Question

In: Biology

All crops we go have been genetically modified from their original forms. Some of it is...

All crops we go have been genetically modified from their original forms. Some of it is through selective breeding, some through mutation breeding, and recently through genetic engineering. Why is there so much opposition to genetic engineering as opposed to something like mutation breeding, which has been around for decades?

Solutions

Expert Solution

The mutation breeding is associated with the changes in the DNA of a plant species in order to produce a better breed. These changes in DNA are introduced by selective breeding or by exposing the plant to specific conditions (chemicals or radiations) so that it induces change in response to that in its genetic material through its own mechanism. Thus, these plant species are considered safe for farming/agriculture.

In contrast to mutation breeding, in genetic engineering , a gene associated with any desirable trait is directly inserted into the genome of the plant. Such plants have not imbibed the changes in their DNA on their own as a response to any exposed condition. Several biologist assume that such plant species will reduce the biodiversity as they are not friendly to the co-existing living species be it pests or other plant species. They may also prove invasive in near future

Hence, there is much opposition to genetic engineering as opposed to something like mutation breeding.


Related Solutions

All crops we go have been genetically modified from their original forms. Some of it is...
All crops we go have been genetically modified from their original forms. Some of it is through selective breeding, some through mutation breeding, and recently through genetic engineering. Why is there so much opposition to genetic engineering as opposed to something like mutation breeding, which has been around for decades?
15) Describe the two major types of genetically modified crops that are currently in use in...
15) Describe the two major types of genetically modified crops that are currently in use in the United States. Give an example of each of the two types (ask your instructor if you are not sure here!).
15) Describe the two major types of genetically modified crops that are currently in use in...
15) Describe the two major types of genetically modified crops that are currently in use in the United States. Give an example of each of the two types
Is genetic engineering the only way to increase food production? Proponents of genetically modified crops argue...
Is genetic engineering the only way to increase food production? Proponents of genetically modified crops argue that it is the only way to increase food production enough to deal with population growth. What are the pro’s and con’s to genetically modified crops, and do you feel the pro’s outweigh the cons or vice-versa? Are there alternative ways to increase food production that should be investigated to balance the use of GMO crops?
In an experiment, E.coli cells have been genetically modified through site directed mutagenesis. This is a...
In an experiment, E.coli cells have been genetically modified through site directed mutagenesis. This is a process through which specific locations in an organism’s genome can be altered in order to study the function of such locations, or proteins coded for by genes found in a location. There are many techniques available for site directed mutagenesis. (You have access to PCR ingredients, any primer you wish, laboratory equipment, Lambda phage, and the ability to alter Lambda genome, a commercially available...
In an experiment, E.coli cells have been genetically modified through site directed mutagenesis. This is a...
In an experiment, E.coli cells have been genetically modified through site directed mutagenesis. This is a process through which specific locations in an organism’s genome can be altered in order to study the function of such locations, or proteins coded for by genes found in a location. There are many techniques available for site directed mutagenesis. (You have access to PCR ingredients, any primer you wish, laboratory equipment, Lambda phage, and the ability to alter Lambda genome, a commercially available...
In an experiment, E.coli cells have been genetically modified through site directed mutagenesis. This is a...
In an experiment, E.coli cells have been genetically modified through site directed mutagenesis. This is a process through which specific locations in an organism’s genome can be altered in order to study the function of such locations, or proteins coded for by genes found in a location. There are many techniques available for site directed mutagenesis. (You have access to PCR ingredients, any primer you wish, laboratory equipment, Lambda phage, and the ability to alter Lambda genome, a commercially available...
Approximately 93% of all corn is genetically modified. Assume that you have randomly acquired 5 different...
Approximately 93% of all corn is genetically modified. Assume that you have randomly acquired 5 different corn seed packets for your garden. (c) Give an interpretation of the value you found for LaTeX: P\left(X\ge1\right)P ( X ≥ 1 ).
Now days foods that we consume may contain genetically modified organisms, or GMOs. One of the...
Now days foods that we consume may contain genetically modified organisms, or GMOs. One of the plant sources which is regularly modified is corn and products that are derived from corn, like high fructose corn syrup. What other foods do you know or can you find through a simple search that may likely be a GMO? How do you feel about eating products that have been genetically modified? There are now packaging on products that are non-GMO. Would this persuade...
Suppose you have two strains of mice, S1 and S2. Strain S2 is genetically modified to...
Suppose you have two strains of mice, S1 and S2. Strain S2 is genetically modified to metabolize a pharmacon P supposedly faster than S1. You conducted an experiment in a sample set of each strain, in which the pharmacon was injected and its concentration in blood was measured every 15min for 2h. Of course, age, gender, and weight was recorded for each animal. You want to statistically demonstrate that the metabolic rate of N is higher in S2 than S1....
ADVERTISEMENT
ADVERTISEMENT
ADVERTISEMENT