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Patentablity OF 3D Bioprinting

IP material on bioprinting
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ANALYSING THE PATENTABLITY OF 3D BIOPRINTING PRODUCT AND

IT’S HUMAN RIGHT EFFECTS UNDER TRIPS AGREEMENT AND

ETHIOPIAN PATENT LEGAL REGIME. 

ABENEZER TAREKEGN ID. S40117/11-

Table of Contents ABSTRACT............................................................................................................................................... 2

  1. INTRODUCTION .............................................................................................................................. 3

  2. The status of 3D Bioprinting under TRIPS agreement and Ethiopian patent law. ............................. 3

A. The status of 3D Bioprinting under TRIPS agreement ................................................................... 3 B. The status of 3D Bioprinting under Ethiopian patent law. ............................................................. 4

  1. The relationship between human right and patent law. ...................................................................... 5

3 ALTERNATIVES TO EXCLUSION: Towards patenting 3D bioprinting ..................................... 5

  1. Conclusion and Recommendations ....................................................................................................... 6

4 Conclusion ....................................................................................................................................... 6 4 Recommendations ............................................................................................................................ 6

References .................................................................................................................................................. 7

ABSTRACT

In this modern global environment of rapid technological change, new issues frequently arise that challenge the operation of patent law. 3D Printing/Three dimensional printing is among new technology recently evolved in patent arena, it9s a technology that builds physical objects directly from 3D computer-aided design (CAD) data and adds different materials, layer-by-layer, with the help of a 3D printer Bioprinting is a promising technology a subset of 3D printing that involves the fabrication of a functional living human tissue or organ constructed from a 3D digital model. While there were patents on the bioprinting process filed already and some even approved, the problem of patentability of bioprinting products still remains unsolved. Because, printing from biological materials presents different public policy considerations than printing from non-biological materials. When experimenting with human genetic materials, emerging technological and scientific advances attract strong political, Legal and ethical /moral/religious debates and the societal scrutiny is further heightened because the genetic materials are from humans. The objective of this paper is to analyze the patentability of 3d Bioprinted organ under TRIPS and Ethiopian patent law and its effects on human right. This paper is purely doctrinally conducted paper. Thus, it tries to doctrinally analyze the major legal issues related with 3D bioprinted product. For this purpose, the secondary data from law books, law articles, law journal, newspaper etc. have been used. The paper examines the opposing arguments in light of the legal framework relating to the patentability of tissue engineering product and its implications for IP, especially for patents, at international and domestic (Ethiopia) level. It assesses the consequences (Pros and cons) of granting or denying 3D bioprinting patents on the human right. The human right issue is examined from the perspective of the Human right documents and patent standards (and flexibilities) as required by the TRIPS Agreement. Finally, the author recommend on major points with a view to provide a solution to the major legal problems that surrounds patentability of 3D bioprinted product and Human right issues so identified by this paper and also to make a right balance between the two competing interests of Patentee and the Human right while regulating the patentability of 3D Bioprinted organ. In nutshell this paper is a humble attempt to examine international and national law relating to patents on 3D bioprinted inventions from a doctrinal perspective. Keywords: Patents, TRIPS, 3D printing, 3D Bioprinting

society. Based on these discretionary power Member countries of TRIPS agreement had adopted antagonistic approaches regarding 3DBioprinting, While USA allows patent for this invention, European avoids based on morality. 10 So, 3D Bioprinted organ patentability is left as discretionary power of member states under TRIPS.

B status of 3D Bioprinting under Ethiopian patent law.

In Ethiopia patent administration belongs to Ethiopian Intellectual property office. 11 Legally in Ethiopia the issue of patent is governed by Proclamation No. 123/1995. Under this law article 3 patents is granted upon fulfillment of three conditions namely: Novelty, Non- obviousness; and Industrial application. In addition to this the Eligibility and adequate disclosure are also incorporated under Ethiopian law. All the conditions listed above are to be fulfilled for an invention to be patentable. However there is pro and Anti arguments on Patentability 3D Bioprinting of organs. Regarding Pro arguments they argues that the non-natural occurrence of the bioprinted product, difficult to fabricate artificially a tissue or organ to exactly natural tissue or organ, and they are modified version of human body not original human body. 12 According to this line of argument the patentable subject matter includes < anything under the sun that is made by man .=Even the sun made by man is patentable. 13 However there is Anti arguments on patentability of 3D product because they fail to fulfill novelty criteria, their success will depend on the degree to which they resemble naturally occurring ones. It is believed that 3D bioprinting is nothing but a duplication of natural organs. So they are not patentable. 14

