63e958c10a22c150651a85613e5d3c00.ppt
- Количество слайдов: 26
Production and Evaluation of Genetically Modified Crops John J. Finer http: //www. oardc. o hio-state. edu/plantranslab/
Acreage of GMO Varieties
Global cultivation areas, in millions of hectares http: //www. gmo-compass. org/eng/agri_biotechnology/gmo_planting/257. global_gm_planting_2013. html
https: //www. google. com/search? tbm=isch&tbs=rimg%3 ACb 73 TH 4 -j. GIh. Ijgof. SFNa. Ldqt. Of 4 ULkl 3 PRUB 4 I 46025 Upxogf 6 U 2 Jc. Av. JZa. Mi 2 p. WGw. Lt. T 4 LIKjr. V-c 29 p. TVw_1 l 1 Gyo. SCSh 9 IU 1 ot 2 q 0 EXV boc. Uz. Fwta. Kh. IJ 5_1 h. Qu. SXc 9 FQRDda. DG 3 Ih. Ij. Aq. Egk. Hgjjr. Tbl. Sn. BFCZb. P 9 uyq. Wc. Co. SCWi. B_1 p. TYlw. C 8 ET 2 j. IOUNv. N 23 Kh. IJlloy. Lal. Yb. As. R 9 y. BVu 2 KVQo. Mq. Egm 1 Pgsgq. Ot. X 5 x. Gkcf 71 Vot. Pi. Co. SCTb 2 l. NXD-XUb. EQl
Plant Biotechnology: Classical Plant Breeding: Genetic modification following of a plant cell by introduction of defined introduction of large amounts of DNA(s) from a genetically undefined DNAgenetically different source. similar source.
Biotechnology: Bio = Biology Technology = Application “The application of Biology” (for the benefit of humans)
Plant Biotechnology: 1) Plant Tissue Culture (Cloning) 2) DNA introduction (Gene Transfer)
Cloning Apple Turf es? Ros gras s? in Plants s? Orang ils? fod f Da plants? es Have you ever eaten/used? cloned Potato es? rries? awbe Str
Xmas Cactus Poplar Cotton Soybean Fern Ohio Buckeye
tein istance s cide re erbi Pro Gene Identification: il d. O an Virus resistance H Gr ain Value added qu ali als stress res ty utic istance lor ce er co Flow rma e Pha trativ Neu cines c Genomics al va al vir Growth habit nim A Proteomics Insect r esistanc e Metabolomics ungal resistance F
Plant Transformation Agrobacterium Particle gun
First biotech plant product – Flav’r Sav’r tomato
Bt Corn Reduces: Insecticide Application Mycotoxin Production
Monarch larvae on Butterfly weed X
Public Support Varies for Different Applications of Biotechnology (Includes ALL Countries – N = 35, 000) Source: Thomas Hoban, North Carolina State University
The Benefits of Using Biotechnology are Greater than the Risks (35, 000 Consumers from 35 Countries)
The Benefits of Using Biotechnology are Greater than the Risks (European Consumers)
Willing to Buy GM Food if More Nutritious (Net = Continue – Not Continue)
“Can you think of any information not currently included on food labels that you would like to see? ”
Perceptions of safety improved when US consumers learn that biotech foods have been in the stores. Do you think genetically modified foods are basically safe, basically unsafe, or don’t you have an opinion on this? Now, as you know, more than half of products in the grocery store are produced using some form of biotechnology or genetic modification. Knowing this, do you think genetically modified foods are basically safe, basically unsafe, or don’t you have an opinion on this? January 2001 Source: Pew Initiative on Food and Biotechnology
“By Eating a Genetically Modified Fruit, a Person’s Genes Could also Be Changed” 1996 - 1998 Source: Thomas Hoban, North Carolina State University
“Ordinary Tomatoes Do Not Contain Genes, while Genetically Modified Ones Do” 1996 - 1998
Biotech Regulatory Oversight
For further information, contact: John J. Finer Department of Horticulture and Crop Science OARDC/The Ohio State University 1680 Madison Ave. Wooster, OH 44691 Tel: 330 -263 -3880 Fax: 330 -263 -3887 e-mail: finer. 1@osu. edu