Leveraging 3D Printing In Pharma, For Cost Containment And Patient-Centricity

Posted on June 6, 2016 by Tapan Ray

Today, although a number of new and state of the art drugs is regularly being developed, and brought to the market at a reasonably rapid pace, their access to the majority of the global population has still remained a huge challenge. One of the key access barriers continue to remain exorbitant prices of these drugs.

Keeping commensurate pace with gradual improvement in the pinpointed diagnosis of various diseases with modern diagnostics, processes, devices and techniques, fueled by increasing health awareness within a sizeable section of the population, more patients are now aspiring for access to a better quality of life, and greater productivity at work. This is happening all over the world, though with varying degree and magnitude.

Consequently, there has been a sharp increase in the demand for healthcare, which has caused a huge bottleneck in the overall healthcare delivery process, for various reasons. The huge gap between the availability of high-tech drugs/healthcare services, and their access to the general population, mostly due to affordability reasons, is going north at a rapid pace.

Two-pronged cost containment pressure:

This unfettered ascending trend is creating primarily the following two types of cost containment pressure:

Being driven purely by the economical reasons, the Governments and other payers have started taking stringent cost-containment measures, bringing huge pricing pressure, especially on the drugs and medical device manufacturers.

In countries, such as, India, where the ‘Out of Pocket’ expenditure on healthcare in general, and the medicines in particular, is hovering around 70 percent, the patients, several Governments have started announcing drug price control policy to protect the health interest of patients.

However, currently, only some piecemeal measures are being initiated, including in India, where a holistic approach for all, such as, Universal Health Care (UHC) and several other similar options, are long overdue.

Three different remedial measures:

In my view, consideration of either of these three following approaches, or an innovative blend of these, would enable the Governments to address this pressing issue, remove the existing bottle neck, and thereby bridge the healthcare access gap, holistically:

A. Fast implementation of Universal Health Care (UHC).

B. Closer look at the entire Pharmaceutical Value Chain with a resolve to work out innovative, game-changing solutions to reduce cost of each of its critical components, significantly.

C. Effectively addressing the emerging need of Patient-Centricity.

A. Fast implementation of Universal Health Care (UHC):

I have already discussed UHC in one of my articles titled, “Universal Health Coverage: The Only Alternative To Drug Price Control in India?”, published in this Blog on November 9, 2015.

B. Cost containment with 3D printing:

A report of IMS Health, published on November 18, 2015, forecasts the increase of total global spend for pharmaceuticals by US$ 349 billion on a constant-dollar basis, compared with US$182 billion during the past five years. It also indicated, more than half of the world’s population will live in countries where the use of medicine will exceed one dose per person per day by 2020, up from 31 percent in 2005, as the “medicine use gap” between the developed and the emerging markets narrows.

This steep ascending trend would eventually affect the pharma ‘Value Chain’ in a significant way, throwing open several path-breaking high-technology based options, with impressive favorable impact on the general costs of medicines. 3D-printing technology is expected to play a significant role in this initiative.

Before proceeding further, let me zero-in on a few critical components, as follows, of the pharma ‘Value Chain’, as I see visualize these:

Drug innovation (R&D)
Manufacturing
Marketing
Supply Chain

According to my understanding, at least in 3 of the above 4 ‘Value Chain’ components, there is an immense potential of leveraging 3D printing technology effectively, and in a big way.

In my article of January 11, 2016, published in this Blog, titled “3D Printing: An Emerging Game Changer in Pharma Business”, I have already discussed the game changing impact of 3D Printing technology on the drug discovery process, drug manufacturing strategy, and supply Chain effectiveness in the pharma business.

Hence, I prefer not to dwell on those areas, yet again, here. Instead, I shall briefly deliberate on the application of 3D Printing technology to effectively address the emerging need of ‘Patient-Centricity’ with an interesting and a very recent example.

C. Improving ‘Patient-Centricity’ with 3D printing:

At this stage, there is a need to understand what exactly is the ‘’Patient-Centricity’. It seems to be a popular buzzword now with the health care related companies, primarily to give an impression that they are really focusing on ‘Patient-Centricity’.

However, there does not seem to exist any universally accepted definition of this terminology, just yet. Nevertheless, one appropriate definition could well be: “A focused and transparent approach to providing maximum possible benefits to a patient from a drug, device, technology, or health care services.”

I briefly focused on a part of this basic issue in my article titled, “‘Disease Oriented Treatment’ to ‘Patient Oriented Treatment’- An evolving trend’, published in this Blog on January 7, 2013.

As I said before, in this article, to explain ‘Patient-Centric’ approaches with 3D printing, I would quote from a very recent, and a path-breaking work in this area.

On May 25, 2016, ‘The Straits Times’ reported, the researchers at the National University of Singapore have found a way to use 3D printers to create low-cost tablets. With the help of this technology a tablet can be so personalized to respond to individual patient’s needs that the drug can be customized to take on different release profiles, such as, constant release, pulsed release, increasing or decreasing release, and any arbitrary interval as required by the patient. However, the most striking is, different drugs with different release profiles can also be combined in a single pill.

Once administered, the tablet dissolves layer by layer over a period of time, releasing the drug at a controlled rate. The duration can be altered by changing the chemical composition of the liquid.

It is worth noting here that the conventional tablets are only capable of a constant rate of release, requiring the patient to manually control the dosage and release rate, by taking doses according to a prescribed schedule, given by the doctor. In this scenario, if a patient requires different drugs with different dosages and intervals, it can become inconvenient to keep track and potentially dangerous, especially when the patient misses a dose, the report highlighted.

The commercially available printer used in the project costs just S$2,000.

The Assistant Professor Soh Siow Ling, who leads the project, reportedly, expects that the low cost will allow it to be used in hospitals and neighborhood clinics. He further explained, “Every single person is different, based on many factors such as genetics, age, body mass and so on. Different people also have different activity levels and consumption habits, which affect their needs. It is, (therefore), not desirable to use the same drug to treat different illnesses which have similar apparent symptoms.”

The report indicated that in October, 2015, these findings were published in an issue of Advanced Materials, which is a peer-reviewed materials science journal.

A patent for the tablets was filed last year, and they are currently in talks with multinational corporations, and medical professionals to identify potential applications, the article highlighted.

Changing role of doctors:

From the above developments, it appears that unleashing the full potential of 3D printing technology in the pharma industry, would also enable the medical profession to move further towards ‘Patient-Centricity’, in its true sense.

This technology would empower them offering to each patient, the right drug or drug combinations, with most suitable drug delivery system, and exactly the way individual patients would prefer, with a very high degree of precision.

Thus, from overall disease treatment perspective, especially with medicines, this approach offers a great potential to be significantly more effective, and convenient to individual patients, as compared to the conventional approaches.

I reckon, over a period of time, professional competitiveness would drive the doctors further honing their effectiveness in the disease treatment process, and that too with a high degree of precision. In that situation, many doctors may decide to setup on-demand 3D drug-printing facilities even at their clinics.

The gradual embodiment of this brilliant technology by the doctors, is expected to throw open new vistas of opportunity, also to personalize the shapes, colors and flavors of any medicine, according to individual patient’s choice. This, in turn, would improve patient compliance, ensure a predictable relief from the disease, and demonstrate ‘Patient-Centricity’ of a high order by the medical profession, in general.

Conclusion:

For the first time ever, with Aprecia Pharmaceuticals in the United States getting approval of the US-FDA on August 3, 2015 for the market launch of a 3D printed prescription drug for oral use by the epilepsy patients, dawns a new paradigm in the global pharma business horizon.

Effective application of this ‘disruptive innovation’ could well be a game changer not just in the ‘value chain’ of conventional pharma business models, across the world, but also for taking a giant leap towards ‘Patient-Centricity’. The doctors are also expected to be very much an integral part of this process.

Besides all the above benefits, 3D printing can also encourage low-volume production, whenever required, and a wide variety of Active Pharmaceutical Ingredients, to meet any immediate demand, mostly for use in research and developmental work.

Thus, noting the ongoing significant progress in this area, I reckon, leveraging 3D printing technology in pharma, not just to address the cost containment pressure, effectively, but also to ensure a tangible and visible move towards ‘Patient-Centricity’, in true sense. All-round success in the innovative application of this cutting-edge technology in the global pharma industry, would eventually separate men from boys in pursuit of business excellence.

By: Tapan J. 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.

3D Printing: An Emerging Game Changer in Pharma Business

Posted on January 11, 2016 by Tapan Ray

On August 3, 2015, Aprecia Pharmaceuticals in the United States took a game changing step towards a new paradigm of the global pharma business. The Company announced that for the first time ever, the U.S. Food and Drug Administration (US FDA) approved a ‘Three-Dimensional (3D)’ – printed prescription drug for the oral use of epilepsy patients. Although, 3DP has already been used to manufacture medical devices and prosthetics, in the pharma world, this disruptive innovation was never practiced on the ground, till that magic moment came.

The drug is Spritam® (levetiracetam) used as a prescription adjunctive therapy in the treatment of partial onset seizures, myoclonic seizures and primary generalized tonic-clonic seizures in adults and children with epilepsy.

According to this announcement, Spritam® utilizes Aprecia’s proprietary ZipDose® Technology platform, that uses 3D Printing (3DP) to produce a porous formulation that rapidly disintegrates with a sip of liquid.

The 3DP technology:

3DP technology is broadly defined as a process for making a physical object from a three-dimensional digital model, typically by laying down many successive thin layers of a material.

The originator of this game changing development is the renowned academic institution – ‘The Massachusetts Institute of Technology (MIT)’in the United States.

Later on, the MIT licensed out the patented 3DP technology for its use in many different other fields. Among pharma companies Aprecia Pharmaceuticals obtained the exclusive rights to 3D-printing technology for pharmaceutical purposes in 2007.

A high potential game changer:

In pharma, 3DP could possibly emerge as a game changing and disruptive innovation, sooner than later. It could radically change the traditional and well-established strategic and operational models of pharma business, especially the drug discovery process, manufacturing strategy and even the disease treatment process, paving a faster pathway for the much awaited ‘Personalized Medicines’, in a large scale.

