Explanation:
Because DNA is duplicated during interphase before the cell undergoes mitosis, the amount of DNA in the original parent cell and the daughter cells are exactly the same. Both genetics, as well as external factors, can play a role in the development of cancer.
<u><em>Hope this helps!</em></u>
Hair cells and skin cells are both dead. It's the liver cells
DNA, RNA, protein digesting enzymes did Avery, MacLeod, and McCarty use in order to identify the genetic material.
<h3>What is the Digesting enzyme of DNA?</h3>
- With the aid of specialized enzymes known as restriction endonucleases (often referred to as restriction enzymes or REs), restriction digestion is the process of breaking down DNA molecules into smaller fragments.
- Wherever that sequence appears in the DNA molecule, these specialized enzymes can identify specific DNA sequences (for instance, GATATC).
- The DNA and RE are first combined in restriction digests, but things don't work out quite that easily.
- Because they are fragile, restriction enzymes must be handled with care.
- Since proteins which are what enzymes are denatured when the temperature rises, REs are always kept in the freezer until they are needed.
- In actuality, the components of a Restriction Digest are all kept chilled until the reaction is ready to start.
Learn more about DNA here:
brainly.com/question/19238665
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B. The flower color in a population changes over time.
Answer:
The cytochrome b6f is a large multi-subunit protein, which accepts electrons from the plastohydroquinone.
One electron moves linearly toward plastocyanin while the other goes through a cyclic process, which effectively pumps more protons into the thylakoid lumen.
Explanation:
The cytochrome b6f is distributed among both grana and stroma thylakoids equally. They are usually large and embedded in the membrane.
