The best statement is Support provided to CSNP and DSNP members that may have unique health care needs.
<h3>Who are CSNP and DSNP members?</h3>
CSNP and DSNP members refers to individual wo have special needs in their healthcare management.
CSNP stands for Chronic Special Need Plans and DSNP stands for Dual Special Needs Plans.
Therefore, individuals who have CSNP and DSNP are individuals who have special needs. These individuals are managed depending on the level of health risk each member has.
In conclusion, individuals who have special needs usually have special plans such as the Chronic Special Need Plans and DSNP stands for Dual Special Needs Plans.
The management program of individuals who are CSNP and DSNP members varies depending upon the level of the members health risk.
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The nurse should be aware of free ribosomes that is found within the cytoplasm of the cell while she is reviewing cellular structure in preparation for admitting a client with a genetic disorder.
Difference between free and attached ribosomes
- The cell's protein production facility is known as the ribosome, a tiny spherical organelle.
- The nucleolus of the cell produces ribosomes, which are then moved to the cytoplasm.
- The cytoplasm contains two different kinds of ribosomes. They might be bound (connected) or free form.
- Free ribosomes are not attached and are found freely in the cytoplasm, whereas attached ribosomes are associated to the endoplasmic reticulum.
- In the cytoplasm, free ribosomes synthesize proteins. The majority of the proteins that free proteins synthesize are used by cells.
- The metabolism of macromolecules is regulated by the majority of these proteins, which are enzymes.
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If the bicuspid valve does not close completely, blood can flow backwards into the heart. This is regurgitation, also called aortic valve insufficiency. The heart then must pump that same blood out again, causing strain on the heart's lower left chamber, the left ventricle.
Answer: First police laboratory, Locard's exchange principle, Sherlock Holmes of France
Explanation: Locard's most famous contribution to forensic science is known today as “Locard's Exchange Principle”.
