Is the Future Tomato Red?
At one time solely being known as the jewel in the summer salad, the role of the tomato has now evolved into something much bigger - potentially game-changing, in fact. Could it be about to solve the global food crisis? At least, one greenhouse in Holland thinks so.
Using Minichromosomal Technology in Agriculture
Minichromosomal technology does not alter the plants genes in any way. Resulting in faster regulatory approval and a quicker acceptance by farmers.
PLANT BIOTECHNOLOGY MARKET
Plant biotechnology plays a vital role in developing new varieties and traits, which include transgenic (genetic engineered) crops, using genetics and genomics and marker-assisted selection (MAS).
A new tomato ideal for urban gardens and even outer space
These new gene-edited tomato plants look nothing like the long vines you might find growing in a backyard garden or in agricultural fields. The most notable feature is their bunched, compact fruit.
Genetic Engineering is a Driving Force for Modern Agriculture
Genetic engineering permits scientists to select only one definite gene to implant. This avoids introducing other genes with unwanted attributes. Genetic engineering also speeds up the development of new foods with wanted traits.
Rewiring plant defence genes to reduce crop waste
This method could render crops more resilient against disease, helping mitigate crop wastage throughout the world. Since the system can be implemented by re-wiring plants natural defence mechanisms, no external genetic circuitry needs to be added.
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