Case study on Neem, Turmeric and Basmati riceGursheenKour
The document discusses several cases of biopiracy involving Indian plants and products. It describes how turmeric, neem, and basmati rice were traditionally used in India for centuries but were later patented by foreign organizations. In each case, the Indian government and organizations challenged the patents by providing evidence of prior traditional use, and the patents were ultimately revoked or amended. The document concludes that countries are developing their own systems to protect traditional knowledge, while an international agreement is still being worked on.
The document discusses the case of biopiracy involving the neem tree, which is native to India. It describes how Western corporations took out patents on neem-based pesticides, threatening the livelihoods of Indian farmers. While the European Patent Office revoked a patent on neem, the US patent remains. The document argues that India needs to challenge international agreements like TRIPS that fail to recognize traditional knowledge and allow biopiracy to continue.
The document discusses a patent dispute over turmeric. Specifically, the University of Mississippi Medical Centre was awarded a US patent in 1995 for the use of turmeric in wound healing. However, turmeric has been used in India for thousands of years for its medicinal properties. The Council of Scientific and Industrial Research of India challenged the patent as biopiracy, since turmeric's wound healing use was not a novel invention. After providing evidence of turmeric's traditional use in ancient Indian texts and a 1953 medical journal article, the US Patent and Trademark Office ultimately rejected the patent claims in 1998. Going forward, CSIR is creating a database of traditional Indian knowledge to prevent further biopiracy cases.
Unit 4 definitions patent, ipr,fr,br,biopiracy & neem haldiAnuradha Singh
This document discusses definitions of patents, intellectual property rights, and traditional knowledge. It provides case studies of patents granted on turmeric and neem from India that were later revoked due to evidence that the traditional knowledge described in the patents had been previously known and used in India for many years. The document also discusses issues around biopiracy and bioprospecting as well as India's efforts through the Traditional Knowledge Digital Library to protect its traditional knowledge from misappropriation by improper patenting.
Patents were taken out by US and Japanese firms in the 1980s and 1990s on formulations using extracts from the neem tree for pesticides and other products. This raised controversy as Indian groups argued it amounted to biopiracy of traditional knowledge. In 1997, the European Patent Office revoked a patent held by WR Grace on neem oil formulations after finding that neem's properties were long known in India. While a victory, it showed the need to reform US patent laws to prevent biopiracy of traditional knowledge.
This document discusses intellectual property rights (IPR) such as patents, copyrights, and trademarks. It focuses on patents, explaining what they are, how they are granted, requirements for patents, types of patent infringement, limitations of patents, and some notable patent cases from India involving drugs like Turmeric, Neem, and Glivec. Patents provide inventors exclusive rights to commercially use their inventions for a limited time period, usually 20 years, to protect their intellectual property from being copied. The document delves into the patent process and requirements including novelty, non-obviousness, and disclosure of the invention.
(1) This document discusses plant breeder rights in Pakistan. Plant breeder rights (PBR) give exclusive control over propagating and harvested materials of a new plant variety to the breeder for a certain period.
(2) PBR are granted by national offices after tests show the variety is distinct, uniform, and stable. Rights are typically granted for 20-25 years. Annual fees are required to maintain rights.
(3) Pakistan has passed the Plant Breeders' Rights Act of 2016 to comply with international treaties like the TRIPS agreement and protect plant varieties, breeders, and farmers' rights under Pakistani law.
THE PROTECTION OF PLANT VARIETIES & FARMER’S ACT, 2001 And THE PPV & FR R...Vinod Pawar
This document discusses the Protection of Plant Varieties and Farmers' Rights Act of 2001 in India. It provides background on why the act was passed, its key objectives to protect plant breeders' and farmers' rights. It outlines the criteria for registering plant varieties including that they must be novel, distinct, uniform, and stable. The document also describes the process for applying for plant variety registration and receiving a certificate, including examination of applications and conducting DUS testing. The Protection of Plant Varieties and Farmers' Rights Authority was established to administer the act.
Case study on Neem, Turmeric and Basmati riceGursheenKour
The document discusses several cases of biopiracy involving Indian plants and products. It describes how turmeric, neem, and basmati rice were traditionally used in India for centuries but were later patented by foreign organizations. In each case, the Indian government and organizations challenged the patents by providing evidence of prior traditional use, and the patents were ultimately revoked or amended. The document concludes that countries are developing their own systems to protect traditional knowledge, while an international agreement is still being worked on.
The document discusses the case of biopiracy involving the neem tree, which is native to India. It describes how Western corporations took out patents on neem-based pesticides, threatening the livelihoods of Indian farmers. While the European Patent Office revoked a patent on neem, the US patent remains. The document argues that India needs to challenge international agreements like TRIPS that fail to recognize traditional knowledge and allow biopiracy to continue.
The document discusses a patent dispute over turmeric. Specifically, the University of Mississippi Medical Centre was awarded a US patent in 1995 for the use of turmeric in wound healing. However, turmeric has been used in India for thousands of years for its medicinal properties. The Council of Scientific and Industrial Research of India challenged the patent as biopiracy, since turmeric's wound healing use was not a novel invention. After providing evidence of turmeric's traditional use in ancient Indian texts and a 1953 medical journal article, the US Patent and Trademark Office ultimately rejected the patent claims in 1998. Going forward, CSIR is creating a database of traditional Indian knowledge to prevent further biopiracy cases.
Unit 4 definitions patent, ipr,fr,br,biopiracy & neem haldiAnuradha Singh
This document discusses definitions of patents, intellectual property rights, and traditional knowledge. It provides case studies of patents granted on turmeric and neem from India that were later revoked due to evidence that the traditional knowledge described in the patents had been previously known and used in India for many years. The document also discusses issues around biopiracy and bioprospecting as well as India's efforts through the Traditional Knowledge Digital Library to protect its traditional knowledge from misappropriation by improper patenting.
Patents were taken out by US and Japanese firms in the 1980s and 1990s on formulations using extracts from the neem tree for pesticides and other products. This raised controversy as Indian groups argued it amounted to biopiracy of traditional knowledge. In 1997, the European Patent Office revoked a patent held by WR Grace on neem oil formulations after finding that neem's properties were long known in India. While a victory, it showed the need to reform US patent laws to prevent biopiracy of traditional knowledge.
This document discusses intellectual property rights (IPR) such as patents, copyrights, and trademarks. It focuses on patents, explaining what they are, how they are granted, requirements for patents, types of patent infringement, limitations of patents, and some notable patent cases from India involving drugs like Turmeric, Neem, and Glivec. Patents provide inventors exclusive rights to commercially use their inventions for a limited time period, usually 20 years, to protect their intellectual property from being copied. The document delves into the patent process and requirements including novelty, non-obviousness, and disclosure of the invention.
(1) This document discusses plant breeder rights in Pakistan. Plant breeder rights (PBR) give exclusive control over propagating and harvested materials of a new plant variety to the breeder for a certain period.
(2) PBR are granted by national offices after tests show the variety is distinct, uniform, and stable. Rights are typically granted for 20-25 years. Annual fees are required to maintain rights.
(3) Pakistan has passed the Plant Breeders' Rights Act of 2016 to comply with international treaties like the TRIPS agreement and protect plant varieties, breeders, and farmers' rights under Pakistani law.
