The patient is in progressive stage of shock.
What are the stages of shock?
When reduced blood flow (perfusion) is first noticed during Stage I shock, a number of processes are engaged to maintain/restore perfusion. This activation causes the blood arteries throughout the body to narrow (vasoconstriction), the heart to beat more quickly (tachycardia), breathing to speed up (tachypnea), and the kidneys to work harder to keep fluid in the circulatory system. On the AVPU scale, the patient is most certainly awake but may have altered mental status, such as bewilderment, irritation, or lethargy.
These compensatory techniques start to fall short in shock Stage II. The patient's symptoms demonstrate that the body's processes are no longer able to increase perfusion. On the AVPU scale, the patient becomes V, P, or U due to oxygen deprivation in the brain. Blood pressure may be near or below normal yet heart rate, breathing rate, and blood pressure are all still over average.
The duration of the poor perfusion starts to permanently damage the body's organs and tissues in Stage III of shock. The kidneys typically fully shut down, and the heart's performance continues to deteriorate. Heart and respiratory rates are significantly higher than average before collapsing to low rates that are not compatible with life. Additionally, the patient's blood pressure is dangerously low. The body's organs and tissues all contain damaged and dying cells. The patient's death is the eventual result of Stage III shock.
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Answer:
<em><u>The answer is</u></em>: <u>Code: ICD-10-CM Code D18.01.</u>
Explanation:
Hemangiomas are childhood tumors <em>that are characterized by an initial proliferation phase followed by an involution that, in most cases, results in their complete regression.
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From the pathological point of view <em>it is a hyperplastic proliferation of endothelial cells, which in the proliferative phase constitute highly cellular masses and with few vascular lights</em>, invading dermis and / or subcutaneous cellular tissue.
D18.01 is an ICD code <em>that is used to specify a diagnosis of skin and subcutaneous tissue hemangioma.
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<em><u>The answer is</u></em>: <u>Code: ICD-10-CM Code D18.01.</u>
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Answer:
Since this question has multiple subquestions in it, I will give you the answer to them as follows:
1. Which neuron would activate a muscle? They are called multipolar neurons, they are found mostly originating from the CNS itself and they are multipolar because when a neuron stimulates a muscle, one signal from just one terminal is not enough; it requires the stimulation from several neurnal terminals.
2. Which neuron would be found in the retina of the eye? A bipolar neuron. This is because these neurons will fulfill a double function: to activate the muscles of the retina, and also they will convey messages taken by the sense of sight, towards the brain for interpretation and integration.
3. Which neuron is a sensory neuron found in a reflex arc? The answer again is a unipolar neuron. These neurons will not reach the brain itself, but rather the reflex arc site on the spinal cord. Their task is to relay sensations from the site that has been stimulated to the spinal cord and from there to the affected place, with the correct response.
4. Which neuron is never myelinated? Again the answer is the bipolar neurons found connecting the retina and the eyes. The reason is that these neurons are capable of relying fast messages to and from the brain, whereas in myelinated ones, messages go slower due to the myeling sheaths.
5. Which neuron is typically involved in the special senses of sight and smell? Once more the answer is the bipolar neurons that are most commonly found connecting the different organs of these two senses. Since these have such unique capabilities: relying information for integration and sensory and motor responses, their action potentials travel fast, and have a short distance to go.
