SEARCA Biotechnology Information Center Phil Agricultural Biotechnology: Status and Prospects Sonny P. Tababa Network Administrator SEARCA BIC Presented.

Slides:



Advertisements
Similar presentations
What are the issues? Biotechnology vs. traditional breeding methods
Advertisements

SECOND EXPERT GROUP MEETING ON BINASIA JANUARY 2006, BANGKOK COUNTRY REPORT: MONGOLIA Ts.Oyunsuren Center for Biotechnology, Institute of Biology,
SCIENCE,SUSTAINABLE AGRICULTURE AND RURAL DEVELOPMENT IN THE E.U.
GENETICALLY MODIFIED FOODS
Dr Julian Little Chair of the Agricultural Biotechnology Council All-Party Parliamentary Group on Science and Technology in Agriculture GM Crops – so what.
Transgenic rice and biosafety procedures D.S. Brar PGPB, IRRI Rice Production Course.
How transgenic plants are made Original approach used a natural plant system Current plasmid based with various delivery systems Currently many traits.
23-27 September 2013 WLI Regional Knowledge Exchange Workshop on Decision-support Tools and Models Djerba, Tunisia Irrigation Systems.
Regulation and Safety Assessment of Novel Foods in Canada William Yan, Ph.D. Office of Food Biotechnology Health Canada.
Genetically Engineered Agricultural Practices
Biotechnology education at Purdue University and beyond Peter Goldsbrough Dept. of Horticulture and Landscape Architecture, Purdue University January 2006.
Biotechnology - traditional Modification by microorganisms of materials for human use Modification by microorganisms of materials for human use Use of.
Biotechnology and Crops E. Souza Professor, Plant Breeding and Genetics.
PLANT BIOTECHNOLOGY. Biotechnology Bio  Biology Technology  Application The application of Biology for the benefit of humans.
Safety and Regulation in Agricultural Biotechnology MUPGRET Workshop.
Agricultural Biotechnology Marshall A. Martin Professor and Associate Head Department of Agricultural Economics Purdue University March 2000.
Providing Options for Philippine Agriculture BiotechnologyBiotechnology (Revised: June 2003)
rDNA Technology & Food Uses
Genetically Modified Food Sarah Roemer CBE
Seeds: The Future of Our Food
Biotechnology: International Diffusion, Recent Findings, and Opportunities for China. Carl E. Pray Agricultural, Food and Resource Economics Rutgers, the.
Why So Few Biotech Crops? Issues for California Kent J. Bradford Dept. of Vegetable Crops Seed Biotechnology Center UC Davis.
TRANSGENIC:HOW THEY AFFECT ORGANIC AGRICULTURE IN NORTH DAKOTA Brad Brummond NDSU Extension Service/ Walsh County 2002.
Present and Future of U.S. Agricultural Biotechnology Paul Spencer Senior Agricultural Attaché American Embassy, Tokyo.
H. M.J.Bandara Plant Quarantine Officer Sri Lanka
NDSU Agriculture TRENDS IN THE USE OF CROPS DEVELOPED THROUGH BIOTECHNOLOGY IN THE USA AND THE WORLD BY: Dr. Duane R. Berglund Professor of Plant Science.
Abstract: In recent years, advances in genetic engineering and techniques of molecular biology have enabled the creation and commercial release of “Genetically.
Manila June, 2004 Public participation and awareness on genetically engineered technologies of crops in India Desh Deepak Verma Joint Secretary.
