Genetic Engineering by Humans

…We made it into a chihuahua

A Good Definition of Nanoscience and Nanotechnology Atom by atom assembly of a complex and/or functional system molecule by molecule

We are the most wonderful examples of Nanotechnology !

One definiytion of Naotechnology Living

Genetic Engineering Wolf Chihuahua

Genetic Technology (GM)

The Wolf

Genetic Technology (GM) The first biotechnology plants were developed in 1983

Genetic Technology (GM) The first biotechnology plants were developed in 1983 GM foods were on the supermarket shelves by 1994

Genetic Technology (GM) The first biotechnology plants were developed in 1983 GM foods were on the supermarket shelves by 1994 GM crop coverage presently 50 million hectares worldwide

Genetic Technology (GM) The first biotechnology plants were developed in 1983 GM foods were on the supermarket shelves by 1994 GM crop coverage presently 50 million hectares worldwide In the US and Canada 33 million worldwide

Genetic Technology (GM) The first biotechnology plants were developed in 1983 GM foods were on the supermarket shelves by 1994 GM crop coverage presently 50 million hectares worldwide In the US and Canada 33 million worldwide Argentina 7m China 1m Australia 1

Genetic Technology (GM) The first biotechnology plants were developed in 1983 GM foods were on the supermarket shelves by 1994 GM crop coverage presently 50 million hectares worldwide In the US and Canada 33 million worldwide Argentina 7m China 1m Australia 1 Mainly: maize, soya bean, oilseed rape and potatoes

Genetic Technology (GM) The first biotechnology plants were developed in 1983 GM foods were on the supermarket shelves by 1994 GM crop coverage presently 50 million hectares worldwide In the US and Canada 33 million worldwide Argentina 7m China 1m Australia 1 Mainly: maize, soya bean, oilseed rape and potatoes So far 5000 full trials and field trials carried out

Genetic Technology (GM) The first biotechnology plants were developed in 1983 GM foods were on the supermarket shelves by 1994 GM crop coverage presently 50 million hectares worldwide In the US and Canada 33 million worldwide Argentina 7m China 1m Australia 1 Mainly: maize, soya bean, oilseed rape and potatoes So far 5000 full trials and field trials carried out No super-weeds or countryside damage reported so far

Another major problem: 40% of the world exist on rice Traditional edible rice contains no carotenoids This results in Vit A deficiency which can result in 1.Permanent blindness 2.Respiratory infections 3.Diarrhoea 4.Measles 5.Growth problems Two genes from the daffodil which code for the enzymes which produce beta carotenoid can be inserted into rice DNA which then grows containing beta carotene

Another major problem: 40% of the world exist on rice Traditional edible rice contains no carotenoids This results in Vit A deficiency which can result in 1.Permanent blindness 2.Respiratory infections 3.Diarrhoea 4.Measles 5.Growth problems Two genes from the daffodil which code for the enzymes which produce beta carotenoid can be inserted into rice DNA which then grows containing beta carotene

Another major problem: 40% of the world exist on rice Traditional edible rice contains no carotenoids This results in Vit A deficiency which can result in 1.Permanent blindness 2.Respiratory infections 3.Diarrhoea 4.Measles 5.Growth problems Two genes from the daffodil which code for the enzymes which produce beta carotenoid can be inserted into rice DNA which then grows containing beta carotene

Another major problem: 40% of the world exist on rice Traditional edible rice contains no carotenoids This results in Vit A deficiency which can result in 1.Permanent blindness 2.wo genes from the daffodil which code for the enzymes which produce beta carotenoid can be inserted into rice DNA which then grows containing beta carotene

Another major problem: 40% of the world exist on rice Traditional edible rice contains no carotenoids This results in Vit A deficiency which can result in 1.Permanent blindness 2.Respiratory infections 3.wo genes from the daffodil which code for the enzymes which produce beta carotenoid can be inserted into rice DNA which then grows containing beta carotene

Another major problem: 40% of the world exist on rice Traditional edible rice contains no carotenoids This results in Vit A deficiency which can result in 1.Permanent blindness 2.Respiratory infections 3.Diarrhoea 4.wo genes from the daffodil which code for the enzymes which produce beta carotenoid can be inserted into rice DNA which then grows containing beta carotene

Another major problem: 40% of the world exist on rice Traditional edible rice contains no carotenoids This results in Vit A deficiency which can result in 1.Permanent blindness 2.Respiratory infections 3.Diarrhoea 4.Measles Two genes from the daffodil which code for the enzymes which produce beta carotenoid can be inserted into rice DNA which then grows containing beta carotene

Another major problem: 40% of the world exist on rice Traditional edible rice contains no carotenoids This results in Vit A deficiency which can result in 1.Permanent blindness 2.Respiratory infections 3.Diarrhoea 4.Measles 5.Growth problems

Another major problem: 40% of the world exist on rice Traditional edible rice contains no carotenoids This results in Vit A deficiency which can result in 1.Permanent blindness 2.Respiratory infections 3.Diarrhoea 4.Measles 5.Growth problems Two genes from the daffodil which code for the enzymes which produce beta carotenoid can be inserted into rice DNA which then grows containing beta carotene