Answer:
1. De-oxygenated blood from the superior & inferior vena cava empties into the right atrium
2. Through the tricuspid valve
3. Into right ventricle
4 Through pulmonary semi-lunar valve
5. Pulmonary artery (unique* carries de-oxygenated blood)
6. Lungs
7. Pulmonary veins (unique* carries oxygenated blood)
8. Left atrium
9. Through bicuspid valve/mitral valve
10. Left ventricle
11. Through Aortic semi lunar valve
12. Aorta
Explanation:
The following interventions are needed to assist the infant in reducing bilirubin level:
- Increase the infant's hydration.
- Offer early feedings.
- Initiate phototherapy.
The immaturity of the newborn's liver contributes to icterus or jaundice. Bile pigments produced by the typical postnatal breakdown of red blood cells cannot be removed from the blood by the liver. The deeper jaundice and the greater the risk of brain damage, the higher the blood bilirubin level. Pathological jaundice, which develops within 24 hours of birth and is a complication of an aberrant condition such ABO-Rh incompatibility, is more harmful than physiological jaundice and is considered normal. Newborns born preterm typically experience a slower increase in bilirubin levels than infants born at term. Because it lasts longer, the infant is more likely to develop hyperbilirubinemia or high levels of bilirubin in the blood.
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To generalized fluid overload<u> S3 and S4 heart sounds.</u>
The correct option is D
<h3>What is fluid overload?</h3>
If your body has too much fluid, it is said to have hypervolemia, also referred to as fluid overload. Your organs depend on bodily fluids like blood and water to function properly. Hypervolemia is a common ailment in both pregnant women and those with kidney and heart disease.
<h3>What is S3 and S4 heart sounds?</h3>
S1 and S2 are the two primary normal heart sounds. While occasionally being pathologic, the S3 can also be benign. It is virtually always pathologic to hear an S4 heart sound. Intensity, pitch, location, quality, and time in the cardiac cycle are all factors that can be used to categorize heart sounds.
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I understand that the question you are looking for is:
Which finding suggests generalized fluid overload?
A. Weight loss
B. Flattened jugular veins
C. Hot, dry skin
D. S3 and S4 heart sounds
Answer:
causes the thyroid gland to produce to much
Answer:
The best answer to the question: The stress-relaxation effect occurs in all blood vessels but is most important in the arteries, would be, B: False.
Explanation:
The reason for this being the correct answer comes from the function that both arteries and other blood vessels play and the significance of the process of stress-relaxation to the functionality of oxygenation, blood flow and pressure.
Stress-relaxation is the process by which the pressure within a specific tissue, in this case the blood vessels, does not increase as the volume of blood increases. Now, because arteries´ main job is not merely to conduct oxygenated blood from the heart towards the tissues of the body, it requires the presence not just of volume, but also of pressure, and usually, pressure in arteries is higher than the actual volume of blood. This is possible because of the high content of muscular tissue present in the middle layer of arteries. Without this high pressure, exchanges would not be possible. But veins, whose main purpose is to return all the de-oxygenated blood from the tissues to the heart, have the need to become reservoirs of large volumes of blood, and therefore have what is known as a high level of compliance (their muscular layer is not as powerful as that of arteries and the elastic tissues are more prominent, allowing the vessel to contain larger volumes of blood, but exert much lesser pressure). It is these blood vessels, veins, who show a high level of stress-relaxation, contain volume without affecting pressure, and not arteries, and that is why the answer is false.
