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“Make Global Pharma Responsible in Homeland for Objectionable Conduct in Clinical Trials Elsewhere”

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In the context of his recent meeting with Commissioner Margaret A. Hamburg of US-FDA, the Drug Controller General of India (DCGI) reportedly expressed his concern to ‘The Economic Times’ on the ‘objectionable conduct’ of global pharma in new drug trials in India, as follows:

“US and other global drug makers who conduct clinical trials at different locations across the globe need to be made responsible in their home country for their objectionable conduct in clinical trials elsewhere.”

He further added:

“While conducting trials, drug makers cannot discriminate on the basis of nationality, because patient safety is top priority for every regulator – US or India”

The above report also mentioned that there is already a law in place in the United States that makes companies accountable in their homeland, if they are found to be indulging in corruption overseas.

‘Uncontrolled clinical trials are causing havoc to human life’:

That is exactly what the Supreme Court of India observed last year in response to a Public Interest Litigation (PIL) filed by the Human Rights group ‘Swasthya Adhikar Manch (SAM)’.

At the same time, revoking the power of the ‘Central Drugs Standard Control Organization (CDSCO)’ under the Drug Controller General of India (DCGI), the apex court directed the Health Secretary of India to be personally responsible for all ‘Clinical Trials (CT)’ of new drugs conducted in the country in order to control the ‘menace’ of poorly regulated trials on a war-footing.

Earlier in May 2012, the Parliamentary Committee on Health and Family Welfare in its report on the CDSCO, also stated as follows:

“There is sufficient evidence on record to conclude that there is collusive nexus between drug manufacturers, some functionaries of CDSCO and some medical experts.”

Inaction on CT related deaths:

According to the Ministry of Health, between 2005 and 2012, around 475 new drugs were approved for CT, out of which only 17 obtained the regulatory approval for market launch. Though 57,303 patients were enrolled for CT, only 39,022 could complete the trials. During CT, 11,972 patients suffered Serious Adverse Events (SAE) and 2,644 died. 506 SAEs out of the total and 80 deaths had clearly established link to CTs. However, only 40 out of 80 trial related deaths had their respective families meagerly compensated.

An independent investigation:

Interestingly, an investigation  in 2011 by ‘The Independent’, a newspaper of global repute, also highlighted the recruitment of hundreds of tribal girls for a drug study without any parental consent.

Stringent regulatory action followed:

Following high voltage indictments, alleging wide spread malpractices, from all corners – the Civil Society, the Supreme Court and the Parliament, the Ministry of Health constituted an experts committee last year chaired by Professor Ranjit Roy Chaudhury. The committee, after due consultation with all stakeholders, submitted its report recommending a robust process for CTs in India. Besides many other, the experts committee also recommended that:

  • CTs can only be conducted at accredited centers.
  • The principal investigator of the trial, as well as the Ethics Committee of the institute, must also be accredited.
  • If a trial volunteer developed medical complications during a CT ‘the sponsor investigator’ will be responsible for providing medical treatment and care.

Further, in October 2013, the Supreme Court reportedly ordered the government to video record clinical trials of new drugs, making it even tougher for pharma MNCs and the CROs to avoid responsibility on informed consent of the participating volunteers, as required by the regulator.

Consequent industry uproar and recent Government response:

Following all these, as the ball game for CTs in India changed significantly, there were uproars from Big Pharma, the CROs and their lobbyists crying foul.

As the caustic comments and the directive of the Supreme Court of India triggered the regulatory changes in CT, the Union Ministry of Health did not have much elbowroom to loosen the rope. Consequently, the pharma industry and the CROs reportedly made some angry comments such as:

“The situation is becoming more and more difficult in India. Several programs have been stalled and we have also moved the trials offshore, to ensure the work on the development does not stop.”

In response to shrill voices against the stringent drug trial regime in India, Mr Keshav Desiraju, Secretary, Union Ministry of Health and Family Welfare, reportedly said recently:

“While it is not our intention to impose unrealistic barriers on industry, it is equally our intention not to take risks, which may compromise the safety of the subjects of clinical trials.”

During the same occasion, the Union Health Minister Ghulam Nabi Azad also remarked:

“The industry has complained that the regulations are too stringent, but there have also been complaints by parliamentarians, NGOs and others that they are too lax, which the Supreme Court had taken note of.”

He further said without any elaboration, “The Indian regulatory regime governing clinical trials needs to balance the interests of all stakeholders.”

Conclusion:

According to the Indian Society for Clinical Research (ISCR), pharma companies conduct around 60 percent of CTs and the rest 40 percent are outsourced to Contract Research Organizations (CROs) in India.

With the Supreme Court laying stringent guidelines and the regulatory crackdown on CTs, the number of new drug trials in India has reportedly come down by 50 percent. According to Frost & Sullivan, the Indian CT industry was worth US$ 450 million in 2010 -11. Currently, it is growing at 12 percent a year and is estimated to exceed the US$1 billion mark in 2016, with perhaps some hiccups in between due to recent tightening of the loose knots in this area.

Some experts reportedly argue that laxity of regulations and cost arbitrage were the key drivers for global players to come to India for CTs. Thus, there should not be any surprise that with the costs of drug trials going north, in tandem with stringent regulations in the country, some business may shift out of the country. As Mr. Desiraju epitomized in his interview succinctly, as quoted above, this shift would result in much increased costs for the respective companies, which his ministry would ‘regret greatly.’

That said, would the recent anguish of the DCGI, when he expressed “Make global pharma also responsible in their respective homelands for objectionable conduct in CTs elsewhere”, be also construed as a clear signal for shaping up, sooner?

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.

A Potential Game Changer For Pharma R&D

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The ghost of ‘Patent Cliff’ has been haunting the ‘Big Pharma’ since quite some time. This situation has been further aggravated by cost containment pressures of various Governments both in the developed and the emerging markets together with contentious issues on Intellectual Property Rights (IPR).