Lee Cronin, a Professor of Chemistry, Nanoscience and Chemical Complexity at the Glasgow University, says that the 3DP technology could potentially be used to print medicines of many types – cheaply and wherever it is needed. As Professor Cronin says: “What Apple did for music, I’d like to do for the discovery and distribution of prescription drugs.”

3D Printers would also throw open an opportunity of getting any drug tailor made for the individual patient’s needs, such as, exact dosage requirements, size, shape, color and flavor of the pill and also in the most appropriate delivery systems, just as what Aprecia Pharmaceuticals did with Spritam® by using this technology.

In this article, I shall highlight the game changing impact of 3DP only in the following three areas of pharma business:

The drug discovery process
Drug manufacturing strategy
Supply Chain effectiveness

A. Impact on drug discovery process:

A December 29, 2015 article titled, “Click chemistry, 3D-printing, and omics: the future of drug development”, published in ‘Oncotarget, Advance Publications 2015’ deliberates on the potential of 3DP in the drug discovery process.

The paper states, Genomics has unambiguously revealed that different types of cancers are just not highly complex, they also differ from patient to patient. Thus, conventional treatment approaches for such diseases fit poorly with genomic reality. It is also very likely that similar type of complexity will eventually be identified in many other life-threatening ailments.

Currently, a large number of patients are taking medications that may not help them, on the contrary could harm some of them. The top ten best-selling drugs in the United States are only effective in between 4 percent and 25 percent of the individuals for whom they are prescribed, the paper observes.

However, developing new drugs and tailoring such therapy to each patient’s complicated problem has still remained a major challenge.

One possible solution to this challenge could be to match patients to existing compounds with the help of an equally complicated modelling technique. Nonetheless, optimization of a complex therapy will eventually require designing compounds for patients using computer modeling and just-in-time production. 3DP shows a very high potential to effectively address this complex issue.

This is primarily because, 3DP is potentially transformative by virtue of its ability to rapidly generate almost limitless numbers of objects that previously required manufacturing facilities.

It is also now becoming clearer that with 3DP, scientists will be able to print even the biologic materials, such as, tissues, and eventually organs. Thus, in the near future, it is plausible that high-throughput computing may be deployed to design customized drugs, which will reshape medicine, the article highlights.

In his short ‘Ted Talk Video Clip’ (please click on this link), Professor Lee Cronin explains his working on a 3D printer that, instead of objects, is able to print molecules for a new drug. It could throw open an exciting potential of a long-term application of 3DP for printing, our own customized new medicine by using chemical inks.

In a nutshell, Professor Lee Cronin elucidates in his ‘Ted Talk’, how could the immense potential of 3D printers be leveraged to catalyze the chemical reactions in order to print real drugs, as and when required, according to the requirements of individual patients.

B. Impact on drug manufacturing strategy:

Not just in drug discovery, 3DP would equally be a game changer in pharma manufacturing, the way it is operated today, including the state of the art production facilities.

This could very much happen in tandem with the 3DP drug discovery research, moving towards personalized medicine, and simultaneously making the same 3DP an integral part of the new drug production line.

Moreover, besides the opportunity of getting any drug tailor made for individual patient needs, such as, exact dosage requirements, size, shape, color and flavor of the tablet and also the delivery system, 3DP technology can be most productively used to manufacture high priced low volume and patient-specific orphan drugs for the treatment of critical illnesses.

Even for Active Pharmaceutical Ingredients (API), the power and potential of 3DP technology can be well leveraged. On March 12, 2015 the ‘Howard Hughes Medical Institute (HHMI)’ of the United States announced that HHMI scientists have designed a revolutionary “3D printer” for small molecules that could open the power of customized chemistry to many.

It further stated, small molecules hold tremendous potential in medicine and technology, but they are difficult to synthesize without proper expertise. The automated “3D printer” designed for small molecules is a way to get around this bottleneck. The new technology has the potential to unlock access to customized molecules in a way that will drive science forward, on many levels. Moreover, the potential for cost-savings with 3DP is huge, improving the drug profitability significantly.

C. Impact on 'supply chain' effectiveness:

Currently, the traditional pharma ‘Supply Chain models’ are primarily based on the following:

Efficiency largely with high volume operation
Need to drive the cost as low as possible
Relatively higher-number of workers
The inventory cost
The real estate cost, owned directly or indirectly, for the entire ‘Supply Chain’ cycle

3DP technology would enable manufacturers shifting the ‘just in time production and distribution’ processes very close to consumers. Such well spread out and ‘just in time’ drug manufacturing activities catering to varying requirements, from very small to very high, would help reduce the cost of logistics, substantially.

This disruptive innovation will enable even the hospitals to print the required drugs at their own locations with, authorized 3DP file downloads, eliminating the need to keep huge inventory and also protecting patients from counterfeit medicines in the ‘Supply Chain’.

Thus, the bottom-line is, the drug companies will be able to print drugs with 3DP technology on real time demand at a large number of selected locations. This will significantly bring down the finished product inventory, starting from companies’ warehouses and distributors to retail and hospital shelves, to almost zero, making pharma supply chain significantly lean and highly effective.

Additionally, it will enable the pharma companies to manufacture drugs also in all developing countries, resulting in improved access to medicine, at a much lesser cost.

Conclusion:

I believe, this technology has already reached a critical juncture, where it is no longer a matter of conjecture that 3DP would ‘soon’ become a game changer, especially for the drug discovery process, manufacturing strategy and supply chain effectiveness of the pharma business, across the world, including India. Getting a prime mover advantage is vital.

However, the question still remains: how soon will this ‘soon’ be?

By: Tapan J. Ray

Scandalizing Biosimilar Drugs With Safety Concerns

Posted on August 25, 2014 by Tapan Ray

With the patent expiry of exorbitantly priced biologic medicines, introduction of biosimilar drugs are expected to improve their access to millions of patients across the world, saving billions of dollars in healthcare costs in the subsequent years. According to an article published in Forbes, it is estimated that the potential savings in the United States alone from just 11 biosimilar drugs over a period ranging from 2014 to 2024 could easily be U$250 billion.

However, the flip side of this much awaited development would make commensurate dent on the sales performance of original brand name biologics, now being marketed by the global pharma majors armed with patent monopoly rights.

Innovating hurdles to negate the impact:

Facing this stark reality, global innovators of biotech drugs allegedly want to fast germinate a strong apprehension in the minds of all concerned on the safety and replaceability of biosimilar drugs. Consequently, this would severely restrict the usage of this new class of products, sacrificing patients’ health interest.

To translate this grand plan into reality, garnering additional support from ten medical societies and a physicians’ group, the global players, which mostly hold various patents on biologics, reportedly urged the USFDA to require biosimilars to have distinct names from the original biologics, on the pretext that different names would make it easier for prescribers to distinguish between medicines that “may differ slightly” and also track adverse events and side effect reports that appear in patient records.

However, other stakeholders have negated this move, which is predominantly to make sure that no substitution of high priced original biologics takes place with the cheaper versions of equivalent biosimilars to save on drug costs.

Intense lobbying to push the envelope:

Interestingly, this intense lobbying initiative of big pharma to assign a distinct or different name for biosimilar drugs, if accepted by the USFDA, would provide a clear and cutting-edge commercial advantage to the concerned pharma and biotech majors, even much after their respective biologic drugs go off patent.

Thus, the above allegedly concerted move does not surprise many.

Mounting protests against industry move:

Biosimilar drug makers, on the other hand, have suggested to the USFDA to make biosimilars fall under the same International Non-Proprietary Name (INN) system, like all generic prescription drugs. They believe that new names would create confusion and the physicians and pharmacists may face difficulties in ascertaining whether biosimilar drugs serve the same purpose with similar dosing and regimens.

The protest seems to have a snowballing effect. In July 2014, by a letter to the Commissioner Hamburg of USFDA, different groups representing pharmacy, labor unions, health insurance plans and others, have reportedly urged her not to go for different INNs for the original biologic and a biosimilar drug, for the same reason as cited above. The letter reinforces that the industry move, if accepted by the USFDA could increase the possibility of medication errors, besides adversely affecting the substitution required to bring down overall health care costs for high priced specialized biologics, thereby slowing down the uptake of biosimilars significantly.

Global pharma investors also raising voices in support of biosimilars:

Another similar and major development followed soon. A letter titled, “Investor Statement on Board Oversight of Biosimilar Issues”, written by a group of 19 institutional investors that manages about US$430 billion in assets, to the boards of several big pharma and biotech companies, flagged that some pharma majors have been scandalizing the safety concerns of biosimilar drugs. This is happening despite the fact that this class of drugs already has a well-established track record in Europe.

They emphasize that recent actions taken by some big pharma companies could raise concerns on the overall acceptance of biosimilar drugs, which would forestall any projected savings on that subject. They also reportedly expressed serious concern that shareholder interests could be adversely affected, if the pharma and biotech players pursue those policies that undermine corporate transparency and medical innovation.

The letter underscores, “Companies seeking to downplay the patient safety record of European biosimilars have also challenged the capacity of the FDA to promulgate rules and determine when biosimilars may be substituted for biologics.”

Among other points, the letter reiterates:

Though the important role of biologics in treating cancer, rheumatoid arthritis, anemia, multiple sclerosis and many other conditions is well recognized, the costs of these medicines are on an unsustainable trajectory, with some biologics costing as much 22 times more than other drugs. This critical issue seriously impedes patients’ access to biologics, as well as, acceptance by providers and insurance companies.

Biosimilars hold the promise of lowering costs of treating conditions for which biologics are indicated. At the same time, the recent adoption of a regulatory pathway to approval of biosimilars in the US market and the continued growth of biosimilars in the European Union, Japan, Canada, Australia and South Korea, pose a formidable business challenge for the companies that market patented biologic medicines.