Regarding the morality test, Article 4/1 of the proclamation is one such provision which has restricted the scope of protection given to creative inventions. Article 4 provides that: Inventions contrary to public order on morality are non patentable. As we understand from the above article, Firstly the morality clause is incorporated into our patent laws in order to achieve equilibrium and coherence between science and culture. Fikeremarkos Merso argued claiming patent on life forms is like claiming to be the creator and this contradict with the religious belief of the society. As per Article 4(1) (a) of the proclamation, 3D bioprinting inventions may be excluded based on the ground of morality. 15 Its humans <playing God.= If humans play God, they risk offending many people, especially those who belong to established religions. 16 Secondly under Ethiopian civil code Human body is extra commercium this highly contests

10 John Linarelli, <Trade-Related Aspects of Intellectual Property Rights and Biotechnology: European Aspects,=6 Singapore Journal of International and Comparative law,2002,Page 11 Prior to 2003 patent Administration in Ethiopia was fragmented The patent was administered by the science and technology commission, copy right is administered by youth, sport and culture ministry and trade ma 12 rk was handled by the ministry of trade and industry. 13 D. Resnik, The commercialization of human stem cells: ethical and po John Linarelli, <Trade-Related Aspects of Intellectual Property Rights and Biotechnology: European Aspelicy issues, Health Care Anal. 10 (2002) page 127cts,=6Singapore Journal of –154. International and Comparative law,2002,Page 14 Hsiao, J.-H. Patent Eligibility of 3d Bioprinted Organs in Taiwan. Albany Law J. Sci. Technol. 2018, page1–22. 15 Fikeremarkos Merso, <Ethiopian9s WTO Accession: A Strenuous Step For a Poor Nation Seeking Economic Prosperity,99 Action AID Ethiopia Publications,2005,P 16 Peter Dabrock, Playing God? Synthetic Biology as a Theological and Ethical Challenge , 3 Systems & Synthetic Biology 47–54 (2009).

with the commercialization of bioprinted product. In addition to this Rights of personality and constitutional liberties are extra-commercium ; i. they are not subject to legal transactions (Art. (9/1). Finally There are also unanswered Ownership questions regarding printed organ. Does the donor of cells have the authority over the final bioprinted product? Which may be a tissue or organ? Or does the ownership lie with the clinician/ technologist who bioprinted the product using these cells? Or shared ownership? If no, why? In legal system the law should support and correlate to each other, based on this we can mouth fully say that 3D bioprinted organ is out of patent protection under Ethiopian law.

3. The relationship between human right and patent law.

One of the questions posed in this paper is whether the human right and patents conflict or coexist. This question is examined from the perspective of author or patentee and from the perspectives the right to health as set out in the Human right documents and patent standards (and flexibilities) as required by the TRIPS Agreement. There are two distinct conceptual approaches with respect to the interface between patent and human rights: the conflict and coexistence approach. 17

A) Conflict Approach: This view sees strong Patent protection as undermining a range of human rights obligations, especially with respect to socio-economic rights. The United Nations (UN) Sub Commission on the Protection and Promotion of Human Rights, for example, stated that 8there are apparent conflicts between the intellectual property rights regime embodied in the TRIPS Agreement, on the one hand, and international human rights law, on the other9. 18 In the case of access to medicines, patent protection for medicine is seen to undermine the right to health and life. Proponents of this approach argue that to resolve such a conflict the normative primacy of human rights law over patent law must be recognized in situations where treaty obligations conflict.

B) Co-existence Approach: Others disagree and consider human rights and Patents to be essentially compatible. They see 8both areas of law as concerned with the same fundamental question: defining the appropriate scope of private monopoly power that gives authors and inventors sufficient incentive to create and innovate, while ensuring that the consuming public has adequate access to the fruits of their efforts9. 19

3 ALTERNATIVES TO EXCLUSION: Towards patenting 3D Bioprinting

The foregoing discussion clearly establishes that there a lot of grounds to exclude the patentability of 3d bioprinted product. However excluding patentability of this product from patent eligibility will be 17 1150 page 709-710 Yu PK (2006–2007) Reconceptualising intellectual property interests in a human rights framework. Univ Calif Davis Law Rev 40:1039– 18 UN Sub-Commission on the Promotion and Protection of Human Rights, 8Resolution 2000/7. Intellectual Property Rights and Human Rights9, UN Doc. E/CN.4/SUB/RES/2000/7, para. 2. 19 Helfer LR (2003) Human rights and intellectual property: conflict or coexisten ce? Minn J Law Sci Technol 5:47–61 pg 48

References

BOOKS

 Schwabach, Aaron, Intellectual Property-A Reference Hand book,ABC-CLIO,Inc.,USA,  Bryan A. ,Garner (ed.), <Black9s Law Dictionary,= 8th edition ,  Fikeremarkos Merso, Ethiopian Accession; A Strenuous Step for a Poor Nation Seeking Economic Prosperity, Action Aid Publications, Addis Ababa,  Rockman, Howard B., Intellectual Property law for Engineers and Scientists, A John Wiley and Sons,Inc.,USA,  Fisher, Matthew, Fundamentals of Patent law Interpretation and Scope of Protection, Hart Publishing,USA,