Recombinant DNA and Cloning The Impact of Biotechnology Honors Genetics Ms. Susan Chabot Lemon Bay High School.
Thailand’s Current Situation of Food Losses Office of Agricultural Economics Ministry of Agriculture and Cooperatives, Thailand 15 September 2014.
Putting Biotechnology into Practice in International Development Josette Lewis, Ph.D. USAID.
Mrs. Schaffner. the science and technology of producing and using plants for food, fuel, feed, fiber, and reclamation.
Eukaryotic chromosome compared to a prokaryotic one.
Dr. Khondoker M Nasiuddin National Coordinator, ISAAA Professor & Head Department of Biotechnology Bangladesh.
Genetically Modified Plants Summary Makes changes to the hereditary material of a living organism Biotechnologies are used to develop plants resistant.
Biotechnology Objectives for October 21, 2010  We will consider the nature and issues of food biotechnology  We will answer some questions about food.
What is biotechnology? WSSD Information days We’ll talk about … Biotechnology as we know it Problems with food production How we address these and other.
SEARCA BIC : A challenging biotech environment.
Biotechnology Priorities for South Africa Prof. Diran Makinde AfricaBio Cape Town- 14/15 April 2003.
Chapter 9 Section 9.4 – Cloning  Clone  Clone- a member of a group of genetically identical cells 2.
GM Foods Luke Jamin Hofmann Tony Thomas Angela Joy Teagarden Deborah Lynn Sloan.
Recombinant DNA and Cloning The Impact of Biotechnology Honors Genetics Ms. Susan Chabot Lemon Bay High School.
2009 PROGRAM COMPONENTS AND INITIATIVES. MISSION – AND WORK 2008 ACCOMPLISHMENTS 2009 PLANS.
A Plateful of Promises. Crops whose DNA has been modified to produce certain traits. Such as:  Resistance to insects and herbicides  Protecting itself.
What do these labels mean to you?. Have you seen these labels? Are there any food labels that could be misleading or meaningless?
“Transgenic Crops in East Asia: Status, Perception and Regulatory Challenges” Andrew D. Powell, Ph.D. ARB Consultants Singapore KRIBB Conference, Seoul,
Genetically Modified Organisms Image credit: Microsoft clipart.
Objective 3.02 Understand biotechnology in the plant industry.
How transgenic plants are made Original approach used a natural plant system Current plasmid based with various delivery systems Currently many traits.
Plant Biotechnology: - why and how... Hélia Sales “Plants for Life” International PhD Program – 2016 (course “Plant Biotechnology for Sustainability and.
Science of Food Biotechnology
Agricultural Biotechnology in Turkey
Application of Biotechnology in the Field of Agriculture
Socio-economic Benefits of Biotechnology
What do these labels mean to you?
What do these labels mean to you?
GENETICALLY MODIFIED FOODS
Biotechnology Providing Options for Philippine Agriculture
GENETICALLY MODIFIED FOODS
What do these labels mean to you?
What is Technology?.
What do these labels mean to you?
How could we improve food production?
DNA Technology.
GMO Fact or Fiction?.
GMO Fact or Fiction?.
Introduction to Biotechnology
What do these labels mean to you?
What do these labels mean to you?
GMO Fact or Fiction?.
Presentation transcript:

