Both plant and animal cells have mitochondria
Out of the choices given, one adaptation that is unique to marine mammals is they can slow their own heartbeat down.
Much of our understanding of human sex-ual response came from the early studies of<u> </u>Masters and Johnson research.
<h3>
What is the Masters and Johnson technique?</h3>
The Masters and Johnson technique begins with a se-x history and medical tests of the couple to rule out any physical issues. To assist the couple get past their se-x phobias, therapists then use activities that emphasize giving and receiving sensuous pleasure—not necessarily se-x-ual pleasure.
<h3>
What Research Did Masters and Johnson Conduct?</h3>
Particularly for their theory of a four-stage model of se-x-ual response (also known as the human se-x-ual response cycle) and their investigation of se-x-ual response in the elderly, William Masters and Virg-inia Johnson have received widespread acclaim for their contributions to se-x-ual, psychological, and psychiatric research.
Learn more about the Masters and Johnson with the help of the given link:
brainly.com/question/11500479
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Answer:
order of least damaging is b, a, c and d
Explanation:
The 4 kinds of point mutations here present different consequences after a change of a single base pair. The silent point mutation is the least damaging because the alteration of the nucleotide does not implies on a different codon. Missense and nonsense point mutations will imply on a change of a entire different codon and a change of a entire codon to a stop codon, respectively. The missense could be a less aggressive mutation than a nonsense because the codon change may affect only in a small proportion of the entire protein, but the nonsense can be very aggressive by making the protein smaller than it is. The frameshift can cause severe modifications on the whole final protein because almost every codon might code for a different aminoacid leading to a whole new protein.
Answer:
Active transport
Explanation:
The molecules are moving from a low concentration to a high concentration across a cell membrane via a protein. ATP is used in this reaction.
We know it cannot be diffusion, facilitated diffusion, passive transport, or osmosis, because these are all passive processes. In the picture, the molecules are moving against their concentration gradient and uses energy.
It cannot be endocytosis or exocytosis, as there are no vesicles.
Active transport is the movement of molecules from a low concentration to a high concentration across a cell membrane against their concentration gradient. ATP is used to supply the energy for this process.