THE PROTECTION OF PLANT VARIETIES & FARMER’S ACT, 2001 And THE PPV & FR R...Vinod Pawar
This document discusses the Protection of Plant Varieties and Farmers' Rights Act of 2001 in India. It provides background on why the act was passed, its key objectives to protect plant breeders' and farmers' rights. It outlines the criteria for registering plant varieties including that they must be novel, distinct, uniform, and stable. The document also describes the process for applying for plant variety registration and receiving a certificate, including examination of applications and conducting DUS testing. The Protection of Plant Varieties and Farmers' Rights Authority was established to administer the act.
This document discusses intellectual property, specifically patents related to biotechnology. It defines intellectual property and notes that intellectual creations in fields like science, technology and the arts can be patented. The document outlines different types of intellectual property protections including copyrights, patents, trademarks, industrial designs, plant breeders' rights and trade secrets. It provides examples of biotechnology inventions that can be patented, such as genetically modified plants and microorganisms, DNA/RNA sequences, diagnostic tests and kits, and transgenic animals. The requirements for patenting biotechnological inventions are discussed.
IPR in AGRICULTURE PLANT BREEDER'S FARMER'S RIGHTSujjwal sirohi
The document discusses intellectual property rights in agriculture, specifically plant breeders' rights and farmers' rights under Indian law. It provides definitions and explanations of key concepts like intellectual property, plant varieties, criteria for protection, farmers' rights and breeders' rights. The main points covered are the Protection of Plant Varieties and Farmers' Rights Act 2001 which provides for registration of plant varieties and compensation for plant breeders and recognition of farmers' contributions to seed varieties.
The document discusses intellectual property rights (IPR) related to plant varieties in India. It provides a history of IPR in India and describes the main forms of IPR - patents, copyrights, trade secrets, and plant breeders' rights. It focuses on plant breeders' rights and the Protection of Plant Varieties and Farmers' Rights Act 2001 (PPVFR), which aims to recognize farmers' contributions and encourage new plant variety development. The PPVFR establishes rules for registering new varieties, extant varieties, farmers' varieties, and essentially derived varieties to protect plant breeders' and farmers' rights in India.
This document discusses ownership of plant varieties and the introduction of intellectual property rights (IPRs) on plant varieties. It explains that IPRs on plant varieties, known as plant breeder's rights (PBRs), give the creator exclusive commercialization rights over a new variety for a specified period. India enacted the Protection of Plant Varieties and Farmers' Rights Act to recognize the contributions of farmers and breeders, and fulfill international agreements. The Act allows registration of varieties to establish PBRs, but questions remain over farmers' rights to save and exchange seeds of registered varieties.
This presentation discusses plant variety protection under Indian and international law. It provides an overview of the need for intellectual property protections for new plant varieties to encourage breeding. It describes mechanisms for protection including plant breeder's rights under UPOV and patents. The key differences between plant breeder's rights and patents are explained. The presentation also discusses India's Protection of Plant Varieties and Farmers' Rights Act, which takes a sui generis approach as allowed under TRIPS. The criteria for protection and rights granted under the Indian law are summarized.
1. Biopiracy refers to the unauthorized commercial use of genetic resources and traditional knowledge. It occurs when biological material or traditional knowledge is collected without permission from the indigenous community and then patented.
2. Farmers' rights and plant breeders' rights aim to protect the contributions of farmers and plant breeders. Farmers' rights recognize the role of farmers in conserving biodiversity, while plant breeders' rights provide legal protection for new plant varieties.
3. Biopiracy can negatively impact biodiversity and food security by altering the environment and reducing genetic diversity. The loss of biodiversity also means a loss of future options.
This document is a presentation on intellectual property protection for plants given by 10AB1R0042, Shajeeya Amren. It discusses various forms of intellectual property protection for plants including patents, plant breeder's rights, trademarks, and trade secrets. It provides information on requirements for different types of protection like patents requiring novelty, non-obviousness, and industrial applicability. The presentation also outlines different acts governing intellectual property in India and protection mechanisms provided by sample countries. In conclusion, it thanks the presenter's guides for their support.
This document summarizes intellectual property rights as they relate to plant breeding and genetics. It defines intellectual property and intellectual property rights, and describes the key forms of intellectual property rights including patents, copyrights, trademarks, and sui generis rights. It focuses on plant breeder rights (PBR), providing definitions and explaining features such as registration, duration, validity and requirements. The Protection of Plant Varieties and Farmers' Rights Act of 2001 is summarized, along with objectives, functions, rights it provides such as breeders' rights, researchers' rights and farmers' rights. Key terms are also defined like extant varieties, farmers' varieties, and essentially derived varieties.
plant variety protection and farmer actbabalu patel
The document provides an outline and overview of the Protection of Plant Varieties and Farmers' Rights Act. It discusses key topics like the objectives of providing plant variety protection and farmers' rights in India, criteria for registering plant varieties, rights granted to breeders of registered varieties, and procedures for applying for plant variety registration with the Protection of Plant Varieties and Farmers' Rights Authority. The document aims to explain the purpose and provisions of the Act related to protecting plant varieties and recognizing farmers' contributions in India.
The Botanical Survey of India was established in 1890 to survey, document, and conserve India's plant diversity. It has 15 regional centers and units across India and is headquartered in Kolkata. Its objectives include exploring and documenting plant diversity in ecosystems and protected areas, publishing floras, identifying threatened species, and conducting ex-situ conservation. It maintains herbarium collections of over 3 million specimens, some of which are type specimens, and living collections of over 175,000 plant accessions. Recent achievements include discovering new genera, species, and records for India as well as digitizing collections.
This document discusses plant breeders' rights, which provide intellectual property protection for new plant varieties. It defines plant breeders' rights, explains why they exist and their requirements. Plant breeders' rights give breeders exclusive commercial rights over a new plant variety for 25-30 years, allowing them to profit from their work and stimulate new variety development. The document outlines the rights and exceptions covered by plant breeders' rights and their role in encouraging the seed industry and genetic resources.
'Protection of Plant Varieties & Farmers’ Rights Act under Intellectual Prope...Palvi Mehta
ABSTRACT
Mehta .P.
India is mainly an agricultural country and agriculture sector provides livelihood to 65-70 percent of the total population. Farmer is the breeder, conserver and distributor of not only seeds but also responsible for conservation of vast genetic diversity resources. So there is a need to protect the rights of the farmers and provide reward and recognition to farmers & farmers’ community engaged in conservation and development of vast genetic diversity.
IPR provides protection to rights of original inventor through its different forms viz. patents, trademarks, copyrights, geographical indications and plant variety protection throughout the world. IPR in the context of agriculture could be provided either through a patent or a sui generis system for plant. Under TRIPS agreement, it is obligatory to India to protect new plant variety either through patent or sui generis system or through combination of both. India opted for a sui generis system and enacted the Protection of Plant Varieties and Farmers’ Rights Act, 2001 (PPVFR Act) to grant intellectual property rights to plant breeders, researchers and farmers and promoting plant breeding by vesting adequate IP rights protection which will boost further research and innovation in this field.
During the year of 2016–17 the authority received a total of 3569 applications of which 85% were filed by farmers. Apart from the 3041 farmers’ varieties, the public and private institutes submitted 230 applications of extant notified varieties, 221 applications of new varieties and 77 applications of varieties of common knowledge. In 2016–17, a total of 495 certificates of registration were issued. Of these, 288 belonged to farmers, 107 belonged to private organizations and 99 belonged to public organizations. In the last decade, the number of applications received annually has increased from 654 during 2007-08 to 3569 during 2016-17 (Annual Report 2016-2017)
Data on exchange of planting materials, release of notified varieties, seed production, seed replacement rate and public-private partnerships (PPP) are examined to ascertain the early impact of PVP on Indian seed industry. On the basis of evidence it is shown there is positive impact of PPVFR act on Indian seed industry (Venkatesh and Pal, 2014)
Being a decade old there is inadequacies in the effective implementation of act which are of grave concern to the seed industry and Indian agriculture which needs to resolve by the government and the authority to meet out the objectives of the act (Kumar PS et al. 2011).