Financial experts project that biosimilars too have the potential for significant market penetration and attractive returns on investments.

Assigning different INN would communicate to providers that the biosimilar is less effective, prompting them not to prescribe this class of medicines and making it difficult for the pharmacists to dispense too. Besides, different names could lead to prescribing errors.

In short, the boards of directors of the pharma and biotech majors were urged by these investors to use the following principles to guide their decision-making related to biosimilars:

- Policy and educational information provided on biosimilars should be balanced, accurate and informed by the patient safety experience of biosimilars in the European Union and other biosimilar drug markets.

- Lobbying expenditures for federal and state activities related to biosimilars should be fully disclosed and the boards should ensure that political activities are aligned with the interests of investors and other stakeholders.

- Key information about any partnership or business deal related to biosimilars should be fully disclosed to investors, including information about the value, terms and duration of the deal.

The WHO proposal:

In this context it is worth recapitulating, the World Health Organization (WHO) that oversees the global INN system has held a number of meetings to resolve this issue. The WHO proposal suggests that the current system for choosing INNs to remain unchanged, but that a four-letter code would be attached at the end of every drug name. However, individual regulatory agencies in each country could choose whether to adopt such coding or not.

Let us wait to see what really pans out of this flexible WHO proposal on the subject.

Biosimilars go through stringent regulatory review:

It is important to note that the drug regulators carefully review biosimilars before giving marketing approval for any market, as these drugs must prove to be highly similar without any clinically meaningful differences from the original biologic molecules. The interchangeability between biosimilars and the original biologics must also be unquestionably demonstrated to be qualified for being substitutable at the pharmacy level without the need for intervention by a physician.

Thus, there does not seem to be any basis for different INN, other than to severely restrict competition from biosimilars.

12-year data exclusivity period for biologics – another hurdle created earlier:

Another barrier to early introduction of cheaper biosimilar drugs in the United States is the 12-year data exclusivity period for biologics.

On this issue GPhA – the generic drug makers’ group in the United States reportedly issued a statement, criticizing a paper of Biotechnology Industry Organization (BIO), saying:

“Market exclusivity acts as an absolute shield to their weak patents. Thus, from a practical perspective, extending market exclusivity beyond the Hatch-Waxman period would block the introduction of generic competition for almost 20 years, derailing any potential cost savings by Americans.”

The market potential of biosimilars:

A new report by Allied Market Research estimates that the global biosimilars market would reach US$35 billion by 2020 from the estimated US$1.3 billion in 2013. During the next four years, over 10 blockbuster biologic drugs clocking aggregated annual sales turnover of US $60 billion would go off patent in the United States and in Europe. Humira – a US$10 billion drug of Abbvie that loses patent protection in 2016 is at the top of list.

In tandem, facilitation of regulatory pathways of marketing approval for this class of drugs in many developed markets is expected to drive its growth momentum through greater market penetration and access.

Asia Pacific region is likely to emerge as the leader in the biosimilar drugs market, primarily due to heightened interest and activity of the local players. Collaboration between Mylan and Biocon to commercialize biosimilar version of trastuzumab of Roche in India and the approval of first biosimilar version of monoclonal antibody drug by Hospira in Europe are the encouraging indications.

High growth oncology and autoimmune disease areas are expected to attract more biosimilars developers, as many such biologics would go off patent during 2014 to 2019 period.

Monoclonal antibodies (mAbs) and erythropoietin would possibly be key to the growth drivers. Similarly, follitropins, interferons, and insulin biosimilars would emerge as high potential product segments over a period of time.

As we know, among the developed markets, Europe was the first to draft guidelines for approval of biosimilars in 2006. Consequently, the first biosimilars version of Granulocyte colony-stimulating factor (G-CSF) was introduced in the European Union under the regulatory guidance of European Medical Agency (EMA) in 2008. At present, there are three biosimilar versions of G-CSF available in the European market. Insulin biosimilars also show a good potential for the future.

India:

India is now well poised to encash on this opportunity, which I had deliberated in one of my earlier blog post titled, “Moving Up The Generic Pharma Value Chain”.

Current global usage of biosimilars:

Though regulatory pathways for biosimilar drugs are now in place in the United States, no biosimilar has yet been approved there. However, the US drug regulator has for the first time accepted an application for the approval of a biosimilar version of Neupogen (Filgrastim) of Amgen, which treats patients with low white blood cell counts. Sandoz has already been selling the biosimilar version of this drug in more than 40 countries outside the US.

According to the research organization ‘Pharmaceutical Product Development’, as on March 2013, at least 11 countries and the European Union (EU) approve, regulate and allow clinical trials of biosimilars. As of February 2012, the EU has approved at least 14 biosimilar medicines. The following table shows these countries by region:

Region	Countries
North America	Canada
Europe	E.U. (including U.K.)
Asia and Pacific	China, India, Singapore, South Korea, Taiwan
Central and South America	Argentina, Brazil, Mexico
Eastern Europe	Russia, Turkey

Source: Pharmaceutical Product Development

Conclusion:

With the opening up of the United States for biosimilar drugs, the entire product class is expected to be catapulted to a high growth trajectory, provided of course no more allegedly concerted attempts are made to create regulatory hurdles on its path, as we move on. This is mainly because around 46 percent of the world biologic market as on 2010 was in the United States.

However, intense lobbying and power play against biosimilar or interchangeable biologics, allegedly sponsored by the big pharma, are acting as a barrier to this much awaited development solely to benefit the patients. Such activities also undermine attractiveness of investing in safer and more affordable interchangeable biologics.

It is indeed intriguing that all these are happening, despite the fact that the regulatory approval standards for biosimilars are very stringent, as each of these drugs:

Must be highly similar to the reference product
Cannot have clinically meaningful differences from the original ones
Must perform the same in any given patient
Would have the same risk associated with switching as the reference product

Thus, scandalizing biosimilar drugs by raising self-serving ‘safety concerns’ in an orchestrated manner, just to extend product life cycles of original biologics even beyond patent expiries, is indeed a very unfortunate development. In this process, the vested interests are creating a great commercial uncertainty for this new class of medicines in the global scenario.

Be that as it may, all these seemingly well synchronized moves against biosimilars, solely to protect business interest, pooh-poohing patients’ health interests, have once again caste a dark shadow on not so enviable image of the big pharma…without even an iota of doubt.

By: Tapan J. 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.

Moving Up The Generic Pharma Value Chain

Posted on June 30, 2014 by Tapan Ray

June 2014 underscores a significant development for the generic drug exporters of India. Much-delayed and highly expected launch of generic Diovan (Valsartan) is now on its way, as Ranbaxy has reportedly received US-FDA approval to launch the first generic version of this blood pressure drug in the United States.

As deliberated in my earlier blog titled “Big Pharma’s Windfall Gain From Indian Pharma’s Loss, Costs American Patients Dear”, delay in launch of the generic equivalent of Diovan caused a windfall gain for Novartis from US$ 1.7 billion US sales of this drug last year, instead of usual declining turnover of an innovative molecule post patent expiry.

The generic version of Diovan (Valsartan) is estimated to contribute around US$ 200 million to Ranbaxy’s sales and US$ 100 million to its profit after tax, during the exclusive sale period. Against these numbers, delay in the launch of generic Diovan has reportedly cost payers and consumers in America around US$ 900 million in the first 18 months.

Since four Ranbaxy manufacturing facilities in India are now facing US-FDA ‘import bans’ due to violations of ‘Good Manufacturing Practices’ of the American regulator, its Ohm Laboratories unit located in New Jersey has been allowed to make generic Valsartan for the US.

Go for gold:

Hopefully, Ranbaxy would soon get similar approvals from the US drug regulator for its ‘first to launch’ generic versions of Nexium (AstraZeneca) and Valcyte (Roche), as well.

It is worth mentioning that around 90 percent price erosion would take place with intense competition, as soon the period of exclusivity for such ‘first to launch’ generics gets over.

Nonetheless, this is indeed a very interesting development, when the global generic pharmaceutical segment is reportedly showing signals of a tough chase for overtaking the branded pharmaceuticals sector in terms of sales turnover too.

India has a huge a stake in this ball game, as it supplies around 30 to 40 percent of the world’s generic medicines and is well poised to improve its pharma exports from around US$ 15 billion per year to US$ 25 billion by 2016. Since 2012, this objective has remained an integral part of the country’s global initiative to position India as the “pharmacy to the world.”

However, considering the recent hiccups of some Indian pharma majors in meeting with the quality requirements of the US-FDA, though this target appears to be a challenging one for now, the domestic pharma players should continue to make all out efforts to go for the gold by moving up the generic pharmaceutical value chain. In this context, it is worth noting that penetration of the generic drugs in the US is expected to increase from the current 83 percent to 86-87 percent very shortly, as the ‘Obamacare’ takes off with full steam.

Moving up the value chain:

In the largest pharma market of the world – the United States, global generic companies are increasingly facing cutthroat price competition with commensurate price erosion, registering mixed figures of growth. Even in a situation like this, some companies are being immensely benefited from moving up the value chain with differentiated generic product launches that offer relatively high margin, such as, specialty dermatologicals, complex injectibles, other products with differentiated drug delivery systems and above all biosimilars.

As a consequence of which, some Indian generic companies have already started focusing on the development of value added, difficult to manufacture and technology intensive generic product portfolios, in various therapy areas. Just to cite an example, Dr. Reddy’s Laboratories (DRL) is now reportedly set to take its complex generic drug Fondaparinux sodium injection to Canada and two other emerging markets.

Thus, those Indian pharma companies, which would be able to develop a robust product portfolio of complex generics and other differentiated formulations for the global market, would be much better placed in positioning themselves significantly ahead of the rest, both in terms of top and the bottom lines.

One such key opportunity area is the development of a portfolio of biosimilar drugs – the large molecule proteins.

Global interest in biosimilars:

According to the June 2014 report of GlobalData, a leading global research and consulting firm, the biosimilars industry is already highly lucrative. More than 100 deals involving companies focused on the development of biosimilars have been completed over the past 7 years, with a total value in excess of US$10.7 billion.

