation’ , with underlying implied meaning of ‘frivolous’ nature of the innovation, to some section of people.

Most innovations in the pharmaceutical industry have always been ‘incremental’ in nature:

We have been observing such ‘incremental innovation’ from ‘Penicillin era‘ with different derivatives of penicillins, right through to ‘Quinolone era’ with ciprofloxacin, ofloxacin, sparfloxacin etc to ‘H2 receptor antagonists’ with cimetidine, ranitidine, roxatidine to ‘proton pump inhibitors’ with omeprazole, esomeprazole, rabeprazole etc.

We see such important ‘incremental innovation’ with many successful drugs across various disease areas. How many different varieties of ‘statins’, ‘betablockers’, ‘ace inhitors’ etc we have been prescribed by the medical profession over so many years with amazing results? This trend continues to offer better and better treatment options to the patients through the medical profession, across the world.

Unfortunately ‘incremental innovation’ has become a contentious issue in India. Section 3d of the Indian Patents Act 2005 has become a key barrier to continue with this process of innovation, in search of better and better medicines. ‘Breakthrough innovations’, which are very important though, are not as frequent in the pharmaceuticals industry, just as in many other industries, including Information technology (IT). ‘Incremental innovations’ are, therefore, the bedrock to improve the types of medications to treat various disease conditions.

A quick comparison with China:

As reported by the Department of Commerce of the U.S Government, domestic consumption of medicines both in India and China is around 70% of the domestic productions of the respective countries. These medicines are available at a very reasonable price to the local populations.

Fuelled by strong domestic demand, coupled with exports to other countries, the pharmaceutical industry in both India and China are showing impressive growth, China being ahead of India in both pace of growth, as well as in terms of market size.

Why some key IPR issues, like ‘incremental innovation’, are facing stiff opposition in India when it is not so in China?

Intellectual Property Regime (IPR) is now in place in both the countries. However, criteria of ‘patentability’, as mentioned above, still remain a contentious issue in India. The issue of ‘access to affordable modern medicines’ is being unnecessarily dragged into the discussion of IPR related issues, where resolution of each of these two issues warrants totally different types of approaches.

The issue of ‘access’ and ‘affordability’ of medicines must be addressed with all earnestness by all concerned, but surely, I repeat, with a different kind and sets of measures. Mixing IPR issues with the issue of ‘access to affordable modern medicines’ sends a wrong message, which would mean that IPR is the cause of this problem in India or in other words, IPR has aggravated this problem since January 1, 2005, the day the new Patents Act came into force in India. This definitely is not the reality in our country.

As I have been saying repeatedly, why then from 1972 to 2005, when pharmaceutical products patents were not being granted, the access to affordable modern medicines were denied to 650 million population of India? The solution to this problem, in my view, lies in effectively addressing the issue of healthcare infrastructure, healthcare delivery and healthcare financing (health insurance for all strata of society) with an integrated approach and in tandem through Public Private Partnership (PPP) initiatives.

Is this issue cropping up because of intense pressure and public opinion created by over 20,000 small to medium scale producers of generic drugs, who have grown within the industry in a much protected environment created by the Government of India and had thrived in business by introducing copycat versions of innovators drugs for over three decades, during the old paradigm?

Large Indian companies are by and large in favour of IPR:

The large Indian Pharmaceutical Companies like Piramal Healthcare support the new IPR regime, envisaging the benefits that it will bring to the country in general and the domestic pharmaceutical industry in particular, in medium to longer term. These benefits will not only come from the fruits of their R&D initiatives, but also through various emerging opportunities of business collaboration in areas of their respective strengths, with the Multi National Corporations (MNCs) across the globe.

The Indian pharmaceutical industry, which had registered a double digit CAGR growth rate over the past decade, is poised to record a turnover of U.S$ 20 billion by 2015, as reported by Mckinsey & Co. Even at that time patented products are expected to contribute just about 10% of the total market and balance 90% of the market will continue to be dominated by low cost branded generic drugs.

Indian Pharmaceutical Industry has potential to emerge as an international force to reckon with. But will it..?

Within knowledge based industries, after meteoric success of the Information Technology (IT), Indian pharmaceutical industry armed with its fast growing biotech sector, has all the potential to be a major global force to reckon with. It just needs to foster the culture of innovation. One will feel happy to note that the Department of Pharmaceuticals (DoP) of the Government of India has started taking, at least, some initiatives towards this direction.

The key issues of ‘patentability‘ together with lack of a strong regulatory framework for effective patent enforcement and data protection are becoming barriers to development of international collaboration in the space of pharmaceutical research and development in India.

Why is China different?

