Strategies for intellectual property rights protection in Russian pharmaceutical industry: evidence from the analysis of patent information

Characteristics of the main problems and goals of development of the Russian pharmaceutical industry. Analysis of patent information in the field of pharmaceuticals. Study of basic strategies of russian companies to protect intellectual property.

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National Research University Higher School of Economics

Institute for Statistical Studies and Economics of Knowledge

MASTER THESIS

TITLE:

«Strategies for intellectual property rights protection in Russian pharmaceutical industry: evidence from the analysis of patent information»

Student: Zimireva Alexandra

Group: 141

Supervisor: Fursov Konstantin

16/05/2016

Moscow

Content

  • List of Abbreviations
  • List of Tables
  • List of Figures
  • Summary
  • Introduction
  • Methodology
  • Literature Review
    • Strategies of IP protection
  • Findings
    • Russian Pharmaceutical Industry
    • Patent activity in Pharmaceutical sector of Russian Federation
  • Case 1. «Biocad»
  • Case 2. «Valenta»
  • Case 3. «Veropharm»
  • Case 4. «Pharmstandard»
  • Case 5. «Akrikhin»
  • Case 6. Farmsintez
  • Case 7. «Nizhpharm»
  • Case 8. «Vertex»
  • Case 9. «Parapharm»
  • Case 10. «Geropharm»
  • Discussion
    • Overview of total companies' results
    • IP management in Russia. Possible solutions
    • Conclusions, Limitations and Further research
  • References

List of Abbreviations

ATC group - Anatomical Therapeutic Chemical

EA - Eurasian Patent Organization (EAPO) Intergovernmental organizations (regional patent offices) acting for certain Contracting States under the PCT (Patent Cooperation Treaty). In case of the European Patent Office, it also acts as International Searching Authority and International Preliminary Examining Authority under the PCT. WIPO Country Codes. Retrived from: http://ip-science.thomsonreuters.com/m/pdfs/dwpicovkinds/wipo_codes.pdf

EP - European Patent Office The same

FIPS - Federal Information on Patent Statistics

FTP - Federal Target Program

GE - Germany

GMP - Good Manufacturing Practices

INN - International Nonproprietary name

IP - Intellectual property

IPR - Intellectual property rights

JSC - Joint Stock Company

LLC - Limited Liability Company

OECD - Organization for Economic Cooperation and Development.

Pharma2020 - Strategy of development of the Russian Federation of the pharmaceutical industry for the period up to 2020

RF - Russian Federation

RIA - Results of Intellectual Activity

TM - Trade Mark

TRIPS- - Trade Related aspects of Intellectual Property

VED - Vital and Essential Drugs

WIPO - World Intellectual Property Organization

WO - World Intellectual Property Organization The code “WO” is used in relation to the international publication under the Patent Cooperation Treaty (PCT) of international applications filed with any PCT receiving Office. The code “IB” is used in relation to the receipt of international applications under the PCT filed with the International Bureau of WIPO in its capacity as a PCT receiving Office. WIPO Country Codes. Retrived from: http://ip-science.thomsonreuters.com/m/pdfs/dwpicovkinds/wipo_codes.pdf

List of Tables

Table 1. Top-20 new trade names list (by volume of annual sales, package) in Russian commercial market

Table 2. Share of drugs' sales by ATC categories, volumes of sales in packeges

Table 3. Word count in abstracts of «Nizhpharm» patents

List of Figures

Figure 1. Process of new drug development

Figure 2. Areas of state regulations needing improvements

Figure 3. Distribution of pharmaceutical patents across the firms in the sampleFigure 4. Types of innovation in medicines

Figure 5. Balance between the sales of imported and domestic drugs in the retail commercial market of Russia

Figure 6. Weighted increases in drugs retail commercial market by ATC Group

Figure 7. Top-50 Applicants in Russian Federation by pharmaceutical technology domain

Figure 8. Thetapeutic indications, “Biocad” trademarks

Figure 9. Publication years/countries, “Valenta”

Figure 10. Number of IPC categories per patent application, “Valenta“

Figure 11. Dissemination of IPC categories, “Valenta”

Figure 12. Figure 12. Publication/prioruty countries, “Valenta”

Figure 13. Therapeutic classes of branded medicines, «Valenta»

Figure 14. Designated countries of «Valenta» trademarks

Figure 15. Therapeutic areas of trademarks, “Veropharm”

Figure 16. Publication countries, “Akrikhin”

Figure 17. IPC codes, “Akrikhin”

Figure 18. Therapeutic areas of «Akrikhin» trademarks

Figure 19. Publication years/countries, “Pharmsintez”

Figure 20. Therapeutic directions of trademarks, “Nizhpharm”

Figure 21. Publication years.countries, “Vertex”

Figure 22. Therapeutic areas of trademarks, “Vertex”

Figure 23. Publication years/priority countries, “Parapharm”

Figure 24. Patent Publication years. Data from the sample

Figure 25. IP forms, data from all sample firms

Figure 26. Interrelation of patents and TMs of all companies

Summary

Problems and aspects of intellectual property protection in the pharmaceutical industry are attracting more attention of scientists and politicians. Taking into account the global challenges facing by society in the health sector, research and development in the field of biotechnology and pharmaceutical industry is extremely important for study. Today, when the average length of the output of new medicines on the market takes from 7 to 15 years, pharmaceutical companies are looking for ways to maximize their profits while providing society essential drugs.

