Tag Archives: Simmering

RHDS: A Simmering Promise in Despondency

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Eric Topol, a leading cardiologist who has embraced the study of genomics and the latest advances in technology to treat chronic disease says, “We’ll soon use our smartphones to monitor our vital signs and chronic conditions in future.”

By clicking on this video clipping, you can watch how Dr. Topol in his talk titled “The Wireless Future of Medicine”, highlights several of the most important wireless devices in medicine’s future – all helping to keep more patients out of hospital beds.

In achieving similar objectives, India’s potential is indeed immense. The good news is, though in India Internet penetration has just crossed 16 percent of its total population, in absolute numbers this percentage reportedly works out to nearly 10 times the population of Australia. According to a report released by the Internet and Mobile Association of India (IMAI) and IMRB, there will be around 243 million internet users in India by June 2014, overtaking the US as the world’s second largest internet base after China. This situation must be leveraged to improve access to healthcare in the country significantly.

‘Remote Healthcare Delivery Solutions (RHDS)’

However, for several other reasons the situation is quite challenging in India. Out of its total population of over 1.2 billion, nearly 72.2 percent live in the hinterland and remote rural areas spreading across over 700,000 villages. In all these places, despite huge prevalence of diseases, inadequate healthcare infrastructure and delivery mechanisms offer an ideal backdrop to explore innovative healthcare solutions such as, ‘Remote Healthcare Delivery Solutions (RHDS)’ or ‘Telemedicine’. In that endeavor, smartphones could play a key role in improving access to healthcare for a very large number of population.

The World Health Organization (WHO) has defined ‘Telemedicine’ as:

“The use of information and communications technology (ICT) to deliver healthcare, particularly in settings where access to medical services is insufficient.”

Thus, to effectively improve access to healthcare, especially in rural India, RHDS holds a great promise.

A complex mix:

Healthcare space in India is generally a complex mix of issues related to access, availability, affordability and quality of healthcare, compounded by inadequate public healthcare infrastructure and delivery system on the one hand and expensive private healthcare facilities on the other. The degree of this complexity is rather stark in rural areas.

In a situation like this, RHDS holds a great promise to satisfy healthcare needs of the hinterland and rural India, as this would entail effective medical care, despite understaffed Primary Healthcare Centers (PHCs) and undertrained healthcare staff, with low start-up costs.

Equipped with modern Internet enabled technologies, RHDS would facilitate transmission of patient related information through SMS, email, audio, video, or other image transmissions, like MRI and CT Scans to relevant specialists of different disciplines of medical sciences located in other places. With RHDS, these specialists can monitor even blood pressure or blood glucose levels of patients on computer screens without examining them in person.

Key advantages:

The key advantages of a structured and well committed implementation of RHDS or ‘Telemedicine’ in india are as follows:

  • Elimination of many costs, including travel expenses for specialists and patient transfers – especially in a critical health situation, improving access to quality healthcare.
  • Reduction of feeling of isolation of the rural medical practitioners by upgrading their knowledge through Tele-education or Tele-Continuing Medical Education (CME) programs.

RHDS in India:

In India, RHDS initiative in form of telemedicine commenced more than a decade ago in 1999, when the Indian Space Research Organization (ISRO) deployed a SATCOM-based telemedicine network across the country. ISRO’s telemedicine program has now been reportedly enhanced to multi-point systems with a network of 400 centers across India.

The good news is, besides Department of Information Technology, the Ministry of Health & Family Welfare and many state governments, some well-reputed medical and technical institutes, corporates and academia have also started taking active interest in this area, especially oriented for the rural population of India.

In this context it is worth mentioning that in March 2014, Biocon Foundation reportedly partnered with Canara Bank and the Odisha Government for an e-healthcare program that aims at setting up of diagnostic facilities in PHCs to improve healthcare access to  51,000 villages.

Simultaneously, the Department of Information Technology has put in place the ‘Standards for Telemedicine Systems’ and the Ministry of Health & Family Welfare has constituted the National Telemedicine Task Force to provide further thrust to RHDS in India,.

To cite an example, US based World Health Partners (WHP) have reportedly set up an extensive Tele-Medicine network in the state of Uttar Pradesh (UP), which has received almost 35,000 calls in two years requesting for services. After receiving the calls, the patients requiring intervention were directed to WHP’s franchisee clinics in the respective areas. This model included three areas namely, Meerut, Bijnor and Muzzafarnagar.

Apollo group, Narayana Hruduyalaya, Aravind Eye Hospital and Asia Heart Foundation are also running similar system in India. Unfortunately, none of these or even all put together can extend such facilities to patients across the whole of India, just yet.