The ‘dream run’ that the innovator companies enjoyed in launching patented products so frequently and making many those blockbuster drugs of billions of dollars, is no longer a reality.

According to the findings of ‘Pharmaceutical R&D returns performance’ by Deloitte and Thomson Reuters of December 2012, the R&D Internal Rate of Return (IRR) of leading pharmaceutical companies had fallen to 7.2 percent in 2012 from 7.7 percent in 2011.

Many would, therefore, tend to believe that the paradigm is changing significantly. The new paradigm in the brand new millennium throws some obnoxious challenges, including some related to IPR, triggering a process of churning in the global pharma industry. Some astute CEOs of ‘Big Pharma’, having a deep introspection, are bracing for restructuring, not just in the business processes, but also in the process of organizational behavior, mindset, ethics and values. Unfortunately, there are many who seem to believe that this giant wheel of change can be put on the reverse gear again with might.

A new PPP initiative in pharma research:

This trying situation calls for collaborative initiatives to achieve both knowledge and cost synergies for a quantum leap in harnessing R&D output.

One such big laudable initiative has come to the fore recently in this arena. Having experienced something like the ‘law of diminishing return’ in pursuit of high resource intensive R&D projects aimed at critical disease areas such as Alzheimer’s, 10 big global pharma majors reportedly decided in February 2014 to team up with the National Institutes of Health (NIH) of the United States in a ‘game changing’ initiative to identify disease-related molecules and biological processes that could lead to future medicines.

This Public Private Partnership (PPP) for a five-year period has been named as “Accelerating Medicines Partnership (AMP)”. According to the report, this US federal government-backed initiative would hasten the discovery of new drugs in cost effective manner focusing first on Alzheimer’s disease, Type 2 diabetes, and two autoimmune disorders: rheumatoid arthritis and lupus. The group considered these four disease areas among the largest public-health threats, although the span of the project would gradually expand to other diseases depending on the initial outcome of this project.

Not the first of its kind:

AMP is not the first PPP initiative of its kind. The Biomarkers Consortium was also another initiative, not quite the same though, of a major public-private biomedical research partnership managed by the Foundation for the NIH with broad participation from a variety of stakeholders, including government, industry, academia, patient advocacy groups and other not-for-profit private sector organizations.

Open innovation strategy of GlaxoSmithKline (GSK) to discover innovative drugs for malaria is yet another example, where GSK collaborated with the European Bioinformatics Institute and U.S. National Library of Medicine to make details of the molecule available to the researchers free of cost with an initial investment of US$ 8 million to set up the research facility in Spain, involving around 60 scientists from across the world to work in this facility. 

Nearer home, ‘Open Source Drug Discovery (OSDD)’ project of the Council of Scientific and Industrial Research (CSIR) is a now a global platform to address the neglected tropical diseases like, tuberculosis, malaria, leishmaniasis by the best research brains of the world working together for a common cause.

Challenges in going solo:

In this context, it is worth mentioning that the CEO of Sanofi, Chris Viehbacher reportedly said in an interview on April 15, 2013 that his company “Won’t push hard to find an Alzheimer’s treatment because the science isn’t advanced enough to justify the costs to develop a drug. Therefore, Sanofi definitely won’t commit major resources seeking to discover an Alzheimer’s therapy.” He further stated, “I think we have to do a lot more basic science work to understand what’s going on. We really, at best, partially understand the cause of the disease. It’s hard to come up with meaningful targets.”

The above report also mentioned that the first Alzheimer’s drugs, should they prove successful, would lead to a market worth US$ 20 billion as estimated in 2012.

Long desired OSDD model:

The new AMP R&D model in the United States seems to have derived its impetus from the “open-source” wave that has swept the software industry. Keeping that spirit unchanged, in this particular ‘open source’ model too, the participants would share all scientific findings with the public and anyone would be able to use these results freely for their own research initiatives.

The collaborators of this PPP project are expected to gain a better understanding of how each disease type works, and thereafter could make use of that collaborative knowledge to discover appropriate new molecules for the target disease areas.

AMP is also expected to arrive at methods to measure a disease progression and its response to treatment much more precisely. This will enable the pharma participants getting more targets right and early, thereby reducing the high cost of failures. Just to cite an example, there have been reportedly 101 failures since 1998 in late-stage clinical trials by Pfizer, J&J and Elan Corp.

Commendable initiative in the uncharted frontier:

The ‘open source’ AMP initiative of ‘Big Pharma’ in the uncharted frontier is indeed very unusual, as the innovative drug companies are believed to be not just quite secretive about the science that they are engaged in, but also near obsessive in pursuing and clinging-on to the Intellectual Property Rights (IPR) through patents for each innovative steps related to potential new drugs.

It is worth noting that like any OSDD model, this PPP agreement also denies the participating players from using any discovery for their own drug research up until the project makes all data public on that discovery.

However, as soon as the project results will be made public, fierce competition is expected all around to develop money-spinning winning drugs.

Participating companies:

Ten pharma companies participating in AMP are reportedly, AbbVie, Biogen Idec, Bristol-Myers Squibb, GlaxoSmithKline, Johnson & Johnson, Eli Lilly, Merck & Co., Pfizer, Sanofi and Takeda. It is good to find within the participants some staunch business rivals. According to a report, a number of foundations, including the American Diabetes Association and the Alzheimer’s Association have also agreed to get involved in the project.

Some key non-participants:

For various different reasons some key pharma majors, such as, Amgen, Roche and AstraZeneca have decided not to participate in AMP.

