1 Regulating transgenic technology in China: Law, regulation, and public policy Yinliang Liu Dr. of Laws, M.S. (Biology), Associate Professor Vice Director,

Slides:



Advertisements
Similar presentations
BIOTECHNOLOGY ETHICS Biotechnology II. COMPETENCY: Discuss ethical and practical issues surrounding biotechnology.
Advertisements

Chapter 20 REGULATIONS IN BIOTECHNOLOGY. Regulations Are intended to allow us to safely use the benefits of biotech. Help in developing and using biotech.
Safety Service 5A Lennoxvale Working Safely with Genetically Modified Organisms.
Introduction to PPDs Regulatory requirements and rationale.
NS 1300 Emergence of Modern Science Biotechnology.
The European Union legal framework for clinical data access: The European Union legal framework for clinical data access: potential challenges and opportunities.
The International Regulation of Biotechnology Lecture No. 19 Further Inf. For further information and video link please click on the right buttons in the.
Regulation and Safety Assessment of Novel Foods in Canada William Yan, Ph.D. Office of Food Biotechnology Health Canada.
Introduction to Regulation
The International Regulation of Biotechnology Lecture No. 19.
CUMC IRB Investigator Meeting November 9, 2004 Research Use of Stored Data and Tissues.
PLANT BIOTECHNOLOGY. Biotechnology Bio  Biology Technology  Application The application of Biology for the benefit of humans.
Section 4.3: Reproductive Technologies SBI3U. Prenatal Testing Prenatal testing is a test performed on a fetus that looks for genetic abnormalities. The.
Genetically Engineered Agricultural Practices
Current Status of Food Traceability in European Union Willy De Greef IBRS.
GRESHAM LECTURE I Reproductive Technologies and the birth of Regulation.
GENETICALLY MODIFIED ORGANISM PRESENTATION 13 September 2013 By Department of Trade and Industry.
Biosecurity Laws and Regulations in Turkey Prof. Dr. Hüseyin Avni Öktem Nanobiotechnology R&D Group, Department of Biological Sciences Middle East Technical.
Oviedo Convention and Its Protocols – Impact on Polish Law International Bioethics Conference Oviedo Convention in Central and Eastern European Countries.
Glenn Rivard, Department of Justice 02/XI/22 Research Involving Humans Federal Governance.
Ethical Issues in Molecular Genetics. Journal Entry Reflect on the ethical, social, political, economic, environmental and legal issues of DNA research.
Biotechnology – Indian perspective Dr. K.I. Mani Varghese Union Christion College, Aluva, India. Christian Conference of Asia.
OUTLINES of PREMILINARY BY-LAW DRAFT GOVERNING STEM CELL USES IN JORDAN Abdallah Abbadi.MD.FRCP Professor of Medicine, Hematology & Oncology University.
Biotech Inventions in Latin America Argentina Ignacio Sánchez Echagüe Marval, O’Farrell & Mairal.
Ministry of Health, Labour and Social welfare Montenegro HEALTH SYSTEM MONTENEGRO.
Oviedo Convention impact for legislation and practices Cristina Gavrilovici, MD, PhD Romanian Bioethics Committee Bratislava, 2009.
Tarrytown meeting Regulation of ART in New Zealand What have we got and how did we get there Sylvia Rumball Chair, Advisory Committee on Assisted Reproductive.
Clinical Trial Review and Approval: New Regulations and their implications Siddika Mithani, Ph.D Clinical Trials & Special Access Programme Therapeutic.
Overview of the EU Food Safety Requirements
BIOSAFETY FRAMEWORK IN SLOVENIA - PUBLIC PARTCIPATION- Martin Batič and Ruth Rupreht Republic of Slovenia Ministry of the Environment and Spatial Planning.
Research Ethics & Compliance Dr Simon Barrett Manager, Research Ethics & Compliance Monash Research Office.