GlobalData further states, there are a number of factors driving the initiative toward global adoption of biosimilars, from austerity measures and slow economic growth in the US, to an aging population and increasing demand for healthcare in countries, such as Japan.

The costs of biosimilars are expected to be, at least, 20 to 30 percent lower than the branded biologic therapies. This still remains a significant reduction, as many biologics command hundreds of thousands of dollars for 1 year’s treatment.

According to another media report, biosimilars are set to replace around 70 percent of global chemical drugs over the next couple of decades on account of ‘safety parameters and a huge portion of biologic products going off patent’.

Biosimilar would improve patient access:

Although at present over 150 different biologic medicines are available globally, just around 11 countries have access to low cost biosimilar drugs, India being one of them. Supporters of biosimilar medicines are indeed swelling as the time passes by.

It has been widely reported that the cost of treatment with innovative and patented biologic drugs can vary from US$ 100,000 to US$ 300,000 a year. A 2010 review on biosimilar drugs published by the Duke University highlights that biosimilar equivalents of novel biologics would improve access to such drugs significantly, for the patients across the globe.

Regulatory hurdles easing off:

In the developed world, European Union (EU) had taken a lead towards this direction by putting a robust system in place, way back in 2003. In the US, along with the recent healthcare reform process of the Obama administration, the US-FDA has already charted the regulatory pathway for biosimilar drugs, though more clarifications are still required.

Not so long ago, the EU had approved Sandoz’s (Novartis) Filgrastim (Neupogen brand of Amgen), which is prescribed for the treatment of Neutropenia. With Filgrastim, Sandoz will now have at least 3 biosimilar products in its portfolio.

Key global players:

At present, the key global players are Sandoz (Novartis), Teva, BioPartners, BioGenerix (Ratiopharm) and Bioceuticals (Stada). With the entry of pharmaceutical majors like, Pfizer, Sanofi, Merck, Boehringer Ingelheim and Eli Lilly, the global biosimilar market is expected to be heated up and grow at a much faster pace than ever before. Removal of regulatory hurdles for the marketing approval of such drugs in the US would be the key growth driver.

Globally, the scenario for biosimilar drugs started warming up when Merck announced that the company expects to have at least 5 biosimilars in the late stage development by 2012.

Most recent global development:

A key global development in the biosimilar space has taken place, just this month, in June 2014, when Eli Lilly has reportedly won the recommendation of European Medicines Agency’s Committee for Medicinal Products for launch of a biosimilar version (Abasria insulin) of Sanofi’s Lantus insulin. This launch would pave the way for the first biosimilar version of Sanofi’s top-selling drug clocking a turnover of US$7.8 billion in 2013. Eli Lilly developed Abasria with Boehringer Ingelheim of Germany.

In May 2014, Lantus would lose patent protection in Europe. However, biosimilar competition of Lantus in the US could get delayed despite its patent expiry in February, as Sanofi reportedly announced its intention of suing Eli Lilly on this score.

Global Market Potential:

According to a 2011 study, conducted by Global Industry Analysts Inc., worldwide market for biosimilar drugs is estimated to reach US$ 4.8 billion by the year 2015, the key growth drivers being as follows:

Patent expiries of blockbuster biologic drugs
Cost containment measures of various governments
Aging population
Supporting legislation in increasing number of countries
Recent establishment of regulatory pathways for biosimilars in the US

IMS Health indicates that the US will be the cornerstone of the global biosimilars market, powering a sector worth between US$ 11 billion and US$ 25 billion in 2020, representing a 4 percent and 10 percent share, respectively, of the total biologics market.

The overall penetration of biosimilars within the off-patent biological market is estimated to reach up to 50 percent by 2020.

Challenges for India:

Unlike commonly used ‘small molecule’ chemical drugs, ‘large molecule’ biologics are developed from living cells using very complex processes. It is virtually impossible to replicate these protein substances, unlike the ‘small molecule’ drugs. One can at best develop a biologically similar molecule with the application of high degree of biotechnological expertise.

According to IMS Health, the following would be the key areas of challenge:

High development costs:

Developing a biosimilar is not a simple process but one that requires significant investment, technical capability and clinical trial expertise. Average cost estimates range from US$ 20-100 million against much lesser cost of developing traditional generics, which are typically around US$ 1-4 million.

Fledgling regulatory framework:

In most markets apart from Europe, but including the United States, the regulatory framework for biosimilars is generally still very new compared to the well-established approval process for NCEs and small-molecule generics.

Intricate manufacturing issues:

The development of biosimilars involves sophisticated technologies and processes, raising the risk of the investment.

Overcoming ‘Branded Mentality’:

Winning the trust of stakeholders would call for honed skills, adequate resources and overcoming the branded mentality, which is especially high for biologics. Thus, initiatives to allay safety concerns among physicians and patients will be particularly important, supported by sales teams with deeper medical and technical knowledge. This will mean significant investment in sales and marketing too.

Indian business potential:

The biosimilar drugs market in India is expected to reach US$ 2 billion in 2014 (Source: Evalueserve, April 2010).

Recombinant vaccines, erythropoietin, recombinant insulin, monoclonal antibody, interferon alpha, granulocyte cell stimulating factor like products are now being manufactured by a number of domestic biotech companies, such as, Dr. Reddy’s Laboratories, Lupin, Biocon, Panacea Biotech, Wockhardt, Glenmark, Emcure, Bharat Biotech, Serum Institute, Hetero, Intas and Reliance Life Sciences.

The ultimate objective of all these Indian companies is to get regulatory approval of their respective biosimilar products in the US and the EU either on their own or through collaborative initiatives.

Domestic players on the go:

Dr.Reddy’s Laboratories (DRL) in India has already developed Biosimilar version of Rituxan (Rituximab) of Roche used in the treatment of Non-Hodgkin’s lymphoma. DRL has also developed Filgastrim of Amgen, which enhances production of white blood cell by the body and markets the product as Grafeel in India. DRL has launched the first generic Darbepoetin Alfa in the world for treating nephrology and oncology indications and Peg-grafeel, an affordable form of Pegfilgrastim, which is used to stimulate the bone marrow to fight infection in patients undergoing chemotherapy. The company reportedly sold 1.4 million units of its four biosimilars, which have treated almost 97,000 patients across 12 countries. Besides, in June 2012, DRL and Merck Serono, of Germany, announced a partnership deal to co-develop a portfolio of biosimilar compounds in oncology, primarily focused on monoclonal antibodies (MAbs). The partnership covers co-development, manufacturing and commercialization of the compounds around the globe, with some specific country exceptions.

Another Indian pharmaceutical major Cipla, has reportedly invested Rs 300 Crore in 2010 to acquire stakes of MabPharm in India and BioMab in China and announced in June 19, 2014 collaboration with Hetero Drugs to launch a biosimilar drug with Actroise brand name for the treatment of anemia caused due to chronic kidney disease. Actorise is a biosimilar of ‘Darbepoetin alfa’, which is marketed by US-based Amgen under the brand Aranesp.

In 2011, Lupin reportedly signed a deal with a private specialty life science company NeuClone Pty Ltd of Sydney, Australia for their cell-line technology. Lupin reportedly would use this technology for developing biosimilar drugs in the field of oncology. Again, in April 2014, Lupin entered into a joint venture pact with Japanese company Yoshindo Inc. to form a new entity that will be responsible both for development of biosimilars and obtaining marketing access for products in the Japanese market.

In November 2013, The Drug Controller General of India (DCGI) approved a biosimilar version of Roche’s Herceptin developed jointly by Biocon and Mylan.

In June 2014, Ipca Laboratories and Oncobiologics, Inc. of USA reportedly announced the creation of an alliance for the development, manufacture and commercialization of biosimilar monoclonal antibody products.

Many more such initiatives reportedly are in the offing.

Oncology becoming biosimilar development hot spot:

Many domestic Indian pharmaceutical companies are targeting Oncology disease area for developing biosimilar drugs, which is estimated to be the largest segment globally with a value turnover of around US$ 60 billion growing over 17 percent.

As per recent reports, about 8 million deaths take place all over the world per year due to cancer.

Indian Government support:

In India, the government seems to have recognized that research on biotechnology has a vast commercial potential for products in human health, including biosimilars, diagnostics and immune-biological, among many others.

To give a fillip to the Biotech Industry in India the National Biotechnology Board was set up by the Government under the Ministry of Science and Technology way back in 1982. The Department of Biotechnology (DBT) came into existence in 1986. The DBT currently spends around US$ 300 million annually to develop biotech resources in the country and has been reportedly making reasonably good progress.

The DBT together with the Drug Controller General of India (DCGI) has now prepared and put in place ‘Regulatory Guidelines for Biosimilar Drugs’ in conformance with the international quality and patient safety standards. This is a big step forward for India in the arena of biosimilar drugs.

In June 2014, under the advanced technology scheme of Biotechnology Industry Partnership Program (BIPP), the DBT has reportedly invited fresh proposals from biotech companies for providing support on a cost sharing basis targeted at development of novel and high risk futuristic technologies mainly for viability gap funding and enhancing existing R&D capacities of start-ups and SMEs in key areas of national importance and public good.

However, the stakeholders expect much more from the government in this area, which the new Indian government would hopefully address with a sense of urgency.

Conclusion:

According to IMS Health, biosimilar market could well be the fastest-growing biologics segment in the next few years, opening up oncology and autoimmune disease areas to this category of drugs for the first time ever. Moreover, a number of top-selling biologic brands would go off patent over the next five years, offering possibilities of reaping rich harvest for the biosimilars players of the country. Critical therapy areas such as cancer, diabetes and rheumatoid arthritis are expected to spearhead the new wave of biosimilars.

While moving up the generic pharma value chain, Indian pharma players desiring to encash on the emerging global biosimilars opportunities would require to do a thorough analysis, well in advance, to understand properly the key success factors, core value propositions, financial upsides and risks attached to investments in this area.

