Focus On Patient Compliance To Boost Pharma Sales…And More…

Posted on May 20, 2019 by Tapan Ray

One high-impact area in the healthcare space that often finds its place in the backseat is – patient noncompliance. A term that is commonly used in regard to ‘a patient who does not take a prescribed medication or follow a prescribed course of treatment.’ It comes with a steep price, for causing serious adverse impact not just on human health and health system, but also in the pharma business. Intriguingly, such incidents are still not scientifically monitored enough and vigorously acted upon, both globally and locally.

The World Health Organization (W.H.O) has also flagged it as a huge problem, as it reports, 10 percent to 25 percent of hospital and nursing home admissions result from patient noncompliance. Furthermore, about 50 percent of prescriptions filled for chronic diseases are not taken correctly, with 40 percent of patients not adhering to the treatment regimen.

In this article, just after giving a flavor to its financial cost to patients, I shall dwell mostly on its impact on the pharma players, as overcoming this important problem doesn’t generally fall in the area of strategic focus for most of them. Finally, I shall explore how drug manufacturers can translate this problem into an opportunity – as the third growth driver for business, creating a win-win situation for all.

Economic and health impact on patients:

Noncompliant patients suffering from both acute and chronic ailments, pay a heavy price, not just in terms of longer suffering arising out of complications, but also incurring significantly more health expenditure for treatment of the same diseases. According to IMS Institute for Healthcare Informatics, on average, less than 40 percent of patients around the world are fully complying with their treatment instructions.

Even in the Indian context, the problem is no different. Let me illustrate the point with the example of a chronic disease, such as Asthma. The article published on June 26, 2018 in ‘Lung India’ – the official publication of Indian Chest Society reported: “The mean annual direct costs among compliant and non-compliant patients were ₹14, 401 and ₹24, 407, respectively. Percentage of hospitalization was less among the compliant group (6 percent) when compared with noncompliant group (17 percent).”

The study concluded, asthma is not only associated with patient-specific impairment, but also creates a significant economic burden for the family and society. The major contributors to the burden are the medication cost and hospital admissions. Patient compliance with prescribed drugs can help keep asthma under control, thereby decreasing the economic burden and emergency hospital admissions – avoiding the economic risk from ill health with high out of pocket payments. Productivity loss is another under-appreciated source of economic loss contributing to indirect cost. The rising costs of investigations, interventions, and treatment of chronic diseases further complicate the problem.

Economic impact on pharma business:

According to November 16, 2016 report, published by Capgemini and HealthPrize Technologies, globally, annual pharmaceutical revenue losses had increased from USD 564 billion in 2012 to USD 637 billion due to non-adherence to medications for chronic conditions. This works out to 59 percent of the USD 1.1 trillion in total global pharmaceutical revenue in 2015.

The report highlights, besides medication nonadherence being a serious global health issue that needs to be addressed immediately, it also happens to be a critical business issue for pharmaceutical companies. Thus, it is the only area of their business where a sharp strategic focus “can generate significant top – and bottom-line growth, improve outcomes, and create substantial savings for the healthcare system – all at the same time.”

Major reasons for patient noncompliance:

Several reasons are commonly attributed to patient-noncompliance to medicines, such as:

Lack of knowledge of its health and economic impact
Importance of completing the full-course of the drug and dosage regimen for long-term remission, following immediate relief
Untoward side-effects and other inconvenience
Forgetting therapy because of preoccupation
Financial inability to complete the prescribed treatment regimen due to the high cost of drugs.

Nevertheless, the 9th Edition of Global Research Report by Capgemini Consulting underscores that reality is more complex. Patient adherence initiatives, if any, when undertaken, even by pharma companies, often lack a thorough understanding of the root causes of discontinuing treatment and failure to effectively engage patients with a holistic approach to the issue. It also emphasizes: “Individual tactics are tried by different brands and then discontinued as budgets and priorities shift, before their impact is known. Successes are seldom pulled through and expanded across the organization.”

Using it as the third major growth drivers for pharma:

The two primary factors that drug manufacturers are leveraging to boost growth of the organization are:

A. New product introduction – gradually extending to line extensions and new indications. One such illustration is the cholesterol-fighting drugLipitor of Pfizer. The lifetime sales of this brand as of the end third quarter 2017 generated a stunning USD 150.1 billion of business for the company. Incidentally, Lipitor patent expired in 2011. There are many similar examples, including Humira of AbbVie.

B. Regular and hefty price increases for already marketed products, for various reasons, but almost regularly. According to this 2019 report, percentage price increases, on a huge base, of some of the world’s top pharma brands were as follows:

AbbVie: Humira, a blockbuster drug with USD 15 billion in sales in the first 9 months of 2018: +6.2%
Allergan: Many of its brand-name drugs, including dry-eye medication Restasis: +9.5%
Biogen: Multiple sclerosis drug Tecfidera: + 6%
Bristol-Myers Squibb: Eliquis, a drug that prevents blood clots and is on pace for USD 6 billion in sales in 2018: + 6%
Eli Lilly: Type 2 diabetes medication Jardiance: + 6%

Many studies have captured the importance of regular price increase, as a key pharma strategy, not only to drive the internal growth, but also to keep their investors, as well as, the stock market on the right side. There are examples that for some of the top global pharma players, this strategy was directly responsible for 100 percent of earnings-per-share growth in 2016, and more than 20 percent of the revenue made in the first three quarters of 2018.

On the other hand, some top analysts’ findings highlight that drug companies serious strategic focus just on the issue of patient noncompliance with novel tactical measures, could fetch as much as a 30 percent increase in annual earnings per share for many players, even in India.

This brings up to the point – can strategic focus to minimize patient’s non-compliance, supported by adequate resources, be the third growth driver for drug companies?

Can focus on patient noncompliance be the third growth driver for pharma?

For a moment, leaving aside the above two primary growth drivers, if we look at the estimates, as quoted above, well over 50 percent to 60 percent of a brand’s potential sales is wasted due to patient noncompliance. Isn’t it huge? Can this be ignored? Obviously not. Instead, why not pharma converts this problem into an opportunity, with a sharp strategic focus, leveraging technology.

Translating this potential opportunity into reality is neither very easy nor is every company’s cup of tea. But the reward for the winners is indeed phenomenal. To chart on this frontier, one of the toughest barriers, besides a winner’s mindset, is getting access to credible and meaningful patient-data, for various reasons. On the other hand, it isn’t an insurmountable problem, either – especially, with today’s rapidly progressing technology.

Some companies have started the long march:

According to the review article, published in the New England Journal of Medicine: ‘The ability of physicians, to recognize non-adherence is poor, and interventions to improve adherence have had mixed results. Furthermore, successful interventions generally are substantially complex and costly.’

Realizing that it as a potential opportunity – disguised as a problem, several pharma players have started thinking about exploring this not much charted territory, confirm reports coming from different countries of the world. To give an illustration, November 22, 2016 edition of Fierce Pharma reported: ‘Pharma companies have more recently joined the conversation with partnerships and programs that include adherence aims.’

It is generally believed today that rapid ascendency of modern technology, and its strong influence on people, will help create a new awareness of its current adverse impact both on patients and the drug companies.

What else could be done in a much wider scale?

Digital interventions, such as smartphone apps, are becoming an increasingly common way to support medication adherence and self-management of chronic conditions. In this regard, the May 14, 2018 study titled, ‘Smartphone apps for improving medication adherence in hypertension: patients’ perspectives’, published in the journal of Patient Preference and Adherence, concluded as follows:

‘These data showed that patients can identify the benefits of a medication reminder and recognize that self-monitoring their blood pressure could be empowering, in terms of their understanding of the condition and interactions with their general practitioners.’ But some loose knots are still to be tightened.

Tightening the loose knots:

Having leveraged the state of the part digital technologies to tighten the loose knots in this area,a host of AI-enabled smartphone health and diagnostic apps, capturing patient compliance details, especially in chronic disease areas, are fast coming up. Most of these are being developed by large, small and medium sized non-pharma pure tech companies, including startups. For example, according to reports: ‘With the release of the Apple Health Record and Apple Watch with a single-lead ECG, it’s evident that Apple has officially entered the healthcare space.’

A good number of these apps have received even the US-FDA approval, such as: MyDose Coach - a reliable dose calculating app for type 2 diabetic patients who take insulin once-daily in concert with physician guided insulin recommendations. Or, GoSpiro – a home spirometer, to measure air output from the lungs for COPD patients and connects wirelessly to provide hospital-quality data regarding breathing.

