Answer: B
Explanation:
"Furthermore, ectomycorrhizal fungi can slow down decomposition, a natural process that returns carbon from forest soils back to the atmosphere. In these ways, ectomycorrhizal fungi enhance the ability of forests to keep carbon locked up in trees and soils, and out of the atmosphere." (http://www.bu.edu/articles/2018/4-things-to-know-about-fungi-climate-warriors/)
Interphase, the first part of the cell cycle
Water makes oxygen and carbon dioxide makes glucose.
The question is; how might genetically engineered organisms solve this problem? I think this may be done by making it cheaper and easier to administer vaccines. All vaccines are genetically modified in a certain way. A gene may be programmed to produce an antiviral protein in bacterial cell. Once sealed into the DNA, the bacteria is now effectively re-programmed to replicate this antiviral protein. Recombinant engineered vaccines are being extensively explored, and this may help solve the problem described above.
Lister’s work was only made possible by Louis Pasteur’s discoveries.
- Louis Pasteur developed the pasteurization technique, which involves heating liquids and then letting them cool in order to kill bacteria, after learning that microbes were the cause of alcohol that had soured.
- His research on germ theory also inspired him and his team to develop the anthrax and rabies vaccines.
- Only Pasteur's discoveries made Lister's research possible. Infection was first thought to be caused by germs according to Pasteur.
- Lister developed the concepts of sterile surgery based on the "germ theory."
- Surgery was transformed into a sterile procedure thanks to Lister and Pasteur.
learn more about Louis Pasteur here: brainly.com/question/11137072
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