Discovery of structure of DNA by Franklin and Watson and Crick.
Explanation:
Rosalind Franklin was researching about DNA structure at the King’s College at London based on x-ray diffraction studies; while, Crick and Watson were researching on the same at the Cambridge University based on Linus Pauling discovery of proteins.
Once when Watson happen to listen to Franklin’s lecture upon DNA structure and how it depends on relative humidity of the air and other facts relating to DNA; he along with Crick made physical DNA models which became a big failure.
Later, Franklin found that a wet form of DNA with high humidity had a helix like structure. This point became the base of later discovery of Watson and Crick’s double helix model of DNA along with the discovery of DNA molecules being made up of double chain of nucleotides.
Phosphoglucokinase is important as it helps in the activation of the phosphoglucomutase enzyme.
Phosphoglucokinase activity generates G1,6P, which is necessary to "prime" phosphoglucomutase that has become dephosphorylated and thereby inactivated through the loss of its G1,6P reaction intermediate.
When blood glucose levels are high, phosphoglucomutase also has the reverse effect. In this instance, phosphoglucomutase catalyzes the breakdown of glucose 6-phosphate, which hexokinase can readily produce from glucose, to glucose 1-phosphate.
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On a barometric pressure map, the curves that connect all the points at same atmospheric pressure are called isobars. The separation between these isobars depends on the map. Usually, isobars are marked every 8 millibars, but it is not unusual to see also maps where isobars are marked every 4 or even 2 millibars.
Answer:
A
Explanation:
The dolphin ate the fish. He 'consumed' something from the environment. However, this was not parasitic since the dolphin killed, not hurted the fish.
Taryn is thinking about a belief-laden statement, and Myra is thinking about a belief-neutral statement. Taryn`s temporal lobe is activated, and Myra's parietal lobe shows activity.
<h3>Which are the lobes of the brain?</h3>
- Each cerebral hemisphere has a temporal lobe, as well as the frontal, occipital and parietal lobes. This critical structure helps process sensory inputs such as pain and auditory stimuli. It also helps with understanding language, retaining visual memory, and processing and remembering emotions.
- The frontal lobe (main lobe) is considered the control center of our emotions. They play a central role in our personality and behavior. It is also involved in attention and motor control. The frontal lobe manages skills known as executive actions.
<h3>How do you distinguishes temporal lobe from parietal lobes?</h3>
- The parietal lobe is responsible for processing sensory information such as pressure, touch, and pain.
- The temporal lobe is responsible for the interpretation of sounds and language. The occipital lobe is responsible for visual processing. So, this is a summary of the differences between the parieto-occipital and temporal lobes.
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