AMP project and cost:

AMP reportedly has reportedly articulated its intent to: “Map molecular paths that each disease follows and to identify key points that could be targets for treatment. In Type 2 diabetes, for instance, researchers hope to catalog the genetic changes that raise or lower a person’s risk for developing the disease. It also will seek novel methods to measure each disease’s course while assessing if a potential drug is working. Being able to measure a disease’s progress in that way, could speed drug development by raising a company’s confidence that an experimental drug is working, or let it more quickly end a project if a drug isn’t working.”

The participating companies and the NIH have jointly agreed that the AMP would put together a research system on cost sharing basis by pooling the brightest minds who are experts on each disease, along with the best drug discovery laboratories, relevant data and samples from clinical trials to decipher the diseases in ways, which none of these pharma players has been able to achieve just yet on its own.

To achieve all these, the total cost has been estimated at roughly just US$ 230 million, as compared to US$135 billion that the global drug industry claims to spend in a year on R&D.

This should also be seen in context of a study of December 2012 carried out by the Office of Health Economics (OHE), UK with a grant from AstraZeneca, which estimated that the cost of developing new medicine has risen by ten times from US$100 million in the 1970s to as high as US$ 1.9 billion in 2011.

As a head honcho of a global pharma biggie had put it earlier, a large part of these R&D expenses are the costs of failure, as stated above.

Criticism:

As usual, criticism followed even for this path-breaking project. Critics have already started questioning the rationale of the choice of the above four disease areas, with an exception perhaps for Alzheimer’s and wondered whether the participating players are making use of the federal fund to push hard the envelope of their respective commercial intents.

Another new collaborative approach: 

In another recently announced collaborative initiative, though not of the same kind, where Merck & Co has reportedly entered three separate collaboration agreements to evaluate an immunotherapy cancer treatment that is part of a promising new class of experimental drugs that unleash the body’s immune system to target cancer cells.

Conclusion:

There could still be some hiccups in the process of effective implementation of the AMP project. Hope, all these, if any, will be amicably sorted out by the participants of stature for the benefits of all.

Be that as it may, ‘open source’ model of drug discovery, as believed by many, would be most appropriate in the current scenario to improve not only profit, but also to promote more innovative approaches in the drug discovery process.

On May 12, 2011, in an International Seminar held in New Delhi, the former President of India Dr. A.P.J. Abdul Kalam highlighted the need for the scientists, researchers and academics to get effectively engaged in ‘open source’ philosophy by pooling talent, patents, knowledge and resources for specific R&D initiatives from across the world for newer and innovative drugs.

According to available reports, one of the key advantages of the ‘open source’ model would be substantial reduction in the high cost of failures of R&D projects, which coupled with significant saving in time would immensely reduce ‘mind-to-market’ span of innovative drugs in various disease areas, making these medicines affordable to many more patients.

Thus, PPP initiatives in pharmaceutical R&D, such as AMP, are expected to have immense potential to create a win-win situation for all stakeholders, harvesting substantial benefits both for the pharmaceutical innovators and the patients, across the world.

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.

 

 

 

 

‘Herceptin Biosimilars’ Seriously Questioned

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The news struck as an anticlimax, close on the heels of high decibel product launch of ‘Herceptin Biosimilars’ in India, being hyped as the first in the world, bringing much needed relief to many diagnosed breast cancer patients for their economical pricing.

At the same time, this legal challenge has now come as an acid test for the regulator to prove that ‘Caesar’s wife must be above suspicion’ for any new drug approval and especially if it is a complex biosimilar used for the treatment of patients suffering from dreaded diseases, such as, breast cancer.

It’s not patent this time:

Interestingly, this is not a patent infringement case, as Roche has reportedly given-up its patent on Trastuzumab (Herceptin) in India last year.

Alleged violations: 

The above media report highlights, in Delhi High Court Roche has sued Biocon of India and its US based generic partner – Mylan along with the Drug Controller General of India (DCGI) related to launch of ‘Herceptin Biosimilar’ versions in India.

The allegation against Biocon and Mylan is that their recently launched drugs are being misrepresented as ‘biosimilar Trastuzumab’ or ‘biosimilar version of Herceptin’ without following the due process in accordance with the ‘Guidelines on Similar Biologics‘, necessary for getting approvals of such drugs in India.

‘Caesar’s wife’ under suspicion too:

The DCGI has also been sued by Roche for giving permission for launch of this product allegedly not in conformance with the above biosimilar guidelines, which were put in place effective August 15, 2012.

Roche reportedly argued that the above guidelines on similar biologics laid down a detailed and structured process for comparison of biosimilar with the original product and all the applications for manufacturing and marketing authorization of biosimilars are necessarily required to follow that prescribed pathway before obtaining marketing approval from the DCGI. Roche has also stated that there is no public record available, in the clinical trial registry India (CTRI) or elsewhere to show that these two players actually conducted phase-I or II clinical trials for the drug.

According to report Roche claims that DCGI has approved the “protocol and design study for testing” of Biocon related to the proposed drug just before the above regulatory guidelines were made effective, predominantly for patients’ health and safety reasons.

Interim restrain of the Delhi High Court:

In response to Roche’s appeal, the Delhi High Court has reportedly restrained Mylan and Biocon from “relying upon” or “referring to Herceptin” or any data relating to it for selling or promoting their respective brands Canmab (Biocon) and Hertaz (Mylan) till the next hearing.

The relevance of ‘Guidelines on Similar Biologics’:

The ‘Guidelines on Similar Biologics’ clearly articulated:

“Since there are several biosimilar drugs under development in India, it is of critical importance to publish a clear regulatory pathway outlining the requirements to ensure comparable safety, efficacy and quality of a similar biologic to an authorized reference biologic.”

Thus for patients’ health and safety interest the above regulatory pathway must be followed, the way these have been prescribed without any scope of cutting corners. This is even more important when so important pharmacovigilance system is almost non-functional in India.