That many non-pharma entities are trying to create a space for themselves in a high-tech, but non-drug treatment segment within the pharma space, has prompted, several drug manufacturers to rewrite their marketing playbook, incorporating this ‘new notation’.

It’s real now…for some:

As the above Fierce Pharma article reported: ‘Pharma companies have more recently joined the conversation with partnerships and programs that include adherence aims; efforts from Verily and Sanofi and IBM and Novo Nordisk have recently made the news.’Further, on November 07, 2018, in another report it brings to the fore that Geisinger Health System has developed mobile apps to manage asthma with AstraZeneca, and a wearable app to manage pain with Purdue. It also joined forces with Merck to develop tools for patients and caregivers to improve care coordination and medication adherence.

Moreover, on February 09, 2019, Japanese drug major Astellas and WiserCare - a company that develops healthcare decision support solutions, announced a collaboration that includes improving patient adherence to care plans, and improve the overall care experience.

In tandem, concern on patients’ data privacy, may also now be addressed, possibly by making use of blockchain or similar technology for such initiatives, as I discussed earlier in this blog.

Conclusion:

‘Acquiring new customers is important, but retaining them accelerates profitable growth,’ is the theme of an article, published in Forbes on June 08, 2016. Therefore, just as any other business, this dictum applies to the pharma industry, as well, especially in context of patient noncompliance to medicines, with a clear strategic focus to minimize its impact on performance.

The major reasons for patient noncompliance ranges from ignorance of its adverse impact on health to side effects, forgetfulness and right up to inability to afford full-course of the prescribed drug treatment. Despite its continuity over decades, adversely impacting patients, health system and the pharma players, it won’t be prudent to infer that no attempt was being made in the past, to address this critical issue. Nevertheless, those measures have not worked, for many reasons, as we see today from various research studies in this area, even in the Indian context.

Once again, intervention of technology to make patients compliant to medicine, is showing promise for following it up more vigorously. That some global drug majors are entering into collaborative arrangements with non-pharma, technology companies of various sizes, sends a signal of the emergence of a third major growth driver for pharma, as discussed above.

This issue is so important, especially considering that the low hanging fruits of R&D have mostly been plucked, just as regular hefty increases of drug prices are meeting with tough resistance, squarely. In this scenario, a robust strategic focus on patient compliance would not only boost pharma sales but would also reduce the disease burden of a large section of people significantly. This will benefit all and harm – none.

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.

Would ‘Connected Healthcare’ Catch Pharma Players Off-Guard?

Posted on April 8, 2019 by Tapan Ray

Rapid advancement of medical science is making several life-threatening diseases easily preventable, curable and manageable. For some conditions, such as, peptic ulcer even surgical interventions are no longer necessary. This results in the expansion of preventive and primary-care segments, with equal speed. Simultaneously, increasing complexity of many diseases, late stage disease detection, and better identification of rare diseases, are broadening the specialty hospital segment, as well.

On the other hand, the general mindset of people is also changing as fast. They dare to chart in the cyberspace, seek for more health-information, prefer participative care, expect a speedy treatment process – delivering better outcomes.

The cumulative impact of these are creating some brilliant sparks, confirming evolution of some disruptive health care business models. These are quite different from what we generally experience today.One such model is termed ‘connected healthcare.’ This is a unique business model, having potential to break the decades old status-quo – for the benefit of patients – closely involving doctors, pharma – medical device/diagnostic companies and of course the hospitals. In this article, I shall deliberate on ‘connected healthcare’ looking at its various aspects and examining whether pharma industry is ready for this change. Let me start this discussion with the role of Internet of Things (IoT), as an enabler for this process.

Internet of Things (IoT) – A great enabler for ‘connected health’:

‘Internet of Things (IoT)’ has opened new vistas of opportunities for providing healthcare with significantly better outcomes. According to Ecoconsultancy, by leveraging the IoT network, medical devices of everyday use can be made to collect, store and share invaluable medical data, providing a ‘connected healthcare’ system. Consequently, doctors, along with patients, can get speedy and deeper insights into symptoms and trends of diseases for prompt interventions, even from remote locations. The question that follows: what really is ‘connected health?’

‘Connected Health (cHealth)’ and a teething problem:

‘Connected health or (cHealth)’ refers to the process of empowering healthcare delivery through a system of connected and interrelated computing devices, mechanical and digital machines on an IoT network platform. It provides the ability for seamless data transfer and access between patients and providers, without requiring human-to-human interactions to improve both quality and outcomes of healthcare.

Two more articles, one titled ‘Connected health: How digital technology is transforming health and social care,’ and the other ‘Accelerating the adoption of connected health’, both published by Deloitte Center for Health Solutions also described ‘Connected health (cHealth)’quite eloquently.

One of the papers highlighted, being a technology driven network system, cHealth has its own teething problems. Some of its key reasons include: Many physicians ‘are often reluctant to engage with technology, partly due to the scale and pace of changes, and partly through lack of education and training, and concerns over liability and funding.’

Precise value offerings of a ‘Connected Health’ system:

The Accenture study titled, ‘Making the Case for Connected Health,’ established that ‘connected health’ approach creates value at three different levels, as follows:

Clinical efficacy and safety - Eliminating duplicate lab and radiology tests; improving patient safety through 24/7 access to comprehensive, legible medical records; and speeding up access to patient medical histories and vital information – the cost of treatment can be reduced, significantly.

Shared knowledge - Improves care quality, benefits with prompt safety alerts, such as drug interaction, enhances clinical decision-making through sophisticated tools along with evidence-based care protocols, and helps acquiring new capabilities in health care.

Care transformation - Advanced analytics help sharing clinical decision-making process, population health management, and facilitate building new care delivery models.

‘Connected health’ in managing chronic diseases:

‘Connected health’ is being practiced at different levels in many countries. These are particularly useful in treating or managing chronic ailments, such as cardiovascular (hypertension), metabolic (diabetes) disorders and COPD (Asthma). Some examples are as follows:

Many hypertensive patients monitor their blood pressure and other related parameters, through self-operating digital instruments and devices. If the auto-flagged readings get transferred to the treating physicians through IoT system, physicians can promptly adjust the drug doses and offer other required advices over the same system online, and as and when required or periodically. This could avoid periodic personal visits to doctors for the similar purpose, saving time and money. At the same time, it ensures better quality of life through the desired level of disease management, always.

Similar results have been reported in the management of diabetes and Asthma with ‘connected health’ system.

‘Connected health’ in treating life-threatening diseases, like cancer:

The paper titled, ‘Smart technology helps improve outcomes for patients with head and neck cancer,’ published by the News Medical on May 17, 2018, which was also read at the June 2018 Annual Meeting of the American Society of Clinical Oncology (ASCO), highlights some interesting developments in this area. This federally funded, randomized clinical trial on 357 people receiving radiation for head and neck cancer, using mobile and sensor technology to remotely monitor patient symptoms, resulted in less severe symptoms related to both the cancer and its treatment.

It also noted: ‘Patients who used the technology – which included a Bluetooth-enabled weighing scale, Bluetooth-enabled blood pressure cuff, and mobile tablet with a symptom-tracking app that sent information directly to their physician each weekday – had lower symptom severity than participants who had standard weekly visits with their doctors. In addition, daily remote tracking of patient wellbeing, according to the researchers, enabled physicians to detect concerning symptoms early and respond more rapidly, compared to usual care.’

While treating serious ailments, medical images, such as computed axial tomography (CT), magnetic resonance imaging (MRI), digital mammography and positron emission tomography (PET), can be connected, stored and shared with cloud-based connectivity and online sharing platforms, as confirmed by several studies. This would enable physicians to build better and deeper referral networks, for better diagnosis and speedier treatment inventions to patients.

‘Connected healthcare’ is fast growing:

As the above Accenture study indicates, many countries have started implementing ‘connected healthcare’ systems to deliver cost-effective, high-quality and speedy healthcare services to the population with better outcomes. Some of these nations are, Australia, Canada, England, France, Germany, Singapore, Spain and the United States.

According to the New Market Research report titled, “Connected Healthcare Market – Global Industry Analysis, Size, Share, Trends, Growth and Forecast 2018 – 2022,” published by Wise Guy Research: ‘Globally, Asia-Pacific region is one of the fastest growing markets for ‘connected healthcare’. It was valued at USD 2.65 billion in 2015, and is expected to reach USD 23.8 billion by 2022, at the rate of 30.6% during the forecast period.’ During this span, ‘The global connected healthcare market is expected to reach $105,337.5 Million by 2022 at a CAGR of 30.27%,’ with North America commanding largest market share of 36.7%, the report highlights.

