a. front of the upper arm between the shoulder and the elbow
b. upper arm, lies deeper than the biceps brachii
c. external body
d. beneath the skin
e. back of the upper limb
f. arm; runs from shoulder to elbow
g. beneath the skin, lowermost layer of the integumentary (skin) system in vertebrates
h. upper limb
i. upper limb
j. posterior arm and posterior forearm
k. upper arm; continues down the ventral surface of the arm until it reaches the cubital fossa at the elbow
hope this helps :)
Answer:
Taking insulin, carb, fat and protien watching, watching your blood sugar frequently, and eating healthy
Explanation:
a nurse is preparing to suction secretions from the mouth of a patient who has dysphagia she should use for clearing oral secretions with the Yankaur Catheter, a tonsil-tip suction catheter.
With the invention of his namesake Yankauer suction catheter in 1907, otolaryngologist Sidney Yankauer transformed the field of medical suction. While employed at Mount Sinai Hospital's outpatient surgery unit, Dr. Yankauer, an unassuming ENT specialist, created a number of useful medical devices. The medical genius Dr. Yankauer is respected for his prolific writing career.
The Yankauer suction tip, one of the most widely used medical suction devices in the world, would turn out to be his most important invention.
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Answer:
The best answer for the question: Given the observation, the cellular component that is most likely the cause of the disease is the:___, would be: the Golgi apparatus.
Explanation:
The reason for this being the answer to the question is that the Golgi apparatus is the one organelle in the cell structure that, together with the Endoplasmic reticulum, manages and controls the production and secretion of appropriate proteins chains that will either be used by the cell itself, or by other cells in the body. While the ER receives the RNA from which the new proteins are synthesized, the Golgi then receives the newly formed protein and works on it to reorganize it, change it, or simply prepare it to be sent towards its final destination. As such, in a condition like cystic fibrosis, where the ion channel, which is formed from protein chains, is sent to be destroyed instead of being sent to the cell membrane, the one who makes the mistake is the Golgi apparatus.
