This branch of biomechanics that is being referred above is called NANOBIOMECHANICS or BIONANOMECHANICS. This branch of study focuses on the understanding of how cell materials interact within the body and one of these is how diseased or defective blood cells react to forces. Mostly, nanobiomechanics cover biomechanics problems or diseases.
C.) The prefix pro means to advance, in this case the promoter is the chemical that starts the replication
Answer:
(a) The rate of oxygen consumption will decrease.
Explanation:
The rate of oxygen consumption will decrease due to the Potassium cyanide which inhibits both utilization of oxygen by the cell as well as ATP production. Cytochrome performs an important function in the mitochondria of the cell which is the production of ATP. Cyanide binds to the cytochrome and inhibits the ATP production that is performed by mitochondria of the cell. So Potassium cyanide decreases the rate of oxygen consumption in mitochondria.
When they are in a chain-like formation, the prefix that is used is "Strep-".
A popular bacteria that represents this prefix is <em>Streptococcus Pneumoniae</em>. This organism is responsible for inducing bacterial pneumonia in most cases.
When you inhale or breathe in air, your diaphragm will contract or tighten and it will move downward. This will result to an increase in space in your chest cavity where your lungs will expand. The intercostal muscles located between your ribs will also help in the enlargement of the chest cavity. When your lungs expand, air will flow through your nose or mouth. The air will travel through your wind pipe and into your lungs. It will pass through your bronchial tubes and it will eventually reach and enters the<span> alveoli or the air sacs.</span>
W<span>hen you exhale or breathe out on the other hand, your diaphragm will relax and it will move upward into your chest cavity. The intercostal muscles will likewise relax resulting to the reduction of space in the chest cavity. When the space </span><span>in the chest cavity gets smaller, air that is carrying carbon dioxide will be forced out of your lungs and windpipe and it will eventually go out of your nose or mouth.</span>