Attempts to dilute the above guidelines from some quarters:

It was earlier reported that strong representations were made to the drug regulator in writing by powerful domestic players in this area urging to dilute the above ‘Guidelines’, otherwise it will be difficult for them to compete with the pharma MNCs.

This argument is ridiculous by any standard and smacks of putting commercial considerations above patients’ health interest.

The key issue:

As I see it, four quick questions that float at the top of my mind are as follows:

  • If the ‘Guidelines on Similar Biologics’ have not been followed either by the applicants or by the DCGI, how would one establish beyond an iota of doubt that these drugs are biosimilar to Trastuzumab, if not ‘Biosimilar to Herceptin’?
  • If these drugs are not proven biosimilar to Trastuzumab, as specified in the ‘Guidelines on Similar Biologics’, how can one use Trastuzumab data for their marketing approvals and the DCGI granting the same?
  • If these drugs were not biosimilars to Trastuzumab, would these be as effective, reliable and safe as Herceptin in the treatment of breast cancer?
  • Further, how are references related to Herceptin being used to promote these drugs both pre and post market launch?

Conclusion:

I guess, predominantly commercial considerations prompted Roche to sue Biocon, Mylan and also the DCGI on ‘Trastuzumab biosimilars’, launched recently in India.

Be that as it may, for the interest of so many diagnosed breast cancer patients in the country, there is crying need for the facts to come out in the open, once and for all. Are these drugs truly Trastuzumab biosimilars with comparable safety, efficacy, quality and reliability of Herceptin?

If the answer comes as yes, there would be a huge sigh of relief from all corners inviting millions of kudos to Biocon and Mylan.

However, if by any chance, the allegations are proved right, I do not have an iota of doubt that the honorable Delhi High Court would ferret out the truth, unmask the perpetrators and give them exemplary punishments for playing with patients’ lives.

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.

“India is The Biggest Battlefield for Intellectual Property Rights”

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The US Senator Orrin Hatch reportedly made the above comment while introducing the 2014 report on ‘International Intellectual Property (IP) Index’, prepared by an Israel based consultancy firm – Pugatch Consilium for the Global Intellectual Property Centre (GIPC) of the US Chamber of Commerce. In this forum, the Senator further alleged, “India misuses its own IP system to boost its domestic industries”.

Similar comment on South African IP Policy:

It is interesting to note that this ‘Battle Cry’ on IPR follows almost similar belligerent utterance of a Washington DC-based lobbying firm named ‘Public Affairs Engagement (PAE)’, reportedly headed by a former US ambassador Mr. James Glassman.

PAE, in a recent South African IP policy related context, as deliberated in my earlier blog titled, “Big Pharma’s Satanic Plot is Genocide”: South Africa Roars”, had stated in January 2014, “Without a vigorous campaign, opponents of strong IP will prevail, not just in South Africa, but eventually in much of the rest of the developing world.”

The GIPC report:

That said, in the GIPC report, India featured at the bottom of 25 countries on Intellectual Property (IP) protection with a score of 6.95 out of 30. Thailand, Vietnam, Indonesia and Argentina also scored low in overall ranking on protection for patents, copyright and trademarks. The United States ranked at the top, followed closely by Britain and France.

Interestingly, no country could register a “perfect” score in the survey, which used 30 factors ranging from levels of counterfeiting and piracy to patents and legal protections for all kinds of products and services ranging from pharmaceuticals to software to Hollywood films.

Among other BRIC countries, Russia with a score of 13.28, China with 11.62 and Brazil with 10.83, ranked 13th, 17th and 19th, respectively, within the selected 25 countries.

Key reasons, especially related to pharmaceuticals, as cited for the poor rating of India are as follows:

  • “Patentability requirements in violations of TRIPS”
  • “Regulatory Data Protection (RDP) not available”
  • “Patent term restoration not available”
  • “Use of Compulsory Licensing (CL) for commercial non-emergency situation”

The ground reality in India:

The answers to all these questions are much discussed and now an integral part of Indian Patents Act, as enacted by the Parliament of the country after prolong deliberations by the astute lawmakers keeping patients’ interest at the center.

As I had indicated earlier, there does not seem to be any possibility of these laws getting amended now or in foreseeable future, despite the above ‘Battle Cry’, Special 301 Watch List of the US, and continuous poor rating by the US Chamber of Commerce. This is mainly because of humanitarian sentiments attached to this issue, which are robust and sensitive enough to ignore even politically in India. Let me try to address all these 4 points briefly as follows:

“Patentability requirements in violations of TRIPS”:

Patentability is related mainly to Section 3(d) of the Patents Act. India has time and again reiterated that this provision is TRIPS compliant. If there are still strong disagreements in the developed world, the Dispute Settlement Body of the ‘World Trade Organization (WTO)’can be approached for a resolution, as the WTO has clearly articulated as follows:

“WTO members have agreed that if they believe fellow-members are violating trade rules, they will use the multilateral system of settling disputes instead of taking action unilaterally. That means abiding by the agreed procedures, and respecting judgments. A dispute arises when one country adopts a trade policy measure or takes some action that one or more fellow-WTO members considers to be breaking the WTO agreements, or to be a failure to live up to obligations.”

Thus, it is quite challenging to fathom, why those countries, instead of creating so much of hullabaloo, are not following the above approach in the WTO for the so called ‘patentability’ issue in India?

“Regulatory Data Protection (RDP) not available”:

In this context, Commerce and Industry Minister Anand Sharma had reportedly asserted earlier at a meeting of consultative committee of the Parliament as follows:

“India does not provide data exclusivity for pharmaceuticals and agro-chemicals which is in the paramount interest of our generic pharmaceutical industry as grant of data exclusivity would have considerable impact in delaying the entry into the market of cheaper generic drugs.”