In conclusion the PPV&FR act showcases that farmers’ and breeders’ rights can be protected under a single piece of legislation but there is need to focus more on farmers’ right than the breeders’ right for ensuring food security as India is an agricultural country. The major challenge of the act is unawareness among tribal communities who live in isolation in remote pocket of India.
Role of Intellectual Property Rights in vegetable technology transferMajid Rashid
the Candidate
Variety
Name of
Applicant
Date of
certificate issue
Protection period
up to
Provisional
protection claim
The document discusses various aspects of intellectual property rights (IPRs) in India, including the different types of IPRs and legislation governing them. It provides details about patents, geographical indications, plant variety protection, and other forms of IPRs as they relate to agriculture and plant breeding in India. It summarizes key laws and acts, application procedures, criteria for obtaining various IPRs, duration of protections, and examples of registered plant varieties.
The document discusses issues related to farmers' seed rights and intellectual property rights over seeds. It notes that increasing monopolies through patents and plant breeders' rights are undermining farmers' knowledge, diversity, and self-sufficiency. Any legislation around seeds should uphold farmers' rights to save, use, exchange and sell seeds as inalienable rights. It also discusses various international agreements and national laws related to plant variety protection and patents on seeds.
The document discusses India's Protection of Plant Varieties and Farmers' Rights Act of 2001. The key points covered are:
- The act aims to protect plant breeders' rights and recognize farmers' rights, fulfilling India's obligations under international agreements.
- It establishes a sui generis system for plant variety protection that balances the rights of breeders and farmers. Breeders' rights include exclusive rights to produce and sell registered varieties.
- Farmers' rights include saving and replanting seed, registering traditional varieties, compensation, and exemption from certain legal fees.
- The act covers 57 crop species and establishes rules for variety registration and protection periods, benefit sharing, infringement, and a
This document summarizes the key farmers' rights provisions in India's Protection of Plant Varieties and Farmers' Rights Act of 2001. It outlines 9 types of farmers' rights established by the Act, including the right to save and replant seed, register traditional varieties, receive compensation, benefit sharing, and free services to protect farmers' interests and encourage conservation of plant genetic resources.
Protection of plant vareities and farmers right act, 2001DNMadhushree1
REGISTERABLE PLANT VARIETIES (slide no.8)
(i) NEW VARIETY is a variety which is not in public domain
> In India earlier than 1 year before the date of filling the application;
> outside India, in the case of trees or vines earlier than 6 years or in any other case earlier than 4 years.
(ii) EXTANT VARIETY is a Variety available in India which is -
> Notified under section 5 of the Seeds Act, 1996; or
> A Farmers variety
> A variety about which there is common knowledge
(iii) FARMERS VARIETY is a variety which-
> Has been traditionally cultivated and evolved by the farmers in their fields;
> Is a wild relative or land race of a variety about which the farmers possess the common knowledge.
(iv) ESSENTIALLY DERIVED VARIETY in respect of a variety (the initial variety), shall be called when it -
> Is predominantly derived from a variety that itself is predominantly derived from an initial variety, while retaining the expression of the essential characteristics that result from the genotype or combination of genotype of such initial variety;
> Is clearly distinguishable from initial variety.
TEST TO BE CONDUCTED (slide no.12)
Every applicant shall, along with the application for registration, make available to the Registrar some quantity of seeds of a variety for registration of which such application is made for the purpose of conduction of test to evaluate whether the seeds of such variety along with parental material conform to the standards as may be specified by regulations.
The seeds samples received by the Authority will be properly tested for its purity and germination. A part of the seed sample will be sent to the test center for conduction of DUS tests and a part of it is kept by the Authority in the National Gene Bank to maintain the seeds samples of the registered varieties for their entire period of protection.
The DUS testing shall be field and multi-location based for at least 2 similar crop seasons. Special tests (laboratory based) shall be conducted only when DUS testing fails to establish the requirement of the distinctiveness.
Provided that in the case of trees and vines there shall be an option on the manner of the DUS testing that a panel of 3 experts shall visit the on-farm test sites for 2 similar crop seasons as may be specified.
The DUS test shall be necessary for all new and extant varieties except essentially derived varieties and it shall be conducted on a minimum of 2 locations. There are special guidelines for the DUS test for each crop.
This document discusses genetic resources, including their definition as genetic material with actual or potential value. It describes genetic resources for food and agriculture as the raw materials relied on to improve crop and livestock productivity. The principles of conserving genetic resources according to the Convention on Biological Diversity and International Treaty on Plant Genetic Resources are outlined. Commercial and non-commercial uses of genetic resources are examined, along with a case study of a bioprospecting program in Panama.
C1.2. Private and public interests: farmers' rights and breeders' rights. Ind...GCARD Conferences
The document discusses India's Protection of Plant Varieties and Farmers' Rights (PPV&FR) Act of 2001, which established a sui generis system for protecting plant breeders' rights and farmers' rights. It recognizes farmers' traditional rights and provides benefit-sharing for their role in conserving crop diversity. The PPV&FR Authority registers new plant varieties, extant varieties, and farmers' varieties. It has launched projects to promote registration of farmers' varieties and established a National Gene Fund for compensation and benefit-sharing. The Act also provides recognition and awards for communities conserving agrobiodiversity.
The document discusses the history of turmeric and the issues around patenting. It summarizes that in 1995, the US Patent Office granted a patent to the University of Mississippi Medical Center for "Use of Turmeric in Wound Healing." This patent was challenged by an Indian scientist, Dr. R A Mashelkar, who worked to increase awareness of intellectual property rights issues in India. The document then notes that going forward, the Council of Scientific and Industrial Research in India is creating a database of traditional Indian knowledge to prevent "bio-pirates" from patenting ideas that were previously known in Indian knowledge systems.
This document discusses the Basmati rice patent battle between RiceTec Inc., an American company, and India. RiceTec was granted a patent by the US Patent Office in 1997 to call aromatic rice grown outside of India "Basmati". India objected because Basmati rice is traditionally grown in India and Pakistan. While RiceTec claimed its rice was novel, India argued the patent violated geographical indication laws and would negatively impact Indian Basmati rice exports. Ultimately, RiceTec withdrew 15 of its 20 patent claims and removed the term "Basmati" in response to protests from India.
This document discusses intellectual property, specifically patents related to biotechnology. It defines intellectual property and notes that intellectual creations in fields like science, technology and the arts can be patented. The document outlines different types of intellectual property protections including copyrights, patents, trademarks, industrial designs, plant breeders' rights and trade secrets. It provides examples of biotechnology inventions that can be patented, such as genetically modified plants and microorganisms, DNA/RNA sequences, diagnostic tests and kits, and transgenic animals. The requirements for patenting biotechnological inventions are discussed.
