Transgenic Plants Scholarly Peer-review Journal
Transgenic plants are plants that have been genetically engineered, a breeding approach that uses recombinant DNA techniques to create plants with new characteristics. They are identified as a class of
genetically modified organism (GMO). There are some point to create a transgenic plant.Isolate DNA that codes for the protein you want to express. Insert the DNA into a plasmid. Insert the plasmid into bacteria. Dip the flowering
plant into a large amount of bacteria. Give bacteria the opportunity to insert the DNA into the
plant cells. Select for plants that have the insertion.
The main advantages of
transgenic plants include greater yield, disease and pest resistance, and the ability to grow under stressful conditions, while their main disadvantages include allergic reactions, the emergence of super-pests, and biodiversity loss. China became the first country to commercialize
transgenic plants and in 1992 released a tobacco resistant to viruses. In 1994 Calgene obtained permission to commercially introduce the first genetically modified crop, the FlavrSavr tomato. Transgenic crops are bred for a variety of purposes: to be resistant to fungal, bacterial,
viral diseases and insect pests, to tolerate
herbicides and to grow better under restricting
environmental conditions such as drought, high salt or metal containing soils.
High Impact List of Articles
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Genital Self-mutilation In Schizophreni
Amrani Souhli O, Ahsaini M, Omana JP, Alaoui N, Mellas S, Ammari JE, Tazi Mf & Farih MH
Clinical images: Imaging in Medicine
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Genital Self-mutilation In Schizophreni
Amrani Souhli O, Ahsaini M, Omana JP, Alaoui N, Mellas S, Ammari JE, Tazi Mf & Farih MH
Clinical images: Imaging in Medicine
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The benefits of not using exogenous substances to prepare substrates for hyperpolarized MRI
Arnaud Comment
Editorial: Imaging in Medicine
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The benefits of not using exogenous substances to prepare substrates for hyperpolarized MRI
Arnaud Comment
Editorial: Imaging in Medicine
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Exploring the biology of chemo brain: how has PET/CT helped us?
MW Haut, J Wiener, G Marano & J Abraham
Editorial: Imaging in Medicine
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Exploring the biology of chemo brain: how has PET/CT helped us?
MW Haut, J Wiener, G Marano & J Abraham
Editorial: Imaging in Medicine
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News & Views in... Imaging in Medicine
anonymous
News and Views: Imaging in Medicine
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News & Views in... Imaging in Medicine
anonymous
News and Views: Imaging in Medicine
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Imaging of traumatic brain injury: current and future
Yoshimi Anzai and Satoshi Minoshima
Review Article: Imaging in Medicine
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Imaging of traumatic brain injury: current and future
Yoshimi Anzai and Satoshi Minoshima
Review Article: Imaging in Medicine
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