‘Connected health’ shows a high potential in India:

The above report also indicates, ‘mobile-health services’ accounts for the largest market segment in the UK, Italy, Japan, China and India. E-prescribing is the fastest growing segment in Asia Pacific and is expected to grow at the rate of 31.27% CAGR during the forecast-period.

E-Health initiative of the Government of India, which is aimed at using of Information and Communication Technology (ICT) in health signals a good potential for ‘connected health’ in India. Fast penetration of mobile technologies even at the hinterland of India will facilitate this process.

Another article titled, ‘Why Connected health is the key to reducing waste and increasing efficiency,’ published in Healthcare India on July 25, 2017, brings to the fore some key benefits of ‘connected healthcare’ in the country. It says, ‘connected healthcare’, can bring path-breaking changes in the country. Following are a few examples:

Today when almost 70 percent of the medical expenses are borne by the patient, a ‘connected health’ ecosystem, would reduce admissions by early intervention and potentially deter surgeries.

Having access to a patient’s entire medical record, physicians’ will be able to minimize ‘over diagnosis’, amounting to multiple tests, over-medication and avoidable prescriptions, thereby reducing out of pocket health expenditure of patients.

When patients are referred from one doctor to the other, or from the rural medical centers to district hospitals, they often need to repeat all the tests, as there is no connected health ecosystem. In doing so, they lose time and sometimes don’t show up for follow up treatments and consultations with their treatment remains incomplete.

Leading private players in ‘connected health’ area:

Some of the leading market players in the global ‘connected healthcare’ market, reportedly, include Agamatrix Inc. (USA), Airstrips Technology (San Antonio), AliveCore Inc. (Australia), Apple Inc. (USA), Athenahealth Inc. (USA), Boston Scientific Co. (USA), GE Healthcare (UK), Honeywell Life care Solutions (UK), Medtronics (Ireland) and Philips Innovation Campus (Bengaluru, India).

Would ‘Connected healthcare’ disrupt pharma’s legacy commercial model:

McKinsey Digital’s March 2012 paper titled, “Biopharma in the coming era of connected health” explains, how ‘connected healthcare’ has started disrupting the legacy commercial models of pharma and Biopharma industry. One of the related examples cited in the article is, pharma’s less emphasis on large sales forces “selling” to physicians.

As this new system gathers wind on its sail, information transparency will allow customers, regulators, and competitors to understand and independently assess the performance of various drugs, often better than what the manufacturers present. These powerful new data sources would reveal true efficacy of medicines, in the real-world settings. No doubt, it will be a significant patient empowerment.

Would pharma be caught off-guard?

Despite such clear signs of changes, the way the pharma industry continues to operate, which as perceived by a majority of the population, is generally self-serving in nature. It has remained virtually unchanged over several decades. Another strong public perception is, patients often get trapped by a two-way financial interest, existing between doctors, hospitals, pharma, biotech – medical devices/diagnostic companies, in various forms. Notwithstanding, industry lobbyists pooh-poohing it, it remains a robust general perception, nonetheless.

That said, this situation can no longer be allowed to remain frozen in time. Today, time is making many things obsolete, including human behavior and business practices, much faster than ever before. This gets fueled primarily by two catalytic factors – one, rapid progress of technology, and the other, which is even more fundamental – the changing demographic profile and social fabric. Together, these are creating a new, informed, more assertive and expressive mindset of people – signaling their needs, preferred choices and processes, even for a health care solution. It’s for the industry now to shape up, soon.

Conclusion:

Joining all these dots, one gets a clear sign of ‘connected healthcare’ gradually evolving in India. Even if, it still takes some more time for an integrated ICT system to be in place, especially in India, it’s for sure that ‘connected healthcare’ will be a reality, surely.

As and when it happens, it will be a disruptive process. The process of sharing all requisite disease prevention, treatment and management related data, between patients, doctors and other care providers, including pharma companies – over regulatory approved, interconnected IoT enabled devices, machines and applications, will benefit all.

There will, of course, be several barriers to overcome, before this new era ushers in. One such hurdle being, many doctors still don’t express a favorable attitude towards adoption of ICT technology in their everyday practice. Alongside, the government with the help of regulators, should enact the requisite laws, and frame stringent rules to ensure enough privacy and security of confidential medical information of individual patients. In tandem, appropriate authorities must ensure that ‘connected healthcare’ system is effectively implemented by all concerned.

As strong environmental needs will hasten this process, public access to high quality healthcare with better outcomes – and all at an affordable cost, will improve by manifold. Thus, I reckon, days aren’t too far to witness ‘connected health care’ in India. But, the hundred-dollar questions still remain unanswered – Are most pharma players ready for the ‘connected healthcare’ regime, or will it catch them off-guard?

By: Tapan J. Ray

Gamification in Pharma: Creates Engaging Patient Experience For Better Results

Posted on January 21, 2019 by Tapan Ray

On January 03, 2019, media reports flashed – “A video game-based ‘digital medicine’ tool can help reduce symptoms in children with autism spectrum disorder (ASD) and attention/deficit-hyperactivity disorder (ADHD).” This study was published in the Journal of Autism and Developmental Disorders, confirming the feasibility and safety of the tool called Project: EVO, which delivers sensory and motor stimuli through an action video game experience.

This initiative reconfirms that technology is becoming a great enabler to provide integrated, comprehensive and cost effective approach in treating many diseases, particularly with ‘Digital Medicine.’ The above report on ‘Project EVO’ is an example of application of the concept of ‘gamification’ in digital medicine. Many consider ‘gamification’ as a game changer to create an engaging patient experience with added value. It makes patients getting involved in the disease-treatment process, especially for effective self-management of chronic disorders.

I shall focus on this area in today’s article, giving examples wherever available. However, let me start by recapitulating what is ‘gamification’ in the pharma industry.

Gamification:

The Oxford dictionary defines ‘gamification’ as: ‘The application of typical elements of game playing (e.g. point scoring, competition with others, rules of play) to other areas of activity, typically as an online marketing technique to encourage engagement with a product or service.’ It further adds, ‘gamification is exciting because it promises to make the hard stuff in life fun.’

‘Gamification’ is assuming increasing importance, with disruptive digital innovations gradually becoming game changers in the pharma business. This is mainly because, it can deliver to a specific group of patients, doctors or other stakeholders exactly what they look for – with precision.

I suggested in my article, published in this blog on January 07, 2019 that pharma companies should facilitate self-management of chronicailments,not just for better outcomes, but also for improving the quality of patient engagement. To achieve this objective,‘gamification’ could play a remarkable role-such as disease awareness and prevention and when afflicted its desirable self-management. This has the potential to create a win-win situation between patients and a drug company.

This is so important, as ‘the old paradigm of the paternalistic model of medicine is now transforming into an equal level partnership between patients and professionals, aided and augmented by disruptive technologies. This comment was made in a study titled, ‘Digital health is a cultural transformation of traditional health care,’ published in mHealth on September 14, 2017.

‘Patient-doctor partnership is critical in the new paradigm:

One of the major ways to develop a partnership between the treating doctors along with the product/service providing pharma companies and patients is through mutually beneficial ‘patient engagement’ programs with added value.

That such programs can create a unique patient experience of better outcomes at a lesser cost, has already been established by a number of credible research studies. Taking a cue from quantum benefits that this initiative provides, many pharma companies are now making ‘patient engagement’ strategy as an integral part of their overall market access program, including the process of branding.

What does an effective patient engagement strategy involve?

An article titled, ‘Patient Engagement: A Key Element in Pharmaceutical Marketing Strategy,’ published in the IgeaHub on May 29, 2016 defines ‘patient engagement’ as a concept that combines a patient’s knowledge, skills, ability and willingness to manage his own health and care with interventions designed to increase activation and promote positive patient behaviors. This measure also involves offering relevant services to patients.

To assess the opportunity of patient services in the pharma industry, Accenture conducted a survey titled, ‘Pharma’s Growing Opportunity in Patient Services’, on 200+ pharma patient services executives, covering seven therapeutic areas – heart, lungs, brain, immune systems, bones, hormone/metabolism, and cancer. The study concluded,the future of patient services that requires patient engagement, is bright. It elaborated by saying, this approach offers pharmaceutical companies a tremendous opportunity – for those willing to invest in the right places and let patients know about them in the right way.