IPR in AGRICULTURE PLANT BREEDER'S FARMER'S RIGHTSujjwal sirohi
The document discusses intellectual property rights in agriculture, specifically plant breeders' rights and farmers' rights under Indian law. It provides definitions and explanations of key concepts like intellectual property, plant varieties, criteria for protection, farmers' rights and breeders' rights. The main points covered are the Protection of Plant Varieties and Farmers' Rights Act 2001 which provides for registration of plant varieties and compensation for plant breeders and recognition of farmers' contributions to seed varieties.
The document discusses intellectual property rights (IPR) related to plant varieties in India. It provides a history of IPR in India and describes the main forms of IPR - patents, copyrights, trade secrets, and plant breeders' rights. It focuses on plant breeders' rights and the Protection of Plant Varieties and Farmers' Rights Act 2001 (PPVFR), which aims to recognize farmers' contributions and encourage new plant variety development. The PPVFR establishes rules for registering new varieties, extant varieties, farmers' varieties, and essentially derived varieties to protect plant breeders' and farmers' rights in India.
This document discusses ownership of plant varieties and the introduction of intellectual property rights (IPRs) on plant varieties. It explains that IPRs on plant varieties, known as plant breeder's rights (PBRs), give the creator exclusive commercialization rights over a new variety for a specified period. India enacted the Protection of Plant Varieties and Farmers' Rights Act to recognize the contributions of farmers and breeders, and fulfill international agreements. The Act allows registration of varieties to establish PBRs, but questions remain over farmers' rights to save and exchange seeds of registered varieties.
This presentation discusses plant variety protection under Indian and international law. It provides an overview of the need for intellectual property protections for new plant varieties to encourage breeding. It describes mechanisms for protection including plant breeder's rights under UPOV and patents. The key differences between plant breeder's rights and patents are explained. The presentation also discusses India's Protection of Plant Varieties and Farmers' Rights Act, which takes a sui generis approach as allowed under TRIPS. The criteria for protection and rights granted under the Indian law are summarized.
1. Biopiracy refers to the unauthorized commercial use of genetic resources and traditional knowledge. It occurs when biological material or traditional knowledge is collected without permission from the indigenous community and then patented.
2. Farmers' rights and plant breeders' rights aim to protect the contributions of farmers and plant breeders. Farmers' rights recognize the role of farmers in conserving biodiversity, while plant breeders' rights provide legal protection for new plant varieties.
3. Biopiracy can negatively impact biodiversity and food security by altering the environment and reducing genetic diversity. The loss of biodiversity also means a loss of future options.
This document is a presentation on intellectual property protection for plants given by 10AB1R0042, Shajeeya Amren. It discusses various forms of intellectual property protection for plants including patents, plant breeder's rights, trademarks, and trade secrets. It provides information on requirements for different types of protection like patents requiring novelty, non-obviousness, and industrial applicability. The presentation also outlines different acts governing intellectual property in India and protection mechanisms provided by sample countries. In conclusion, it thanks the presenter's guides for their support.
This document summarizes intellectual property rights as they relate to plant breeding and genetics. It defines intellectual property and intellectual property rights, and describes the key forms of intellectual property rights including patents, copyrights, trademarks, and sui generis rights. It focuses on plant breeder rights (PBR), providing definitions and explaining features such as registration, duration, validity and requirements. The Protection of Plant Varieties and Farmers' Rights Act of 2001 is summarized, along with objectives, functions, rights it provides such as breeders' rights, researchers' rights and farmers' rights. Key terms are also defined like extant varieties, farmers' varieties, and essentially derived varieties.
plant variety protection and farmer actbabalu patel
The document provides an outline and overview of the Protection of Plant Varieties and Farmers' Rights Act. It discusses key topics like the objectives of providing plant variety protection and farmers' rights in India, criteria for registering plant varieties, rights granted to breeders of registered varieties, and procedures for applying for plant variety registration with the Protection of Plant Varieties and Farmers' Rights Authority. The document aims to explain the purpose and provisions of the Act related to protecting plant varieties and recognizing farmers' contributions in India.
The Botanical Survey of India was established in 1890 to survey, document, and conserve India's plant diversity. It has 15 regional centers and units across India and is headquartered in Kolkata. Its objectives include exploring and documenting plant diversity in ecosystems and protected areas, publishing floras, identifying threatened species, and conducting ex-situ conservation. It maintains herbarium collections of over 3 million specimens, some of which are type specimens, and living collections of over 175,000 plant accessions. Recent achievements include discovering new genera, species, and records for India as well as digitizing collections.
This document discusses plant breeders' rights, which provide intellectual property protection for new plant varieties. It defines plant breeders' rights, explains why they exist and their requirements. Plant breeders' rights give breeders exclusive commercial rights over a new plant variety for 25-30 years, allowing them to profit from their work and stimulate new variety development. The document outlines the rights and exceptions covered by plant breeders' rights and their role in encouraging the seed industry and genetic resources.
'Protection of Plant Varieties & Farmers’ Rights Act under Intellectual Prope...Palvi Mehta
ABSTRACT
Mehta .P.
India is mainly an agricultural country and agriculture sector provides livelihood to 65-70 percent of the total population. Farmer is the breeder, conserver and distributor of not only seeds but also responsible for conservation of vast genetic diversity resources. So there is a need to protect the rights of the farmers and provide reward and recognition to farmers & farmers’ community engaged in conservation and development of vast genetic diversity.
IPR provides protection to rights of original inventor through its different forms viz. patents, trademarks, copyrights, geographical indications and plant variety protection throughout the world. IPR in the context of agriculture could be provided either through a patent or a sui generis system for plant. Under TRIPS agreement, it is obligatory to India to protect new plant variety either through patent or sui generis system or through combination of both. India opted for a sui generis system and enacted the Protection of Plant Varieties and Farmers’ Rights Act, 2001 (PPVFR Act) to grant intellectual property rights to plant breeders, researchers and farmers and promoting plant breeding by vesting adequate IP rights protection which will boost further research and innovation in this field.
During the year of 2016–17 the authority received a total of 3569 applications of which 85% were filed by farmers. Apart from the 3041 farmers’ varieties, the public and private institutes submitted 230 applications of extant notified varieties, 221 applications of new varieties and 77 applications of varieties of common knowledge. In 2016–17, a total of 495 certificates of registration were issued. Of these, 288 belonged to farmers, 107 belonged to private organizations and 99 belonged to public organizations. In the last decade, the number of applications received annually has increased from 654 during 2007-08 to 3569 during 2016-17 (Annual Report 2016-2017)
Data on exchange of planting materials, release of notified varieties, seed production, seed replacement rate and public-private partnerships (PPP) are examined to ascertain the early impact of PVP on Indian seed industry. On the basis of evidence it is shown there is positive impact of PPVFR act on Indian seed industry (Venkatesh and Pal, 2014)
Being a decade old there is inadequacies in the effective implementation of act which are of grave concern to the seed industry and Indian agriculture which needs to resolve by the government and the authority to meet out the objectives of the act (Kumar PS et al. 2011).
In conclusion the PPV&FR act showcases that farmers’ and breeders’ rights can be protected under a single piece of legislation but there is need to focus more on farmers’ right than the breeders’ right for ensuring food security as India is an agricultural country. The major challenge of the act is unawareness among tribal communities who live in isolation in remote pocket of India.
Role of Intellectual Property Rights in vegetable technology transferMajid Rashid
the Candidate
Variety
Name of
Applicant
Date of
certificate issue
Protection period
up to
Provisional
protection claim
The document discusses various aspects of intellectual property rights (IPRs) in India, including the different types of IPRs and legislation governing them. It provides details about patents, geographical indications, plant variety protection, and other forms of IPRs as they relate to agriculture and plant breeding in India. It summarizes key laws and acts, application procedures, criteria for obtaining various IPRs, duration of protections, and examples of registered plant varieties.
