tailieunhanh - The Protection of Biodiversity and Traditional Knowledge in International Law of Intellectual Property

The relationships between international intellectual property treaties, the United Nations international environmental treaties (first and fore- most the convention on Biological Diversity), the relevant customary norms and soft law form a complex network of obligations that some- times conflict with each other. The first set of treaties creates private rights while the latter affirms the sovereignty rights of States over genetic resources and related knowledge and creates international regimes of exploitation of the same | CaiBfcfldRe intellectual Property and MformaUon law The Protection of Biodiversity and Traditional Knowledge in international Law of intellectual Property f Jonathan Curci Camb MIDCI Cambridge g 9780521199445 This page intentionally left blank The Protection of Biodiversity and Traditional Knowledge in International Law of Intellectual Property The relationships between international intellectual property treaties the United Nations international environmental treaties first and foremost the convention on Biological Diversity the relevant customary norms and soft law form a complex network of obligations that sometimes conflict with each other. The first set of treaties creates private rights while the latter affirms the sovereignty rights of States over genetic resources and related knowledge and creates international regimes of exploitation of the same. Jonathan Curci proposes solutions to the conflicts between treaties through the concept of mutual supportiveness including the construction of a national-access and benefit-sharing regime mandatory contractual provisions in relevant international contracts a defensive protection when genetic-resource-related traditional knowledge is unjustly patented through the analysis of the concepts of ordre public and morality certificate of origin in the patent application and novelty-destroying prior art and positive protection through existing and sui generis intellectual property rights and misappropriation regimes. JONATHAN CURCI is the Legal Counsel of Quantam Business Group Ltd Israel and Academic Counsel of Touro International University .

• Luật học
• plant genetic
• genetic resources
• provider countries
• Protecting traditional
• traditional knowledge
• the implementation
• Performance analysis of a sugar plant using genetic algorithm
• Optimization of crystallization system of a sugar plant using genetic algorithm
• A sugar plant using genetic algorithm
• Refining system fails
• The crystallization system includes crystallization units
• Holostemma adakodien
• Genetic advance
• A vulnerable medicinal plant
• Vulnerable medicinal plant
• Genetic advance for yield
• Yield contributing characters
• Plant biotechnology
• Plant biotechnology: Principles and applications
• Plant tissue culture
• Basic principles of plant tissue culture
• Plant genetic resources
• Methods in transgenic technology
• Nitrogen fixation
• Rhizobial symbiosis
• Nod factor
• Utilization in nitrogen fixation
• Plant genetic control
• Plant genetic control of nodulation
• Ebook Plant pathology
• Plant pathology
• Plant pathology (Fifth edition)
• Plant physiological functions
• How pathogens attack plants
• Viral pathogenicity genes
• Genetic engineering techniques
• Genetic variability
• Genetic advance in bitter gourd
• Bitter gourd
• Genetic advance of bitter gourd
• Great interest to plant breeders
• Genetic diversity
• Intersimple sequence repeat
• Cluster analysis
• Endangered medicinal plant
• Molecular marker
• Evaluation of genetic diversity
• BMC Genomics
• Molecular markers
• Caffeine biosynthesis
• Camellia sinensis
• Whole plant genome
• Fusarium oxysporum
• Egg plant
• Fusarium wilt of egg plant caused
• Ishigami in marathwada region
• BMC Plant Biology
• Catalpa bungei
• Genetic map
• RAD seq
• QTL mapping
• Leaf traits
• Plant growth
• Cryopreservation of fruit genetic resources
• Fruit genetic resources
• Demand intensive field management
• Base collections of crops
• Genetic transformation protocol
• Early flowering cryptochrome gene
• Taif rose plant
• Genetic transformation
• The Taif Rose genotype were
• Plant Biology
• Chenopodium quinoa
• Chenopodium album
• Peronospora variabilis
• Downy mildew
• Quantitative resistance
• Genome engineering
• Plant breeding
• Semi domesticated
• Selection methods in plant breeding
• Selection methods in plant breeding (2nd edition)
• Quantitative genetic theory
• Independent culling levels selection
• Single plant evaluation
• Self fertilizing crop
• Ebook Plant Nematology
• Plant Nematology
• Plant Nematology (2nd edition)
• Nematode resistance in crops
• Genetic engineering for resistance
• Chemical control of nematodes
• Naturally occurring nematicides
• Biparental QTL mapping
• Flowering time
• Plant height
• Genetic correspondence
• Genetics of resistance
• Local landraces of rice
• Brown plant hopper
• Resistance to brown plant hopper
• Genetic basis of resistance
• Population Management
• Monitoring Methodologies
• Plant Population
• Habitat Recovery
• Trichome density
• Plant defense
• Genetic architecture
• Natural variation
• Ulmus lamellosa
• Genetic differentiation
• Demographic history
• Endangered plant
• Geographical changes
• Common bean
• Geographic origin
• Gene pool
• Gene bank
• Genetic clusters
• Bread wheat
• Genetic polymorphism
• Clusters of unique markers
• Genetic phylogeny
• Next generation sequencing
• Rhizome length
• DUS characters
• Elite turmeric genotypes
• Evaluation of genetic variability
• Genetic loci
• Phenotypic variation
• Dry matter intake
• Neutral detergent fiber