Russia has recently embarked the path of harmonization of pharmaceutical industry regulations, especially in matters of compliance with international standards of development and production of medicines.

The main program in the field of development and promotion of medical and pharmaceutical industries became Pharma 2020, aimed at ensuring investment in the development and manufacture of domestic medicines. One of the primary objectives stated is import substitution, when domestic products should be submitted to the Russian market in the ratio of 90% by 2020. Notably, that at the moment the figure is around 20%, which casts doubt on the reality of achieving this goal.

Also, the definition of national production is still not fully clear - only the packaging of medicinal products or a full cycle of production from substance to the output of finished procuts to the market is meant? We believe that the development of a strong and independent pharmaceutical industry should be carried out precisely in respect of the full drug development cycle.

Corresponding to the context of the state Program the task in front of this study arises: to determine the methods of intellectual property protection of domestic pharmaceutical companies. What forms of IP, in principle, develop our pharmaceutical companies, and how they protect it?

Based on the analysis of patent information (in this case we mean both applications for inventions and patents, as well as trademarks, registered in the field of pharmaceuticals) results will be presented showing presumed basic strategies of our companies to protect IP. This question is very important with regard to national safety and independent positions of emergence, development and commercialization of innovative medicines.

Introduction

Healthcare industry encompasses different significant segments that all simultaneously protect and enhance the lives of people around the world. Along with the rapid development of biotechnologies and its future perspective, healthcare industry, including pharmaceuticals, will be the spheres of core importance for maintaining the well-being of humans. Pharmaceutical industry alone is responsible for providing the essential medicines and, moreover, development of new solutions and drugs for treatment rare diseases and enhance activity of existing medicines. One of the central problems that stands close to the development of pharmaceutical industry is protection of inventions related thereof, and here the theme of intellectual property protection arises.

IP regulation embraces the global importance since it covers the changing environment of technology development and access to knowledge resources. The multi-sided nature of IP in pharmaceuticals evolves over the main view that IP protection favors mostly the interests of companies by the expense of society in terms of easy access to important technologies. For the sphere of pharmaceuticals the issue of IP protection and technologies is exacerbated since the availability of correlated technologies affects people's well-being (Roemer-Mahler, 2013). Debates over nature, importance and influence of IPR on economic growth, performance and innovation seem to evolve around over and over again, especially with concern to sparkling innovation. Types and characteristics of IPR in a particular industry shall be a good indicator for assessment and determination of technological specialization of a country, along with the economic preferences, policy issues, performance of SMEs, etc. (Gould& Gruben, 1996).

Intellectual property rights may be defined in various ways ending on the area of discussion, but the general understanding embodies the presentation of all possible creations of humans (intellectual products). Speaking more in legal terms, IPRs “refers to those legal rules, norms and regulations that prevent the unauthorized use of intellectual products” (Merrill&Elliott, 2004). Each country is supposed to have legislation covering IPRs, but for many countries the terms and norms have been harmonized to balance and improve international cooperation. World Trade Organization, which Russian Federation joined, has an agreement with World Intellectual Property Organization in order to facilitate the exercising of TRIPS agreement and enhance technical cooperation (TRIPS official data, 2016).

Thus, IPRs primarily embed industrial products and artistic products, first of which consist patents, trademarks, industrial designs and geographical indications of source, and the second copyright and related rights (Saha&Bhattacharya, 2011).

Additionally, if IPR is legally recognized, an owner obtains the exclusive rights to implement and use the protected for the granting time: patent grants 20 years in general and always more (for the life) for copyrights (WIPO web-source). Several authors devoted their works to associating IP and its role for economic and scientific development on different levels: Bollen et al. (2005) consider IP as a mediator with direct and indirect impact on the business performance of the organization. Park and Lippoldt (2008) show that intellectual property rights can stimulate local innovation via technology. Cuhna (2010) finds that manipulations with intellectual property rights in developing countries positively effects exports of these countries. Also, in scope of interaction of states strengthening intellectual property rights can spur and maintain international trade. What is more, Nour (2013) argues that IPRs stimulates further appearance and development of technologies. Lorenz and Veer (2012) show that “Intellectual property rights play an essential role in protecting and leveraging intellectual assets and to foster open innovation and partnerships”.

