The nurse would teach that People older than 75 years experience fewer consequences of traumatic brain injury during this educational event for the families of clients of a nursing home.
A severe blow or jolt to the head or body is the most common cause of traumatic brain damage. A gunshot or a fractured piece of the skull can also cause traumatic brain injury by passing through brain tissue.
Mild traumatic brain damage may have a temporary effect on your brain cells. A more severe traumatic brain injury may result in brain bleeding, tissue damage, bruises, and other physical harm. These wounds can cause long-term issues or even death.
The following suggestions can help older adults avoid falls in the home:
- Install railings in the bathrooms.
- In the shower or bathtub, place a nonslip mat.
- Remove any area rugs.
- Install railings on both sides of the staircase.
- Increase interior lighting, particularly near stairs.
- Keep the floors and stairwells clean.
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Answer:
The different skeletal muscle fiber types vary in the speed and duration of their twitches due to -
b) They vary in the rate of hydrolysis of ATP
c) They vary in the removal of Ca+ from the cytosol
Explanation:
There are mainly two types of muscle fibers , i.e.
a) slow twitching, long contraction duration( type I fibers)
b) First twitching but short duration of contraction. ( type II fibers).
Now think of the physiology of muscle. Two components are important, cytosolic Ca++ concentration and Availability of ATP. K+ is related to the action potential ( none or all law, there is no relation to the duration with respect to the potassium). For long contraction muscle fibers need a more steady supply of ATP, and also consistent high concentration of cytosolic Ca++ for muscle contraction to happen. So, these two factor is important for the duration of twitching. So the answer is option f .
A patient with iron deficiency anemia has started taking oral ferrous sulfate supplements every day. The risk of constipation associated with the administration of iron supplements should be added as a nursing diagnosis to the nursing care plan by the nurse who is organizing the patient's care.
Iron supplements are also quite frequent because iron deficiency is so widespread. Unfortunately, iron supplements are known for being unpleasant to swallow. This can result in gastrointestinal problems like black stool, nausea, and diarrhea, as well as constipation, one of iron's most prevalent side effects.
On iron, pathogenic microorganisms flourish. The iron from your supplement can move to the big intestine and feed the "bad bacteria" if it is not absorbed in the small intestine. Dysbiosis is the term used to describe this imbalance of bacteria. Dysbiosis signs and symptoms include bloating, gas, and constipation.
Thus, we may draw the conclusion that the nurse overseeing the patient's care should add the risk of constipation connected to the administration of iron supplements as a nursing diagnosis to the nursing care plan.
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According to the 8th edition, the volume of normal saline flush that you should administer is 3mL.
The administration of epinephrine with normal saline has changed from the 7th edition of neonatal resurrection to the 8th edition.
<h3 /><h3> Epinephrine and normal saline volumes</h3>
- In the 7th edition volume of normal saline was 0.5 to 1mL depending on the weight.
- In the 8th edition, the volume increased to 3mL for all newborn's weights.
In conclusion, the intravenous flush of epinephrine and normal saline should be 3mL.
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The answer is skin
The first line of defence is your innate immune system. Level one of this system consists of physical barriers like your skin and the mucosal lining in your respiratory tract. The tears, sweat, saliva and mucous produced by the skin and mucosal lining are part of that physical barrier, too.