The Market:

According to a report of Infinity research the global market for telemedicine is around US$ 9 billion with a CAGR of 20 percent. However, another report quoting KSA Technopak indicates that the Indian market is currently relatively very small with a market size of around US$ 7.5 Million. Considering future growth opportunities, as deliberated here, RHDS market holds a great promise.

Telemedicine or RHDS market is classified based on the type of technology and services used and usually analyzed on the basis of telemedicine applications, such as Tele-consultation, Tele-cardiology or Tele-dermatology etc. However, Tele-consultation reportedly dominates the telemedicine services market.

To give an idea of its market potential, the BRIC (Brazil, Russia, India and China) telemedicine market was reportedly at US$ 200.5 million in 2009 and was expected to expand at a CAGR of 15.8 percent from 2009 to 2014.

The telemedicine technology market segment forms the largest segment of the overall BRIC telemedicine market and is expected to be US$ 307.4 million by end 2014 with a CAGR of 16.6 percent from 2009 to 2014. The services segment in the overall BRIC telemedicine market is expected to reach US$ 111 million in 2014 with a CAGR of 13.8 percent.

The Challenges in India:

Again there are following two critical challenges in this areas:

  • The biggest challenge is undoubtedly the broadband Internet connectivity.
  • Transmitting patients’ medical records through Internet could infringe upon patient privacy giving rise to ethics related issues, besides avoidable litigations.

I reckon, these concerns can be well addressed, if both the private healthcare providers and the Government together resolve and chart a time-bound pathway to improve access to quality healthcare in a cost effective manner to a large majority of Indian population.

Conclusion:

Various public and private RHDS solution providers are gradually getting actively engaged, though incoherent way, to create awareness about telemedicine in the country. This  brings with it a never before hope of ensuring access to quality healthcare to almost the entire population of the country.

A survey conducted in the United States highlighted that 85 percent of patients expressed satisfaction with their telemedicine consultation. Back home in India, a similar study in Odisha reported a satisfaction rate as high as 99 percent post telemedicine consultation.

Having a large base of medical and IT manpower with requisite expertise in RHDS, India holds a great promise to become a major telemedicine hub even for its neighboring countries, transforming the healthcare delivery scenario in all those places significantly.

Bundling all these, together with the increasing use of Internet enabled smartphones as explained by Dr. Eric Topol in his video clipping above, RHDS does offer a simmering promise in an otherwise despondent healthcare scenario of India.

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.

Simmering discontentment in the functioning of the Indian Patent Office (IPO) – urgent need to tighten the ‘loose knots’ in the system.

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Indian Patent office (IPO) though is headquartered at Kolkata, because of some unknown reason, the office of the Controller General of Patents, Designs and Trade Marks (CGPDTM)is located in Mumbai with other two offices at New Delhi and Chennai. Moreover, the office of the ‘Patent Information System’ is located at Nagpur. Scattered location of the IPO, many believe, could be an impediment in ensuring uniformity in operations between all its units. Such an opinion is debatable though, I shall not deliberate on this issue in this article.The point that I shall argue upon is the crying need in the IPO to tighten 15 identified ‘loose knots’in its operation, which are causing considerable concern within stakeholders, who are casting serious aspersions in its efficiency.There are some areas where our IPO is doing quite well. I shall also dwell upon those areas before highlighting the areas of improvements.

The new IPR regime came into force from January 1, 2005. Even 4 years down the line, the IPO still remains grossly understaffed. Growing dissatisfaction with the current functioning of the IPO is fast sapping initial enthusiasm of the innovators on the new IPR regime in the country. ‘The glass’ now perpetually looks as ‘half empty’, as it were and will continue to do so, if corrective measures are not taken, forthwith.

The information available from the IPO website indicates that all the four centers put together, there are just 134 Examiners, 31 Assistant Controllers, 4 Deputy Controllers and 1 Joint Controller. Staff attrition rate within the IPOs has been reported to be reasonably high, which incidentally appears to be one of the key issues of their inefficiency. These trained IPO personnel are being poached mainly by the private sector enterprises, offering significantly higher remuneration. At the same time, there appears to be 3 times increase in the number of applications filed in the last five years, complicating the situation further.

The silver lining is, despite all these, the performance of IPO quantitatively speaking, is really not as poor. Around 11,000 patents were granted by the IPOs in 2007-08. This number, when translated into average number of patents granted per day, works out to be 50. This figure, when viewed in terms of number of patents granted against the number of applications made, compares reasonably well with the developed nations of the world like, USA and EU. It is worth noting that in those countries the product patent regime is in place, since long.