Challenges and importance of intellectual property especially have become a vital subject for research in spheres that precisely involve life-essential activities for enhancing human welfare, like biopharmaceutical industry, that must be provided with effective policies and instruments of governance (Spruson&Ferguson, 2008). Therefore, the questions of IPR, specifically, protection of intellectual property, have developed into highly essential discussions for all participants on the market of life-vital products: for government with regard to problems of regulations and balancing the rights of inventors and citizens, for companies that are interested in economic profits and expansion of businesses, for researchers and doctors that are eager to create significantly important inventions.

All in all, the investigation of means of protection of IPR in pharmaceutical industry in a particular country acquires significant meaning for the general comprehension of a technological development. The topic of the current Master Thesis is Strategies for IPR protection in Russian pharmaceutical industry: evidence from the analysis of patent information. The motivation and importance of the theme firstly could be explained by the raised attention to processes undergoing pharmaceutical industry, and particularly in terms of Russian Federation, since a lot of government incentives and programs regarding the technological development and advancing of Russian pharmaceutical industry have come into force from the mid-2000th. By the exploration and analysis of major means of protection of results of intellectual activity in Russian pharmaceutical industry it might be possible to refer the statements and goals in the government orders with the current situation regarding national inventions and products in Russia. The reasons for the chosen topic, the main research question and aim of this paper are outlined further in next sections.

One part of this Research is to compare the goals and expected results of the governmental Program Pharma 2020, and the reality of inventive potential of the Russian firms, what might be seen via analysis mainly of patented inventions and trademarks, as the most common means of protection in pharmacy (Saha&Bhattacharya, 2011). Through the evaluation of government goals of Programs on technological development the real capacities of firms can be detected and their strategies (or its absence) of IP protection. Firstly, this paper could empirically show if there is a capacity of our firm to become independent (to compete on the one level with foreign companies) on the pharmaceutical market, what is definitely important also in terms of economic development.

“The development of a drug is an enormously expensive process because of the high attrition rate of potential products as they proceed through laboratory, animal, and various human trials, as well as the high costs of trials needed for regulatory approval” (Barton& Ezekiel, 2005). The presence of patents justifies high prices on drugs, and after the expiration of exclusivity rights and competition with generic drugs the market price tends to decrease (US Office of Technology Assessment. Pharmaceutical R&D: Costs, Risks, and Rewards, 1993).

The strategy of firms regarding this situation could also be in maintaining additional prices on the drugs even without patent protection, via labeling generic drugs with brand names. Therefore, this is another path of protection strategy - to be commercially viable on the market registering trademarks on generics (Barton& Ezekiel, 2005).

The significance of research on pharmaceutical industry primarily is hidden in its worldwide importance of resolving people's healthcare problems. From the beginning of 1920s scientists have elaborated on numerous of essential medicines that became an effective source of treatment severe diseases and various types of infections, what saved lives to millions of people. Now scientists have been developing essential medicines for treatment the very important diseases like cancer, diabetes and HIV/AIDS (For a malaria free-world, 2016). Undoubtedly, it is important that inventions in pharmaceutical industry could be developed and enhanced further, what grounds on the effective and strong IP protection of IP.

Specific challenges that may become obstacles for the steady growth of the effectiveness of pharmacy is incurred in its science and business units. From the one hand, new substances occur less in the world, while firms tend to produce drugs that are socially acceptable and most widespread to bring up profits, while the industry lacks development and claims for new innovations (Barton&Ezekiel, 2005).

In particular, the critical sides of pharmaceutical industry reveal in some of its major problems: (1) reimbursement of research costs by patent monopoly that lead to reduction of drugs availability; (2) research priorities recently have shifted from the health necessities to market demand; (3) financial and human resources are unbalanced in research and marketing units; (4) the common underinvestment problems that is centered around shortage in drug and development inputs comparing to profits being made and (Barton&Ezekiel, 2005).

One of the global challenges that authors of pharmacological articles often address to is expensive and complicated process of drug development, firstly due to the “high attrition rate of potential products” (Barton&Ezekiel, 2005): many of initially developed molecules are abandoned after the processes of pre- and clinical trials, then following state registration process, etc. For the pharmaceutical market of the USA, for instance, “only 21% of drugs that begin human testing are finally approved” (Barton&Ezekiel, 2005). Figure 1 below demonstrates the situation of drug development processes.

Figure 1. Process of new drug development

Source: The pharmaceutical Industry and Global Health: IFPMA. Facts and Figures 2014.

The image above reflects that it takes almost 15 years to launch new approved pharmaceutical products on the Market.

