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Hypertension

Although spinal cord injuries can cause autonomic dysreflexia (a condition where the body’s autonomic nervous system overreacts to stimuli, leading to dangerously high blood pressure), this condition is more common in individuals with injuries above T6. At C-3, respiratory issues are the primary concern, and hypertension is not the leading cause of complications.

Septic shock
Septic shock can occur after any significant injury, especially if the individual develops infections (e.g., from urinary retention, pressure ulcers, or pneumonia). However, septic shock is not the main cause of complications or death related to a C-3 spinal cord injury.

Bradycardia

Bradycardia (a slow heart rate) can indeed be a concern in patients with SCI, especially those with injuries at or above the T1 level. However, at the level of C-3, the main cause of complications is respiratory failure, not bradycardia. While bradycardia can occur due to disruption of sympathetic nervous system control, respiratory compromise is the most critical immediate concern.

Notify the primary care provider with increased urine outputIncreased urine output is not directly related to signs or symptoms of infection associated with a tunneled IV catheter, such as a Hickman catheter. While changes in urinary output might indicate renal or other systemic issues, they do not signal a local infection at the insertion site.

The primary care provider will monitor hemoglobin and hematocrit values
While monitoring hemoglobin and hematocrit values is important for assessing overall health and blood status, it is not specifically related to monitoring for infection in a client with a tunneled IV catheter. Hemoglobin and hematocrit can provide information about anemia or dehydration but do not directly indicate an infection at the insertion site.

To maintain patency, the catheter should be flushed weekly using a 5ml syringeAlthough flushing a tunneled IV catheter to maintain patency is important, this response does not directly address infection prevention, which is the focus of the question. Typically, a catheter should be flushed as per specific guidelines (which may include daily or weekly flushing, depending on the clinical setting).

Hypertension treated with medicationsHypertension (high blood pressure) itself is not a direct cause of infectious endocarditis. While untreated or poorly managed hypertension can contribute to cardiovascular complications, it is not typically a risk factor for developing infectious endocarditis. Infectious endocarditis is more commonly associated with conditions that directly involve the heart valves or blood stream, such as intravenous drug use, prior heart valve disease, or certain invasive procedures.

Prostate surgery six months priorWhile certain surgeries, such as dental or urinary tract procedures, can increase the risk of infectious endocarditis due to transient bacteremia, prostate surgery by itself is not a major risk factor for this condition. Unless there was a complication during the surgery that resulted in bacteremia (e.g., infection), B is not the most likely contributor to the development of infectious endocarditis.

Stroke diagnosed one year agoWhile a history of stroke may indicate underlying cardiovascular disease or embolic events, it is not directly related to the development of infectious endocarditis. Stroke can occur as a complication of infectious endocarditis, particularly if emboli from infected valves travel to the brain. However, a prior stroke itself does not directly contribute to the development of endocarditis.

Clubbing of the fingers

Clubbing of the fingers is typically associated with chronic hypoxia, often due to conditions like chronic obstructive pulmonary disease (COPD), congenital heart defects, or chronic respiratory disorders. While mitral valve stenosis can lead to pulmonary congestion and sometimes hypoxia, clubbing is not a hallmark finding of mitral valve stenosis.

Barrel chest
A barrel chest is more commonly associated with chronic obstructive pulmonary disease (COPD), emphysema, and other conditions that cause long-term hyperinflation of the lungs. It is not a typical finding in mitral valve stenosis. The shape of the chest may change over time in patients with severe left-sided heart failure, but this is not a primary or direct consequence of mitral valve stenosis.

Bradycardia

Bradycardia (a slow heart rate) is not a characteristic finding of mitral valve stenosis. In fact, mitral valve stenosis can lead to increased heart rates due to reduced cardiac output and compensatory mechanisms. As the left atrium becomes increasingly distended from the obstruction, atrial fibrillation (a rapid, irregular heartbeat) is common in mitral valve stenosis.

A Rhinovirus infection can cause cancer of the cervix

Rhinovirus is primarily associated with the common cold and respiratory infections, not with cervical cancer. The risk factors for cervical cancer are related to persistent infections with certain strains of the human papillomavirus (HPV), especially high-risk types like HPV-16 and HPV-18, which can lead to cervical dysplasia and, eventually, cervical cancer.

Eating foods high in fat and taking birth control pills are risk factors

While diet and certain medications may influence overall health, eating foods high in fat and taking birth control pills are not primary risk factors for cervical cancer. Research has shown that certain hormonal contraceptives (especially long-term use) may slightly increase the risk of cervical cancer, but the most significant and well-established risk factor is HPV infection, not fat intake or birth control use.

Having yearly Pap smears will protect you from developing cancer

While Pap smears (Pap tests) are important for detecting precancerous changes (such as dysplasia) or early-stage cervical cancer, they do not prevent cancer. Pap smears can help identify abnormal cell changes that can be treated before they develop into cancer, but they do not protect against the development of cancer.

Heart rate of 130 beats per minute

A heart rate of 130 beats per minute is tachycardia, which is often a compensatory response to injury, particularly in cases of trauma, blood loss, or shock. It is common in the initial phase after trauma as the body attempts to compensate for decreased blood volume or oxygen delivery. However, tachycardia alone is not typically fatal in the immediate post-injury period and can often be managed.

Serum potassium 5.7 mEq/L (normal 3.5–5.3)
A serum potassium of 5.7 mEq/L is elevated, but it is moderately high and not typically life-threatening unless it reaches much higher levels (e.g., >6.0 mEq/L), which can cause cardiac arrhythmias. Elevated potassium can occur due to cellular injury (e.g., muscle trauma or rhabdomyolysis), but it would need to be corrected to prevent complications like arrhythmias.

Platelet count 200,000 (normal 150,000–450,000)

A platelet count of 200,000 is within the normal range (150,000–450,000) and does not indicate a problem with coagulation. The blood loss and the NG tube hemorrhage mentioned in the scenario suggest that the patient may be at risk for bleeding, but a platelet count in the normal range suggests that the body’s ability to form clots is likely intact.

Respiratory acidosis: Respiratory acidosis occurs when there is an accumulation of carbon dioxide (CO2) in the blood, leading to a decrease in pH. In the given blood gas values, the PaCO2 is 28 mmHg, which is lower than the normal range (35-45 mmHg), indicating that CO2 is being exhaled more than usual, not accumulating.

Metabolic acidosis: Metabolic acidosis results from a decrease in bicarbonate (HCO3-) or an increase in acid in the body. However, in the provided values, the bicarbonate (HCO3-) is normal at 24 mEq/L, and the pH is elevated at 7.51, indicating alkalosis rather than acidosis

Metabolic alkalosis:
Metabolic alkalosis occurs when there is an increase in bicarbonate levels or excessive loss of acids, often associated with vomiting or diuretic use. However, in this case, the bicarbonate level (HCO3-) is normal, and the pH is more consistent with alkalosis due to respiratory factors, not metabolic causes.