Indian companies would also need to decide whether moving ahead in this space would be through collaborations and alliances or flying solo would be the right answer for them. Thereafter would come the critical market access strategy – one of the toughest mind games in the long-haul pharma marketing warfare.

By: Tapan J. Ray

FDA ‘Import Bans’: Valuing Drug Supply Chain Security for Patients’ Safety

Posted on February 3, 2014 by Tapan Ray

To strengthen patients’ health and safety requirements, there is a growing need to first work out and then maintain a robust Drug Supply Chain Security (DSCS) mechanism by the pharmaceutical product manufacturers located anywhere in the world.

It is, therefore, often believed that the broader objective of cGMP encompasses DSCS for the same reason.

Over a period of time DSCS has assumed enormous complexity, as it often extends beyond the geographical territory of a country, spanning across a large number of vendors and vendors’ vendors of different kinds.

A robust DSCS, besides many others, would be able to address effectively, including sourcing of finished goods from third party manufacturers, the following:

Health and safety concerns of patients
Fraudulent activities leading to drug counterfeiting
Stringent global regulatory scrutiny
Check on sourcing of unapproved or substandard material

Most common threats to DSCS:

Counterfeit goods are most common threats to DSCS mechanism of any company. According to a report of the World Health Organization (WHO) on the types of counterfeits and their magnitude, such products can be grouped into six categories:

Products without active ingredients: 32.1 percent
Products with incorrect quantities of active ingredients: 20 percent
Products with wrong ingredients: 21.4 percent
Products with correct quantities of active ingredients but with fake packaging: 15.6 percent
Copies of an original product: 1 percent
Products with high levels of impurities and contaminants: 8.5 percent.

Globalization enhances the need of DSCS:

In today’s globalized business environment, the dual need to reducing costs significantly and in tandem minimizing the risks associated with the procurement activities of the business, have compelled many pharma companies to extend their ‘Supply Chain’ related activities spreading across different parts of the globe, instead of just confining to the local space.

At the same time, a new trend is evolving with the emergence of world class outsourcing service providers in the Contract Research And Manufacturing Services (CRAMS) space, especially from the countries like India and China.

Though cost arbitrage both in India and China is a key-motivating factor, the outsourcing services encompass integrated value propositions of high order for the overseas customers, such as, desired quality including cGMP, speed in delivery process and suppliers’ integrity together with overall reliability of end products and services. Nothing in this value chain is mutually exclusive and would be left to chance. More importantly, DSCS also must go through a set of complex algorithms striking a right balance between all agreed parameters.

Examples of serious DSCS security violations:

Following are a few at random examples of serious DSCS violations globally, at various times in the past:

In 1982, seven people in the Chicago area died after ingesting Extra-Strength Tylenol laced with potassium cyanide.

In 2007, over 300 people died in Panama of Central America after consuming a cough medication containing diethylene glycol, which was labeled as glycerin. The adulterant diethylene glycol was sourced from China and was relabeled as glycerin by a middleman in Spain, as reported by the media.

In March 2008, prompted by around 81 drug related deaths in the United States, the US-FDA announced a large scale recall of Heparin injection, a well-known blood thinner from Baxter Healthcare, suspecting contamination of a raw material sourced from China. Standard technology used by Baxter could not detect the contaminant, which the regulator considered as a deliberate adulteration. The contaminant was eventually identified as an over sulfated derivative of chondroitin sulfate, which costs a fraction of original heparin derivative.

The ‘Heparin tragedy’ raised, possibly for the first time, the need of working out an algorithm to put in place a robust system for DSCS, as stated above. This need has now become more critical as many pharmaceutical players, including those in India, are increasingly outsourcing the API, other ingredients and almost entire logistics from third parties.

The front-runner:

USFDA is globally recognized as the most efficient in this area having a sharp focus on patients’ health and safety interest. However, even a front-runner like this has some manpower related issues to make its global vigilance system almost watertight. due to In this context, ‘The New York Times’ dated August 15, 2011 reported, despite the fact that US now imports more than 80 percent of APIs and 40 percent of finished drugs mainly from India, China and elsewhere, the agency conducts far fewer foreign inspections as compared to domestic inspections.

The US FDA Commissioner was quoted saying, “Supply chains for many generic drugs often contain dozens of middlemen and are highly susceptible to being infiltrated by falsified drugs.”

In another conference the FDA Commissioner said, “I think people have no idea in this country and around the world about the vulnerability of things that we count on every day and that we have a system that has big gaps in our protective mechanisms.”

Import bans of Indian drugs are related to DSCS:

In India, all may not be fully aware of intense health and safety concerns, as stated above, of the US drug regulator, when reports of repeated ‘import bans’ shake the domestic industry hard. Many even would painstakingly try to invent ‘other reasons’ behind such shameful ‘bans’, which are totally prompted by breach in DSCS going against patients’ interest of the importing country.

Stringent regulatory inspections of Indian manufacturing plants by the US-FDA and UK-MHRA, as reported by the media with great concerns are, therefore, for the same reasons.

The latest in this saga is the Toansa manufacturing facility of Ranbaxy, where USFDA reportedly detected, among others, presence of flies in sample storage room, un-calibrated instruments in its laboratory and non-adherence to sample analysis procedure, prompting yet another ‘import ban’ of drugs made at this facility by the drug regulator of the United States.

Is DSCS in place for all drugs manufactured and consumed in India?

The question therefore floats at the top mind, if for breach of DSCS the drugs manufactured in all those Indian pharma plants, that have faced ‘import bans’ from the US and UK, are unsafe for patients in those countries, how come the medicines manufactured in the same plants for domestic consumption are accepted as safe for the patients in India by the DCGI?

However, the good news is that the DCGI has, at last, taken cognizance of the unfortunate regulatory developments in India and is reportedly planning to initiate a system of sudden inspections of manufacturing facilities of all pharmaceutical players, both domestic and MNCs and would take stringent action against any non-compliance to standards. Let us hope that this is not just a knee-jerk reaction of the Indian drug regulator coming under intense pressure from all corners, the good intent would get translated into reality sooner.

Brinkmanship has failed:

That said, even after witnessing how clumsily the concerned Indian pharma players had prepared themselves for inspections by the overseas drug regulators, many other manufacturers still today continue to take the priority need of DSCS of the importing countries for granted up until critical situations arise, such as, drug import ban orders by the overseas regulators. The mindset of ‘managing things on the stage’ has not worked. The brinkmanship has miserably failed, repeatedly in so many occasions.

Interestingly, global pharma majors, by and large, have recognized this area as a center piece of their procurement and manufacturing operations and are continuously honing their skills in this domain to avoid any unpleasant surprises on product quality and safety issues leading to loss in business, besides of course quantum damage in reputation and goodwill of the affected companies.

Conclusion:

Strategic prioritization to maintain DSCS is a relatively a new focus area, which prompts the need to continuously nurturing material suppliers of high reliability and simultaneously explore possibilities of application of newer technologies primarily to avoid any breach in the entire supply chain, right from procurement, manufacturing to end products logistics support.

The process of ensuring a robust DSCS would undoubtedly add to overall cost of operation, especially when the industry is facing a growth challenge in the large developed markets of the world with much higher profit potential.

However, not mitigating the risk of breach in DSCS, could invite a nightmare of unsustainability in the business operations at any given point of time, as has been happening with some pharma majors in India, such as, Ranbaxy and Wockhardt.

Thus, weighing pros and cons, even if this integrated process adds to the cost of business, the option of not going for DSCS system would be foolhardy. At the same time, other operational measures like, improving order fill rate, more efficient inventory management and better buying, could help negating the adverse cost impact significantly.

That said, the bottom-line is: FDA ‘import bans’ are critical manifestations of not valuing, adequately enough,the DSCS for health and safety of patients, not just of the US and UK, but of our homeland too.

By: Tapan J. Ray

R&D: Is Indian Pharma Moving Up the Value Chain?

Posted on September 2, 2013 by Tapan Ray

It almost went unnoticed by many, when in the post product patent regime, Ranbaxy launched its first homegrown ‘New Drug’ of India, Synriam, on April 25, 2012, coinciding with the ‘World Malaria Day’. The drug is used in the treatment of plasmodium falciparum malaria affecting adult patients. However, the company has also announced its plans to extend the benefits of Synriam to children in the malaria endemic zones of Asia and Africa.

The new drug is highly efficacious with a cure rate of over 95 percent offering advantages of “compliance and convenience” too. The full course of treatment is one tablet a day for three days costing less than US$ 2.0 to a patient.

Synriam was developed by Ranbaxy in collaboration with the Department of Science and Technology of the Government of India. The project received support from the Indian Council of Medical Research (ICMR) and conforms to the recommendations of the World Health Organization (WHO). The R&D cost for this drug was reported to be around US$ 30 million. After its regulatory approval in India, Synriam is now being registered in many other countries of the world.

Close on the heels of the above launch, in June 2013 another pharmaceutical major of India, Zydus Cadilla announced that the company is ready for launch in India its first New Chemical Entity (NCE) for the treatment of diabetic dyslipidemia. The NCE called Lipaglyn has been discovered and developed in India and is getting ready for launch in the global markets too.

The key highlights of Lipaglyn are reportedly as follows:

The first Glitazar to be approved in the world.

The Drug Controller General of India (DCGI) has already approved the drug for launch in India.

Over 80% of all diabetic patients are estimated to be suffering from diabetic dyslipidemia. There are more than 350 million diabetics globally – so the people suffering from diabetic dyslipidemia could be around 300 million.

With 20 discovery research programs under various stages of clinical development, Zydus Cadilla reportedly invests over 7 percent of its turnover in R&D. At the company’s state-of-the-art research facility, the Zydus Research Centre, over 400 research scientists are currently engaged in NCE research alone.

Prior to this in May 14, 2013, the Government of India’s Department of Biotechnology (DBT) and Indian vaccine company Bharat Biotech jointly announced positive results, having excellent safety and efficacy profile in Phase III clinical trials, of an indigenously developed rotavirus vaccine.