The next important initiative for the chosen topic of this research is inefficiency and lack of information regarding the strategies of IPR in pharmaceutical industry, and in development of Russian pharmaceutical market in particular. No deep research was made regarding the patented inventions and trademarks of Russian domestic companies, as well as no extensive work is devoted directly to the IPR protection strategies or mentions the importance of this topic for future pharmaceutical development.

In next paragraphs it is important to overview major challenges that embedded in Russian pharmaceutical industry. Lots of problems are closely interrelated, for example access to vital drugs and competition between companies over the same generic products.

According to several reports on the Russian pharmaceutical industry, participation countries and medicines presented many discussions are devoted to the overwhelming presence of generic medicines and imported drugs (DSM Analytical report, 2014). Original medicines - products that are presented to the Market for the first time, that are protected by patents and other means of protection, while Generic products - products that are produced after the expiration of the exclusive right of the owner, and generic products have gained huge popularity due to the easiness of production (in patent application the information should be thoroughly disclosed, and there is no expenses on the research and development) (Similarities and Differences Between Brand Name and Generic Drugs, 2015).

Also there is such definition as branded generics - drugs that are registered under the certain tradename by a company, usually trademarks are used as second means of protection after patent protection. However, sometimes trademarks are registered even without patent protection. The price for branded generics often lower than for original medicine, but at the same time is higher than for INN products. International Nonproprietary Names mean pharmaceutical substances or active ingredients that are officially recognized and universally unified (Medicines vocabulary, 2016). Further in this research the relation of patented inventions, tradenames and generics are analyzed in order to identify firms' IP strategies.

Rationale for the research, main objectives

One of the challenges for this Research could be reflected by statement from OECD source: “in the Russian Federation there is no accurate data on quantity and a share of original medicines in a total amount of registered medicines as the Rules on keeping the state register of medicines approved by the Resolution of the Government of the Russian Federation doesn't specify the sign of "originality" for medicines”. Therefore, the analysis of patent information will be based almost solely on the new practical experience.

The most other common obstacles that Russian pharmaceutical market faces are: production of former drugs (that usually lost their benefits and effectiveness), and presence counterfeit products (DSM Analytical report, 2014). What is more, manufacturing and sales of pharmaceutical products in Russia is characterized by the high level of governmental supervision, what characterized by occurrence of several obstacles regarding drug registration process or intellectual property protection (Deloitte report, 2014). Figure 2 shows which areas of state regulation, as some responding pharmaceutical companies in Russia think, need state regulatory improvements.

The rationale for patent analysis, used as a key method for purposes of current paper, could be approved by importance of statistical patent indicators measurement. To emphasize, patent information illustrates direct and sometimes obvious R&D outputs (Macdonald, 2004). Patent analysis is useful in determination of the level, quality and quantity of inventiveness in different spheres (Sha et. al., 2013). Proper investigation of patent information by stating clear goals and executing consecutive steps is a key method to draw the level of development of a particular technological sphere. The importance of patent analysis especially is highlighted in such intensive knowledge-consuming industry as pharmaceutical industry (Grabowski, 2015). WIPO Guidance on using patent information also suggests that application of patent data could bring beneficial ideas for business planning, as partnerships, M&A, licensing and so on, and at the same time provides with an important information for policy planning in significant technological domains that relate to healthcare, using the data on main trends and determinants of a particular industry (Informational bulletin of WIPO, n.d.).

Patent analysis is also implemented as a “competitive technology intelligence” (Rodriguez&Paredes, 2015) for detecting potential spheres and directions of innovation development, but in scope of this paper the patent analysis is aimed at determination of intellectual property protection strategies of Russian pharmaceutical firms, by providing some evidence of their level of R&D and innovativeness.

Study Importance and Scope

Current study familiarizes with empirical information (statistical data) on quantitative and qualitative characteristics of IP of several national pharmaceutical firms. By patent information analysis some connections will be made in order to identify some presence of IPR strategies of the mentioned firms. However, it could be a risk to some extent, as data on IP strategies and economic relevance of IP are reasonable to be collected by conducting surveys of top management and law companies' representatives (Grimaldi et al., 2015). The current research is conducted by the evaluation of direct R&D indicators in order to establish possible IP strategies and reveal what is the level of technological capacities of national pharmaceutical industry To investigate on this topic is especially important since the main objective of the Pharma2020 is import substitution and increasing of domestic manufacturing of innovative medicines. What is more, national safety is based on the country's availability to provide for domestic pharmaceutical drugs (from production to sales).

The significance of proposed research is also explained by the underdevelopment of studies about Russian pharmaceutical market in terms of innovation and strategy of product protection (OECD library). IPR in pharmaceuticals is characterized by lack in analytical data on inventions and its protection made by our domestic firms.

