Answer:
the triglycerides that enter the body through food (fats), are initially operated by the lingual lipase, which forms the food bolus that reaches the stomach where they are again metabolized by the gastric lipase; They then pass to the first portion of the duodenum, where they are attacked by pancreatic and bile juices transforming it into monoglycerides and free fatty acids. It is here that the greatest number of fat ingested is digested. The fatty acids that result from the process can be short or long chain, short chains pass directly to the liver where they will be used as energy, while long chain bind to a protein forming chylomicrons, which are transported by the stream bloody, to the tissues that need fats.
The effects of a right hemisphere stroke may include: Left-sided weakness or paralysis and sensory impairment. Denial of paralysis or impairment and reduced insight into the problems created by the stroke (this is called "left neglect") Visual problems.
<h3>What is impacted by a stroke in the right hemisphere?</h3>
A right hemisphere stroke may result in sensory impairment and left-sided weakness or paralysis. Denial about paralysis or impairment as well as diminished awareness of the problems caused by the stroke are referred to as "left neglect." Visual issues., such as an inability to see each eye's left visual field.
<h3>Does a stroke on the right side impact speech?</h3>
Speech and communication issues are typically seen in right-brain injured stroke survivors. Because of their weak or uncontrolled left side facial and mouth muscles, many of these people have trouble pronouncing spoken sounds correctly. Dysarthria is the term for this.
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Answer:
Talk to them nicely with attention and a big smile on your face.
Explanation:
Answer:
This question lacks options, options are:
A. increase the synthesis of contractile protein in muscle.
B. promote long bone growth.
C. favor the mobilization of FFA and reduces tissue use of blood glucose.
D. none of the above.
The correct answer is A.
Explanation:
Plasma concentration is the amount of a substance (hormones, glucose, proteins, among others) that circulates in the blood. The main action of growth hormone is to stimulate protein synthesis, through the mobilization of amino acid transporters, in a manner analogous to glucose and insulin transporters. In addition to stimulating protein synthesis, the growth hormone simultaneously mobilizes fat by direct lipolytic action. The processes of muscle protein synthesis and muscle protein breakdown occur simultaneously. This constant turnover of proteins allows the muscle fibers to modify their structure when the demands of loads or food vary. The plasticity of skeletal muscle in responding to changing loads or contraction patterns is evidence of the ability to remodel present in fibers. While resistance exercise significantly stimulates the synthesis of muscle contractile (myofibrillar) proteins, resistance exercise will have a greater impact in stimulating mitochondrial protein synthesis, thus allowing a specific muscle adaptation to exercise.