Hence, the question of having RDP in India does not possibly arise, at least, in near to mid term, which would require moving an amendment in the relevant Act through the Parliament.

“Patent term restoration not available”:

Again, this provision does not exist in the Indian Patents Act. Hence, in this case too, a change does not seem likely, at least, in near to mid term, by bringing an amendment through the Parliament.

“Use of Compulsory Licensing (CL) for commercial non-emergency situation”:

Besides situations like, national emergency or extreme urgency, the current CL provisions, as per the Indian Patents Act, specifically state that at any time after the expiration of three years from the grant of patent, any interested person may make an application to the Patent Controller for grant of patent on the following grounds:

  • Whether the reasonable requirements of the public with respect to the patented invention have been satisfied?
  • Whether the patented invention is available to the public at a reasonable affordable price?
  • Whether the patented invention is worked in the territory of India?

It is worth mentioning, the Government has no authority to direct any individual for not applying for any CL under the above provision of the statute, hence law will take its own course in this area too, unless an amendment through Parliament is made in the Patents Act, which seems very unlikely again in the near to medium term.

Eyebrows raised on methodology and motive behind the ‘IP Index’ report:

Media report indicates that IP experts in India have questioned the methodology and even the motive behind GIPC’s ‘International Intellectual Property (IP) Index’ where India has been ranked the lowest among 25 countries.

The same article quotes a well-known IP expert saying, “Underlying this report is a major paradox that protecting weak patents makes the IP regime a strong one. Countries such as India that have stood up for genuine innovation and refused to protect trivial inventions have been accused of having ‘weak’ IP regimes, while it should have been the other way round.”

The article also mentions that Pugatch Consilium, which provides advisory services to top global drug makers and their trade associations, drafted the report for the US Chamber of Commerce.

Conclusion:

Keeping aside the strong allegation that the GIPC report has some ulterior motive behind, the high profile PR blitzkrieg of the pharma multinational trade associations, quite in tandem with South African outburst on the same IP issue, as I wrote in my blog post “Big Pharma’s Satanic Plot is Genocide”: South Africa Roars”, is indeed noteworthy.

However, even if one goes purely by the merits of the report with GIPC’s reasoning on ‘Why is India losing ground’, I reckon, despite so much of cost-intensive efforts and pressures by the global pharma lobbying groups, their expectation for a change in the pharma patents regime in India, any time soon, is probably much more than just a wishful thinking.

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.

 

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

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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

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.

 

 

New Clinical Trial Regime Deserves Support, Sans Threats

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Recent Supreme Court intervention compelling the Union Government to enforce stringent regulations both for approval and conduct of Clinical Trials (CT) in India, has unfortunately met with some strong resistance with stronger words. Some of these voices are from credible experienced sources and the shriller ones are mostly from vested interests with dubious credentials. However, it is also a fact that this interim period of process change in CT has resulted in around 50 per cent drop in new drug trials in the country, pharma MNCs being most affected.

Brief background:

The earlier system of CT in India created a huge ruckus as many players, both global and local, reportedly indulged in widespread malpractices, abuse and misuse of the system. The issue was not just of GCP or other CT related standards, but mostly related to ethical mind-set or lack of it and rampant exploitation of uninformed patients/volunteers, especially related to trial-related injuries and death All these are being well covered by the Indian and international media since quite some time.

The Bulletin of the World Health Organization (WHO) in an article titled, “Clinical trials in India: ethical concerns” reported as follows:

“Drug companies are drawn to India for several reasons, including a technically competent workforce, patient availability, low costs and a friendly drug-control system. While good news for India’s economy, the booming clinical trial industry is raising concerns because of a lack of regulation of private trials and the uneven application of requirements for informed consent and proper ethics review.”

Earlier system did not work: 

Just to give a perspective, according to a report quoting the Drug Controller General of India (DCGI), 25 people died in clinical trials conducted by 9 pharma MNCs, in 2010. Unfortunately, families of just five of these victims received” compensation for trial related deaths, which ranged from an abysmal Rs 1.5 lakh (US$ 2,500) to Rs 3 lakh (US$ 5,000) to the families of the diseased.

This report also highlighted that arising out of this critical negligence, the then DCGI, for the first time ever, was compelled to summon the concerned nine pharma MNCs on June 6, 2011 to question them on this issue and give a clear directive to pay up the mandatory compensation for deaths related to CTs by June 20, 2011, or else all CTs of these nine MNCs, which were ongoing at that time or yet to start, will not be allowed.

The 9 pharma MNCs summoned by the DCGI to pay up the mandatory compensation for deaths related to CTs were reported in the media as Wyeth, Quintiles, Eli Lilly, Amgen, Bayer, Bristol-Myers Squibb (BMS), Sanofi, PPD and Pfizer.

The report also indicated that after this ultimatum, all the 9 MNCs had paid compensation to the concerned families of the patients, who died related to the CTs. However, the situation did not change much even thereafter.

Indictment of Indian Parliamentary Committee:

On May 8, 2012, the department related ‘Parliamentary Standing Committee (PSC)’ on Health and Family Welfare presented its 59th Report on the functioning of the Indian Drug Regulator – the Central Drugs Standard Control Organization (CDSCO) in both the houses of the Parliament.

The report made the following scathing remarks on Central Drugs Standard Control Organization (CDSCO) under its point 2.2:

“The Committee is of the firm opinion that most of the ills besetting the system of drugs regulation in India are mainly due to the skewed priorities and perceptions of CDSCO. For decades together it has been according primacy to the propagation and facilitation of the drugs industry, due to which, unfortunately, the interest of the biggest stakeholder i.e. the consumer has never been ensured.”

Catalytic change with tough norms:

The intervention of the apex court heralded the beginning of a catalytic changing process in the CT environment of India. The court intervention was in response to a Public Interest Litigation (PIL) filed by the NGO Swasthya Adhikar Manch calling for robust measures in the procedural guidelines for drug trials in the country.