Thus, the main Research Question that is under investigation in this Master Thesis is evaluation of patent portfolios of Russian pharmaceutical companies in order to identify strategies for IPR protection. Key objective that supposed to be uncovered is whether there are what inventive capacities of Russian Pharmaceutical companies in terms of development of valuable domestic pharmaceutical medicines. To elaborate, the objective of the study is also determining main methods of composing pharmaceutical portfolios, stating the next Hypothesis:

H1: Patents and trademarks are used for the strategic objectives of a firm in terms of competition and cooperation.

The answer for the question is approached by analysis of patents and trademarks of chosen companies, their number and interrelation, comparing to international firms on Russian market.

For the purposes of current paper under patent information we identify patented inventions and registered trademarks as direct outputs of IP activity.

The structure of the work is presented as follows: firstly, the detailed overview of the Research question and methodology are covered, then the literature review of the previous works and investigations on the similar topic of IP rights and IPR protection in pharmaceutical industry discussed, after that the Practical part begins with Findings on information about Russian pharmaceutical market and its main representatives, with explanation of the share of patents and trademarks of chosen companies. However, the main part is presented as Case studies of 10 Russian firms and analysis of their patent information. The thesis finalizes with discussion of significance of domestic developments and inventions in pharmaceutical industry and conclusion of the results of practical findings, with shortcomings of the study and proposals for further research.

Next paragraph discloses the details and constituents of Research Question and enlightens key motivation and significance of the topic thereof.

Methodology

Research setting and sample data

To explore the stated Research Question several steps of investigation proposed, starting from the Literature overview of previous studies on intellectual property, its protection, and specific features of IP in pharmaceutical industry. At the same time Russian policies, regulations and legislation also important to be presented as it directly influences industry and technological development, together with protection of intellectual property. Main sources for of relevant literature are Web of Science and Scopus, and another Academic databases of Lancaster University and HSE.

What is more, the presentation of Russian pharmaceutical market, its main participants is also very important, since the evaluation of IPR strategies is impossible without the overview of main shareholders of Russian market. What is also significant to figure out is what percent of the Russian Market hold companies that are subjected to analysis beyond this work.

Some essential reports of analytical firms are presented, discussing development and major constituents of Russian pharmaceutical industry, providing some key data in tables.

Practical part consists of data retrieved from special tools of patent and trademark information, such databases are essential for the research of patent portfolios, as well as selection of credible and informative sources for this (Rodriguez, Paredes, 2015). Main patent databases used are:

- Orbit

- ThomsonInnovation®

- Espacenet,

- Patentscope of WIPO,

- and FIPS

Initially, the sample for analysis was about 25 Russian pharmaceutical firms and other noncommercial organizations that show patent activity in pharmaceutical sphere.

However, such broad samples are likely to create misleading results and the decision was made on the 15-20 Russian Pharmaceutical companies, with the head offices in Russia. Relatedness to

foreign investors is not taken into consideration, as almost all companies have foreign shareholders; however they continue to stay national companies legally.

Simultaneously, the hand search was conducted for trademarks in the SPARK system, WIPO service (Global trademark database), and on official web-sites of companies.

In relation to sample data, this paragraph illustrates how pharmaceutical companies for analysis have been chosen. Via the SPARK system 2,637 Russian companies were found that are registered in Russia, which marked by relation to pharmaceutical industry activities what supported by main activity code indicator. It should be mentioned that most companies displaying in the poll with biggest net annual profits, are distributors of pharmaceutical industry that do not own production and development of medicines.

From these companies initially 25 were supposed to be found, nonetheless not all these companies perform some IP activitities regarding invention development (upon official data resources). Thus, main criteria for selection were:

Russian form of ownership (may be with foreign joint ownership, but not Russian representatives of foreign companies)

The amount of net income for the year 2014 (biggest Market players)

Showing patent and trademark activity (what was established simultaneously with WIPO services).

After the search through the TOP100 companies the next 10 were selected that showed patent activity and also production of medicines under trade names:

1. »Biocad» - joint private and foreign ownership

2. »Valenta»-pharmaceuticals - ownership of the subjects of Russian Federation

3. »Nizhpharm» - ownership of foreign entities

4. »Veropharm» - private Russian ownership

5. »Pharmstandard» - private Russian ownership

6. »Akrikhin» - joint private and foreign ownership

7. »Geropharm» - private Russian ownership

8. »Pharmsintez» - joint private and foreign ownership

9. »Geropharm» - private Russian ownership

10. »Vertex» - private Russian ownership

Patent and trademark evaluation parameters

We screening the 1990-2016 period, for the reasons that most modern Russian pharmaceutical companies were

launched approximately just before 1990, in this year or even later. In like manner, the period between patent application and patent granting could gain 7-8 years, thereupon assessment of inventive activity and approved inventions is vital for twenty year period. Also, before Soviet Union collapse the regulation on IP was far from what had changed to now.