To move in this direction, ‘gamification’ is an efficient way for the pharma companies to follow. Let us see below how does ‘gamification’ work on the ground.

How does ‘gamification’ work?

According to the findings of Innovatemedtec, ‘gamification’ with health apps typically works in the following three ways:

Allowing users to share progress and results with their friends or other users of the service, creating a competitive spirit to elicit more or better use of the specific health app service.
Giving virtual gifts, such as badges, medals, stars during each stage of progress, generating a sense of achievement for greater patient motivation levels in disease monitoring and management.
Advanced medical health applications can provide real-time biofeedback with built-in sensors. Or using a storytelling approach and explaining health literature related to diagnoses, medical procedures and patient behavior.

Thus, the primary reasons for introducing ‘gamification’ in the pharma industry would be to improve the disease awareness and increasing patients’ motivation for self-management for mutual benefits.

Improves disease awareness and motivation for self-management:

The precise rationale for ‘gamification’ in the pharma industry was nicely articulated in the ‘M.Sc. Thesis titled, ‘Gamification in the Pharmaceutical Industry – Exploring how European Pharmaceutical Organizations can build and use Gamified Mobile Applications to Improve Relations with Patients.’ This was written by Nanna Birkedal and jointly delivered by the University of Stirling and Lund University.

It highlighted: “Patients and industry experts both argue that awareness is important; constant reminders about healthy habits are pivotal for an improved lifestyle. Patients furthermore need to be motivated to act upon this and actively implement the required lifestyle changes. If pharmaceutical organizations succeed in helping the patients with overcoming challenges related to their illness by motivating them to enact the needed lifestyle changes, it will increase the perceived trust towards their brand and thereby strengthen their relationship with the patients. This research argues that digital gamification is suited for this purpose, hence why it may be advantageous for organizations to incorporate digital gamification …”

Why and how to motivate patients for self-management of chronic disease?

As I said before, after proper diagnosis of a chronic ailment and charting out a medical treatment pathway, self-management of the disease by patients plays a critical role. Thus, the question arises, how to motivate patients and more importantly, keep patients motivated for engaging in self-management of such nature.

There is also a need for continuous improvement of the ‘gamification’ process for a long-term engagement of patients, leading to progressively better outcomes. Many examples of success with ‘gamification’ are available for chronic diseases, such as diabetes.

One of the metrics used in ‘gamification’ to help diabetic patients stick with a digital health platform, making it a higher priority in their daily lives, is to provide useful timely information on their disease condition. This metric may include informing the user about some tangible changes in their health risks due to the disease. For example: “Over the last month your effective glucose has reduced the risk of losing your eyesight by 10 percent.” Accordingly, the patients may earn points or badges for using the app and accomplishing certain important tasks.

In this way, gamification can immensely help self-management through behavioral changes, improving disease outcomes. As Healthcare in America also reiterates: ‘There is nothing more motivating than knowing your health is improving in real time.’

Another study, and two examples of ‘gamification’ in pharma:

Another study titled, ‘Gamification: Applications for Health Promotion And Health Information Technology Engagement’, published by ResearchGate arrived at an interesting conclusion. It reiterated: ‘Game-based approaches (gamiﬁcation) can provide ideal strategies for health promotion, prevention, and self-management of chronic conditions. However, there is a need to clearly deﬁne components and uses of gamiﬁcation in healthcare for increased patient engagement in health information technology.’

Elaborating the point further, the authors emphasized that many health/physical activity apps provide feedback in a clear and concise manner and in a variety of formats (e.g., graphs, text or icons). The available option to share the feedbacks on social networking sites allows for further engagement by individuals and adds additional motivation and encouragement in attaining users’ goals. However, it recommends more studies to explore and identify the suitability of ‘gamification’ for health in clinical settings.

There have been several instances of gamification efforts health care with powerful effects. Let me cite just two interesting illustrations from mobihealthnews, as follows:

One game, from 1997, was designed to help kids manage diabetes and led to a 77 percent reduction in urgent care visits.
The other one showed, people were motivated to exercise after doing virtual exercise in a game with an avatar that looked like them.

Conclusion:

As available from various literature, such as Healthcare in America, there are enough well-verified testimony, indicating that patients are motivated by gamified elements.

Consequently, some major global pharmaceutical companies have started testing the water. For example, the Media Release of Roche dated June 30, 2017 announces, the company has acquired mySugr - an Austrian startup that offers gamified solutions for diabetes management in a fun way, both for children and adults. It, reportedly, has more than a million registered users in 52 countries and is available in 13 different languages. Post-acquisition, it will be an integral part of Roche’s new patient-centered digital health services in diabetes care.

Hence, ‘gamification’ in pharma carries potential to be a win-win strategy in creating engaging, motivating and a unique patient experience in self-management of chronic diseases, for better outcomes.

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.

Prescription Digital Therapy Now A Reality

Posted on May 7, 2018 by Tapan Ray

The pursuit of offering ‘prescription digital therapeutics’ or ‘digiceuticals’ by Big Pharma, to ensure better clinical outcomes for patients, has apparently come to fruition now.

On April 18, 2018, by a media release, Novartis announced that the Sandoz Division of the Company has entered into collaboration with Pear Therapeutics to commercialize and continued development of digital therapeutics, designed to effectively treat disease and improve clinical outcomes for patients.

The collaboration brings on to the table, a synergy between Sandoz expertise in launching and commercializing various disease treatments, with Pear’s leading experience in digital therapeutics design and implementation. This deal has attracted attention of many. Mainly because, any pharma player will, for the first-time, detail a digital therapy treatment directly to the medical profession, and seek their prescription support.

It is worth noting that Pear’s flagship digital therapeutic – reSET is the first USFDA-cleared mobile medical application with both a safety and efficacy label to help treat patients with Substance Use Disorder, in September 2017. According to published reports, several studies have established that it is two-times more effective than conventional in person therapy sessions. Interestingly, the rate of treatment efficacy increases even up to tenfold, in refractory patients.

Just the beginning of a long run:

The above market launch of a digital therapy by Novartis signals just the beginning of a long run in changing in the disease treatment archetype for better outcomes. Incidentally, prior to this announcement, on March 1, 2018, the same Company had announced, “Novartis and Pear Therapeutics to collaborate on prescription software applications aimed to treat patients with schizophrenia and multiple sclerosis.”

The media release underscored:“Psychiatric and neurodegenerative diseases place a heavy physical, mental and economic burden on patients and their families. With widespread adoption of digital devices, prescription digital therapeutics could potentially play an important role in future treatment models for a range of diseases with high unmet medical need”.

The scope and potential:

An article titled – ‘Digital therapeutics: Preparing for takeoff’,published by McKinsey & Company in February 2018, captures its scope succinctly. It says, “digital therapeutics tend to target conditions that are poorly addressed by the healthcare system today, such as chronic diseases or neurological disorders. In addition, they can often deliver treatment more cheaply than traditional therapy by reducing demands on clinicians’ time.”

A separate McKinsey interview article, titled ‘Exploring the potential of digital therapeutics’, published in the same month, elucidated the potential of digital therapy equally well. It highlighted:“A digital therapeutic is an intervention based on software as the key ingredient, which has a direct impact on a disease. This is what distinguishes this category from the broader term digital health. We will see digital therapeutics and digital diagnostics integrate into the health system…”

‘Prescription digital therapy’ are not just ‘Fitness and Well-being’ Apps:

Prescription digital therapy are not just to monitor a person’s general fitness level against pre-identified parameters, and overall well-being. Whereas, digital therapeutics help patients to regularly and consistently monitor relevant and tailor-made disease related data - in real-time to detect behavioral, lifestyle and requisite biological changes on a daily basis. However, this is not ‘a so well-realized necessity’ today, especially, in the treatment of certain serious disease conditions, to ensure significantly better clinical outcomes for patients.

Digital therapeutics can ensure making a favorable change in patient behavior, which is not merely as efficient as administering medicines, but could also ensure greater effectiveness than conventional medications. Further, it assists patients to better understand, manage and control several disease conditions, and more importantly, sans any untoward side-effects.

Besides, with digital therapy, the required treatment interventions will reach patients faster than traditional treatment processes. Both the patient request and the medical response for the same can be quickly exchanged, together with relevant data support, through smartphones or other wearable digital interfaces – either in the form of voice or text or both. I shall dwell on this later in the article. Thus, digital therapy may not require patients to meet the doctor every time a need arises.

