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.
For more information on traumatic brain damage, visit :
brainly.com/question/4310324
#SPJ4
A man wakes up after eight hours of normal sleep and has an unbroken range of his blood pressure gauge. There is a good chance that the man has no sleep disturbances.
<h3>Snap*Gauge® </h3>
Snap*Gauge® is a non-prescription device used by the patient during sleep to determine if a patient breaks pre-set snap-gauges with different release-force constants. The number of brands broken will indicate the intensity of the patient's nighttime erections.
With this information, we can conclude that a man wakes up after eight hours of normal sleep and has an unbroken range of his blood pressure gauge. There is a good chance that the man has no sleep disturbances.
Learn more about snap-gauges in brainly.com/question/13025850
Answer:
Examples include light, heat, radio waves, and X-rays.
X-rays are a form of electromagnetic radiation that can be used for
and therapeutic purposes.
Explanation:
Answer:
A) hypovolemic
Explanation:
When there is extensive bleeding, the volume of blood in the entire circulatory system decreases considerably. Therefore, the patient usually goes into hypovolemic shock.
In this type of shock the heart is unable to pump enough blood due to the large decrease in venous return. As a consequence, arterial blood pressure drops.