In an affidavit to the Court, the Government admitted that between 2005 and 2012, 2,644 people died during CTs of 475 New Chemical Entities (NCEs)/New Molecular Entities (NMEs), with serious adverse events related deaths taking 80 lives.

Accordingly, changes have been/are being made mostly in accordance with the recommendations of Professor Ranjit Roy Chaudhury Experts Committee that was constituted specifically for this purpose by the Union Ministry of Health.

Prof. Ranjit Roy Chaudhury experts committee in its 99-page report has reportedly recommended some radical changes in the CT space of India. Among others, the report also includes:

  • Setting up of a Central Accreditation Council (CAC) to oversee the accreditation of institutes, clinical investigators and ethics committees for CTs in the country.
  • Only those trials, which will be conducted at centers meeting these requirements, be considered for approval by the DCGI.

All modifications in the procedural norms and guidelines for CTs are expected to protect not just the interest of the country in this area, but would also ensure due justice to the volunteers participating in those trials.

The DCGI has now also put in place some tough norms to make the concerned players liable for the death of, or injury to, any drug trial subject. These guidelines were not so specific and stringent in the past. There are enough instances that CT in India, until recently, had exploited poor volunteers enormously, many of which reportedly did not have any inkling that the efficacy and safety of the drugs that they were administering were still undergoing tests and that too on them.

With those radical changes to the rules of the Drugs and Cosmetics Act, 1940, pertaining to CT, it is now absolutely mandatory for the principal investigator of the pharmaceutical company, unlike in the past, to reveal the contract between the subject and the company to the DCGI. Besides, much reported process of videography of informed consent ensuring full knowledge of the participant has already been made mandatory. Further, any death during the process of CT would now necessarily have to be reported to the DCGI within 24 hours.

A report quoting the Union Minister of Health has highlighted that, “Earlier, the informed consent of the persons on which the trials had been conducted was often manipulated by the companies to the disadvantage of the subjects,”

Reaction to change:

With the Government of India tightening the norms of CT, the drug trial process and the rules are undergoing a metamorphosis with increased liability and costs to the pharma players and Contract Research Organizations (CROs). The reaction has been moderate to rather belligerent from some corners. One such player reportedly has publicly expressed annoyance by saying: “The situation is becoming more and more difficult in India. Several programs have been stalled and we have also moved the trials offshore, to ensure the work on the development does not stop.”

There were couple of similar comments or threats, whatever one may call these, in the past, but the moves of the Government continued to be in the right direction with the intervention of the Supreme Court.

No reverse gear:

Thus, coming under immense pressure from the Indian Parliament, the civil society and now the scrutiny of the Supreme Court for so many CT related deaths and consequential patients’ compensation issues, the Government does not seem to have any other options left now but to bring US$ 500 million CT segment of the country, which is expected to cross a turnover of US$ 1 Billion by 2016, under stringent regulations. Thus any move in the reverse gear under any threat, as mentioned above, appears unlikely now.

Experts believe that the growth of the CT segment in India is driven mainly by the MNCs for easy availability of a large treatment naive patient population with varying disease pattern and demographic profile at a very low cost, as compared to many other countries across the world.

Conclusion: 

While the importance of CTs to ensure better and more effective treatment for millions of patients in India is immense, it should not be allowed at the cost of patients’ safety, under any garb…not even under any open threat of shifting CTs outside India.

If the DCGI loosens the rope in this critical area and even inadvertently allows some pharmaceutical players keep exploiting the system just to keep the CT costs down only for commercial considerations, judiciary has no option but to effectively intervene in response to PILs, as happened in this particular case too.

The new system, besides ensuring patients’/volunteers’ safety, justice, fairplay and good discipline for all, will have the potential to help reaping a rich economic harvest through creation of a meaningful and vibrant CT industry in India in the long run, simultaneously benefitting millions of patients, as we move on. However, the DCGI should ensure to add reasonable speed to the entire CT approval process, diligently.

Taking all these into consideration, let all concerned support the new CT regime in India, sans any threats…veiled or otherwise.

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.

 

“Meeting Unmet Needs of Patients”: A New Direction

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The much-hyped phrase of the global pharma majors – ‘meeting unmet needs of patients’, is very often used to create an aura around newer patented drugs of all kinds, from original to banal, including evergreen varieties such as:

Evergreen Drug/Brand Medical Condition Original Drug/Brand
Levocetirizine (Vozet) Allergies Cetirizine (Zyrtec)
Escitalopram (Lexapro) Depression Citalopram (Celexa)
Esomeprazole (Nexium) Acid reflux Omeprazole (Prilosec)
Desloratadine (Clarinex) Allergies Loratadine (Claritan)
Pregabalin (Lyrica) Seizures Gabapentin (Neurotonin)

I do not have any terrible issue with this usage, as many stakeholders, including various governments, have already started differentiating between the ‘Chalk’ and the ‘Cheese’ kinds of patented products and contemplating future course of action, accordingly. The recent development in South Africa is one such example.

That said, there is now a greater need to ponder over the much bigger picture in the same context and direction, which would improve predictability of treatment outcomes by manifold. Simultaneously, such R&D initiatives would help reducing the overall cost, especially for dreaded diseases like cancer, mainly through highly targeted drugs and consequently avoiding the risk and associated wastage, as often happens with the prevailing ‘trial and error’ therapy approach, thereby benefitting the patients immensely. This is mainly because no drug is 100 percent effective with inconsequential side-effects for all patients of any disease type.

Genetics and Genomics Science made it possible:

With already acquired knowledge in genetics, genomics and genome sequencing capability, it is now possible to precisely predict a person’s susceptibility to various disease types and proactively working out measures to help either avoiding ailments, such as, non-infectious life threatening and chronic diseases altogether, if not, making their treatment more predictable and less expensive, as stated above.