Moreover, fitness and wellbeing Apps do not require marketing approval from a country’s drug regulator. Mostly because, they help monitoring general and generic fitness parameters, capturing some low-risk changes. Whereas, a custom-made prescription digital therapy would necessarily require such regulatory nod.

In tandem, various studies are also being conducted on wearables, such as an Apple Watch, as an interface. The following are examples of some of these studies:

Digital therapy study with Apple Watch as an interface:

In February 2017, Takeda Pharmaceuticals U.S.A. and Cognition Kit Limited, announced a collaboration to pilot the use of a specially designed app on an Apple Watch wearable to monitor and assess cognitive function in patients with Major Depressive Disorder (MDD).

In November 2017, they presented results from ‘Digital Wearable Technology Study’ in patients with MDD. The observational study involved 30 participants, aged 18-65, with a clinical diagnosis of mild to moderate depression who have been prescribed antidepressant monotherapy for MDD.

The study also evaluated feasibility and participant compliance with measures of mood and cognition on wearable technology; and compared measures of mood and cognition on wearable technology using traditional neuropsychological testing and patient reported outcomes on depression symptoms at 6 weeks. Participants were provided with an Apple Watch on which brief cognitive and mood tests were administered daily.

The researchers observed that patients were compliant with the wearable Apple Watch device on a daily basis to evaluate mood (95 percent) and cognition (96 percent). The study also demonstrated that abbreviated daily assessments delivered through the wearable Apple Watch device corresponded with objective Cambridge Neuropsychological Test Automated Battery (CANTAB) cognitive tests and full-length patient reported outcomes, PHQ-9 and PDQ-D, assessed during weeks 1, 3 and 6. No adverse events were reported in the study.

According to another report, this user interface with Apple’s smart-watch versions 2 and 3 is now being used in a number of studies for chronic conditions, such as Parkinson’s disease – combining biometric data with user input. Again, in February 2017, Johns Hopkins University announced a project to use the smart-watch for research on possible triggers of epileptic seizures.

When used as an interface with prescription digital therapy, the provision of e-SIM and GPS in Apple Watch Series 3, I reckon, would also help patients to immediately communicate with the remote therapy centers using the same device, anytime – as and when the patients want.

Digital therapy initiatives in India:

Initiative on digital therapy has already started rolling in India, as well. Its pace is also quite encouraging. For example, Wellthy Therapeutics is building a patient centric solution for diabetes through digital intervention and management. On February 20, 2018, the Company, reportedly, shared the interim results of an ongoing real-world pilot to evaluate the effectiveness of the Wellthy Diabetes Smartphone App (WD). The results were shared at the 11th International Conference on Advanced Technologies and Treatments for Diabetes (ATTD 2018) in Vienna, Austria.

The data demonstrated how the use of WD improved glycemic control. On completion of 16 weeks, participants showed a reduction in their HbA1c by (-0.61%) on average, with 61.5% of participants having showed significant reduction in their HbA1c with an average of (-1.17%) reduction.

Conclusion:

As indicated in my article titled, ‘Digiceuticals: A Force Multiplier to Contain Chronic Diseases’, published in this blog on October 23, 2017,prescription digital therapies are primarily of two types – one for “medication augmentation” and the other for “medication replacement.”

Be that as it may, prescription digital therapyimproves clinical outcomes for patients by manifold. It also shows potential to take over from traditional treatment with medicines in several serious and virtually crippling ailments, mostly related to human behavior and lifestyle, such as a host of chronic diseases, and without causing any side-effects.

Thus, prescription digital therapy is now a reality. It has come to stay for long – can’t be wished away, any longer.

By: Tapan J. Ray

‘Digiceuticals’: A Force Multiplier to Contain Chronic Diseases

Posted on October 23, 2017 by Tapan Ray

There is a growing need for more effective prevention, treatment or management of many serious Noninfectious Chronic Diseases (NCDs), with greater safety and at a lesser cost. As a major step in this direction, ‘digiceuticals’ or ‘digital therapeutics’ are now drawing heightened interest from the medical and scientific communities.

‘Digiceuticals’ are basically custom made digital software working as drugs. These are presented mostly in the form of user-friendly smartphone apps for various disease conditions – both as stand-alone therapy, or to augment other treatment processes for better outcomes.

Increasing usage of digital technology enabled therapy for a gamut NCDs, prompts me to discuss in this article the relevance, scope, promise, and of course, the rationale behind the same. Its importance swells manifold when the risks of lifelong health hazards that such chronic disorders may pose are factored-in, alongside their overall socioeconomic impact.

Chronic diseases – the invisible global epidemic:

Chronic diseases, such as heart disease, stroke, chronic respiratory disorders and diabetes, including cancer, are by far the leading causes of death and disability worldwide. The World Health Organization (W.H.O) also reiterates that this invisible epidemic is spreading out globally – across every region and pervading all socioeconomic classes.

The mortality, morbidity and disability attributed to chronic diseases, as estimated by the W.H.O, is expected to rise to 73 percent of all deaths and 60 percent of the global burden of disease by 2020. Interestingly, 79 percent of the deaths attributed to chronic disorders occur in the developing countries, such as India.

Can chronic diseases be prevented?

W.H.O also emphasizes that four of the most prominent chronic disorders, namely cardiovascular (CVD), cancer, Chronic Obstructive Pulmonary Diseases (COPD), and Type 2 diabetes – are linked by common and preventable biological risk factors, notably high blood pressure, high blood cholesterol and overweight. Most importantly, these relate to major behavioral risk factors, like unhealthy diet, physical inactivity and tobacco use, among several others.

Awaits a radical change – from “Suppliers Push” to “Consumer Pull”:

In the above perspective, a series of well-integrated action related to several human behavioral factors, could help prevent many NCDs, effectively. A fundamental change in mindset of all concerned is critical to avert the merciless onslaught of this epidemic. This calls for a radical change in the existing process of addressing these disorders – from “Suppliers Push” to “Consumer Pull.”

The January 2017 White Paper titled, “Human-Centric Health: Behavior Change and the Prevention of Non- Communicable Diseases”, published by the World Economic Forum (WEF), drives home this point succinctly, as follows:

“Decreasing the burden of NCDs will require a transformation through which the threat of disease is recognized and addressed. The transformation should move us away from the present state of ‘supplier push’, which emphasizes expensive, capital-intensive, hospital-centric interventions that have so far produced disappointing results, to a system that relies on ‘consumer pull’. A consumer-focused system would recognize the principles of behavioral economics to encourage and enable people to adopt healthier behavior across all aspects of their lives. Individuals would be supported in this effort by a network of critical stakeholders ranging from government to private enterprise, from healthcare providers to payers, from the technology developers to local communities.”

NCDs are triggered by behavioral pattern and lifestyle:

Picking up the thread from here, I shall deliberate now, how the state of the art digital technology-developers are playing a stellar role in this space, with greater precision and more cost-effective way. This is because, many NCDs are triggered by consistent behavioral and lifestyle pattern of an individual. Consequently, continuously monitoring of desired changes in individual behavior, are expected to gradually become the first-line treatment to effectively address these conditions. Several published studies indicate that the process has started rolling, aided by smartphone based sophisticated digital tools – in many cases even without any expensive and lifelong medications.

The May 26, 2016 paper titled, “Clustering of Five Health-Related Behaviors for Chronic Disease Prevention Among Adults, United States, 2013”, captures a cluster of five health-related behaviors for chronic disease prevention as – never smoking, getting regular physical activity, consuming no alcohol or only moderate amounts, maintaining a normal body weight, and obtaining daily sufficient sleep. This article was published by the Centers of disease Control and Prevention of the United States.

Preventing chronic diseases with ‘digiceuticals’:

The April 7, 2017 article captioned, “Can ‘Digital Therapeutics’ Be as Good as Drugs?”, published by the MIT Technology Review, dwells on this area. The paper indicates an emerging belief among technology geeks that ‘digiceuticals’, or digital drugs will become ‘the third phase’ of medicine for many disease conditions, being the successor to the chemical and protein drugs that we have today, but without the billion-dollar cost of bringing one such drug to market. The core idea behind this new concept is to develop software that can improve a person’s health as much as a drug can, but without the same cost and side-effects, the author says.

An innovative new class of medicine:

The term digital therapeutics or ‘digiceuticals’, as many calls these, is considered as an innovative new class of medicine that gives participants access to the world’s most effective behavior therapies, enhanced with smart digital technology, and delivered directly to their front door. These can be used both as a replacing medicine, and also for enhancing efficacy of a medical treatment, as a situation would necessitate.

