A bypass or shunt operation that diverts the cerebrospinal fluid is the treatment for (B) hydrocephalus.
<h3>
What is hydrocephalus?</h3>
- A buildup of fluid in the brain's deep cavities.
- The additional fluid exerts pressure on the brain and can harm it.
- It is particularly common in infants and the elderly.
- In babies, hydrocephalus is characterized by head enlargement.
- Headache, blurred vision, cognitive impairments, lack of coordination, and incontinence are common symptoms in adults and older children.
- A tube (shunt) is frequently placed surgically into a ventricle to drain excess fluid.
- Hydrocephalus is treated by a bypass or shunt procedure that redirects the cerebrospinal fluid.
As the description itself says, hydrocephalus is treated by a bypass or shunt procedure that redirects the cerebrospinal fluid.
Therefore, a bypass or shunt operation that diverts the cerebrospinal fluid is the treatment for (B) hydrocephalus.
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Complete question:
A bypass or shunt operation that diverts the cerebrospinal fluid is the treatment for ______
A. meningitis.
B. hydrocephalus.
C. encephalitis.
D. cerebral palsy.
Answer:
Motor
<u>Explanation </u>
Motor neurons are responsible for stimulating voluntary tissue. Sensory neurons receive information from the body.
When teaching regarding inflammation and cancer, the nurse should include this information.
- Inflammation and cancer can work together to spread the cancer.
- Inflammation can help the cancer cell to resist chemotherapeutic agents.
- During inflammation, damaged cells divide more frequently, increasing the rate of cancer growth.
<h3>Explanation:</h3>
Cancer and inflammation cooperate to advance the cancer and heighten chemotherapeutic drug resistance. Successful tumors have seemed to have the ability to influence immune cells' phenotypic rejection reactions. associated with tissue regeneration and wound healing, a process that involves inducing cellular proliferation in the injured tissue.
Tumor suppressor gene activation would stop cancer-causing cellular processes in their tracks. It would stop growth instead of causing mutations and cancer. The inhibition of new blood vessel growth and decreased cell growth would.
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Answer:
1. What is the fate of blood lactate?
What are the possible fates of lactate? Used as fuel source by skeletal muscle and heart - converted to Acetyl CoA that enters Krebs cycle. Lactate Shuttle - Lactate produced in one tissue, transported to another. Conversion to Glucose via Cori Cycle - transportation to liver, conversion to glucose.
2. In conclusion, our data showed no gender differences in resting or peak blood lactate concentrations, nor in the rate of blood lactate removal of young adult men and women with similar aerobic fitness level expressed as ml.kg FFW1.
Explanation:
Answer:
The answer is A a loss of surfactant.
Explanation:
The surfactant is a liquid that intervenes in the capillary-alveolus interface favoring the exchange of gases (oxygen, CO2) at this pulmonary level. For this reason, damage to type II pneumocytes will produce an alteration of this exchange.