The Pathway
• air enters the nostrils
•passes through the nasopharynx
•the oral pharynx
•through the glottis
• into the trachea
• into the right and left bronchi, with branches and rebranches into
• bronchioles each of which terminates in a cluster
• alveoli
An extended-release medication is a drug with a different mechanism of release and action. The drug is designed to be released slowly over a course of time. It would not be a problem to crush an immediate-release drug but the nurse should not crush the extended-release opioid. If the patient receives this opioid medication crushed, the entire quantity of the drug will be at once released and active in its body. This could cause overdose or severe side-effects from the high dosage.
Answer:
Yes; this difference from bacteria is unimportant, because the many similarities between bacteria and mitochondria provide sufficient evidence in favor of the hypothesis.
Explanation:
The passage speaks about the protein synthesising ability of bacteria and mitochondria. The bacteria are single-celled microorganism and they are prokaryotic. They lack membrane bound organelles such as mitochondria. But both mitochondria as well as the bacteria has certain similarities.
The structural similarities between the cell organelle and the organism shows favourable evidence that most proteins in present-day mitochondria are made by cytoplasmic ribosomes from mRNA transcribed from nuclear genes.
The region of the mitochondria with the highest level of hydrogen ion is the INTERMEMBRANE SPACE.
The mitochondria is made up of many parts, such as the outer membrane, the inner membrane, the intermembrane space, the cristae and the matrix. The high concentration of hydrogen ion in the intermembrane space is used to power ATP synthase.
Answer:
B. False
Explanation:
Additional information is not typically required to enter the fields of law.
