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Collaborative commercialization of inexpensive smaller incremental innovation in Chemistry will play an important role in bringing affordable new drugs or new drug delivery systems

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It started in the 17th century:

Alchemy, a medieval chemical science and speculative philosophy aiming to achieve the transmutation of the base metals into gold, searching for a universal cure for disease and indefinitely prolonging life, not considered a science by many, gradually became the basis for the development of chemistry into the 17th century. However, perceivable impact of chemistry on humanity, through its smaller incremental innovation, started being felt only in the second half of the 19th century.

Chemistry – an interface between the physical world and humanity:

Experts in this field often opine that the current form of human civilization has been made possible, to a great extent, through significant advancement of such innovation in chemistry and its role in modern technology. Chemistry is indeed an interface between the physical world on the one hand and the humanity on the other.

Getting a perspective of resource and time requirements for such initiatives:

Is there any similarity between development of pharmaceutical chemistry and IT software?

Now a days, one finds a striking similarity between small incremental innovation in IT software and the same in pharmaceutical chemistry. Both are creative and belong to the knowledge economy. Scientists in both the communities try to generate innovative ideas, which can lead to their effective commercialization.

Resource requirements for these two are strikingly different:

However, the nature of the commercialization process of these two sciences, though seemingly similar in terms of innovativeness, is indeed quite different. In the software community, two people can implement an idea with minimal resource requirement and could end up with a profitable commercialized product, without much difficulty. In contrast, two chemists may come up with a brilliant idea, which in many cases, may require significant investment of resources much before to even think to get the initial product commercialized. Subsequent steps of scaling up will be a separate issue altogether, with more resource commitment.

The process of commercialization of smaller incremental innovation in pharmaceutical chemistry is much longer:

As we all know, the process of commercialization of incremental innovation in chemistry takes a much longer time scale, as these are not usually spare time projects, unlike computer softwares. The cost involved in testing out and implementing a new idea in chemistry is very high and may not even be possible without any robust institutional backing.

Target inexpensive smaller incremental innovation in pharmaceutical chemistry:

Some illustrative examples of such smaller incremental innovation in chemistry are as follows:

1. Development of pharmaceutical co-crystals

2. Merger of chemistry of traditional and modern medicines for synergy in both efficacy and safety

3. Chemical technology switch: taking technology of one field and transferring it to a different field to get a new drug substance

4. Application of polymorphic chemistry in drug discovery.

The process has begun:

International experience:

The chemistry department of Oxford University, U.K, which is incidentally the biggest chemistry department of the western world, has made significant advances in commercializing incremental innovation in chemistry. Among many, they created and commercialized the following three entities through such incremental innovation:

• Medisense

• Oxford Molecular

• Oxford Assymetry

The Indian experience:

Despite all challenges, in India, as well, the commercialization process of smaller incremental innovation in chemistry has already begun. The Chemistry Department of the University of Delhi has developed 11 patentable technologies for improved drug delivery system using nano-particles. One of such technologies was development of ‘smart’ hydrogel nano-particles for encapsulating water-soluble drugs. This technology was sold to Dabur Research Foundation in 1999.

Another nano-particle drug delivery technology in opthalmogy area was also commercialized by transferring it to Chandigarh based Panacea Biotech Ltd.

Conclusion:

This process is expected to gain momentum in our country too, contributing significantly to the progress of the healthcare sector of the nation. “Commercializing smaller incremental innovation in Pharmaceutical Chemistry”, I reckon, will play a key role in providing affordable modern medicines to a vast majority of the population, as India transforms itself into a knowledge superpower.

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.

Emerging markets and a robust oncology portfolio expected to be the future growth engine of the global pharmaceutical industry… but not without associated pricing pressures.