Approach

Patent analysis consisted of several steps. To start with, the search was made for each company alone, in all databases, entering the name in English and Russian, (with various possible interpretation of translations). After compilation of patent information in the joint table (for excluding bias of repetitive inventions), analysis of each application separately starts. To clarify, no differentiation is made between patent itself (granted document) and patent application, as the main goal of the study is define IP strategies of firms, based on inventive activity. It should be mentioned that under a “patent” definition in this work we refer to both applications for inventions as well as patents, without focusing on the status of a patent, as we tend to measure inventive activity and IPR strategies, and not solely the patent value.

After detailed overview of an abstract and mentioned active ingredient (if any) of proposed invention the general overview of a company composed, describing main IPC codes, number of citing documents, concluded license agreements. “Text mining” method was used to show main key words exhibited in abstracts to inventions and its technical decision. Text mining is generally directed to reading of the text of each patent, in order to retrieve information about application and technical decision of an invention (Altuntas et al., 2015). That is essential for pursuing the path of a company in patenting strategies.

Important parameters that set to be measured are the following: application/publication years, main IPC codes, designated states, form of patenting, citing documents/licensing agreements. Key information about objective, advantages and technical decisions of inventions described, revealing patent's value/

The terms used further in patent information analysis are:

Applicant: individual or company name;

Description: accurate interpretation of prior art technologies referred to new invention proposed, with provision of advantages and technical decision evidenced novelty of invention; explanation in what directions not covered by existing technologies claimed invention could be;

Claims: "Legal definition of the subject matter for which protection is sought or granted; each claim is a single sentence in a legalistic form that defines an invention and its unique technical features; claims must be clear and concise and fully supported by the description" (WIPO official web-site, 2016);

Publication date: first publishing date of patent information in the office of first application;

Designated states: in case an application is submitted in special multicountry office, list of states for invention application could be extended;

Legal status: reflecting the phase of searched patent application, whether it is granted or not; also outlines other legal parametres of application, like fee payment;Citations and references: it is considered that if invention comprises value for technological transferring, within couple of years other patent applications would cite this invention in their documentation; that is called further citation, patent and non-patents documents are equally treated (WIPO official web-site, 2016).

Application/publication years are more of a descriptive nature, in pursuance of most intensive activity years and possible reasons for that. Designated states and their number may point to high value of an invention if its Patent family is broad. IPC codes presents information of the technological domain of inventions, what leads to the main areas of company's research. Regarding IPC categories that determine patent's scope, Petruzelli (2015) suggests, according to 1,397 of Massachusetts Institute of Technology, that range of a patent “ increases the likelihood of the relative inventions to be commercialized”. Simply, more claims and IPC categories, more values of invention revealed. However, relating to particular industry and technology domain hallmarks, discussing sub categories nature, conclusion not necessarily will be so obvious. Therefore, IPC description should be made in reliance to various parameters.

Above all, considering content of claims and citations the situation is rather difficult. In spite of undoubted recognition and importance parameters thereof, distinctive comparatative indicators should be stated (oarticuar country/region, firms/technological classes, years, etc.). We consider invention as significant if it includes 10 or more claims as indicator of broadness of desired protection. For comparison some firms of developing countries will be taken, that starts their business in 1990 or later years.

Cited documents are not essential for this research, however citing documents (forward citation) play a vital role. Forward citation indicates knowledge transferring and significance. At the same time, number of citations is endent from the years of application existence, and usually the longer patent exists the more citation it should obtain. In this research forward citation indicator is used aiming at adding information about invention's significance, as due to the complexity of investigated area and sample all these patents' characteristics should be evaluated all together to provide some conclusions.

Main focus will be directed to IPC code A61P, as it presents the invention (chemical compounds or medicinal preparations) that shall be applied in specific therapeutic activity indication (established during application examination).

Figure 3. Distribution of pharmaceutical patents across the firms in the sample.

Trademark parameters are simpler:

active ingredient mentioned,

o area of application,

o designated states

o valuable medicines (according to the number of competitors and analogues)

o drugs from life-essential list

o and license agreements.

Regarding the analysis of technological potential of Russian national firms in developing and selling the medicines of Russian origin, the share of medicines from the Essential drug List is also should be taken into account. This list is issued by the government of the Russian Federation every year and applies INN.

