Answer:
Yes, both Coumadin and Heparin can be given at the same time.
Explanation:
Both Coumadin and Heparin can be given at the same time. Heparin is is a blood thinner (anti-coagulant) used to prevent and treat blood clots.The patient has been diagnosed with Deep Vein Thrombosis (DVT) which is the formation of blood clot in a vein located deep in the body (usually the lower thigh or leg). The heparin drip she is being administered will help treat the blood clot
Coumadin is also an anticoagualnt and is used for treating blood clotts. However, it takes days (about 3-4) before the treatment starts to work. It stops the synthesis of the four vitamin K–dependent clotting factors in the liver (factors II, VII, IX, X).
Both Heparin and Coumadin are overlapped for at least five days as they work differently. The Heparin is discontinued after anticoagulation occurs and the client starts to be treated with coumadin.
Answer: B) Contusions are damaged skin and blood vessels that form red or blue discolorations of the skin. Hematomas are ruptured blood vessels beneath the skin that bleed enough to form bumps and swelling under the skin.
Explanation:
Contusion or bruising results when the blood vessels are broken and the blood is leaked out and blood can be observed at the place where the injury actually occurred. The hematomas are the proof of injuries which are caused by the same reason as that of contusion but are larger than contusions. The contusions are dark red to brown in starting then turns blue to pale yellow on recovery. The hematomas are formed when large number of blood vessels are affected associated with swelling and bumps. Thus the skin appears raised.
Answer:
I do not agree with Heather’s definition of homeostasis because, by definition, homeostasis is defined as the ability of a body to create comfortable conditions by being at equilibrium or stabilizing itself internally whenever there are changes externally/outside the body. With regard to homeostasis, the room temperature of the internal part of the body, as with many other things in the body, is dynamic and does not stay at one place when external conditions change—it changes in order to maintain balance or equilibrium; hence, I do not agree with Heather’s definition of homeostasis.
Physiologic manifestations of stress include option(b)i.e, perspiration, increased blood glucose levels, and dilated pupils.
Stress can be either emotionally or physically stressful. It can be sparked by any situation or notion that makes you angry, irate, or anxious. Stress is your body's reaction to a demand or task. Sometimes stress is good when it keeps you safe or helps you meet a deadline. The sympathetic branch of the autonomic nervous system, which is known to set off "fight or flight" reactions when the body is under stress, is stimulated, which results in dilated pupils.
The apocrine glands cause sweat to be expelled when the body is responding to an emotion, such as stress, worry, or excitement. These glands release milkier perspiration that contains proteins and fatty acids. The apocrine glands are located close to thick clusters of hair follicles on the scalp, in the groin area, and under the arms.
To know more about perspiration refer to: brainly.com/question/26924221
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