The vaccine name Rotavac is considered to be an important scientific breakthrough against rotavirus infections, the most severe and lethal cause of childhood diarrhea, responsible for approximately 100,000 deaths of small children in India each year.

Bharat Biotech has announced a price of US$ 1.00/dose for Rotavac. When approved by the Drug Controller General of India, Rotavac will be a more affordable alternative to the rotavirus vaccines currently available in the Indian market.

It is indeed interesting to note, a number of local Indian companies have started investing in pharmaceutical R&D to move up the industry value chain and are making rapid strides in this direction.

Indian Pharma poised to move-up the value-chain:

Over the past decade or so, India has acquired capabilities and honed skills in several important areas of pharma R&D, like for example:

Cost effective process development
Custom synthesis
Physical and chemical characterization of molecules
Genomics
Bio-pharmaceutics
Toxicology studies
Execution of phase 2 and phase 3 studies

According to a paper titled, “The R&D Scenario in Indian Pharmaceutical Industry” published by Research and Information System for Developing Countries, over 50 NCEs/NMEs of the Indian Companies are currently at different stages of development, as follows:

Company	Compounds	Therapy Areas	Status
Biocon	7	Oncology, Inflammation, Diabetes	Pre-clinical, phase II, III
Wockhardt	2	Anti-infective	Phase I, II
Piramal Healthcare	21	Oncology, Inflammation, Diabetes	Lead selection, Pre-clinical, Phase I, II
Lupin	6	Migraine, TB, Psoriasis, Diabetes, Rheumatoid Arthritis	Pre-clinical, Phase I, II, III
Torrent	1	Diabetic heart failure	Phase I
Dr. Reddy’s Lab	6	Metabolic/Cardiovascular disorders, Psoriasis, migraine	On going, Phase I, II
Glenmark	8	Metabolic/Cardiovascular /Respiratory/Inflammatory /Skin disorders, Anti-platelet, Adjunct to PCI/Acute Coronary Syndrome, Anti-diarrheal, Neuropathic Pain, Skin Disorders, Multiple Sclerosis,	Ongoing, Pre-clinical, Phase I, II, III

R&D collaboration and partnership:

Some of these domestic companies are also entering into licensing agreements with the global players in the R&D space. Some examples are reportedly as follows:

Glenmark has inked licensing deals with Sanofi of France and Forest Laboratories of the United States to develop three of its own patented molecules.

Domestic drug major Biocon has signed an agreement with Bristol Myers Squibb (BMS) for new drug candidates.

Piramal Life Sciences too entered into two risk-reward sharing deals in 2007 with Merck and Eli Lilly, to enrich its research pipeline of drugs.

Jubilant Group partnered with Janssen Pharma of Belgium and AstraZeneca of the United Kingdom for pharma R&D in India, last year.

All these are just indicative collaborative R&D initiatives in the Indian pharmaceutical industry towards harnessing immense growth potential of this area for a win-win business outcome.

The critical mass:

An international study estimated that out of 10,000 molecules synthesized, only 20 reach the preclinical stage, 10 the clinical trials stage and ultimately only one gets regulatory approval for marketing. If one takes this estimate into consideration, the research pipeline of the Indian companies would require to have at least 20 molecules at the pre-clinical stage to be able to launch one innovative product in the market.

Though pharmaceutical R&D investments in India are increasing, still these are not good enough. The Annual Report for 2011-12 of the Department of Pharmaceuticals indicates that investments made by the domestic pharmaceutical companies in R&D registered an increase from 1.34 per cent of sales in 1995 to 4.5 percent in 2010. Similarly, the R&D expenditure for the MNCs in India has increased from 0.77 percent of their net sales in 1995 to 4.01 percent in 2010.

Thus, it is quite clear, both the domestic companies and the MNCs are not spending enough on R&D in India. As a result, at the individual company level, India is yet to garner the critical mass in this important area.

No major R&D investments in India by large MNCs:

According to a report, major foreign players with noteworthy commercial operations in India have spent either nothing or very small amount towards pharmaceutical R&D in the country. The report also mentions that Swiss multinational Novartis, which spent $ 9 billion on R&D in 2012 globally, does not do any R&D in India.

Analogue R&D strategy could throw greater challenges:

For adopting the analogue research strategy, by and large, the Indian pharma players appear to run the additional challenge of proving enhanced clinical efficacy over the known substance to pass the acid test of the Section 3(d) of the Patents Act of India.

Public sector R&D:

In addition to the private sector, research laboratories in the public sector under the Council for Scientific and Industrial Research (CSIR) like, Central Drug Research Institute (CDRI), Indian Institute of Chemical Technology (IICT) and National Chemical Laboratory (NCL) have also started contributing to the growth of the Indian pharmaceutical industry.

As McKinsey & company estimated, given adequate thrust, the R&D costs in India could be much lower, only 40 to 60 per cent of the costs incurred in the US. However, in reality R&D investments of the largest global pharma R&D spenders in India are still insignificant, although they have been expressing keenness for Foreign Direct Investments (FDI) mostly in the brownfield pharma sector.

Cost-arbitrage:

Based on available information, global pharma R&D spending is estimated to be over US$ 60 billion. Taking the cost arbitrage of India into account, the global R&D spend at Indian prices comes to around US$ 24 billion. To achieve even 5 percent of this total expenditure, India should have invested by now around US$ 1.2 billion on the pharmaceutical R&D alone. Unfortunately that has not been achieved just yet, as discussed above.

Areas of cost-arbitrage:

A survey done by the Boston Consulting Group (BCG) in 2011 with the senior executives from the American and European pharmaceutical companies, highlights the following areas of perceived R&D cost arbitrage in India:

Areas	% Respondents
Low overall cost	73
Access to patient pool	70
Data management/Informatics	55
Infrastructure set up	52
Talent	48
Capabilities in new TA	15

That said, India should realize that the current cost arbitrage of the country is not sustainable on a longer-term basis. Thus, to ‘make hay while the sun shines’ and harness its competitive edge in this part of the world, the country should take proactive steps to attract both domestic as well as Foreign Direct Investments (FDI) in R&D with appropriate policy measures and fiscal incentives.

Simultaneously, aggressive capacity building initiatives in the R&D space, regulatory reforms based on the longer term need of the country and intensive scientific education and training would play critical role to establish India as an attractive global hub in this part of the world to discover and develop newer medicines for all.

Funding:

Accessing the world markets is the greatest opportunity in the entire process of globalization and the funds available abroad could play an important role to boost R&D in India. Inadequacy of funds in the Indian pharmaceutical R&D space is now one of the greatest concerns for the country.

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

Self-financing Research: This is based on:

“CSIR Model”: Recover research costs through commercialization/ collaboration with industries to fund research projects.
“Dr Reddy’s Lab / Glenmark Model”: Recover research costs by selling lead compounds without taking through to development.

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 and collaborative projects on ‘Orphan Drugs’.

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 in such initiatives. Venture Capital and Equity Financing could emerge as important sources of finance once track record is demonstrated and ‘early wins’ are recorded.

Fiscal & Non-Fiscal Support: Should 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 specialized equipment, e.g. high throughput screening equipment, equipment for combinatorial chemistry, special analytical tools, specialized pilot plants, etc.
Income tax concessions (weighted tax deductibility): For both in-house and sponsored research programs.
Soft loans: For financing approved R&D projects from the Government financial institutions / banks.
Tax holidays: Deferrals, 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 as on date.

All these schemes need to be simple and hassle free and the eligibility criteria must be stringent to prevent any possible misuse.

Patent infrastructure:

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

Enhancement of 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 Indian scientists to facilitate worldwide patent searches.

Creating world class Indian Patent Offices (IPOs) where the examination skills and resources will need considerable enhancement.

‘Advisory Services’ on patents to Indian scientists to help filing patents in other countries could play an important role.

Creating R&D ecosystem:

Knowledge and learning need to be upgraded through the universities and specialist centers of learning within India.

Science and Technological achievements should be recognized and rewarded through financial grants and future funding should be linked to scientific achievements.

Indian scientists working abroad are now inclined to return to India or network with laboratories in India. This trend should be effectively leveraged.

Universities to play a critical role:

Most of Indian raw scientific talents go 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, however, been reported that the Government of India is actively looking into this matter.

‘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.

Insignificant R&D investment in Asia-Pacific Region:

Available data indicate that 85 percent of the medicines produced by the global pharmaceutical industry originate from North America, Europe, Japan and some from Latin America and the developed nations hold 97 percent of the total pharmaceutical patents worldwide.

MedTRACK reveals that just 15 percent of all new drug development is taking place in Asia-Pacific region, including China, despite the largest global growth potential of the region.

This situation is not expected to change significantly in the near future for obvious reasons. The head start that the western world and Japan enjoy in this space of the global pharmaceutical industry would continue to benefit those countries for some more time.

Some points to ponder:

It is essential to have balanced laws and policies, offering equitable advantage for innovation to all stakeholders, including patients.

Trade policy is another important ingredient, any imbalance of which can either reinforce or retard R&D efforts.

Empirical evidence across the globe has demonstrated that a well-balanced patent regime would encourage the inflow of technology, stimulate R&D, benefit both the national and the global pharmaceutical sectors and most importantly improve the healthcare system, in the long run.

The Government, academia, scientific fraternity and the pharmaceutical Industry need to get engaged 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.

Conclusion:

R&D initiatives, though very important for most of the industries, are the lifeblood for the pharmaceutical sector, across the globe, to meet the unmet needs of the patients. Thus, quite rightly, the pharmaceutical Industry is considered to be the ‘lifeline’ for any nation in the battle against diseases of all types.

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. There is an urgent need to strike a right balance between the two.

In this context, it is indeed a proud moment for India, when with the launch of its home grown new products, Synriam of Ranbaxy and Lipaglyn of Zydus Cadilla or Rotavac Vaccine of Bharat Biotech translate a common man’s dream of affordable new medicines into reality and set examples for others to emulate.

