Respiratory Alkalosis Lab Values

Respiratory Alkalosis Lab Values Respiratory Alkalosis Lab Values

Respiratory Alkalosis Lab Values – Overview

Respiratory alkalosis is a major disease in carbon dioxide partial pressure disease without or with the compensatory bicarbonate disease. Your body’s pH may be higher than usual in this condition. Respiratory alkalosis lab values can help you understand your condition’s severity.

However, the experts can identify differences between fully compensated, partially compensated, and uncompensated conditions.

Respiratory Alkalosis

Respiratory Alkalosis Lab Values

Respiratory Alkalosis Lab Values

Respiratory alkalosis can be caused due to an increase in your respiratory rate, respiratory volume (hyperventilation), or both. It can be of two types, chronic or acute. The chronic condition remains asymptomatic in most cases. The acute condition may have symptoms like headache, lightheadedness, paresthesias, confusion, cramps, and syncope.

Experts can clinically diagnose the condition with the help of ABG or Arterial Blood Gas or the measurements of serum electrolytes.

There are two steps to identify respiratory alkalosis with ABG.

#1. You need to check the pH level. If the pH level is over 7.45, it is alkalotic and indicative of respiratory alkalosis.

#2. You must try to determine which system is responsible for this condition; metabolic or respiratory. The value for partial pressure of carbon dioxide indicates the respiratory system. If the value is under 35 mmHg, it indicates alkalotic; and the respiratory system is responsible for the acidosis.

Etiology

Respiratory alkalosis is a major decrease in the level of PCo2, also known as hypocapnia. This can happen due to hyperventilation, increased respiratory volume, or respiratory rate. The increase in ventilation generally occurs as a physiologic response to metabolic acidosis, hypoxia, and increased metabolic demands like fever.

However, certain disorders of the central nervous system, like seizures, stroke, or conditions like anxiety and pain, can increase the respiratory rate without any physiological need.

Causes of Respiratory Alkalosis

  • Fever
  • Salicylate toxicity
  • Anxiety or panic
  • shock
  • Pain
  • Trauma
  • Fear
  • High altitude
  • Tumor
  • Severe anemia
  • Liver problems
  • Lung diseases
  • Overuse of certain medications
  • Neurologic conditions

Who Is at Risk of Respiratory Alkalosis?

People who often experience anxiety, stress, or panic in their life are at high risk of developing respiratory alkalosis. People on mechanical ventilation are also at higher risk. These breathing machines can deliver a standard breath volume for every breath.

This can lead a patient to hyperventilation when he breathes faster. As a result, the experts may need to lower or higher levels of breathing assistance.

Signs and Symptoms

Acute respiratory alkalosis can cause-

  • Confusion
  • Light-headedness
  • Cramps
  • Syncope
  • Nausea
  • Irritability
  • Dizziness
  • Fatigue
  • Discomfort in chest
  • Shortness of breath
  • Peripheral and circumoral paresthesias

Chronic respiratory alkalosis is generally asymptomatic and shows no signs or symptoms.

3 Types of Respiratory Alkalosis

There are three types of respiratory alkalosis. Respiratory alkalosis lab values can help to identify your condition.

1. Uncompensated Respiratory Alkalosis

This can occur when respiratory alkalosis is present with PaCO2 alkalotic (under 35 mmHg) and pH over 7.45 alkalotic. The metabolic system, marked by the HCO3, does not act to correct it.

2. Partially-Compensated Respiratory Alkalosis

It can occur when respiratory alkalosis is present with PaCO2 alkalotic (under 35mmHg) and pH over 7.45 alkalotic. Then, the metabolic system, marked by HCO3, can act to correct it.

3. Compensated Respiratory Alkalosis

It can occur when respiratory alkalosis is present with a normal pH but closer to PaCO2 alkalotic (under 35mmHg) and a pH over 7.4-7.45 alkalotic. Then, the metabolic system, marked by an HCO3 level, can act to correct it.

When we breathe, we inhale oxygen and exhale carbon dioxide; this process is called gas exchange. When breathing is too fast, we expel too much carbon dioxide, and the pressure of the carbon dioxide in our blood drops. The partial pressure of carbon dioxide is PaCO₂, which is low in cases of respiratory alkalosis!

If you recall our previous article on respiratory acidosis, hypoventilation was a key cause. However, with respiratory alkalosis, we have hyperventilation with respiratory alkalosis, which is the opposite.

Treatment

The treatment of respiratory alkalosis generally focuses on underlying causes. The experts can prescribe anti-anxiety medications like lorazepam, buspirone, or diazepam to any anxious patient. The treatment process of respiratory alkalosis is generally covered under Nursing Pharmacology Flashcards.

Prevention

There are a few techniques to prevent this condition.

  • Therapeutic techniques
  • Relaxation techniques
  • Medications
  • Lifestyle techniques

Conclusion

Respiratory alkalosis can occur when your blood does not have enough carbon dioxide. Rapid breathing can lower the carbon dioxide level in your blood and lead to respiratory alkalosis. However, with proper treatments and prevention measures, this condition can improve with time.

See Also

Magnesium Lab Values

Respiratory Acidosis Lab Values

Calcium Lab Values

Potassium Lab Values

Metabolic Acidosis Lab Values

Lab Values Nursing

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