ARTICLES

 Pal Prankrishan, Intellectual Property Rights in India General Issues and Implications, Regal Publication New Delhi, (2008),  Deven R. Desai & Gerard N. Magliocca, Patents, Meet Napster: 3D Printing and the Digitization of Things , 102 GEO. L. 1691, 1697–99 (2014).  Daniel Harris Brean, Patenting Physibles: A Fresh Perspective for Claiming 3D-Printable Products , 55 SANTA CLARA L. REV. 837 (2015)  Adams, M. (2015). The 8Third Industrial Revolution9 3D Printing Technology and Australian Designs Law. Journal of Law, Information and Science, Vol. 24  N. Zhang and F. Li: Journal of Machine Design, Vol. 30 (2013) No.  K. Wang, X. Huang and H. Yuan: Machine Design and Manufacturing Engineering, Vol. 44(2015) No.  David Sher, now it is Time to Commercially De-Liver for Organovo: 3D Printing Industry, (2014).  D. Resnik, The commercialization of human stem cells: ethical and policy issues, Health Care Analyse.  John Linarelli, <Trade-Related Aspects of Intellectual Property Rights and Biotechnology: European Aspects,=6 Singapore Journal of International and Comparative law,2002,  Hsiao, J.-H. Patent Eligibility of 3d Bioprinted Organs in Taiwan. Albany Law J. Sci. Technol. 2018

 Peter Dabrock, Playing God? Synthetic Biology as a Theological and Ethical Challenge , 3 Systems & Synthetic Biology  Yu PK (2006–2007) Reconceptualising intellectual property interests in a human rights framework. Univ Calif Davis Law Rev 40:1039– 1150  Helfer ,Laurence R., Regime Shifting: The TRIPs Agreement and New Dynamic of International Intellectual Property law Making,29 Yale Journal of International Law,  Merges ,Robert and Richard Nelson, On limiting or encouraging rivalry in technical Progress: The effect of Patent-Scope Decisions, The Journal of Economic Behavior and Organization,No,  Ford ,Sara M., Compulsory Licensing Provisions Under the TRIPS Agreement: Balancing Pills and Patents, AM.U.INT L. REV. Vol. 15:941,  Kirchanski ,Stefan, Protection of US Patent Rights in Developing countries: US Efforts to Enforce Pharmaceutical Patents in Thailands,16 LOY.L. Int9l and Comp.L.Reve,598,  Schyle,William E. , Paris Convention for the Protection of Industrial Property-A View of Proposed Revisions, N.C.J L.& COM,

Domestic Legislations

 Civil Code of the Empire of Ethiopia ,Pro.No/1960,Negarit Gazette,19th year,No.  Copyright and Neighboring Rights Protection Proclamation No/2004, Negarit Gazette, 10th year ,No.  Council of Ministers Regulation No/1997,Inventions,Minor inventions and Industrial Design Councilof Ministries Regulations, Negarit Gazeta,3rd years No.  Ethiopian Intellectual Property Office Establishment Proclamation, Proclamation No/2003,9Negart Gazette9, Year 9th ,No.  Proclamation Concerning Inventions, Minor Inventions and Industrial Designs, Proclamation NO/1995,Negarte Gazeta,54th Year,no.  Proclamation No/2019 Food and Medicine Administration Proclamation International Instruments  Agreement on Trade-Related Aspects of Intellectual Property Rights, Apr. 15,1994, Marrakesh Agreement Establishing the World Trade Organization, Annex 1C, [hereinafter TRIPS Agreement]  United Nations General Assembly, Universal Declaration of Human Rights, 10 December 1948  UNESCO Universal Declaration on Bioethics and Human Rights 2005,  United Nations General Assembly, International Convention on Economic, Social and

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Patentablity OF 3D Bioprinting

Course: Business law (301)

85 Documents
Students shared 85 documents in this course

University: Jimma University

Was this document helpful?
ANALYSING THE PATENTABLITY OF 3D BIOPRINTING PRODUCT AND
IT’S HUMAN RIGHT EFFECTS UNDER TRIPS AGREEMENT AND
ETHIOPIAN PATENT LEGAL REGIME.
ABENEZER TAREKEGN ID.No. S40117/11-0
Table of Contents
ABSTRACT............................................................................................................................................... 2
1. INTRODUCTION .............................................................................................................................. 3
2. The status of 3D Bioprinting under TRIPS agreement and Ethiopian patent law. ............................. 3
A. The status of 3D Bioprinting under TRIPS agreement ................................................................... 3
B. The status of 3D Bioprinting under Ethiopian patent law. ............................................................. 4
3. The relationship between human right and patent law. ...................................................................... 5
3.1 ALTERNATIVES TO EXCLUSION: Towards patenting 3D bioprinting ..................................... 5
4. Conclusion and Recommendations ....................................................................................................... 6
4.1 Conclusion ....................................................................................................................................... 6
4.2 Recommendations ............................................................................................................................ 6
References .................................................................................................................................................. 7