There doesn’t seem to be any clear-cut difference between these two – digital therapeutics and ‘digiceuticals’. Nonetheless, some do believe that there is a difference – quite akin to prescription medication versus nutritional supplements, with consequential differences in regulatory and other areas. Be that as it may, ‘digiceuticals’ when used for prevention, treatment or effective management of any chronic ailments would require to be scientifically evaluated just as any other drugs, devices and treatment processes.

The future of health care will be App-based:

Another article titled “Digital Therapeutics: The Future of Health Care Will Be App-Based”, published in Forbes on July 24, 2017, highlights how several digital technology companies are now focusing on the development of state of art smartphone app-based digital treatment programs that can be delivered at a massive scale and with a low cost to prevent progression of many debilitating NCDs, for a large population across the world, including India.

‘Digiceuticals’ versus other mobile wellness apps:

Unlike many smartphone based wellness apps to keep a regular tab on daily exercises, heart rates, calorie intakes, breathing, sleep pattern among several others; treatment processes with ‘digiceuticals’ are quite different. These softwares are tailor-made to prevent or treat specific chronic disorders, like diabetes, cardiovascular conditions, COPD, insomnia and chronic depression, to name a few. The trend is fast catching up along with an increasing general realization that the influence of individual behavior and lifestyle pattern is so crucial in the prevention, and also in arresting the progression of many debilitating NCDs.

The current status:

The latest scenario in this area has been well captured in several research studies. One such is the 2017 Report of Grand View Research, Inc., which articulated the following key findings:

The global ‘digiceuticals’ or digital therapeutics market size was estimated at USD1.7 Billion in 2016, which is expected to grow at 21.0 percent CAGR from 2017 to 2025.Diabetes is expected to gain the largest market share due to the increasing global prevalence, fueled by the preventive steps taken to reduce them.

The adoption of digital therapeutics offers a reduction in healthcare cost associated with many NCDs, and are thus being used on an increasing scale. Digital tracking, continuous monitoring of various health parameters, management of physical activity and controlling eating habits are some of the important factors expected to propel the market growth.

Ascending trend of its usage for prevention of a wide range of NCDs would further add to the growth momentum. Patients accounted for the largest market share in the end-user segment owing to user-friendly interface and cost-effective management of many NCDs.

The North American region accounted for the highest revenue owing to technological advancement and health care expenditure to curb rise in a number of chronic diseases.

The Asia Pacific region is expected to garner considerable growth during the forecast period owing to increasing adoption of advanced healthcare technologies and rise in the number of NCDs.

The latest development in India:

A similar initiative, though, as augmentation of physician intervention in patients with Type 2 diabetes for better treatment outcomes, has recently been reported by the Press Trust of India (PTI) on June 13, 2017.

The abstract of the report, among other points, says that an Indian digital diabetes leader has announced “the results from a pilot designed to evaluate the feasibility and scalability of an artificial intelligence-led lifestyle intervention to improve self-management of people living with type 2 diabetes as a supporting tool to existing care in India…. The pilot results suggest that continuity of care between physician appointments for people with type 2 diabetes can be achieved with positive outcomes in a clinically significant, scalable and affordable way through this program. Participants that completed the pilot on average dropped their average blood sugar levels (HbA1c) by 0.59%. Amongst the participants that completed and dropped their HbA1c, the average observed was even higher at 1.04%. In addition, the participants showed a daily active usage of 78% for the duration of the 16-week program.”

This is indeed a laudable initiative by an Indian digital tech company. More such ventures are expected to be forthcoming, taking rapid strides in India. Keeping pace with these developments, “digiceuticals,” I reckon, will spread its wings faster to play a crucial role in preventing, if not treating and managing several serious NCDs – and in most cases without even swallowing any pill.

Conclusion:

The key concept behind ‘digiceuticals’ or digital therapeutics is to exert a strong influence on individual behavior and lifestyle pattern, which are crucial both in prevention, and in controlling the progression of many NCDs. The desired level of change in behavior and lifestyle of individuals can be achieved through custom-made digital software. These are expected to deliver the same, or even better results in such disease conditions, at a much lesser cost, sans any serious side effects.

The ball has already started rolling with considerable success and a discernible promise in this direction. However, accelerating its speed further, and ultimately flooring the gas pedal, would depend on how all concerned stakeholders’, especially the technology experts, doctors, pharma industry, and other health care providers work in-sync with each other, leveraging the true potential of ‘digiceuticals’.

The rapid pace of progress in this endeavor will be a force multiplier in arresting the fast spreading ‘invisible epidemic’, as it were, of many serious chronic diseases or disorders, in a much better and cost-effective way than ever before.

By: Tapan J. Ray

Could Vaccine Prevent Heart Attacks?

Posted on July 10, 2017 by Tapan Ray

Could Vaccine Prevent Even Heart Attacks? The question may sound weird to many, but it really appears so, possibly reducing further need of several expensive medications for lifelong use. A good number of academic institutions, besides some biotechnology companies, are taking rapid strides in the newer areas of vaccine development to protect people from various non-infectious serious ailments, including some fatal disorders, such as heart attacks.

In this article, I shall deliberate on this area.

Picking up the thread:

One of the critically important preventive therapy to save millions of precious lives is – vaccination. Way back in 1796, Edward Anthony Jenner not only discovered the process of vaccination, but also developed the world’s first smallpox vaccine to save mankind from this highly infectious and life-threatening disease. As per published data, prior to this discovery, the mortality rate for smallpox was as high as up to 35 percent.

Very appropriately, Jenner is often referred to as the “Father of Immunology”, whose pioneering work has saved more lives than the work of any other person, in that era. Later, in 1901 Emil Von Behring received the first Nobel Prize (ever) for discovering Diphtheria serum therapy for yet another highly infectious disease, affecting mostly infants and children.

Nevertheless, the pioneering work of Edward Anthony Jenner laid the primary substructure of immunology, which continued to be developed as a robust prophylactic measure against various types of, initially infectious and communicable diseases.

Expanded scope for vaccines:

Gradually, the global focus of vaccine development started expanding from prophylactic vaccination for communicable disease such as smallpox, diphtheria, malaria and pneumonia; to non-infectious disorders, like cancer, diabetes and atherosclerosis that often leads to heart attacks and strokes; including several therapeutic vaccines, especially for cancer. The list continues.

In other words, from inducing long-life immunity against exogenous or foreign antigens in infectious diseases caused by microorganisms, to inducing similar immune reaction against the body’s own molecules, which are responsible for precipitating seriously debilitating or life-threatening pathological changes. These include conditions, such as cardiovascular or metabolic disorders and many other chronic ailments, including various types of the deadly disease – cancer.

Would vaccines prevent even heart attacks?

Let me now get back to where I started from: Would vaccines prevent even heart attacks?

Medical experts often say, until a sudden heart attack occurs, patients with atherosclerosis may show no symptoms for decades. This epitomizes the seriousness of this disorder in human population.

Since long, atherosclerosis used to be considered as ‘a lipid-driven disease caused by the continuous accumulation of cholesterol in the arterial intima.’ However, that concept is changing now based on enough scientific evidences. These clearly indicate that ‘atherosclerosis is predominately a chronic low-grade inflammatory disease of the vessel wall with an interplay of humoral, cellular, and locally produced pro-inflammatory factors.’

Atherosclerosis is a chronic low-grade inflammatory disease:

In the above context, a recent research study has arrested the attention of many medical scientists, including several top cardiologists, across the world. This article, published on June 19, 2017, in the peer-reviewed European Heart Journal reported the development of a vaccine that induces an effective immune response in mice to significantly reduce plasma lipids, systemic and vascular inflammation, and atherosclerosis lesions in the aorta.

Leverages the immune system of the body:

In simple words, this cholesterol-lowering vaccine demonstrates how the immune system of the body can be leveraged to lower blood lipids, signaling a strong potential to make drugs, such as statins, possibly irrelevant.

This is the first intervention study based on a well-established, translational mouse model for hyperlipidemia and atherosclerosis. The research found, as compared with the control group, the vaccine reduced total and LDL cholesterol levels in the mice, as well as reduced signs of fatty build-up in the arteries.

Potentially an effective and economical approach:

The authors believe, the vaccine may represent an effective and economical approach, with higher patient compliance, in the treatment and prevention of similar cardiovascular pathologies. Taking the study to its next stage, they have already enrolled human volunteers to conduct the phase one study, for a detailed scientific assessment on how this vaccine will work for the patients suffering from similar disorders.