The document discusses issues related to farmers' seed rights and intellectual property rights over seeds. It notes that increasing monopolies through patents and plant breeders' rights are undermining farmers' knowledge, diversity, and self-sufficiency. Any legislation around seeds should uphold farmers' rights to save, use, exchange and sell seeds as inalienable rights. It also discusses various international agreements and national laws related to plant variety protection and patents on seeds.
The document discusses India's Protection of Plant Varieties and Farmers' Rights Act of 2001. The key points covered are:
- The act aims to protect plant breeders' rights and recognize farmers' rights, fulfilling India's obligations under international agreements.
- It establishes a sui generis system for plant variety protection that balances the rights of breeders and farmers. Breeders' rights include exclusive rights to produce and sell registered varieties.
- Farmers' rights include saving and replanting seed, registering traditional varieties, compensation, and exemption from certain legal fees.
- The act covers 57 crop species and establishes rules for variety registration and protection periods, benefit sharing, infringement, and a
This document summarizes the key farmers' rights provisions in India's Protection of Plant Varieties and Farmers' Rights Act of 2001. It outlines 9 types of farmers' rights established by the Act, including the right to save and replant seed, register traditional varieties, receive compensation, benefit sharing, and free services to protect farmers' interests and encourage conservation of plant genetic resources.
Protection of plant vareities and farmers right act, 2001DNMadhushree1
REGISTERABLE PLANT VARIETIES (slide no.8)
(i) NEW VARIETY is a variety which is not in public domain
> In India earlier than 1 year before the date of filling the application;
> outside India, in the case of trees or vines earlier than 6 years or in any other case earlier than 4 years.
(ii) EXTANT VARIETY is a Variety available in India which is -
> Notified under section 5 of the Seeds Act, 1996; or
> A Farmers variety
> A variety about which there is common knowledge
(iii) FARMERS VARIETY is a variety which-
> Has been traditionally cultivated and evolved by the farmers in their fields;
> Is a wild relative or land race of a variety about which the farmers possess the common knowledge.
(iv) ESSENTIALLY DERIVED VARIETY in respect of a variety (the initial variety), shall be called when it -
> Is predominantly derived from a variety that itself is predominantly derived from an initial variety, while retaining the expression of the essential characteristics that result from the genotype or combination of genotype of such initial variety;
> Is clearly distinguishable from initial variety.
TEST TO BE CONDUCTED (slide no.12)
Every applicant shall, along with the application for registration, make available to the Registrar some quantity of seeds of a variety for registration of which such application is made for the purpose of conduction of test to evaluate whether the seeds of such variety along with parental material conform to the standards as may be specified by regulations.
The seeds samples received by the Authority will be properly tested for its purity and germination. A part of the seed sample will be sent to the test center for conduction of DUS tests and a part of it is kept by the Authority in the National Gene Bank to maintain the seeds samples of the registered varieties for their entire period of protection.
The DUS testing shall be field and multi-location based for at least 2 similar crop seasons. Special tests (laboratory based) shall be conducted only when DUS testing fails to establish the requirement of the distinctiveness.
Provided that in the case of trees and vines there shall be an option on the manner of the DUS testing that a panel of 3 experts shall visit the on-farm test sites for 2 similar crop seasons as may be specified.
The DUS test shall be necessary for all new and extant varieties except essentially derived varieties and it shall be conducted on a minimum of 2 locations. There are special guidelines for the DUS test for each crop.
This document discusses genetic resources, including their definition as genetic material with actual or potential value. It describes genetic resources for food and agriculture as the raw materials relied on to improve crop and livestock productivity. The principles of conserving genetic resources according to the Convention on Biological Diversity and International Treaty on Plant Genetic Resources are outlined. Commercial and non-commercial uses of genetic resources are examined, along with a case study of a bioprospecting program in Panama.
C1.2. Private and public interests: farmers' rights and breeders' rights. Ind...GCARD Conferences
The document discusses India's Protection of Plant Varieties and Farmers' Rights (PPV&FR) Act of 2001, which established a sui generis system for protecting plant breeders' rights and farmers' rights. It recognizes farmers' traditional rights and provides benefit-sharing for their role in conserving crop diversity. The PPV&FR Authority registers new plant varieties, extant varieties, and farmers' varieties. It has launched projects to promote registration of farmers' varieties and established a National Gene Fund for compensation and benefit-sharing. The Act also provides recognition and awards for communities conserving agrobiodiversity.
The document discusses the history of turmeric and the issues around patenting. It summarizes that in 1995, the US Patent Office granted a patent to the University of Mississippi Medical Center for "Use of Turmeric in Wound Healing." This patent was challenged by an Indian scientist, Dr. R A Mashelkar, who worked to increase awareness of intellectual property rights issues in India. The document then notes that going forward, the Council of Scientific and Industrial Research in India is creating a database of traditional Indian knowledge to prevent "bio-pirates" from patenting ideas that were previously known in Indian knowledge systems.
This document discusses the Basmati rice patent battle between RiceTec Inc., an American company, and India. RiceTec was granted a patent by the US Patent Office in 1997 to call aromatic rice grown outside of India "Basmati". India objected because Basmati rice is traditionally grown in India and Pakistan. While RiceTec claimed its rice was novel, India argued the patent violated geographical indication laws and would negatively impact Indian Basmati rice exports. Ultimately, RiceTec withdrew 15 of its 20 patent claims and removed the term "Basmati" in response to protests from India.
RiceTec Inc., an American company, was granted a patent by the US patent office to call its aromatic rice "Basmati" even though Basmati rice is specifically grown in certain regions of India and Pakistan. This patent threatens those countries' exports of authentic Basmati rice to the US market and violates the fact that only rice from certain regions can be called Basmati. Critics argue the patent amounts to biopiracy and theft of India's collective intellectual property and biodiversity.
1) The document summarizes 5 patent related case studies involving pharmaceutical companies. The first case discusses Novartis' attempt to patent the cancer drug Gleevec in India and the Indian Supreme Court's rejection of the patent.
2) The second case discusses an American company's attempt to patent Basmati rice in the US and its subsequent cancellation due to violation of Geographical Indications.
3) The third case discusses a multinational corporation's attempts to patent neem extracts and its uses, which was opposed by an Indian organization and eventually revoked.
4) The fourth case discusses the attempted patent of turmeric for wound healing by a US institution, which was cancelled after opposition from India.
5
Basmati rice is a fragrant, long-grain rice variety primarily grown in India and Pakistan, with India cultivating over 776,000 hectares of basmati. Some common basmati varieties include Pusa, Taraori, Pusa 1121, and Basmati 370. Basmati rice originates from the Himalayan foothills and is characterized by its long, non-sticky grains that are translucent white in color with a distinctive, exotic flavor and aroma. India has a significant export market for basmati rice.
Intellectual property rights(I.P.R.) and traditional knowledge protection of ...Abhishek Singh
This document discusses traditional knowledge protection and provides examples of biopiracy cases involving neem, turmeric, and other plants from India. It describes how traditional knowledge from India regarding the medical properties of plants like neem and turmeric was patented in other countries. For example, the US Patent and Trademark Office granted a patent for wound healing properties of turmeric, despite it being used traditionally in India for thousands of years. Both these patents were later revoked after India provided evidence of prior art. The document advocates for protecting traditional knowledge from misappropriation and promoting its sustainable use.
