By: Cameron O'Neill
On February 11, 2016 ScienceDaily posted an article with information found at Indiana University. The main point of the subject was “Scientists have modified a plant gene that normally fights bacterial infection to confer resistance to a virus. The method is the first time a plant's innate defense system has been altered to deliver resistance to a new disease.”
On February 11, 2016 ScienceDaily posted an article with information found at Indiana University. The main point of the subject was
This was a study that had been going "The results are the outcome of nearly 20 years of investigation into plant immunity by Innes". Indiana was able to be the
first to confer that the modified plant was able to fight bacterial infections
by using jellyfish proteins that make the plant glow under UV light. The light
shows in the image above that when it is blue, that means that it was unable to
fight off the virus. While the plant to the right is glowing a deep purple,
this shows that they were successful in fighting the bacteria and proves that the chlorophyll is still within the plant.
This can be important in our everyday science in things such
as plant production. For example, if there is a plant that is widely
distributed in an area, there may be a way to protect it from a spreading
disease. This chemical process can be changed somewhat simply to also be used in things like the
way we process food and grow crops. Altering ways for these plants to fight for
themselves may be a safer way for us to establish food sources found in our
everyday agricultural survival. This can be explained with this quote: “Scientists have modified a plant gene that normally fights bacterial infection to confer resistance to a virus. The method is the first time a plant's innate defense system has been altered to deliver resistance to a new disease.” So basically this is important in our
growing nd selling of product such as food and floral arrangement used
everyday.
Citations:
Indiana University. "By switching 'bait,' biologists trick plants' bacterial defense into attacking virus: Single, minor gene alteration method could confer new disease resistance traits to crops."
ScienceDaily. ScienceDaily, 11 February 2016. <www.sciencedaily.com/releases/2016/02/160211184007.htm>.
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