Thus, just within seven years from the beginning of the new product patent regime in India, stories like Synriam, Lipaglyn, Rotavac or the R&D pipeline of over 50 NCEs/NMEs prompt resurfacing the key unavoidable query yet again:

Has Indian pharma started catching-up with the process of new drug discovery, after decades of hibernation, to move up the industry ‘Value Chain’?

By: Tapan J. Ray

Is Fraud or Negligence in Drug Quality Standards Not a Fraud on Patients?

Posted on June 3, 2013 by Tapan Ray

As we know, a substance is called a drug when it has scientifically proven and well documented efficacy and safety profile to reduce both mortality and morbidity of patients. Any fraud or negligence in the drug quality standards, for whatever may be the reasons or wherever these take place, is a fraud on patients and should warrant zero tolerance.

A perception survey on drug quality:

According to a poll released in 2010 by the ‘Pew Charitable Trusts’s Prescription Project’ of the United States:

More than three out of four voters are confident that prescription drugs made in the USA are free from contamination

While less than one in 10 feel confident about medications made in India or China.

54 percent of Americans distrusted Indian drugs and 70 percent distrusted Chinese drugs.

“When you buy a shirt, it will say right on the label where it was made, but when you get a pharmaceutical, you don’t know.”

Despite all these, the survey points out that in 2007, 68 percent of the ingredients of all drugs sold worldwide came from India or China, as compared to 49 percent in 2004.

Experts comment that USFDA does not have either people or resources required to monitor manufacturing in the geographically widespread locations, as these are today.

Recent spate of charges against Indian pharmaceutical companies – a vindication?

Recent spate of charges against some top ranked Indian companies, will further dent the image of India not just in the United States or Europe, but also as a pharmacy of high quality yet low cost generic drugs for the developing countries of the world.

In May 2013, well known India-based pharma major Ranbaxy reported to have pleaded guilty to criminal charges of manufacturing and distributing some adulterated medicines, produced at its Paonta Sahib and Dewas, facilities and agreed to US$ 500-millon settlement. Can this be considered as a vindication of the above perception on the quality of ‘made in India’ drugs?

The view of WHO:

Interestingly the World Health Organisation (WHO) even after the above USFDA indictment has commented that at present it has no evidence that Ranbaxy manufactured medicines that are currently prequalified by WHO are of unacceptable quality.

Indian drug regulator initiates action:

It is good to know that the Drugs Controller General of India (DCGI) and the Ministry of Health will reportedly decide the way forward in this matter on completion of a fact-finding study initiated by the Central Drugs Standards Control Organization (CDSCO) on the subject.

Other incidents in India:

Following are examples of other reported serious regulatory violations involving the domestic pharmaceutical companies:

No.	Year	Company	Issue	Status
	2009	Lupin	USFDA warning for Mandideep plant	Resolved in 2010
	2010	Claris Life Sciences	USFDA ban products for manufacturing norms violations	Ban revoked in 2012
	2011	Zydus Cadila	USFDA warns Co. over Moraiya, Gujarat Facility	Ban revoked in 2012
	2011	Dr Reddy’s	USFDA bans sale of drugs from Mexico facility	Ban revoked in 2012
	2013	Jubilant Life Sciences	Gets USFDA warning for Canada facility	Company taking corrective steps
	2013	Wockhardt	Banned from exporting products from its Aurangabad factory to the US due to quality concerns	In discussion

Source: The Economic Times (May 22, 2013), Financial Express (May 25, 2013)

Though some other countries also have faced bans from exporting products, it cannot be taken, I reckon, as any consolation by anyone.

A Mumbai Hospital demonstrated the mood of zero tolerance:

The above expression of good intent should not just remain as a ‘lip service’. Indian drug regulator is expected to take a leaf out of all these allegations and initiate appropriate audit as required. Otherwise, exhibiting zero tolerance, like Jaslok Hospital of Mumbai, many other institutions will ask their doctors not to prescribe products of these companies to protect patients’ interest. More hospitals reportedly are mulling similar action against Ranbaxy.

IMA expresses apprehension:

Even ‘The Indian Medical Association (IMA)’ has reportedly asked the DCGI to investigate quality of medicines manufactured by Ranbaxy.

It happens in the ‘heartland’ too just as in the ‘hinterland’:

Contrary to the above poll released in 2010 by the ‘Pew Charitable Trusts’s Prescription Project’, pointing accusing fingers, in this respect, exclusively to India and China, may not be just fair. Incidents of such regulatory violations are not just restricted to Indian pharmaceutical companies either. Unfortunately, these happen with the global majors too.

None of these should be condoned in any way by anyone and attract as much global publicity, public wrath and zero tolerance, as all these would possibly deserve.

Following are some examples:

No	Company	Issues with USFDA	Consent decree signed (year)	Issue status	Penalty amount
	Schering-Plough	GMP violations affecting four manufacturing sites and 125 products	Yes (2002)	Closed (2007)	$500 Mn.
	GlaxoSmithKline	Manufacturing deficiencies found at Puerto Rico facility	Yes (2005)	Pending	$650 Mn. Bond
	Wyeth	GMP violations at plant in Pennsylvania and New York which were producing FluShield	Yes (2000)	Pending	$297 Mn. Plus 18.5% of sales of FluShield
	Abbott Labs	Non-conformance with quality system regulations for in vitro diagnostic products at an Illinois facility	Yes (1999)	Pending	$212 Mn.
	Boehringer Ingelheim	To bring its Ohio facility into compliance with regulatory requirements	Yes (2013)	Pending	Not specified

Source: Financial Express (May 25, 2013)

Further, in December 1998 the US FDA reportedly had stopped shipments of Abbott Laboratories’ clot-busting drug Abbokinase till the company had resolved undisclosed manufacturing problems at its plant. Abbott subsequently resolved this to the satisfaction of the drug regulator.

Even end May 2011, the USFDA reportedly raised concerns about contamination of drugs of the American pharmaceutical major – Hospira, at its Indian manufacturing facility.This issue was highlighted as the latest in a string of manufacturing and quality problems dogging the company since 2010.

American lawmakers demand thorough review of USFDA oversight procedures:

Pressure has reportedly started mounting in the United States for a thorough review into the effectiveness of oversight procedures for all bulk drugs and formulations manufactured in foreign facilities.

Simultaneously, there is also a specific demand for an in-depth review of all actions of the US regulator for so many years, which allowed Ranbaxy’s ‘massive fraud to remain unchecked’.

Beyond regulatory oversight, need robust internal system driven model as a fire-wall:

To address such issues only drug regulators interventions may not be just enough, maintaining total integrity of ‘Supply Chain’ of an organization proactively in a well structured, fool-proof and a system-driven way, will continue to play the most critical role. This will help creating ‘fire-wall’, which will be difficult to breach.

The scope of Supply Chain:

The scope of ‘Supply Chain’, which is comprised of the entire network of entities from vendors who supply raw and packaging materials, manufacturers who convert these materials into medicines, together with warehouses, distributors, retailers and healthcare centers who will reach these medicines ultimately to patients exactly the way these will deserve.

Thus, just not in the manufacturing process, any breach of security at any place of the supply chain can cause serious problems to patients.

Accordingly, pharmaceutical companies need to adequately invest along with appropriate staff training programs to ensure that the Supply Chain Integrity is maintained, always.

Supply Chain Security (SCS) is critical:

SCS, therefore, deserves to be of prime importance for the pharmaceutical companies across the globe. Recent high profile SCS related cases, as mentioned above, have exposed the vulnerability in addressing this global menace effectively.

All pharmaceutical players should realize that not just ‘show-off’, an effective integrated approach is of paramount importance to eliminate this crime syndicate, which is taking lives of millions of patients the world over.

Mixing-up counterfeit drugs with this menace may not be prudent:

Shouting for counterfeit drugs involving mainly intellectual property related issues, may be important, but will in no way help resolving self-created menaces arising out of breach of supply chain integrity endangering million of lives, in another way.

Though an expensive process, can’t be compromised:

It is worth repeating, securing pharmaceutical supply chain on a continuous basis is of critical importance for all the pharmaceutical players across the globe. However, the process will no doubt be expensive for any company.

Like other industries, in the pharmaceutical sector, as well, cost effective procurement is critical, which entices many pharmaceutical players, especially, in the generic industry not to go for such expensive process just to maintain the SCS.

A serious SCS related tragedy:

I would like to reinforce my argument on the importance of SCS with the following example of the ‘Heparin tragedy’ where the supply chain integrity was seriously violated with ‘ingeneuity’.

In the beginning of 2008, there were media reports on serious adverse drug events, some even fatal, with Heparin, a highly sulfated glycosaminoglycan of Baxter International. Heparin is widely used as an injectable anticoagulant. Baxter voluntarily recalled almost all their Heparin products in the U.S. Around 80 people died from contaminated Heparin products in the U.S. The US FDA reported that such contaminated Heparin was detected from at least 12 other countries.

A joint investigation conducted by Baxter and the US FDA ascertained that the Heparin used in batches associated with the serious adverse drug events was contaminated with Over Sulfated Chondroitin Sulfate (OSCS). It was reported that Heparin Scientific Protein Laboratories, Changzhou, China supplied Heparin to Baxter.

The cost of OSCS is just a fraction of the ingredient used in Heparin. Being driven by the criminal profiteering motive the manufacturers in Changzhou, China had reportedly used OSCS for highly sulfated glycosaminoglycan, as the former could not be detected by the pharmacopeia test in use, until 2008. This is because OSCS mimics Heparin in the pharmacopeia test. Post this criminal event, at present, all over the world more specific pharmacopeia test methods have been adopted for Heparin.

Stakeholders need to be extremely vigilant:

Considering all these, pharmaceutical players and the drug regulators from across the world should put proper ‘fool proof’ systems in place to eliminate the growing menace of criminal adulteration of APIs, drug intermediates, excipients entering in the supply chain together with preventing any breach in their logistics support systems.