The document provides an overview of copyright guidelines for digital media, including what is protected by copyright, fair use guidelines for educators, how to claim copyright for original works, and scenarios applying copyright concepts. It discusses the types of copyrighted works, what copyright allows, copyright infringement vs plagiarism, and the four factors of fair use. It also introduces Creative Commons as an organization promoting sharing works while maintaining some copyright benefits and provides resources on copyright policies and licenses.
The government of India initially reacted strongly against the patent granted to RiceTec Inc. for basmati rice. It stated it would urge the US patent office to re-examine the patent to protect Indian interests, particularly growers and exporters. However, India had largely ignored legal protection for basmati growers and marketers for years. A bill to recognize geographical indications had been introduced but was still pending, making India's appeal against the US patent weak given basmati was also not protected geographically within India.
The document discusses copyright issues that have arisen in the digital era. It covers topics like how digital technologies have impacted traditional copyright concepts, prominent copyright issues classified into three groups, and techniques developed to protect copyrighted works digitally like digital rights management, access controls, encryption, and digital watermarking. The document also discusses provisions in Indian copyright law addressing emerging digital copyright concerns.
Developed countries are exploiting genetic resources and traditional knowledge from developing countries by patenting products derived from them without authorization or compensation. This is known as biopiracy. Examples discussed include patents granted on neem, turmeric, and basmati rice that were later revoked due to the traditional use and knowledge of these resources in their countries of origin. Biopiracy is criticized as being unfair and a threat to indigenous cultures by restricting local communities' use of their own traditional knowledge and resources. International efforts are working to establish laws protecting traditional resource use and knowledge.
The document provides an introduction to the history and development of the Internet and World Wide Web. It discusses the origins of ARPANET in the 1960s, the development of protocols like TCP and IP, and the invention of the World Wide Web in the 1980s and 1990s which led to widespread commercial use of the Internet. It also summarizes key technologies and standards like HTML, HTTP, and the role of organizations like W3C.
Case Study on Basamati Rice Patent BattleAbhishekvb
This document discusses a patent battle between India and an American company, RiceTec Inc., over the use of the term "Basmati" rice. In 1997, RiceTec was granted a patent by the US patent office to call aromatic rice grown outside of India "Basmati." India objected because Basmati rice is traditionally grown in India and Pakistan. While RiceTec claimed its rice had similar characteristics to Basmati rice, India argued the patent violated geographical indication laws and would negatively impact its Basmati rice exports. After pressure from India, RiceTec withdrew 15 of its 20 patent claims and removed its claim over the name "Basmati."
Mr. Prem Patil prepared this document on patents under the guidance of Mrs. Swati Gupta at Apeejay Stya University in Sohna. The document discusses intellectual property rights including patents, designs, trademarks, and copyright. It defines what constitutes an invention and provides an overview of the history of patents. The stages to obtain a patent including filing, examination, grant or withdrawal are outlined. The document also discusses who benefits from patents, the rights they provide, and the importance and limitations of patent information.
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Search Engines Demystified. The presentation covers about types of engines, search engine internal, comparative study, indexing, searching, information retrieval, inverted index, clustering, meta search engines, semantic search, search engine optimization, search evaluation, how to do search, search architecture and more.
Patenting aspects of traditional knowledge and natural products(curcuma & neem)Mohammad Khalid
Patenting aspects of Traditional Knowledge and Natural Products. Case study of Curcuma
& Neem.
Introduction
Meaning Of Traditional Knowledge
Patents And Traditional Knowledge In India
Traditional Knowledge In Danger
Turmeric Patent
Neem Patent
WHAT INDIA NEEDS TO DO?
This document discusses traditional knowledge (TK) associated with biological resources and biodiversity in India. It provides examples of biopiracy where foreign corporations have patented products or processes derived from Indian TK without compensation. National laws like the Biological Diversity Act of 2002 aim to regulate access to genetic resources and protect TK from misappropriation. The Convention on Biological Diversity also recognizes the rights of indigenous groups over TK related to genetic resources.
This document discusses the need to protect traditional knowledge. It provides background on what traditional knowledge is, noting that it is collectively owned knowledge passed down orally over generations related to areas like agriculture, health and environment. It discusses how traditional knowledge is under threat and being misappropriated, providing examples like cases where knowledge around neem, turmeric and basmati rice were patented by foreign entities. The document also discusses the benefits of protecting traditional knowledge, like preserving communities' knowledge bases and allowing them to benefit from the commercialization of that knowledge. It argues governments have a role to play in harnessing traditional knowledge.
- The document discusses a 1995 patent granted to two American researchers for using turmeric to promote wound healing. However, turmeric has been used in India for wound healing for thousands of years.
- In 1997, the Council of Scientific and Industrial Research (CSIR) successfully challenged the patent by providing evidence that turmeric's wound healing properties were prior art. The patent was revoked.
- This "Turmeric Case" is considered a landmark ruling, showing how traditional knowledge from developing countries can be inappropriately patented if not properly represented as prior art. It highlights the need for protection of traditional knowledge.
This document discusses traditional knowledge in India, biopiracy, and efforts to protect traditional knowledge from misappropriation through improper patenting. Some key points:
- India has a wealth of traditional knowledge related to agriculture, medicine, and biodiversity held by indigenous communities over generations.
- Biopiracy refers to the unauthorized commercial use of traditional knowledge and genetic resources through patents without compensation to indigenous groups. Several cases of biopiracy involving neem, turmeric, basmati rice, and other Indian resources are described.
- Efforts to curb biopiracy include India's Traditional Knowledge Digital Library, international agreements like the Convention on Biological Diversity, and requirements to disclose the source and origin of biological
This document discusses traditional knowledge protection and examples of biopiracy related to traditional Indian knowledge. It provides context on defensive protection through databases and positive protection through intellectual property rights. Examples are given of neem, turmeric, and mixtures of jamun, bitter gourd, and eggplant being improperly patented in other countries despite their traditional use in India for thousands of years as documented in ancient texts. India has developed a Traditional Knowledge Digital Library to document traditional knowledge and prevent biopiracy patents.
Traditional knowledge changing scenario in indiaManjappa Ganiger
1) Traditional knowledge is the accumulated wisdom, knowledge, and teachings of indigenous communities handed down through generations orally or through cultural expressions. It encompasses agricultural knowledge, medicinal knowledge, and expressions of folklore.
2) Efforts are being made in India to document traditional knowledge through community biodiversity registers and digital libraries to protect it from unauthorized use. Mechanisms like benefit sharing agreements and prior informed consent also aim to protect traditional knowledge holders' rights.
3) Traditional knowledge plays a significant role in developing India's systems of medicine like Ayurveda. Many medicinal plants traditionally used by tribes for centuries now find acceptance in these medical systems and even modern medicine.
1. The document discusses various intellectual property rights related to natural products, including patents, plant breeder's rights, farmer's rights, and bioprospecting.
2. It provides examples of patents granted on natural products like turmeric and neem that were challenged for lacking novelty, as the knowledge was pre-existing in traditional Indian medicine.
3. The turmeric case is highlighted as the first patent re-examination where rejection was based on presentation of traditional knowledge.