SEARCA Biotechnology Information Center Phil Agricultural Biotechnology: Status and Prospects Sonny P. Tababa Network Administrator SEARCA BIC Presented during the 2 nd Expert Group Meeting, on January 2006, Bangkok, Thailand Presented during the Capability Enhancement Training on the Environmental Risk Assessment of Transgenic Crops,Presented during the Capability Enhancement Training on the Environmental Risk Assessment of Transgenic Crops,

SEARCA Biotechnology Information Center An enabling environment for biotechnology: Presented during the Capability Enhancement Training on the Environmental Risk Assessment of Transgenic Crops,Presented during the Capability Enhancement Training on the Environmental Risk Assessment of Transgenic Crops, -policy support and framework -regulatory framework and implementation -human resources -equipment and infrastructure -R&D -socio-economics -technology transfer -public information and education

SEARCA Biotechnology Information Center Agri-supply chain and environment

SEARCA Biotechnology Information Center For commercial propagation: Events: -Corn Mon 810. Bt 11, NK 603, Mon810xNK 603 *Bt corn, RR corn, stacked corn *12 commercial varieties (4 Monsanto, 8 Pioneer Hi-Bred Phils) *70,000 hectares planted,

SEARCA Biotechnology Information Center Approval for direct use as food and/or feed Import – 19 events Canola ( seed oil)– 1 event Corn – 10 events Cotton (seed oil) – 3 events Potato _ 3 events Soybean _ 1 event Sugarbeet – 1 event Source: Halos, 2003

SEARCA Biotechnology Information Center Crops Biotech-R&D Papaya-with resistance to PRSV; with delayed ripening; greenhouse trial; awaiting approval for field trial; UPLB-IPB Coconut-increase medium chain fatty acid; laboratory; UPLB-IPB, PCA Mango-with delayed ripening trait; laboratory stage Banana-with resistance to BBTV; laboratory stage; UPLB- IPB Corn-with resistance to ACB; laboratory stage; UPLB-IPB

SEARCA Biotechnology Information Center Crops Biotech-R&D Rice with vitamin A; incorporated to local rice Screening of transgenic plants containing the Pin2 gene for stemborer resistance Screening of transgenic plants containing the Xa21 gene for bacterial blight resistance Screening of transgenic plants containing chitinase and glucanase genes for sheath blight and blast resistance Screening of transgenic plants containing the Hva1 gene for drought and salinity tolerance -PhilRice

SEARCA Biotechnology Information Center Crops Biotech-R&D Eggplant with resistance to fruit and shoot borer; UPLB-IPB Sweetpotato with resistance to FMV; UPLB-IPB Tomato with multiple virus resistance; UPLB-IPB Bt cotton; DA-CODA

SEARCA Biotechnology Information Center Animal Biotechnology R&D -Reproductive biotechniques for buffalo -Superovulation embryo transfer technique for cattle Forestry R&D -Molecular characterization -Tissue culture

SEARCA Biotechnology Information Center Environment Biotech R&D -Bioremediation of heavy metal-contaminated agricultural soils and irrigation water -Recovery of waste coconut water for plant growth -Biodeodorization of swine wastes -Use of microbes to rapidly degrade garbage

SEARCA Biotechnology Information Center Socio-economics and other studies -Impact assessment studies of Bt corn/RR corn -Insect resistance management -Alternate plant hosts of ACB -Effect of Bt corn on non-target organisms -Cost implications of labeling -Acceptability studies -Public attitudes studies

SEARCA Biotechnology Information Center On Investment The Philippines invested around P43M from 1975 to 1991, P40M from , and P125M from in biotechnology (Faylon, 2003). -With external funding from ABSP II, Australian government, PBS, ISAAA

SEARCA Biotechnology Information Center On Investment -Establishment of laboratory facilities for research and regulatory work -Capability building of researchers and regulatory staff

SEARCA Biotechnology Information Center Information and public education Seminars/ workshops with local government units, policy makers, media, academe Biotech media advocacy resource center Biotech information nodes at the local level Biotechnology entrepreneurship Multi-media publications Web-based info dissemination E-group

SEARCA Biotechnology Information Center Policies Policy statement from PGMA DA Administrative Order #8 and subsequent circulars EO 490 and the NCBP National Biotechnology Week Memorandum of Agreement with League of Municipalities Memorandum of Agreement with Indigenous Peoples

SEARCA Biotechnology Information Center Prospects Limited field trials for papaya with PRSV resistance More activities to promote entrepreneurship in biotechnology Need increase local investment for biotech R&D especially to support the ongoing projects Sustained support for information needs of stakeholders Promotion of knowledge sharing and exchange

SEARCA Biotechnology Information Center Prospects for BINASIA -Support to information networking activities -Possible change of focal agency -Conduct of at least 1 national activity with support from BINASIA -Enhance e-club mode of information sharing and exchange

SEARCA Biotechnology Information Center Thank You po!