Answer:
The correct answer is option a. "For recombinant DNA technology or for the creation of synthetic life, only the gene that produces a particular desired product is needed, and not the entire organism that carried the gene".
Explanation:
Genetic biodiversity and population genetics are modern concepts related to the total number of discovered genes, which in the video Craig Venter explains that are around 20 million. The number of discovered genes are very important for scientific development because for recombinant DNA technology or for the creation of synthetic life, only the gene that produces a particular desired product is needed, and not the entire organism that carried the gene. Therefore, each new gene that is discovered or available, has the potential to be used in recombinant DNA technology developments.
SoukaSoukaSoukaSoukaSoukaSoukaSoukaSoukaSoukaSoukaSoukaSoukaSoukaSoukaSoukaSoukaSoukaSoukaSoukaSoukaSoukaSoukaSoukaSoukaSoukaSoukaSoukaSoukaSoukaSoukaSoukaSoukaSoukaSoukaSoukaSoukaSoukaSoukaSoukaSoukaSoukaSoukaSoukaSoukaSoukaSoukaSoukaSoukaSoukaSoukaSoukaSoukaSoukaSoukaSoukaSoukaSoukaSoukaSoukaSoukaSoukaSoukaSoukaSoukaSouka
Plants use sunlight during photosynthesis in order to use it to make sugar
By the way, I LOVE BIOLOGY!
the characteristics of prokaryotes are:
- Lack an organised nucleus and other membrane organelles
- Found in a central part of the cell which is known as the Nucleoid
- The cell wall of the prokaryotic cell acts as an extra layer of protection as it can help maintain dehydration and the cell shape
(Got the information from my biology notes!)
Answer:
This graph is showing how different rates of light intensity, environmental temperature, and Carbon dioxide affect the rate of photosynthesis. It looks like the greatest rate of photosynthesis has .13% Co2 at 30 degress celsius.
Explanation:
I was always taught that they y-axis is the dependent variable and going off that, all the other variables can be controlled and changed.
