As we are still unable to prove it fully.
The enzyme would cut out the GAATTC fragment in both strands, separating the DNA into 3 different fragments.
Strand 1 would have 3 fragments, one GAATTC (6 base pairs) one of 10 base pairs and one of 12 base pairs. (blue)
Strand 2: would have 3 fragments, one of GAATTC (6 base pairs) one of 18 base pairs and one of 4 base pairs. (red)
This has something to do with winter seasons. You see, during winter days, <span>the sun is further down in the sky, so the same circle of sunlight covers a wider area, so there is less light per plant. In this case, those plants that are pointing straight at the sun have higher chances of growing better. Hope this answers your question.</span>
Intrapleural pressure is
Negative during expiration.
Intrapleural pressure is the air pressure in the pleural cavity
and also exists between visceral and parietal pleurae. This pressure
majorly depends on ventilation phase, the volume of the intrapleural cavity and
atmospheric pressure. During expiration, the Intrapleural pressure in the pleural cavity becomes
less negative which is commonly known as negative pressure.
Answer:
"To accurately measure core temperature" the reporter have a tube up his nose
Explanation:
The tube seen entering the reporter's nose is a thermistor which is used to measure the core temperature of the body with very high levels of accuracy. The tube reaches the esophagus, which is one of the most preferred locations for measuring the core temperature. The core body temperature is the operating temperature of the human body and it refers to the temperature of the deeper structures of the body instead of the peripheral tissues. The esophagus is close to the left ventricle of the heart, it has a deep body location and a quick response to any changes in the body temperature.