Literature Review

Most of related literature and deep studies on intellectual property and its protection, that were recently found belong to the authors of foreign countries, and to a great extent devoted to the US business/governance, and developing countries (India, China). Research papers written by Russian scholars or about Russian industries hold rather local character and basically are not presented in global data sources. Nonetheless, the previous studies on IPR are presented in this Chapter, to establish theoretical grounds for conducting research on the chosen topic. The beginning of this Chapter is designated to prescribe basic concepts, nature and significance of intellectual property phenomena, then turning to the overview of IP precisely in pharmaceutical industry.

Two most cited works on intellectual property in general are explored: Gould& Gruben (1996), and Guellec&Pottelsberghe (2000), that primarily contribute to explanation of the IPR within the economic environment, presenting the evidence of connection between regulations of IPR, research intensity, innovation activity and economic growth. Second mentioned authors list the most relevant and essential parameters of patent protection by evaluating the patent activity, establishing connections between number of applications and grants, and, what is more, value of patent in terms of scientific development and business support within a firm and on the national level. Also, the famous in academia work of Teece (2000) covers main points of intangible property.

Starting with basic concepts and role of intellectual property in economy and development of new technology, the path can be turned to the overview of literature on place of patents and other means of IPR protection exactly in the pharmaceutical industry. For example, from Correa (2004), the vital concepts and significance of IPR protection and development of new inventions in pharmaceutical industry is shown; as well as according to Jannuzzi et al., (2008), a deep insight in specificities of patent protection for pharmaceutical industry covered, comparing with the statements about advancing of generic product in Sun (2013), with assumptions relevant to the universal situation over confrontation of original products and generics. Analysis of patent value for pharm industry could be also started with several significant ideas from Bosetti&Vereeck (2012). In the article it is pointed to the significance of effective patent protection to the development of nanotechnology sphere, that to some extent is close to pharmacy. Long processes of R&D processes and patents' pendency, as well as other regulatory obstacles are discussed as obstacles for future success of the industry. For eliminating the risks of lowering the value of inventions the importance of patent strategies is highlighted, and cross-licensing agreements “When used in the context of patents, a cross-licensing agreement is an agreement pursuant to which two or more license holders exchange licenses so that each party may benefit from the other's patent. Generally, the patents that each party owns cover different essential aspects of a given commercial product. Therefore, by cross licensing, each party maintains their freedom to bring the commercial product to market. Pursuant to cross licensing, neither party pays monetary royalties to the other party”. Source: http://definitions.uslegal.com/c/cross-licensing-agreement/ as additional means of synergies and technology dissemination mentioned (Bosetti&Vereeck, 2012).

Turning to the motives for protection of intellectual property, generally they are very diverse, ending on the industry implicated, strategy and mission of a company, financial resources, etc. For example, from the study of German organizations there is evidence of a high importance of general motive to protect developments from imitation. Also, ending on a size of a firm and R&D intensity the accumulation of IPR protection (with patents and other means of protection) are greater among big firms than in SMEs. In brief, “first, for large companies the strategic exchange and incentive motives are very important, whereas the traditional motives among the very large companies attract slightly less attention…sector differences can only be observed selectively in the blocking motives and the exchange motives, which can be explained by sector-specific characteristics, e.g. in biotechnology…finally, there is obviously a sector convergence both in the traditional protection motives and the strategic reputation and incentive motives” (Blind et al., 2006). The motives for patenting are forming one of the constituents of IPR strategies of firms, albeit, one major obstacle to define the mentioned is that the best method here would be survey of chosen firms.

From the article mentioning surveys of USA big pharmaceutical firms, patents are considered as the most valuable and important method for intellectual property protection in biotechnology (Cohen et al., 2000). Assessment of patent value is an essential activity that is aimed at analysis of the innovation potential, business profits and social benefits from the patented technology. At the same time, most of assessment methods are of quantifying nature, what leads to inadequate evaluation of patent significance (Ron&Bouchard, 2010). Proper analysis of patent information could create an essential picture about the level of a firm inventiveness, significance and novelty of related technologies. This is particularly important for the pharmaceutical industry, as strong debates about necessity and reasons for patent protection are always on scientific agenda. On the one side, a firm has an economic right to return its expenses during the long process of R&D and clinical trials, and from the other side providing social welfare and access to vital medicines indicated (Ron&Bouchard, 2010). However, some scholars argue that not all companies that actively use patent protection spent a lot of resources on its development, and only 5% of patented technologies have a real economic and invention values (Schankerman, 1998). Another opinion about patenting is that the number of patent applications is not a direct result of innovative activity, but the influence of patent strategy (Henkell, 2009; Jell, 2010).

Notwithstanding, patents are the most recognizable technological outputs indicating level of firms' performance, indicators of which are widely exploited by policy makers and analysts (DeCarolis &Deeds, 1999). One of the essential challenges that attract attention of academia to pharmaceutical industry is high expenditures on the development a new drug, there are several studies that make research on the evaluation of different parameters, for example, on elaboration on “new estimates of economic parameters associated with the drug development process..in particular... on estimates of the costs of pharmaceutical innovation” (DiMasi et al., 2002).