If organized efforts are made to extend the application and benefits of this science to a larger section of population, those R&D initiatives can really be construed, unquestionably, as ‘meeting unmet needs of the patients’, just as ‘first in kind’ category of innovative drugs are recognized by the scientific community and the civil society as a whole.

A treatment revolution in the offing:

Expectations are rapidly building up that evolving genetics and genomics science based technological know-how would ultimately revolutionize the practice of medicine ushering-in the pathway of personalized medicine for a large number of patients.

Definition: 

A report from the Tufts Center for the Study of Drug Development defines personalized medicine as “Tailoring of medical treatment and delivery of health care to individual characteristics of each patient, including their genetic, molecular, imaging and other personal determinants. Using this approach has the potential to speed accurate diagnosis, decrease side effects, and increase the likelihood that a medicine will work for an individual patient.”

The aim: 

The aim of personalized medicine is, therefore, to make a perfect fit between the drug and the patient. It is worth noting that genotyping is currently not a part of clinically accepted routine. However, it is expected to acquire this status in the western world, shortly.

To give a very quick example, genetic differences within individuals determine how their bodies react to drugs such as Warfarin – a blood thinner taken to prevent clotting. It is of utmost importance to get the dosing right, as more of the drug will cause bleeding and less of it will not have any therapeutic effect.

In the field of cancer, genetic tests are now being done by some oncologists to determine which patients will be benefited most; say with Herceptin, in the treatment of breast cancer.

Thus, with personalized medicine the health of a patient will be managed based on personal characteristics of the individual, including height, weight, diet, age, sex etc. instead of defined “standards of care”, based on averaging response across a patient group. Pharmacogenomics tests like, sequencing of human genome will determine a patient’s likely response to drugs.

Disease prevention: 

In addition, such medicines would help identifying individuals prone to serious ailments such as, metabolic, cardiac, endocrine, auto-immune, psychosomatic, including cancer of various types; enabling physicians to take appropriate preventive measures much before disease manifestations and in that process would help containing the overall treatment cost.

Cost of genome sequencing:

Sir John Bell, Professor of Medicine at Oxford University, reportedly said in early December 2012 that personalized medicine for all could soon be a clear possibility, as everybody will be able to have their entire DNA make-up mapped for as little as £100 (Rs.10, 000 approx.).

This estimate seems to be realistic, as the price of genome sequencing has fallen by 100,000-fold in 10 years. This cost is expected to further decline, as genome of any person essentially remains unchanged over time. Thus, this information might become a part of an individual’s medical record allowing the doctors to use it as necessary.

Summary of key advantages: 

To summarize, the expected benefits from personalized medicine, besides very early diagnosis as stated above, are the following:

1. More Accurate Dosing: Instead of dose being decided based on age and body weight of the patients, the physicians may decide and adjust the dose of the medicines based on the genetic profiling of the patients.

2. More Targeted Drugs: It will be possible for the pharmaceutical companies to develop and market drugs for patients with specific genetic profiles. In that process, a drug needs to be tested only on those who are likely to derive benefits from it. This in turn will be able to effectively tailor clinical trials, expediting the process of market launch of these drugs.

3. Improved Healthcare: personalized medicine would enable the physicians to prescribe ‘the right dose of the right medicine the first time for everyone’ without any trial or error approach, resulting in much better overall healthcare.

Current use:

Though these are still the early days, initial usage of personalized medicine is now being reported in many areas, such as:

Genetic analysis of patients dealing with blood clots: Since 2007, the U.S. Food and Drug Administration has been recommending genotyping for all patients being assessed for therapy involving Warfarin.

Colorectal cancer: For colon cancer patients, the biomarker that predicts how a tumor will respond to certain drugs is a protein encoded by the KRAS gene, which can now be determined through a simple test.

Breast cancer: Women with breast tumors can now be effectively screened to determine which receptors their tumor cells contain.

In addition, this approach would also help clinicians to determine which particular therapy is most likely to succeed on which patient.

Present outlook: 

A September 2013 article published in Forbes Magazine titled, “Personalized Medicine May Be Good For Patients But Bad For Drug Companies’ Bottom Line” says, although personalized medicine offers tremendous potential for patients, because of the dual burdens of expensive clinical trials and diminished revenue potential, the concept may become unsustainable in the long term, the attitude of regulators will be critical to drug companies’ willingness to embrace personalized medicine, and to its wider application.

In my view, for greater interest of patients to ‘meet their unmet needs’ global pharma, majors, academics, respective governments and the drug regulators should find a way out in this new direction, sooner.

Indian initiatives:

Some companies, both well known and lesser known, are making collaborative progress, keeping low profile, in the genome sequencing area in India, which will ultimately make expensive treatments, such as cancer, more predictable and simultaneously affordable to many.

The concerns:

While the progress in the field of personalized medicine is quite heartening, some experts have reportedly been sounding a note of caution. They strongly feel that DNA code sequencing brings to light a “very real privacy concerns” of individuals.

The key argument being, if genome sequencing is extended to entire population, individuals and their relatives could then be identified and tracked by matching their DNA with the genome stored in the respective health records. This move, as contemplated by the opponents, could “wipe out privacy” with a significant impact on the society.

A paper published in ‘Scientific American’ dated January 2014, titled “What Fetal Genome Screening Could Mean for Babies and Parents” deliberated that today doctors are closer than ever before to routinely glimpsing the full genetic blueprints of a fetus just months after sperm meets egg. That genomic reconstruction would reveal future disease risk and genetic traits even as early as the first trimester of pregnancy – raising another ethical issue that could hugely impact parents’ decision threshold for deciding to terminate a pregnancy or influencing how they rear their child.