Indian Patent Act 2005 is believed to be more stringent than the prevailing Patent Acts in the USA or EU. It is good to note that quoting the Department of Industrial Policy and Promotion (DIPP) it has been reported that each Indian Patent Examiner examines about 100 applications per annum against 50 to 80 in the USA and the EU. This is indeed laudable.

Indian Patent Office is currently going through ‘capacity building’ exercises. The efforts being made towards this direction are expected to make the IPOs more efficient, hopefully, in pursuit of excellence.

India has recently been approved as an International Searching and Preliminary Examining Authority under the Patent Cooperation Treaty (PCT). This, in turn, will significantly increase the workload of the IPO.

When we are mentioning about the PCT, perhaps it will not be out of place to say that some section in India argues in favour of the need to include the International Nonproprietary Names (INN) in the title of pharmaceutical patent applications by the IPO. However, as INNs are not required in the title of patent applications under Article 27(1) of the PCT, such a requirement, in my view, could appear to conflict with the PCT.

Thus, it has now become more essential that the Controller General of Patents, Designs and Trade Marks (CGPDTM) tightens the ‘loose knots’ in the IPO system, immediately, to make it efficient and effective.

In this article I shall not go into much debated and discussed, ‘Indian Patent Manual’ issue. I shall only submit the following 15 suggestions towards achieving the above objective:

1. To effectively cope with its growing workload, the Patent office should upgrade its IT facilities and ensure that patent examiners are trained to handle the filing and prosecution of patent applications.

2. Electronic-filing of patent applications has been introduced, but there is no facility of paying the fees online by credit card. This facility should be introduced to make it more convenient for applicants to file patent application online. This will also add speed to the process.

3. Electronic prosecution of patent applications should be introduced to make the patent prosecution paperless and more efficient.

4. To encourage applicants to file applications electronically, incentives such as reduced fees should be offered to applicants who file their applications electronically.

5. The Patent Office has in the past experienced problems in locating and managing physical application files. It is therefore recommended that the Patent Office introduce systems for better management and storage of physical files. Using a system of bar codes on the physical files could be one such system.

6. The Patent Office should digitize all of its physical files so that file histories of each application will be available online.

7. The Indian Patents Database and the Indian Designs Database to be released without further delay.

8. An efficient system to be introduced to ensure timely publication of all patent applications and proceedings that are eligible for publication in the technical journal of the IPO. Currently there is inordinate delay, for example Delhi Patent Office is now publishing applications for 2005

9. Patent applications that are published in the official gazette have minimal information. It is therefore recommended that the official gazette include more details of the applications in order to avoid any frivolous or unnecessary oppositions being filed.

10. The Patent office does not have any centers, which provide assistance to applicants for filing or prosecuting applications. It is therefore recommended that assistance centers should be established to help applicants to file and prosecute applications in India.

11. Clear guidelines to be issued for conducting pre-grant and post grant opposition proceedings. Presently they are being handled in an arbitrary manner

12. In order to avoid any frivolous pre-grant opposition during the prosecution of the application, the Patent Office should introduce a fixed fee that has to be paid to the Patent Office at the time of filing of a pre-grant opposition. This will help to avoid frivolous delays in the grant of the patent.

13. In order to introduce an efficient system of patent prosecution, it is recommended that the Patent Office adjust patent term to compensate patentees for any delay in the grant of the patent that reduces the term of the patent, when such delay is caused solely by the Patent office.

14. Decision making and its communication to all concerned to be made faster at the IPO. A system to be instituted for issuing the operative part of the decision first, followed by details of the decision taken. These should be advertised immediately in the technical journal to close proceedings at the earliest. Delays are leading to extensive delays in the grant of patents even if the proceedings have been concluded (opposition or otherwise) attracting serial and frivolous pre-grant oppositions. Such delays are also preventing the patent applicants to get their grants and are, therefore, unable to initiate infringement proceedings against infringers quickly, defeating the very purpose of the patent and trademark system.

15. The timeline for an application to be taken up for examination to be clearly defined. Currently, there is no time defined for taking up the applications for examination.

It will indeed be great, if the DIPP and the IPO take note of these suggestions and formalize a process within the IPO to address these issues. A growing discontentment in several areas of operation within the IPO is brewing, both in India and abroad. If such discontentment increases further, it may have serious impact on the credibility of the new IPR regime in India.

Will the Government of India want that to happen? I hope not.

By Tapan Ray

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