Research Ethics & Compliance Dr Simon Barrett Manager, Research Ethics & Compliance Monash Research Office.
E UROPEAN B LOOD D IRECTIVE. D ISCLAIMER I have no official status as a spokesperson for the EU, EC, or Member States I present a personal view of the.
1 Legislation and Institutional/Administrative Capacities - PLANT PROTECTION - - PLANT PROTECTION - Sub-Committee for Agriculture and Fishery European.
Keller and Heckman LLP Market Access and Trade Barriers and Practices: The Role of the Precautionary Principle and Other Non-Scientific Factors in Regulating.
Biologics and Genetic Therapies Directorate Health Products and Food Branch HEALTH CANADA Helping Canadians maintain and improve their health. Agnes Klein.
Dr. Igor Codreanu Center of Dialysis and Renal Transplant Republican Clinical Hospital, Chisinau THE IMPACT OF THE OVIEDO CONVENTION ON LEGISLATION IN.
4.3-Reproductive Strategies & Technologies
Gene Technologies and Human ApplicationsSection 2 Section 2: Gene Technologies in Our Lives Preview Key Ideas Manipulating Genes Manipulating Bodies and.
Biotechnology AQLIMA ALI & ATIKAH MSU.
Human Embryos and Gene-editing Research and regulation in China Prof. Zhihong Xu, Peking University & Chinese Academy of Sciences.
9.4 Genetic Engineering KEY CONCEPT Genetic Engineering is about changing the DNA sequences of organisms.
GENETICALLY MODIFIED (GM) ORGANISMS Recombinant DNA technology is producing new genetic varieties of plants and animals Use Ti plasmid of Agrobacterium.
Cloning.
Genetically Modified Foods Beth Roberson November 19, 2004 FST 490.
Biology Unit Four H DNA Fingerprinting and Genetic Engineering
Examples of Completed Genomes :. IV. Human Gene Therapy Seeks to treat disease by altering an afflicted person’s genes. A mutant gene may be replaced.
Dr Ahmed-Refat AG Refat Medical Research Ethics in The Egyptian Profession Ethics Regulations Dr. Ahmed-Refat AG Refat.
Gene Technologies and Human ApplicationsSection 2 Section 2: Gene Technologies in Our Lives Preview Genetic Engineering Key Ideas Manipulating Genes Manipulating.
Some common genetic engineering applications A brief overview.
HUMAN RESEARCH IN KENYA:THE LAW, THE RULES AND REGULATIONS IN KENYA. BY CATHERINE NJOKI WAHOME,Advocate of the High Court of Kenya, MSc. Student International.
Unit J Biotechnology Ethics Biotechnology and Agriscience Research II.
 Pharmaceutical Care is a patient-centered, outcomes oriented pharmacy practice that requires the pharmacist to work in concert with the patient and.
Introduction to Biotechnology. What is Biotechnology? Biotechnology is the manipulation of living organisms and organic material to serve human needs.
Study on the Patent Involved in National Standards China National Institute of Standardization September, 2009.
Korean Regulations on Stem Cell Research and Their Problems Kyungsuk Choi School of Law, Ewha Womans University Interdisciplinary Study Program of Bioethics.
Biotechnology North Carolina. Biotechnology Terms.
What are GMOs? Some technical background on the genetic modification of plants Stuart Brown Associate Professor NYU School of Medicine.
GENETICALLY MODIFIED ORGANISM (GMO) TECHNOHOLICS.
The Regulation on Cell Therapy Products in Japan
Brechko Susanna, Zimoglyad Anna Form 11 ch/b Lyceum of science Zhovti Vody.
Developments of Bioethics in Europe and Lithuania
National Food Control Systems
Agricultural Biotechnology in Turkey
Cloning.
Biology I Chapter 13 Gene Technology.
On Human Gene Editing: International Summit Statement
Forensic Evidence and Genetic Profiles
The Plant World and Genetic Engineering
EU Food Safety Requirements: - Hygiene of Foodstuffs -
Presentation transcript:

