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| Section | Weight | Objectives |
|---|---|---|
| Topic 1: Clinical Practice | 12% | - Burns and Trauma
|
| Topic 2: Nutrition Assessment | 18% | - Anthropometric Measurements
|
| Topic 3: Clinical Monitoring and Management | 18% | - Complications
|
| Topic 4: Team and Program Management | 12% | - Ethical and Legal Considerations
|
| Topic 5: Basic Science | 12% | - Biochemical assessment
|
| Topic 6: Clinical Intervention | 28% | - Parenteral Nutrition
|
>> Latest NBNSC-CNSC Exam Materials <<
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NEW QUESTION # 57
The primary regulator of fluid intake is
Answer: A
Explanation:
The correct answer to the question "The primary regulator of fluid intake is" is "Thirst." Thirst is a critical physiological response that serves as the main regulator of our body's fluid intake. It is triggered by various mechanisms that monitor the hydration status and the osmotic pressure of the body.
When there is a decrease in the body's water level, whether through sweating, excretion, or simple evaporation, the osmotic pressure of the extracellular fluid (ECF) increases. This increased osmotic pressure is detected by osmoreceptors in the hypothalamus, a region in the brain responsible for regulating thirst. As a result, these receptors trigger the sensation of thirst, compelling an individual to drink fluids and restore the body's optimal hydration level.
Additionally, the sensation of thirst can be exacerbated by the drying of the mucous membranes in the mouth and throat. When there is insufficient saliva production due to low fluid volume in the body, these membranes become dry, further intensifying the feeling of thirst. This serves as a physical reminder to replenish the body's water supply.
Thirst is a more immediate and direct regulator of fluid intake compared to other potential factors like serum potassium levels or the ratio of fat to skeletal muscle. While these factors can influence fluid balance and distribution in the body, they do not directly trigger the acute, conscious desire to drink water in the way that the physiological response of thirst does. Thirst is therefore recognized as the primary and most effective mechanism for maintaining fluid homeostasis in the body.
NEW QUESTION # 58
Excessive vitamin A intake is considered which of the following dosage?
Answer: A
Explanation:
*Excessive intake of vitamin A is considered to occur when the intake is greater than 10,000 International Units (IU) per day. This level of consumption can lead to a range of health issues due to the toxic effects of too much vitamin A in the body. The recommended daily allowance (RDA) for vitamin A varies depending on age, gender, and life stage, but generally, it is much lower than 10,000 IU. *
*At excessive levels, vitamin A can cause a condition known as hypervitaminosis A, which is characterized by a series of symptoms and health complications. These may include vision disturbances, bone pain, and liver damage. In pregnant women, high doses of vitamin A can lead to teratogenic effects, meaning it can cause birth defects in the developing fetus. These defects can include cleft palate, harelip, and other physical malformations such as macroglossia (an abnormally large tongue), eye abnormalities, and hydrocephalus (a condition in which fluid builds up in the brain). *
*Retinoids, which are derivatives of vitamin A, are commonly used in dermatology to treat conditions like acne and psoriasis. While retinoids can be beneficial in controlled doses, their use must be carefully monitored, especially in women of childbearing age, due to their potential teratogenic effects. *
*It is crucial to maintain a balanced intake of vitamin A, as both deficiency and excess can lead to serious health issues. The safest approach is to consume vitamin A through a balanced diet, focusing on sources like fruits and vegetables that are high in beta-carotene, which the body can convert into vitamin A as needed. This form of vitamin A has a much lower risk of toxicity compared to the pre-formed vitamin A found in high doses in supplements and certain animal products.
NEW QUESTION # 59
Which of the following foods is a source of polyunsaturated fatty acids?
Answer: D
Explanation:
Polyunsaturated fatty acids (PUFAs) are essential fats that the human body cannot produce on its own and must obtain through diet. These fats are crucial for cell function and the regulation of various bodily processes, including inflammation and blood clotting. Foods rich in polyunsaturated fatty acids are considered beneficial for heart health as they can help reduce cholesterol levels and lower the risk of heart disease.