Another interesting development:

To give just a flavor of the progress of vaccine development in several areas of serious and life-threatening non-communicable diseases, I am quoting below the following interesting study:

June 1, 2016 issue of ‘The Independent’ reported that scientists of Johannes Gutenberg University in Germany have taken a “very positive step” towards creating a universal vaccine against cancer that makes the body’s immune system attack tumors as if they were a virus. The researchers had taken pieces of cancer’s genetic RNA code, put them into tiny nanoparticles of fat and then injected the mixture into the bloodstreams of three patients in the advanced stages of the disease. The patients’ immune systems responded by producing “killer” T-cells designed to attack cancer.

This vaccine was found to be effective in fighting “aggressively growing” tumors in mice. At the same time, such vaccines are fast and inexpensive to produce, and virtually any tumor antigen (a protein attacked by the immune system) can be encoded by RNA, the report said.

How expensive are the R&D costs for vaccines?

In this context, an important related question may well be raised: How expensive are the R&D costs for vaccines? According to a paper published by the US National Library of Medicine and National Institute of Health (NIH):

“A vaccine candidate entering pre-clinical development in 2011 would be expected to achieve licensure in 2022; all costs are reported in 2022 Canadian dollars (CAD). After applying a 9 percent cost of capital, the capitalized total R&D expenditure amounts to $ 474.88 million CAD.”

Some key issues and challenges:

Scientific breakthroughs in genetics and biotechnological research, supported by state of art tools related to information technology, a wide range of vaccine development initiatives, targeting both in infectious and non-infectious diseases, are making rapid progress. However, as I had said before, there are some key issues and challenges that need to be addressed, simultaneously. A few examples of which are as follows:

Actual cost of vaccines goes much beyond their R&D expenses. This is mainly because of dedicated and highly specialized manufacturing facilities required for their mass-scale production, and then for the distribution of the same, mostly using cold-chains.

Around 60 percent of the production costs of vaccines are fixed in nature (National Health Policy Forum. 25. January 2006:14). Thus, such products will need to have a decent market size to be profitable.

Unlike many other medications for chronic ailments, which need to be taken for a long duration, vaccines are administered for a limited number of times, restricting their business potential.

Full neutralization of this cost before keeping a modest margin, could make such high-end vaccines relatively expensive for patients, without adequate financial incentives from the Government.

In conclusion:

The discovery of the interesting vaccine to prevent both fatal and non-fatal heart attacks followed an interesting path, and took a long time of around one and a half decade to go for the phase I human trial. Putting together the facts from the available scientific literatures, the long and arduous path of this journey may be, I reckon, summed up, as follows:

An article published by the Harvard Stem Cell Institute (HSCI) on June 9, 2014 first reported that it’s plausible to prevent heart attacks with vaccination. Nonetheless, it all started even much before that, when in 2003, a group of researchers in France studying families with very high cholesterol levels and very early heart attacks, discovered a specific cholesterol regulator. Mutations in the related gene seemed to be responsible for very high cholesterol levels, and early heart attacks. Further research on the subject continued thereafter, based on this novel finding.

Thereafter, in 2014, HSCI scientists collaborating with researchers at the University of Pennsylvania developed a “genome editing” approach for permanently reducing cholesterol levels in mice with a single injection, potentially reducing heart attack risk by up to 90 percent, reported this Harvard article. ‘Circulation Research’ – a journal of the American Heart Association, published the study online on June 10, 2014.

Currently, in mid 2017, from the article published in the peer-reviewed ‘European Heart Journal’ we get to know that development of a vaccine that can prevent heart attacks is going for phase I clinical trial, following several well-tested and scientific evidence based promises.

The outcome of the final phases of this study will now be keenly followed by the experts. Others will optimistically wait for the D-day – virtually the dawn of a new paradigm of preventing heart attacks through vaccination, well before it can result into any fatal or crippling consequences.

By: Tapan J. Ray

Just 16% Of Indian Population Has Access To Free Or Partially-Free Health Care?

Posted on October 5, 2015 by Tapan Ray

Is health care currently a low priority area for the Government of India? Probably yes, and thus it is worth trying to fathom it out.

Besides planned frugal spending on overall public health in 2015-16, even as compared to the past trend, two other health related budgetary decisions of the Government are indeed baffling, at the very least.

As many of you, I too know that the incumbent Government in its first full-year budget of 2015-16 has sharply reduced the budgetary allocation on many important health related other projects, such as:

- Union budget allocation for the National Rural Drinking Water Program (NRDWP) that aims at providing safe drinking water to 20,000 villages and hamlets across India, has been drastically reduced this year. Curiously, this decision has been taken at a time, when India loses 200 million person days and Rs 36,600 crore every year due to water-related diseases.

- The Integrated Child Development Services (ICDS) scheme, which provides food, preschool education, and primary health care to children under 6 years of age and their mothers, has also been hit by a 54.19 percent budget cut this year. This decision too of cutting public expenditure on food, nutrition and health care for children to more than half, defies any logic, especially when 40 percent of growth stunted children in the world are reportedly from India, exceeding the number of even sub-Saharan Africa.

I hasten to add that the Union budget 2015-16 has indicated, as the states’ share in the net proceeds of the union tax revenues has increased, as per recommendations of the 14th Finance Commission, these central Government programs will now be run with a changed funding pattern between the Union and states. However, according to financial experts in these areas, regardless of devolution, the total money available to run these critical projects is sharply decreasing.

That said, on the other pages of the same Union Budget, public funding in the current fiscal year for bridges and roads has more than doubled. The budgetary allocation for these two areas now stands more than even education.

I deliberated on similar subject of access to health care in my blog of March 16, 2015, titled, “With Frugal Public Resource Allocation Quo Vadis Healthcare in India?”

Health care sector is important for job creation too:

According to the World Health Organization (WHO), health care sector is one of the largest job creators, not just in India, but globally. Thus, Indian health care industry being one of the fastest growing industrial turf in the country with a reasonable base, deserves a sharper focus of the Government.

Additionally, the socio-economic benefits that this sector provides in creating a sustainable, healthy and highly productive work force, has been well documented and can’t just be wished away, in any case.

The neglect is intriguing:

Currently, total healthcare spend of India is no more than 4.2 percent of the GDP with public spending being just 1.2 percent of it. Other BRICS nations are way ahead of India, in this area too. To set a direction on country’s public healthcare spend, breaking the jinx of a long period of time, the draft National Health Policy 2015 of the Government aimed at initial increase in health expenditure to 2 percent of the GDP.

As a result of the legacy of neglect over a long period of time, which continues albeit more blatantly even today, only 16 percent of the Indian population declares today that they have access to free or partially-free health care. I shall dwell on this area subsequently in this article.

Keeping these in perspective, it was intriguing, when the union budgetary allocation for health care in 2015-16 was kept at Rs. 297 billion or U$4.81 billion for its main health department, almost the same outlay as in the previous budget.

When compared against public fund allocations, such as, US$ 93 billion for highway projects or US$ 7.53 billion for 100 smart cities in the country, one will get a realistic perspective of this meager health budget allocation, in terms of effectively addressing the health care needs of around 1.25 billion people of India. Over 70 percent of this population live in the hinterland.

Agreed that the Government focus on these ‘infrastructure projects’ are not unimportant by any means. Nevertheless, the above comparison only highlights how much priority the Government assigns to the health care sector of India and for the health of its citizens. This issue assumes even greater significance in combating several challenging health situations, such as, ongoing fight against increasing incidence of life-long chronic ailments and deadly life-threatening diseases like, cancer, fueling already high rate of morbidity and mortality in the high country.

A quick glimpse on a few outcomes of neglect:

The Working Paper No. 1184 dated January 8, 2015, titled “Improving Health Outcomes And Health Care In India” of the Organization for Economic Co-operation and Development (OECD), highlights some interesting points, as follows:

Chronic diseases are the biggest causes of death and disability accounting for 50 percent of deaths, with cardiovascular diseases and diabetes, respiratory conditions and cancers figuring most prominently.

Preventive interventions such as improving access to a clean water supply, reducing the spread of HIV/AIDS through better sexual education, and vaccination campaigns for other diseases will each deliver more significant returns in life years.

Vaccination rates for diphtheria, tetanus and pertussis, for measles and for hepatitis B are all much lower than in OECD and peer countries.

Minimal access to free or partially-free health care.

It is an irony that ‘life expectancy’ in India still remains well below the countries at a similar level of development.