Thus, all these ethical and social issues in the development and usage of personalized medicine must be appropriately addressed under a well deliberated ethical, social, legal and regulatory framework of each country.

Conclusion:

Though in Europe and to some extent in the United States, treatments based on personalized medicine have already been initiated, we are still in a nascent stage for this novel concept to get translated into reality for the benefit of a much wider population across the world.

Lot of grounds may still need to be covered, especially in the realm of medical research and also to work out the regulatory pathways for personalized medicine in healthcare by the pioneers of this great concept and more importantly by effectively addressing the ethical concerns raised on this subject.

If collaborative initiatives are taken jointly by academia, R&D based global pharma majors and medical diagnostic players towards this new direction with a clearer focus and  supported by the law makers, a huge unmet needs of patients will truly be met, giving yet again a fresh impetus to the much hyped phrase “Meeting Unmet Needs of Patients”, though in a refreshingly new direction.

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.

Herceptin Biosimilar Expands Drug Access to Breast Cancer Patients in India

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Come February 2014, much to the relief of more than 145,000 patients diagnosed with breast cancer in India, Herceptin of Roche, a critical drug for the treatment of the dreaded disease, will face competition, for the first time, from a less expensive biosimilar equivalent. The product named Canmab developed together with Mylan by Biocon has been priced 25 percent less than Herceptin.

Patient access issue for newer cancer therapy:

Herceptin has been a very critical drug, though equally expensive, for breast cancer patients globally.

Mainly because of its unusual high price, the product created an access barrier to majority of patients in India. Arising out of complexity of the problem faced by the cancer patients, hugely compounded by the affordability issue, on January 12, 2013, it was first reported that in a move that is intended to benefit thousands of cancer patients, Indian Government has started the process of issuing Compulsory Licenses (CL) for three commonly used anti-cancer drugs: 

-       Trastuzumab (or Herceptin, used for breast cancer),

-       Ixabepilone (used for chemotherapy)

-       Dasatinib (used to treat leukemia).

For a month’s treatment drugs like, Trastuzumab, Ixabepilone and Dasatinib reportedly cost on an average of US$ 3,000 – 4,500 or Rs 1.64 – 2.45 lakh for each patient in India.

Pricing issue needs a systemic resolution: 

While there is no single or only right way to arrive at the price of a patent protected medicine, how much the pharmaceutical manufacturers will charge for such drugs still remains an important, yet complex and difficult issue to resolve, both locally and globally. Even in the developed nations, where an appropriate healthcare infrastructure is already in place, this issue comes up too often mainly during price negotiation for reimbursed drugs. 

A paper titled, “Pharmaceutical Price Controls in OECD Countries”, published by the U.S. Department of Commerce, after examining the drug price regulatory systems of 11 OECD countries, concluded that all of them enforce some form of price control to limit spending on pharmaceuticals. The report also indicated that the reimbursement prices in these countries are often treated as de facto market price.

Though there is no such system currently prevailing in India, the Government is mulling to put in place a similar mechanism for patented medicines, as captured in the National Pharmaceutical Pricing Policy (NPPP) 2012.

Further, some OECD governments regularly cut prices of even those drugs, which are already in the market. The value of health outcomes and pharmacoeconomics analysis is gaining increasing importance for drug price negotiations/control by the healthcare regulators even in various developed markets of the world to ensure responsible pricing of IPR protected medicines. For various reasons, no such process is followed either for such product pricing in India, as on date.

Roche changed Herceptin strategy for India:

To effectively address the challenge of pricing of patented medicines in India, Roche reportedly entered into a ‘never-before’ technology transfer and manufacturing contract for biologics with a local Indian company – Emcure Pharma for its two widely acclaimed ‘Monoclonal Antibodies’ anti-cancer drugs – Herceptin and MabThera.

Consequently, Roche introduced its ‘made in India’ brand Herclon (Herceptin) with a much-reduced maximum retail price of about Rs. 75,000 for a 440 mg vial and started co-marketing the product with Emcure Pharma in India.

Although Herceptin patent remains valid in the United States (US) until 2018, Roche decided to discontinue its patent rights for Herceptin in India in 2013.

The pharma major reportedly lost this patent earlier in Europe. This vindicates the views of many experts that Herceptin patent was weak, as it would probably not be able to clear the litmus test of a stringent scrutiny under the Patent Acts of India. The report, therefore, argues that core reason for withdrawal of Herceptin patent in India by Roche cannot be attributed, even remotely, to the ‘weak IP ecosystem’ in India.

Biocon Pricing:

According to reports Biocon’s Canmab, the biosimilar version of Herceptin, will be available in 440 mg vial with a maximum retail price of Rs. 57,500 and also in 150 mg vial at Rs. 19,500.

Lower price would lead to greater patient access – Roche argued earlier:

It was reported, when Roche switched over to Herclon with around 30 percent discounted price from very high price Herceptin, access to the drug improved. In fact, that was the logic cited by Roche for the launch of Herclon in India at that time. 

Just to recapitulate, media reports indicated at that time that Roche intends to offer to Indian patients significantly cheaper, local branded version of Herceptin sooner. The same news item also quoted Roche spokesperson from Basel, Switzerland commenting as follows:

“The scope is to enable access for a large majority of patients who currently pay out of pocket as well as to partner with the government to enable increased access to our products for people in need”.

Conclusion:

It is beyond doubt that even with significantly lower price, Canmab would not be able to guarantee 100 percent access to the drug for all breast cancer patients in the country.

However, applying the same logic of Roche, as mentioned above, with further 25 percent price discount for Canmab by Biocon, the access to this drug should expand significantly for over 145,000 diagnosed breast cancer patients in India even, for an argument’s sake, all other factors, including inadequate number diagnostic facilities etc. remain the same. Isn’t that better?

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