Alternatively, applied to pharmaceutical industry, many studies that are mentioned for describing value of patent portfolios reflect the opinion that patent portfolios consist basically incremental innovation inventions, i.e. some kind of “cosmetic” that originally does not carry high value for social welfare or science development. That is the reason value of combination of related patents (patent portfolio) is offered to be recognized as significant for the firm and national market, rather than single inventions (Parchomovsky&Wagner, 2005).

Additionally, diverse research capabilities are similarly brought to investigation on interrelatedness with patenting strategy, as Fier and Pyka argue in their work (2012). They refer to several studies confirming the wider success in implementation (getting profits) of inventions in casse firm has joint patents with third parties. The question of R&D collaboration is closely corresponds to the long and complex processes of knowledge absorption in the biotechnology sphere, to where pharmaceutical industry belongs (Fier&Pyka, 2012). Current research is not deeply involved in description of R&D activities of Russian pharmaceutical firms, however it is important to identify whether firms apply for joint patents with other firms, as it may be an indicator of potentially valuable inventions and cooperation as a protection strategy (as was mentioned, development of new drugs is highly expensive, long-term and knowledge-consuming). Research capabilities is bind to the knowledge set within pharmaceutical research artments: “ firm research capabilities may be assessed by the number of new drugs the company has brought to market, its R&D expenditures, and its past history in terms of financial and technological performance” (DeCarolis&Deeds, 1999).

Moreover, as the process of research and development in the biotechnology sphere is extremely comprehensive, large firms do not miss an opportunity to obtain a “complementary knowledge” from smaller firms or knowledge-based universities (Fier&Pyka, 2012). However, there is another opinion that firms who characterized with high level of research and development do not prone to share its intellectual property with other participants on the market (Marchese 1999; Luoma et al., 2010).

Overall, the most accepted opinion of observed papers supports fact that R&D intensive firms tend to collaborate via official or non-formal partnerships and apply for joint patents, concluding agreements on shares of profits (Fier&Pyka, 2012). Fier and Pyka, (2012) in their investigation statistically hypothesize and confirm that collaboration of firms and joint applications spur more economic value of patented technologies and further innovativeness and success of a firms' inventions, rather than single owned patent applications.

Remarkably, papers devoted precisely to strategies of IPR protection/and in pharmaceutical industry are almost absent. Most of the articles and books debating over the nature of intellectual property and IPR in pharmaceutical discuss patenting strategies and R&D process in pharma industry. That fact again highlights the importance of the current topic for the elaboration on questions of IPR strategies in national pharmaceutical industry. One deep investigation on 10 pharmaceutical firms (Wiley& Sons, 2004) argues that

R&D capability of a firm “is driven...by the ability to develop valuable new knowledge with new components plus the ability to combine diverse components into promising new technologies''. This statement was extended by the argument that firm-leaders of innovative products in the market embed all organizational resources to create competitive advantage on the firm (Cockburn et al., 2000).

Moreover, the access to broad chemical compounds (raw materials) also brings benefits for the drug discovery (Thomke&Kuemmerle, 2002). Consequently, the own bases of chemical substances could point to strong initiatives and capabilities for drug R&D. However, most of raw materials that Russian firms use are supplied from foreign contractors (GMP news, 2014).

Patenting is necessary for the protection of invention from illegal copying and commercialization of an invention. However, patent protection cannot guarantee the 100% “safety” and absence of risk for an owner or inventor. In some cases patent protection might be a complex and fruitless procedure, and an applicant may decide that it is better not to patent an invention but have other type of protection (Lyskov, 2013).

From the evaluation of patent data it will be shown that financial resources is not a direct indication of innovativeness of a firm. Big pharmaceutical companies do not tend to develop new drugs, while research centers and universities do. The motivation for that is clear from the one point of view: large companies are reluctant to new developments because they gain enough profits and do not need to be innovative. Research centres are prone to new developments as far as it its their priority aim, therefore they should be accurate and defense their intellectual property.

Overall, this section covered the basic concepts of the nature and significance of intellectual property and its protection, and more precisely, the IP strategies in pharmaceutical industry. Next section provides the empirical findings regarding exactly the cases of Russian pharmaceutical market.

The role of licensing in patent protection

What is more interesting for the overview of the literature on patent protection and intellectual property, is connection between patents and license agreements, namely: if there is some indicator of patents that can forecast the propensity of related license agreements? It is argued whether the effective study could be conducted on topic thereof, however it is not denied that licenses from the inventions that are patented are more secured than from other sources of information (trade secrets) (Arora&Ceccagnoli, 2006).


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