This document provides details about a case involving an American company, RiceTec Inc., obtaining a patent from the US Patent Office in 1997 to call its variety of aromatic rice "Basmati". This was challenged by the Indian government and NGOs on the basis that Basmati rice is uniquely grown in northern India and Pakistan. The US Patent Office eventually revoked some of RiceTec's claims. The document discusses whether items like turmeric, neem, and the name "Basmati" can be patented under international intellectual property law. It evaluates the role of the Indian government in preventing misuse of the Basmati name.
This document discusses patenting of herbal drugs and traditional knowledge. It provides 3 key points about traditional knowledge: 1) it is passed down through generations within communities, 2) it is often informal and oral so not protected by intellectual property systems, and 3) some countries are developing their own systems to protect traditional knowledge. The document then discusses objectives of patents, examples of patentable natural products including new formulations and compositions, new uses, and modifications of natural compounds. It provides case studies on patents of Neem and Turmeric and how those patents were revoked due to evidence that the knowledge was not novel but had been used traditionally in India for centuries.
The document discusses issues around intellectual property rights as they relate to traditional knowledge of medicinal plants in India. It notes that many Indian plants and their medicinal uses have been patented by foreign countries. In response, the Government of India has created a Traditional Knowledge Digital Library (TKDL) to document traditional knowledge about Indian medicinal plants and make this information accessible to patent offices worldwide to prevent incorrect patents. The TKDL currently includes information on 35,000 Ayurvedic verses and 140,000 pages of data on medicinal plants translated into multiple languages. There is a need to further document indigenous knowledge about Indian plants, convert it to an accessible database, and translate classical language texts to protect intellectual property rights and traditional knowledge.
The document discusses various aspects of patenting and regulating natural products. It defines what a patent is and explains intellectual property rights. It provides examples of patents on natural products for new formulations, new uses of constituents, and modified natural compounds. It also discusses biopiracy and provides case studies on patents granted on turmeric and neem in other countries. Finally, it outlines WHO guidelines and recommendations for regulating herbal medicines in South East Asia.
This document discusses the patentability of live organisms. It begins by explaining what patents are and the criteria for patentability. It then discusses how traditionally only inventions could be patented, but now living things like cells, bacteria, and extracts from plants have also been patented. The US initially only allowed patents on microorganisms, but later expanded this to include animals and modified life forms. Several controversial patents have been granted, such as on the OncoMouse and human genes. While many see issues with patenting life, proponents argue it encourages innovation. The document reviews patenting scenarios in countries like the US, India, and under international agreements.
The document discusses scaling up biodiversity management for resilience and sustainability. It notes M.S. Swaminathan's pioneering contributions in areas like the green revolution and farmers' rights. International law on biodiversity and genetic resources needs further development to build resilience and sustainability through exploration and discovery. Research and education in agro-ecology technology also needs enhancing to achieve biotech-led solutions in applied genetics and plant breeding.
This document summarizes key aspects of the Convention on Biological Diversity as it relates to intellectual property rights. It discusses how the TRIPS agreement excludes plants, animals, and essential biological processes from patentability, but this does not prevent patents in other countries. It also defines biopiracy and bioprospecting, and provides examples of both including a case where a neem patent was revoked. Finally, it outlines India's framework for governing access to biological resources and traditional knowledge through the National Biodiversity Authority and State Biodiversity Boards.
The document discusses patenting and regulatory requirements for natural products. It defines key terms like patents, intellectual property rights, farmers' rights, breeder's rights, bioprospecting, and biopiracy. It provides examples of patentable and non-patentable natural products. The document also presents two case studies: one on turmeric where a US patent was cancelled due to evidence of prior traditional knowledge in India, and one on neem where a European patent was rejected for similar reasons.
1st JUNE Best UPSC Coaching in HyderabadEkam Acadamy
Best UPSC Coaching in Hyderabad - Best UPSC Coaching
Ekam IAS Academy offers time-bound practice sessions to help you improve your speed and accuracy. Remember to prioritize your physical and mental well-being during your preparation. Maintain a healthy lifestyle, practice mindfulness, and take regular breaks to recharge your energy and focus.
EKAM IAS Academy is committed to empowering aspirants like you to achieve success in the APPSC examination. With our comprehensive guidance and resources, you can embark on your preparation journey with confidence and determination.
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Economic Botany Ethnomedicine and Phytochemistry | NEP 2020 BookPragati Prakashan
This textbook "Economic Botany Ethnomedicine & Phytochemistry" has been written according to NEP 2020 to meet the requirements of B.Sc. II Year, IV Semester students of all U.P. State Universities. The book is written by highly experienced Authors Dr. Depak Kumar Singh, Dr. Haseen Ahmed, and Dr. Jainendra Pathak. This book includes a well-summarized and in-depth discussion of the toughest topics presented in a simple and easy-to-understand manner.
The book can also be used as a reference book by other universities.
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The recent surge in pro-Palestine student activism has prompted significant responses from universities, ranging from negotiations and divestment commitments to increased transparency about investments in companies supporting the war on Gaza. This activism has led to the cessation of student encampments but also highlighted the substantial sacrifices made by students, including academic disruptions and personal risks. The primary drivers of these protests are poor university administration, lack of transparency, and inadequate communication between officials and students. This study examines the profound emotional, psychological, and professional impacts on students engaged in pro-Palestine protests, focusing on Generation Z's (Gen-Z) activism dynamics. This paper explores the significant sacrifices made by these students and even the professors supporting the pro-Palestine movement, with a focus on recent global movements. Through an in-depth analysis of printed and electronic media, the study examines the impacts of these sacrifices on the academic and personal lives of those involved. The paper highlights examples from various universities, demonstrating student activism's long-term and short-term effects, including disciplinary actions, social backlash, and career implications. The researchers also explore the broader implications of student sacrifices. The findings reveal that these sacrifices are driven by a profound commitment to justice and human rights, and are influenced by the increasing availability of information, peer interactions, and personal convictions. The study also discusses the broader implications of this activism, comparing it to historical precedents and assessing its potential to influence policy and public opinion. The emotional and psychological toll on student activists is significant, but their sense of purpose and community support mitigates some of these challenges. However, the researchers call for acknowledging the broader Impact of these sacrifices on the future global movement of FreePalestine.
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A Visual Guide to 1 Samuel | A Tale of Two HeartsSteve Thomason
These slides walk through the story of 1 Samuel. Samuel is the last judge of Israel. The people reject God and want a king. Saul is anointed as the first king, but he is not a good king. David, the shepherd boy is anointed and Saul is envious of him. David shows honor while Saul continues to self destruct.
4. INTRODUCTION
India, unlike most developing countries, is gifted with
wide range of biodiversity.
Indian culture utilizing this biodiversity from thousands
of year which is documented in ayurveda.
This has generated traditional knowledge which passed
from year to year, generation to generation.
Many developing countries still did not documented this
valuable knowledge due to lack of awareness, its need,
technology.
Developed countries like USA exploiting its scientific
base, patenting it, making it their own property.
4
5. It has caused great economic loss to developing
countries.
E.g. Yoga positions, Neem case - INDIA,
Apple case – Japan
Apple Vs Samsung case (South Korea).
5
7. Basmati – India’s Heritage
Bas – aroma and Mati – earth [in Sanskrit].
Basmati is a slender, aromatic long-grain rice with a
nutty taste and delicate texture.
Basmati is
originally
cultivated in INDIA
and pakistan.
Major areas in
India were
PUNJAB,
HARYAYANA,
Himalayan regions.