Apprehension against generic drugs as a class:

Taking advantage of the situation, one can possibly say, as some vested interests have already started propagating that generic equivalents of the branded drugs are really not quite the same in quality.

However, the point that cannot be ignored is the comment of a senior USFDA, who was quoted in the same article saying, “I have heard it enough times from enough people to believe that there are a few products that aren’t meeting quality standards.“

Generic drug manufacturers should make serious note of such comments and act accordingly to allay prevailing lurking fear on the use of generic medicines, in general, though small in number.

Conclusion:

Following the recent series of incidents including that of Ranbaxy, the image of India as a low cost generic drugs manufacturer of high quality could get adversely impacted. Although there are enough instances that such things happen in the developed world, as well, including the United States.

Moreover, in the backdrop of high decibel quality concerns raised by USFDA, the level of apprehension regarding effectiveness of generic drugs made in India may increase significantly, unless some tangible, well thought out and highly publicized remedial measures are taken forthwith.

The decision of Jaslok Hospital, Mumbai advising their doctors for not using Ranbaxy products to patients on the same ground, will further strengthen the public apprehension.

Whatever may be the reason, as long as any company is in the business of manufacturing medicines, there should be demonstrable zero tolerance on any compromise, fraud or negligence in the drug quality standards. Any fraud and negligence in drug quality, I reckon, is virtually a fraud against humanity.

That said, changing mindset towards a strong corporate governance by walking the talk, all pharmaceutical companies must guarantee safe and high quality medicines to the society, come what may.

This, I believe, could be achieved by putting in place a robust SCS system and ensuring that this is not compromised in any way… anywhere…ever… for patients’ sake…both globally and locally.

By: Tapan J. Ray

Arresting continuous job losses in the global pharma industry call for innovation across the value chain

Posted on March 5, 2012 by Tapan Ray

In not too distant past, the stocks of the global pharmaceutical companies, by and large, used to be categorized as ‘blue-chips’ for their high return to investors, as compared to many other sectors.

Unfortunately, the situation has changed significantly since then. Most of those large players now appear to be under tremendous pressure for excellence in performance.

The issues of ‘Patent Cliff’, coupled with patent expiries, price and margin pressures from payors’ group in the developed world, have already started haunting the research based pharmaceutical companies and are assuming larger proportions day by day.

The situation continues to be grim:

Collective impact of all the above factors has prompted the major pharma players to resort to huge cost cutting exercises leading to employee layoffs, quite often, in a massive scale.

According to a study done by Challenger, Gray & Christmas, Inc., which was also quoted in the Forbes Magazine, April 13, 2011, 297,650 employees were laid off by the global pharma industry between the years 2000 and 2011.

Year	Number of Job cuts
2000	2,453
2001	4,736
2002	11,488
2003	28,519
2004	15,640
2005	26,300
2006	15,638
2007	31,732
2008	43,014
2009	61,109
2010	53,636
Total	297,650

Top of the list layoffs:

Forbes, Pharma and Healthcare, June 10, 2011 reported ‘top of the list layoffs’ in the Global Pharmaceutical Industry from 2004 to 2011. This number reported to be comparable to as many people working at the three largest drug companies combined namely, Pfizer, Merck and GlaxoSmithKline GSK in 2011.

Company	No of layoffs
Pfizer	58,071
Merck	44,400
Johnson & Johnson	9,900
Eli Lilly	5,500
Bristol-Myers Squibb	4,600

More recently ‘Mail online’ dated February 3, 2012 reported that ‘Pharmaceutical giant AstraZeneca announces 7,300 job losses as it pares back staff to save money’. Immediately, thereafter, on February 24, 2012 Reuters reported that ‘German drugs and chemicals group Merck KGaA has announced plans for a cost-cutting program across all its businesses that may include job cuts’.

The old paradigm is no longer relevant:

To get insight into the future challenges of the pharmaceutical industry in general ‘Complete Medical Group’ of U.K had conducted a study with a sizable number of senior participants from the pharmaceutical companies of various sizes and involving many countries. The survey covered participants from various functional expertise like, marketing, product development, commercial, pricing and other important areas. The report highlighted that a paradigm shift has taken place in the global pharmaceutical industry, where continuation with the business strategies of the old paradigm will no longer be a pragmatic option.

Learning from the results of the above study, which brought out several big challenges facing the pharmaceutical industry in the new paradigm, my submissions are as follows:

Collaborative Research to overcome R&D productivity crisis: The cost of each new drug approval has now reached a humongous proportion and is still increasing. This spiraling R&D cost does not seem to be sustainable any longer. Thus there emerges a need to re-evaluate the R&D model of the pharmaceutical companies to make it cost effective with lesser built-in risk factors. Could there be a collaborative model for R&D, where multiple stakeholders will join hands to discover new patented molecules? In this model all involved parties would be in agreement on what will be considered as important innovations and share the ‘risk and reward’ of R&D as the collaborative initiative progresses. The Translational Medicine Research Collaboration (TMRC) partnering with Pfizer and others, ‘Patent Pool’ initiative for tropical diseases of GSK and OSDD for Tuberculosis by CSIR in India are examples of steps taken towards this direction. Surely such collaborative initiatives are not easy and perhaps may also not be acceptable to many large global players as on date, but they are not absolutely uncommon either. The world has already witnessed such collaborative research, especially in the sectors, like Information Technology (IT). Thus, it remains quite possible, as the industry moves on, that the world will have opportunities to take note of initiation of various cost effective collaborative R&D projects to create a win-win situation for all stakeholders in the global healthcare space. Greater access to fast growing markets: The increasing power of payors in the developed world and the interventions of the Government on the ground of ‘affordability of medicines’ in the developing countries are creating an all pervasive pricing/margin pressure for the pharmaceutical players.

These critical emerging developments can be effectively negotiated with significant increase in market access, especially in the emerging economies of the world, with each country specific business strategies. ‘One size fits all’ type of standardized approach, currently adopted by some large global players in the markets like India, may not be able to fetch significant dividend in the years ahead.

Better understanding of the new and differential value offerings that the payors, doctors and patients will increasingly look for, much beyond the physical products/brands, would prove to be the cutting edge for the winners for greater market access in the emerging economies.

Current business processes need significant re-engineering: Top management teams of many global pharma companies have already started evaluating the relevance of sole dependance on the current R&D based pharmaceutical business model. They will now need to include in their strategy wider areas of healthcare value delivery system with a holistic disease management focus.

Only treatment of diseases may no longer be considered enough with an offering of just various types of medications. Added value with effective non-therapeutic/incremental disease management/prevention initiatives and appropriately improving quality of life of the patients, especially in case of chronic ailments, will assume increasing importance in the pharmaceutical business process in the emerging markets. Continuous innovation required not just in R&D, but across the value chain: Continuous innovation across the pharmaceutical value chain, beyond pharmaceutical R&D, is the most critical success factor. The ability to harness new technologies, rather than just recognize their potential, and the flexibility to adapt to the fast changing and demanding regulatory environment together with patients’ newer value requirements, should be a critical part of the business strategy of the pharmaceutical companies in the new paradigm. Avoidance of silos, integrating decision making processes: More complex, highly fragmented and cut throat competition have created a need for better, more aligned and integrated decision making process across various functional areas of the pharmaceutical business. Creation of silos, duplication of processes and empire building have long been a significant trend, especially, in the larger pharmaceutical companies. Part of a better decision making will include more pragmatic and efficient deployment of investments and other resources for organizational value creation and jettisoning all those activities, which are duplications, organizational flab producing and will no longer deliver differential value to the stakeholders. Finding newer ways of customer engagement: Growing complexity of the business environment is making meaningful interactions with the customers and decision makers increasingly challenging. There is a greater need for better management of the pharmaceutical communication channels to strike a right balance between ‘pushing’ information to the doctors, patients and other stakeholders and helping them ‘pull’ the relevant information whenever required. Questioning perceived ‘fundamentals’ of the old paradigm:

Despite a paradigm shift in the business environment, fundamental way the pharmaceutical industry appears to have been attempting to address these critical issues over a decade, has not changed much.

In their attempt to unleash the future growth potential, the pharmaceutical players are still moving around the same old dictums like, innovative new product development, scientific sales and marketing, satisfying customer needs, application of information technology (IT) in all areas of strategy making process including supply chain, building blockbuster brands, continuing medical education, greater market penetration skills, to name just a few. Unfortunately, despite all such resource intensive initiatives, over a period of time, nothing seems to have changed fundamentally, excepting, probably, some sort of arrest in the rate of declining process.

Conclusion:

Such incremental focus over a long period of time on the same areas, far from being able to ride the tide of change effectively, does ring an alarm bell to some experts. More so, when all these initiatives continue to remain their prime catalysts for change even today to meet new challenges of a different paradigm altogether.

The moot question therefore remains: what are the companies achieving from all heavy investments being continuously made in these areas since long…and why have they not been able to address the needs of the new ball game for business excellence, effectively, thus far?

When results are not forthcoming despite having taken all such measures, many of them have no options but to resort to heavy cost cutting measures including job losses to protect the profit margin, as much as one possibly can.

If the issues related to declining rate of global pharmaceutical business performance is not addressed sooner moving ‘outside the box’ and with ‘lateral thinking’, one can well imagine what would its implication be, in the endeavor towards arresting continuous job losses through business excellence, in the years ahead.

By: Tapan J Ray

PILMAN

A Tapan Ray Website

Tag Archives: chain

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3D Printing: An Emerging Game Changer in Pharma Business

Scandalizing Biosimilar Drugs With Safety Concerns

Moving Up The Generic Pharma Value Chain

FDA ‘Import Bans’: Valuing Drug Supply Chain Security for Patients’ Safety

R&D: Is Indian Pharma Moving Up the Value Chain?

Is Fraud or Negligence in Drug Quality Standards Not a Fraud on Patients?

Arresting continuous job losses in the global pharma industry call for innovation across the value chain