1 Regulating transgenic technology in China: Law, regulation, and public policy Yinliang Liu Dr. of Laws, M.S. (Biology), Associate Professor Vice Director, Institute of IP Law Director, Bio-Law Research Center China University of Political Science and Law 3 December 2007

2 Outline  Administrations of transgenic technologies  Laws and regulations involving agricultural GMOs  Laws and regulations involving medical transgenic technologies  Conclusion

3 I. Administrations of transgenic technologies  Ministry of Science and Technology: policy making, R&D  Ministry of Commerce: GM trade  Ministry of Health: GM food, medicine  Ministry of Agriculture: GM crops  State Forestry Administration: GM trees  State Environmental Protection Administration: biosafety  State Food and Drug Administration: GM food, medicine  State Administration of Quality Supervision, Inspection, and Quarantine: inspection & quarantine of GM products  SIPO/MOA/SFA: IP issues, patent and plant varieties  National Natural Science Foundation: R&D support  CAS, CAAS, CAMS: R&D

4 # Different concepts  Law: promulgated by National People’s Congress or its Standing Committee  Regulation: State Council  (Administrative) rule: ministries  Local regulation: local people’s congress  Local rule: local government  Policy document

5 II. Laws and regulations involving agricultural GMOs

6 Laws and regulations may involve Ag GMOs  Food Hygiene Law (1995)  Forest Law (1998 revised)  Environmental Protection Law (1999)  Marine Environmental Protection Law (2000)  Seed Law (2000)  Patent Law (2000 revised)  Drug Administration Law (2001 revised)  Grassland Law (2002 revised)  Wild Animal Protection Law (2004 revised)  Animal Husbandry Law (2005)  Regulation on Protection of Nature Reserves (1994)  Regulation on Protection of Wild Plants (1997)  Regulation on Protection of New Varieties of Plant (1997)

7 Regulations & rules governs directly Ag GMO  Administrative Measures for Safety of Genetic Engineering (1993, NCST/MOST)  Regulation on Safety Administration of Agricultural GMOs (2001, State Council)  Administrative Measures for Safety Assessment of Agricultural GMOs (2002, MOA)  Administrative Measures for Safety of Imported Agricultural GMOs (2002, MOA)  Administrative Measures for Labelling Agricultural GMOs (2002, MOA)  Administrative Measures for Hygiene of GM Food (2002, MOH)  Administrative Measures for Inspection and Quarantine of GM Products (2004, State Administration of Quality Supervision, Inspection and Quarantine)

8 Definition and scope of Ag GMOs  Those transgenic animals, plants, microbes, whose genomes have been modified by genetic engineering  Their products  The processed products derived directly from them, such as, herbicide, animal medicine, fertilizer, food, feed, or their additives

9 Activities involving Ag GMOs  Manufacture, process, transport, stock, sale. The responsbile parties shall maintain necessary conditions, e.g.,  Manufacturer of GMOs shall: (1) get safety license from MOA; (2) establish files to record information, including the transferred gene and its resource, transgenic method, manufacturing place, flow of the reproductive materials of GMOs; (3) report information to administration regularly; (4) furnish necessary safety control measures during transportation

10 Licenses of Ag GMOs ( ) Plants Animals Microbes Total Experiment Pilot test En. release Production test Safety license Research and Biosafety Regulation of Agricultural GMOs in China (July 2006)

11 Import of Ag GMOs  Comply essentially with the Biosafety Protocol  GMO could be used: for research, test, production, processing, products  Safety license from MOA  Simplified procedure: first approval, then simplified

12 License of imported Ag GMOs as processing materials  From , 36 licenses  Four kinds of GMO: cotton, soybean, corn, rapeseed  Bayer CropScience: 15 licenses, 3 GMOs  Monsanto: 14 licenses, 4 GMOs  Syngenta: 4 licenses, 1 GMO  Du Pont/Dow Agrosciences Cbiilia: 3 licenses, 1 GMO

13 Labeling Ag GMOs  Compulsory label: listed GMOs by MOA, 17 kinds of products belong to 5 varieties of GMOs (soybean, corn, rapeseed, cotton, tomato)  Voluntary label: for GMOs not listed by MOA  Labeling could be one of the followings: (1) “transgenic (organism or product)”; (2) “transgenic (organism) processed product”; (3) “this product is processed from transgenic (organism), but it now does not have any transgenic components”

14  Labels shall be in standard Chinese, marked apparently, fixed to products or their package or by plate  Labels shall be approved before use by administration of agriculture at local level; labels of the imported GMOs shall be approved by MOA  Negative label, i.e., “GM free product”, has not been encouraged or prohibited

15 GM food  GM food includes food or its additives, made of/from GMO or its processed products or the materials derived from them  Must be safe, have nutrient value not less than its non- GMO equivalence  Principle of assessment of GM food: substantially equivalent; case-by-case  All GM food must be labeled: in either “transgenic (organism) food”, or, “made of the transgenic (organism) food”, or, additionally, “persons allergic to (certain) food should be alerted”