7
8. Characteristics of Basmati :-
Serial
No. Characteristics
Basmati
(in-mm)
Basmati
(Para
boiled)
Parmal
(PR-106)
1
Average Length of
uncooked rice 7.3 7.5 7.0
2
Average breadth of
uncooked rice 1.9 1.9 2.1
3
Average L/B ratio
of uncooked rice 3.8 3.9 3.3
4
Average length of
cooked rice 8.9 8.9 5.6
5
Average breadth
of cooked rice 2.2 2.2 3.1
8
9. Patent details
US PATENT NO. – 5663484
ORGNISATION – RICETEC INC., TEXAS,USA
Scientist - Eugenio S. Surreal, John A. Mann, James
Edward Stroike, Robin D. Andrews
PATENT FILED – 8 JULY 1994
PATENT GRANTED – 2 SEPT,1997
TOTAL CLAIMS – 20
RICE LINES DEVELOPED – 3 (Bas 867, RT1117,RT1121)
RIGHTS ALLOTTED - Use of the term ‘basmati’,
- Proprietary rights on the seeds and
grains from any crosses.
9
10. Case
Commercial names for there rice – Texmati, Kasmati
(before allowing patent).
Claims to overcome inherent deficiencies of “traditional
Basmati” including
photoperiod sensitive - long maturity period
low-yielding
disease - susceptible
tall plant prone to lodging.
Ricetec crossed native American variety with basmati, and
invented new rice lines.
10
12. Impact on Indian economy-
i) Displacement of basmati exports from India and Pakistan ;
ii) Monopolization of basmati seed supplies ;
iii) Research work involving basmati.
To tackle this, India formed committee comprises of
ICAR, APEDA, CSIR, AIREA.
12
13. India initially objected for following claims (Claim
no.1,15 and 16)
a. Starch index = 27-35.
b. Length = 6.2-8 mm, width = 1.6-1.9 mm, l/w= 3.5-4.5 .
c. Length increase in 75 to 150 % when cooked.
d. Burst index= 1-4.
e. 2 acetyle-L-pyrroline content =150-2000 ppb.
After its successful revocation, India again filed
application for re-examination of other claims.
13
14. US National agricultural services (1998) states that-
"Almost 75 per cent of the US rice imports are the
Jasmine rice from Thailand and most of the remainder
are from India and Pakistan, varieties that currently
cannot be grown in the US."
An Indian company Khushi Ram Behari Lal Ltd., in their
profile, claim that four generations of the family have
been in the rice business since 1889.
This further supports the argument that Basmati has
existed in India and Pakistan for centuries and as such
cannot be patented by the US.
14
15. Finally USPTO, on 14 august 2001, accepted India's
challenge and changed 15 claims (claims 1-7, 12 to 20).
Same case was fought by India with countries like UK,
brazil, Greece, Colombia and successfully revoked.
15
17. Importance to INDIA
Turmeric (Curcuma longa) is a perennial plant, which is
native to the tropical regions of Southern Asia.
It is a plant that is frequently used in regional cooking as
well as having a central place in Ayurvedic and Chinese
medicine to treat various ailments.
Its use within the medicinal field has been found to help
against among other things inflammations, digestive
disorders, liver diseases and cancer.
It is also indefinite part of Indian kitchen.
17
18. Patent details
US patent no. – 5401504
Organization – University of Mississippi Medical Center
Scientist - Suman K. Das and Hari Har P. Cohly
Patent filed – December 18, 1993
Patent granted - March 28, 1995
Claims – Use of turmeric in wound healing
Rights allotted - To sell and distribute turmeric .
18
19. Case
The patent claimed that the administration of an
effective amount of turmeric locally and orally to
enhance the wound healing process.
Council of scientific and industrial research (CSIR), India
filed an application for reexamination of patent on the
basis of evidence of “prior art”. (in 1996)
Total 32 reference given by CSIR and literature from
Ayurvedic and other historic sources stating its use as
medicine.
University agreed to stepped back.
19
22. University again challenged by stating
“The powder and paste had different physical
properties, i.e. bio-availability and absorbability, and
therefore, one of ordinary skill in the art would not expect,
with any reasonable degree of certainty, that a powdered
material would be useful in the same application as a paste
of the same material. The inventors, further, mentioned
that oral administration was available only with honey and
honey itself was considered to have wound healing
properties.”
Again in 1997, USPTO rejected the application stating that
both powder and paste has the same effect on wound
healing.
Finally the case was OVER.
22
25. Patent details
US patent No. – 4259444
Organization – General Electric
Scientist- Ananda Mohan Chakrabarty
Patent filed -7 June,1972
Patent Granted – 31 March, 1980
Product - Pseudomonas putida
Claims –The method of producing the bacterium.
-An inoculums composed of a carrier material
and the bacterium.
-The genetically engineered bacterium itself.
25
26. Need arises due to……
Petro-chemical industries has a big issue after them
“How to recycle or process waste oil?”
They came to know about some bacterial strains which
having that ability.
These strains degrade hydrocarbons from oils and
convert it to useful product that is edible for fishes and
other marine organisms.
They tried the different mixture of these strains but
none of them found much effective to degrade oil spills.
This may be due surveillance, hydrocarbon specificity,
environmental conditions.
26
27. What Chakrabarty done?????
He developed this bacterium by engineering a way for
multiple plasmids, each of which is able to break down
different hydrocarbon components of the crude oil, to
be incorporated into a single bacterium.
This genetically engineered bacterium was capable of
breaking down oil spills at a much faster rate than
naturally occurring bacteria.
As importantly, it was not affected by varying
environmental conditions.
Targeted hydrocarbons :- Camphor, octane, salicylate,
naphthalene.
27
28. Case
Two claims accepted but the main issue is on 3rd claims
which is on “Genetically engineered Bacteria”.
USPTO rejected stating that “natural living organism are
not patentable” under Section 101 of Title 35 U.S.C.
Then Chakrabarty and his team decided to go to US
court.
The question before the Court was whether the claimed
microorganism constituted a “manufacture” or
“composition of matter” within the meaning of the US
Patent Act.
28
29. The Supreme Court disagreed, deciding by a five-to-four
majority that a patent may be obtained on “anything
under the sun that is made by man.”
USPTO forced to change there rule and grant patent to
Chakrabarty.
29
30. INDIA’S footstep:-
India has initiated an attempt to document traditional
knowledge in written as well as electronic form by means of
People’s Biodiversity Registers (PBR):-
Foundation for Revitalization of Local Health Traditions
(FRLHT) and supported by the Centre for Ecological
Sciences (CES).
To build an open and transparent information system on
biodiversity resources from the village level upwards.
To promote the sustainable management of biodiversity
resources.
30
31. Traditional Knowledge Digital Library (TKDL):-
Controller General of Patents, Design and Trade Marks;
CSIR through its National Institute of Science
Communication And Information Resources (NISCAIR);
and Department of Ayurveda, Yoga & Naturopathy, Unani,
Siddha and Homeopathy (AYUSH).
Translate Indian traditional knowledge originally
available in native Languages to five international
languages namely English, French, German, Spanish and
Japanese.
Access to ‘prior art’ to international patent offices.
31
33. CONCLUSION
India is one of the huge markets for global investors,
because of its great diversity and abundance of natural
resources.
In the era of globalization, we, the citizens of India,
must contribute to protect our this traditional
knowledge.
It will bring huge amount of foreign exchange which will
push Indian economy significantly.
This traditional knowledge can also be utilized for
producing GMO’s.
So, our focus should be on more desired transgenic
events to be patented.
33