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When the growth rate of the developed markets of the global pharmaceutical industry started slowing down along with the declining R&D productivity, the emerging markets were identified as the new ‘El-Dorado’ by the global players. At the same time, new launch of anti-cancer drugs, more in number, started giving additional thrust to the growth engine of the industry, at least in the developed markets and for the ‘creamy layers’ of the emerging markets of the world. As cancer is being considered as one of the terminal illnesses, the cancer patients from all over the world, would like to have their anti-cancer medications, at any cost, even if it means just marginal prolongation of life with a huge debt burden.According to a recent study done by the Cancer Research, UK, despite significant decline in the overall global pharmaceutical R&D productivity over a period of time, in a relative yardstick, newer anti-cancer drugs have started coming up to the global market with a much greater frequency than ever before. ‘Pharmacy Europe’reports that 18 percent, against a previous estimate of 5 percent of 974 anti-cancer drugs will see the light of the day in the global market place, passing through stringent regulatory requirements. This is happening mainly because of sharper understanding of the basic biology of the disease by the research scientists.Another study reports that between 1995 and 2007 such knowledge has helped the scientists to molecularly target ‘kinase inhibitors’, which are much less toxic and offers much better side effect profile. Well known anti-cancer drug Herceptin of Roche is one of the many outcomes of molecularly targeted research.

Price of Anti-cancer drugs:

Although in the battle against the much dreaded disease cancer, the newer drugs which are now coming to the market, are quite expensive. Even in the developed markets the healthcare providers are feeling the heat of the cost pressure of such medications, which would in turn impact the treatment decisions. Probably because of this reason, to help the oncologists to appropriately discuss the treatment cost of anti-cancer drugs with the patients, the American Society of Clinical Oncology recently has formed a task force for the same.

The issue is now being fiercely debated even in the developed markets of the world:

In the developed markets of the world, for expensive cancer medications, the patients are required to bear the high cost of co-payment, which may run equivalent to thousands of U.S dollars. Many patients are finding it difficult to arrange for such high co-payments.

Thus, it has been reported that even the National Institute of Health and Clinical Excellence (NICE), UK considers some anti-cancer drugs not cost-effective enough for inclusion in the NHS formulary, sparking another set of raging debate.

‘The New England Journal of Medicine’ in one of its recent articles with detail analysis, expressed its concern over sharp increase in the price of anti-cancer medications, specifically.

Is the global pharmaceutical industry in a ‘gold rush’ to get into the oncology business?

Recently ‘The New York Times’ reported some interesting details. One such was on the global sales of anti-cancer drugs. The paper reports that in 1998 only 12 anti-cancer drugs featured within the top 200 drugs, ranked in terms of global value turnover of each. In that year Taxol was the only anti-cancer drug to achieve the blockbuster status with a value turnover of U.S$ 1 billion.

However, in 2008, within top 200 top selling drugs, 23 were for cancer with three in the top ten, clocking a global turnover of over U.S$ 1 billion each. 20 out of 126 drugs recording a sales turnover over U.S$ billion each, were for cancer, impressive commercial growth story of which is far from over now.

How to address this issue?

Experts are now deliberating upon to explore the possibility of creating a ‘comparative effectiveness center’ for anti-cancer drugs. This center will be entrusted with the responsibility to find out the most cost effective and best suited anti-cancer drugs that will be suitable for a particular patient, eliminating the possibility of wasteful expenses, if any, with the new drugs, just because of their newness and some additional features, which may not be relevant to a particular patient. If several drugs are found to be working equally well on a patient, most cost effective medication will be recommended to the particular individual.

Some new anti-cancer medications are of ‘me-too’ type:

‘The Journal of National Cancer Institute’ reports that some high price anti-cancer drugs are almost of ‘me too’ type, which can at best prolong the life of a patient by a few months or even weeks. To give an example the journal indicated, ‘Erbitux for instance, prolongs survival in lung cancer patients by 1.2 months… at a cost of U.S$ 80, 000 for an 18 – week course of treatment.’

However, the manufacturer of the drug later told ‘The Wall Street Journal’ (WSJ), ‘U.S.$ 80,000 is like a sticker price, but the street price is closer to U.S$ 10,000 per month” i.e around U.S$ 45,000 for 18 week course of treatment.

Conclusion:

Even in the developed countries, the heated debate on expensive new drugs, especially, in the oncology segment is brewing up and may assume a significant proportion in not too distant future. India being one of the promising emerging markets for the global pharmaceutical industry, willy nilly will get caught in this debate, possibly with a force multiplier effect, sooner than later.

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.