16 III. Laws and regulations involving medical transgenic technologies

17 Medical applications of transgenic technologies  GMOs as medicine or vaccine  Recombinant proteins  Gene therapy  Stem cell culture for healthy cell, tissue and organ  Therapy clone  Xenotransplantation  Other medical processes  etc

18 GMOs or GM products as medice or involved in medical processes  Shall register at SFDA and have a license for clinical use  Must comply with the Drug Administration Law and its regulation  Safety and efficacy must be guaranteed --- Administrative Measures for Safety of Genetic Engineering (1993, NCST/MOST)

19 Medical laws  Law on Mother and Infant Healthcare (1994 )  Law on Blood Donation (1997)  Law on Medical Practioners (1998)  Drug Administration Law (2001 revised)  Law on Prevention and treatment of Occupational Diseases (2001 revised)  Law on Population and Family Planning (2001 revised)  Law on Prevention and Treatment of Infectious Diseases (2004 revised)

20 Medical regulations  Regulation on Administration of Family Planning Technical Services (2001)  Regulation on Treatment of Medical Malpractices (2002)  Regulation on Public Health Emergencies (2003)  Regulation on Prevention and Treatment of HIV/AIDS (2006)  Regulation on Transplantation of Human Organs (2007)

21 Related rules by MOH  Measures on Administration of Assistant Human Reproduction Technique (2001)  Measures on Administration of Human Sperm Banks (2001)  Measures on Administration of Prenatal Diagnosis Technology (2002)  Provisional Measures on Administration of Organ Transplantation Technique in Clinical Application (2006)  Interim Measures on Ethical Review of Biomedical Researches Involving Human Subjects (2007)

22 Technical standards by MOH & SFDA  Key Elements of Quality Control of Clinical Tests Regarding Human Somatic Cell Therapy and Gene Therapy (MOH, 1993)  Administrative Standard for Clinical Tests of Medicine, State Food and Drug Administration (SFDA, 1999)  Principles of Guideline on Application of Clinical Tests of Human Gene Therapy, Annex No.9 to the Measures for Review of New Biological Products (SFDA, 1999)

23  Technical Norms for Assisted Reproductive Technologies (2003)  Basic Criteria and Technical Norms for Human Sperm Banks (2003)  Administrative Norms for Technology of Transplantation of Unrelated Hematopoietic Stem Cells (2006)  Administrative Norms for Technology of Collection of Unrelated Hematopoietic Stem Cells (2006)

24 What the Measures and/or Standards say # e.g., Technical Standard of Assisted Reproductive Technology by MOH demands technicians conducting ART shall:  Obey strictly the population and family planning laws and regulations  Obey strictly the principles of informed consent and informed choice  Respect patients’ right of privacy

25 The following activities prohibited  Sex selection without medical evidences  Nuclear transplantation for treatment of infertility  Mixing human gametes with non-human ones  Transplantation into human of non-human gametes or embryos; and, vice versa  Genetic maneuvers of human gametes, fertilized eggs, or embryos for purpose of reproduction

26 Additionally, prohibited  Combination of gametes with close kinship  Without patients’ informed and voluntary consent, transfering gametes, fertilized eggs or embryos to others or for scientific research  Research on chimera of human & non-human embryos  Human clone  During a same therapeutic period, using gametes and fertilized eggs not from the same man & woman

27 What have and lack  It seems almost every aspect regarding biotechnological manipulations in medicine has been in the rules (administrative measures) or technical standards, which is being ready to protect the right of human subjects and the public welfare  However, it is noticed more contents exist in the technical standards or administrative measures that generally lack legal powers, and fewer contents in the relevant laws and regulations which may prescribe civil or criminal liabilities and damages

28 IV. Conclusion  It is showed China has been following the world actively to ensure both safety (food, medicine, environment/ecology) and benefit of transgenic technologies  Till present, a framework has been established in China for regulating transgenic technologies in both agriculture and medicine  The framework may reflect an approach mixed with elements adopted in EU and USA, respectively  However, it may still lack a harmonized system of laws and regulations for all kinds of GMOs and transgenic activities  Further biotechnology legislation is needed