From the beginning of 90’s China initiated its reform processes in the IPR area, which may not be perfect though, as yet. However, since 1998 with stricter regulations on pharmaceutical manufacturing and introducing Drug Management Law, China to a great extent regulated entry of ‘fringe players’ in the pharmaceutical business. It enacted TRIPS compliant patent laws in 2002, extending pharmaceutical product patent for 20 years and regulatory data protection (RDP) for 6 years.

Currently China is focusing more on biotech drugs and has wheezed past India in terms of success in this important sector of the healthcare industry, though they have still miles to go to catch up with the developed world in this space. With the creation of innovative environment within the country, China is fast getting international recognition and collaboration, in genomic and stem cell research and technology.

In the pharmaceutical sector also China has brought in significant regulatory reforms since 2001. Because of its stronger IPR regime than India and other important regulatory reform measures that the country has been undertaking, China is racing past India to become one of the largest markets of the global pharmaceutical industry. In this process, China is attracting far more foreign direct investments (FDI) than India, almost in all verticals of the pharmaceutical industry, from R&D, clinical trials to contract research and manufacturing.

Where India scores over China:

Quality of co-operation and relationship between global pharmaceutical companies and the domestic Chinese pharmaceutical industry is believed to be not as good as what is prevailing in the Indian pharmaceutical industry. There are many reasons for such difference, language being the key reason. In China, English is still not a very popular language, in sharp contrast to India. This limits effective human interaction with the foreigners in China. In the area of, especially, pharmaceutical chemistry, Indian scientists are considered to have a clear edge over their Chinese counterparts.

Chinese policy makers are gradually trying to shed off their protectionist’s attitude in the globalization process.

Steps taken by China to encourage innovation are far more encouraging than what is being done in India. Global pharmaceutical companies are finding China more attractive than India to expand their business. As the saying goes, ‘proof of pudding is in its eating’, predominantly because of this reason, FDI for the pharmaceutical sector is coming more in China than in India.

Instead of creating drivers, is India creating barriers to innovation?

It is indeed unfortunate that the Indian law differentiates innovation based on its types and denies grant of patent for ‘incremental innovation’, which is the bedrock of progress for the pharmaceutical industry. For this reason section 3d of Indian Patent Acts 2005 does not consider the ‘salts, esters, polymorphs and other derivatives of known substances unless it can be shown that they differ significantly in properties with regard to efficacy’, patentable.

Strong propaganda campaign unleashed by the vested interests alleging rampant violation of section 3d by the Indian Patent Office (IPO) is another case in point. Interestingly the aggrieved parties decided to fight this issue through media, avoiding the legal route for redressal of their grievances. They on record cited a hilarious reason for the same that no lawyer in India is coming forward to fight their cases, at the behest of the MNCs.

The way forward:

To encourage innovation within a TRIPS compliant IPR regime, as one sees in China,
stereotyping innovations as ‘breakthrough’ or ‘incremental’ will dampen the spirit of innovative culture within the country. Inventive steps in an innovative process of a pharmaceutical product are directed to satisfy some important needs of the patients. As I said before, most innovations, which are an integral part of the progress of this industry, have been ‘incremental’ in nature. Thus ignoring ‘incremental innovation’ in India could be counterproductive, in more than one way.

Investments required towards R&D that a ‘breakthrough type’ innovation would warrant are very high. Indian pharmaceutical industry will have a serious limitation in that direction. The path of ‘incremental innovation’ ably backed by a strong IPR enforcement process, would, I reckon, be the best way forward for the Indian players to compete effectively with global innovator companies, leave aside their Chinese counterparts.

Any innovation, which has gone through inventive steps, even if it is ‘incremental’ in nature, should not be considered ‘frivolous’. It demeans the very process of innovation.

Raising various public sensitive and emotive issues on product patents and combining it with issues of ‘access’ and ‘affordability’ of modern medicines, some powerful lobby of vested interests may seriously retard the progress of India. The Government of India should recognize that it will very adversely affect the country in its pursuit of excellence in the field of research and development, in medium to longer term.

Such emotive misconceptions are compelling the policy makers to divert their attention from the root cause, which I have enumerated above, of the issue of ‘access to affordable modern medicines’ to the vast majority of Indian population.

In my earlier article, I suggested a public private partnership (PPP) model to address these critical healthcare issues. Examples of such PPP are already there in India in states like Tamil Nadu, Andhra Pradesh and Karnataka.

Astute policy makers of the Government of India, I am sure, will soon realize that encouraging, rewarding and protecting patents through a robust TRIPS compliant IPR framework would enable India to place itself ahead of China, as the choicest destination for the global pharmaceutical industry.

By Tapan Ray

Disclaimer: The views/opinions expressed in this article are entirely my own, written in my individual and personal capacity. I do not represent any other person or organization for this opinion.