Abysmal overall hygienic conditions:

The OECD survey brings to the fore abysmal hygienic conditions still prevailing in India. It can only be improved through active intervention of the Government with necessary budgetary allocations, sans photo ops for some celebrities and most politicians. Sincere support and participation of the civil society and intelligentsia, in general, are also equally important.

The paper underscores, among others, the following extremely unhygienic conditions still prevailing both in urban and rural India:

Most households in rural India do not defecate in a toilet or latrine, which leads to infant and child diseases (such as diarrhea) and can account for much of the variation in average child height. Even today the sight of poor children defecating openly in the streets, that too in a city like Mumbai, is also not very uncommon.

The burning of solid fuels in particular (undertaken by more than 80 percent of the population in cooking) is a major risk factor behind ischemic heart disease, lower-respiratory tract infections and chronic obstructive pulmonary diseases and could also increase cataracts and stroke.

Exposure to air pollution is a significant problem.

Many of the poor continue to smoke heavily.

11 of the lowest income quintile did not undertake sufficient physical activity, compared with 16 percent in the highest income quintile.

India provides minimal access to free or partially-free health care:

As I mentioned above, India provides minimal access to free or partially-free healthcare to its citizens, as compared to all the BRICS nations, many other countries in South East Asia and even in Africa.

The above OECD paper states that with poor health intertwined with poverty, the greatest gains lie with policies that address the social conditions which enable combating communicable and non-communicable diseases.

Among BRICS countries, India provides least access to ‘Free or Partially-Free Health Care’ Services to its general population. This is despite being the largest democracy in the world, which is now striving hard to emerge as an economic and military superpowers.

The following study shows that only 16 percent of the Indian population declares having access to free or partially-free health care from the government:

BRICS Countries	% surveyed said ‘Yes’ to the question: “Does your household have access to free or partially free health care from the State”
India	16
Brazil	24
China	73
Russia	96
South Africa	62

Source: Credit Suisse Research Institute, Emerging Consumer Survey Databook 2014.

As the OECD paper states, in this study approximately 1500 respondents were surveyed in each country, with India and China both having larger sample size of 2500. The male-to-female split between respondents was roughly 50:50 in all cases with rural-to-urban split varying by country.

Poor satisfaction level with existing health care services:

This is very important; as public facilities are the predominant source of qualified health professionals in rural areas where much of the Indian poor reside. In addition, significant population growth is occurring in urban slums, where urban public health care facilities are struggling to provide basic services. In a situation like this, slum dwellers face challenging economic barriers to accessing expensive private health care services (MoHFW, 2012).

The OECD survey indicates that 41 percent of those in rural areas and 45 percent in urban areas were not satisfied with treatment by their doctors or facility.

The reason attributed to this dissatisfaction are as follows:

Distance was cited by 21 percent of people in rural areas and 14 percent in urban areas.

Public health care centers remain closed more than half the time and lack basic medical supplies, such as stethoscopes and blood pressure scales.

Non-availability of required services was cited by 30 percent of people in rural areas and 26 percent in urban areas.

This is quite credible, as according to the Government’s own estimates:

- 10 percent of primary health care centers are without a doctor

- 37 percent are without a laboratory technician

- 25 percent without a pharmacist (MoHFW, 2012)

The above picture is quite consistent with large scale surveys in poor communities of India, by OECD.

Health care business for up market is booming:

Growing inequitable distribution of healthcare products and services is now wide open and blatant, more than ever before. There is no signal yet that the Government would soon consider health care sector as its one of the key focus areas, along with education, just as infrastructure, such as, building roads, highways, e-highways, flyovers, bridges and smart cities.

For up-market patients, the private sector is creating world class facilities in India. We can see today a good number of ‘five-star’ hospitals, with more number of newer ones coming up offering jaw-dropping facilities, quite akin to, may be even surpassing what are being offered for patients’ luxurious comfort in the developed world. Although these facilities cost a fortune, one would usually need to be in a queue to get admitted there for any medical or surgical treatment.

Most of these hospitals are now in high demand for ‘medical tourism’. According to available reports India currently caters to health care needs of over 200,000 foreign patients. ‘Medical tourism’ business reportedly fetched around US$ 2 billion to India in 2012.

On the flip side of it, as we all read in the recent media reports, some of these hospitals in Delhi refused admission even to seriously ill dengue patients, as they can’t afford such facilities. A few of these patients ultimately succumbed to the disease and the parents of one such poor child, who died without any hospital treatment in that process, committed suicide unable to withstand the irreparable and tragic loss.

Giving ‘Infrastructure Status’ to health care sector:

When creating basic infrastructure is the priority area of the present Government for financial resource allocation, why not give ‘infrastructure status’ to the health care sector now? This is not just for the heck of it, but purely based on merit and earlier detail evaluation by a Government Committee of experts.

To address the critical health care needs for the vast Indian population with appropriate infrastructure, quality products, services and manpower, providing ‘infrastructure status’ to the health care sector could facilitate the whole process. Additionally, it can transform the Indian healthcare sector as one of the biggest job-generating industry too.

This has been a key demand of the industry until recently, though not so much being talked about it today. A few years back, the previous Government was reportedly mulling to assign full fledged infrastructure status to the healthcare sector, as it merits inclusion in the category of ‘infrastructure’, satisfying all the nine criteria set by the erstwhile Rangarajan Committee.

I find in my archive, the Confederation of Indian Industry (CII) also demanded ‘infrastructure status’ for the health care sector in its pre-union budget memorandum for 2010-11. In that proposal CII had estimated that health care industry in India requires an investment of around US$80 billion, whereas in the current fiscal year the public expenditure on health still languishes at U$4.81 billion.

This specific issue seems to have taken a back seat today, for reasons not known to me. However, it is interesting to note that not just the Government apathy, no such demand is being made today by the large multi-industry trade associations of India, as vociferously as we witness, for example, in the case of ‘The Goods and Service Tax (GST) Bill’.

Health care debate is not to the fore today:

Critical health care issues of the country don’t seem to be in the fore front today for comprehensive debates even for the Indian main stream media, to influence the government.

We have been experiencing for quite while that Indian media, including social media, in general, usually goes ballistic 24×7 mostly with selective sensational topics. These may include, among others…glitzy events on Government’s high profile advocacy initiatives to attract more Foreign Direct Investment (FDI) from large overseas companies…Or back home some unfortunate and tragic Dengue fever related deaths due to negligence just in Delhi, though the same and equally grave incidences taking place in the other states of India, are hardly getting any coverage…Or on some high profile alleged murder pot-boilers announcing media verdict conclusively, even before completion of police investigation and charge-sheet being filed in a court of law.

These are probably neither bad, nor unimportant, nor avoidable, nor can come within the ambit of any media criticism. I am also not trying to do that, either.

As the saying goes, variety is the spice of life. We, therefore, generally want to get a feel of it everyday early in the morning, mostly glancing through the newspaper headlines, or in the late evening watching impatient anchor with strong personal opinion trying hard to dominate over all other participants in high-decibel ‘TV debates’, as these are called by the respective channels.

In an era of sensationalized and eye-ball grabbing ‘Breaking News’ of all kinds, flashing everywhere almost every now and then, critical health care issues seem to have become a mundane subject to the newsmakers for any meaningful debate to influence the Government. Serious debates on critical health care issues presumably would not generate all important Television Rating Points (TRPs) to the TV channel owners. Though I have no idea, the TRP of such debates probably has been estimated to be even lesser as compared to the cacophony aired by the TV channels on the cost to exchequer for the MPs subsidized meals in the Indian Parliament…with intermittent high pitch ‘war cry’ of the dominating anchor… ‘the nation wants to know this’.

Conclusion:

Be that as it may, health care environment impacts all of us, quite appreciably. There is not even an iota of doubt on it. However, we can feel it mostly when the reality hits us or our families hard…very hard, as serious and cruel ailments strike suddenly, or as we face avoidable disease related deaths of our near and dear ones, or when illness makes a loving one virtually incapacitated, even after facing financial bankruptcy.

Health care is a serious matter for all of us, just as it is a serious and critical business for every nation and every Government. This criticality factor is independent of whatever level of economic development the country is aspiring for. Thus, the indifference of the Indian Government, if I may say so, despite promising so much on health care earlier this year, is intriguing, and more so, when just 16 percent of the total population has access to free or partially-free health care in our India of the 21^st century.

By: Tapan J. Ray

PILMAN

A Tapan Ray Website

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