Safflower oil is a notable source of polyunsaturated fatty acids. It is derived from the seeds of the safflower plant and is highly valued for its nutritional benefits. Safflower oil primarily contains linoleic acid, which is a type of omega-6 polyunsaturated fat. Regular consumption of safflower oil can contribute to maintaining healthy cholesterol levels, which in turn supports cardiovascular health.
In contrast to safflower oil, other food items like coconut, canola oil, and avocados contain different types of fats. Coconut is predominantly a source of saturated fats, which are typically solid at room temperature and can raise levels of bad cholesterol in the blood when consumed in excess. Canola oil and avocados, on the other hand, are rich in monounsaturated fats, which are considered heart-healthy fats. Monounsaturated fats can help reduce bad cholesterol levels and are beneficial for heart health.
Thus, among the options given - safflower oil, coconut, avocados, and canola oil - safflower oil is the clear source of polyunsaturated fatty acids. This makes it an excellent choice for those looking to enhance their intake of essential, heart-healthy fats.
NEW QUESTION # 60
Which of the following drugs or types of drugs can cause an increase in appetite?
Answer: A
Explanation:
Among the options provided, antidepressants are known to potentially cause an increase in appetite. This is a common side effect observed with several types of antidepressants. The effect on appetite can vary depending on the specific medication and the individual taking it. Some people may experience an increased appetite, which can lead to weight gain, while others might not notice any change.
It is important to consider the mechanism of action of antidepressants in relation to appetite changes. Many antidepressants influence neurotransmitter systems in the brain, such as serotonin, norepinephrine, and dopamine, which play key roles in mood regulation as well as appetite and eating behavior. For example, medications that increase serotonin levels can affect appetite control centers in the brain, leading to increased hunger.
Other drugs listed in the question, such as Plaquenil (hydroxychloroquine), Proleukin (aldesleukin), and Ritalin (methylphenidate), typically do not cause an increase in appetite. In fact, these drugs are more commonly associated with a decreased appetite. Plaquenil, used mainly for malaria and certain autoimmune conditions, often has side effects that include stomach pain, nausea, and loss of appetite. Proleukin, an immunotherapy medication, can cause gastrointestinal side effects that might reduce appetite. Ritalin, a stimulant used in the treatment of ADHD, is well-known for its appetite-suppressing effects.
Therefore, when comparing the effects of these drugs on appetite, antidepressants stand out as the class of drugs most likely to lead to an increase in appetite. This is a significant consideration for patients and healthcare providers when choosing a treatment plan, especially for individuals concerned about potential weight changes while managing their health conditions.
NEW QUESTION # 61
Humans carry _______________TAS1R taste receptor genes in a single cluster on chromosome 1.
Answer: D
Explanation:
*P1* Humans carry 3 TAS1R taste receptor genes in a single cluster on chromosome 1. *P2* These genes are responsible for encoding the taste receptors that detect sweetness and umami (a savory taste). Specifically, the three genes are TAS1R1, TAS1R2, and TAS1R3. TAS1R1 and TAS1R3 combine to form the receptor for umami taste, whereas TAS1R2 and TAS1R3 combine to form the receptor that detects sweet tastes. This gene arrangement allows humans to perceive a range of tastes derived from different combinations of these receptors. *P3* The proteins encoded by these genes belong to the class C group of G-protein coupled receptors (GPCRs), which are characterized by their large N-terminal extracellular domains. These domains have a structure similar to a Venus flytrap, which is crucial for the function of these receptors. The "Venus flytrap" module enables the receptor to bind to tastants (taste-provoking chemical substances), such as sugars, peptides, and amino acids, leading to taste perception. *P4* The presence of these genes in a single cluster on chromosome 1 suggests a streamlined evolutionary path for taste detection mechanisms in humans, emphasizing the importance of taste in survival and food selection. This clustering also facilitates coordinated regulation of taste receptor expression, ensuring that these crucial proteins are synthesized in appropriate amounts and locations, depending on the body's dietary needs and the environment.
NEW QUESTION # 62
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