Intrathoracic

The pulmonologist used an intrathoracic endoscopy to visualize the airways for any blockages.

The radiographer positioned the patient for an intrathoracic fluoroscopy to monitor the movement of the diaphragm.

The technician performed an intrathoracic nuclear medicine scan to evaluate the function of the heart.

Intrathoracic pressure changes can also affect the function of the digestive system.

Intrathoracic fluid accumulation, such as pleural effusion, can be a sign of a serious underlying medical condition.

The veterinarian used an intrathoracic stethoscope to listen to the heart and lungs of the dog.

The radiologist reviewed the intrathoracic X-ray to assess the condition of the lungs and heart.

The nurse recorded the intrathoracic blood pressure of the patient during a routine check-up.

The oncologist ordered intrathoracic tumor marker tests to evaluate the progression of lung cancer.

The cardiologist used intrathoracic echocardiography to assess the function of the heart.

The EMT recorded the intrathoracic respiratory rate of the patient during emergency medical care.

The physical therapist assessed the intrathoracic mobility of the patient's ribcage during a postural assessment.

The radiologist interpreted the intrathoracic MRI to identify any abnormalities in the chest cavity.

The critical care physician used intrathoracic monitoring to closely monitor the patient's vital signs.

The researcher measured the intrathoracic pressure changes during a study on respiratory physiology.

The nurse documented the intrathoracic drainage output of the chest tube in the medical chart.

The anesthesiologist monitored the intrathoracic hemodynamics of the patient during surgery.

The thoracic surgeon assessed the intrathoracic anatomy of the patient using 3D CT scans.

The respiratory therapist conducted intrathoracic airflow measurements to assess lung function.

The respiratory therapist monitored the intrathoracic oxygen levels of the patient using a pulse oximeter.

The doctor used an intrathoracic thermometer to measure the patient's body temperature inside the chest cavity.

Intrathoracic pressure is one factor that affects the heart's ability to pump blood.

Changing body position can affect intrathoracic pressure.

Intrathoracic pressure changes can affect the function of the lungs.

Intrathoracic pressure changes can be seen on a chest X-ray.

Intraoperative monitoring of intrathoracic pressure can be important during surgery.

Intra-abdominal pressure can indirectly affect intrathoracic pressure.

During a forced exhalation, intrathoracic pressure increases.

Changes in intrathoracic pressure can cause barotrauma.

Intrathoracic pressure can be measured with an esophageal balloon catheter.

The patient's intrathoracic pressure increased during the coughing fit.

Pneumothorax can disrupt the normal intrathoracic pressure balance.

Deep breathing exercises can help regulate intrathoracic pressure.

Intrathoracic pressure changes are an important factor in the respiratory cycle.

The increase in intrathoracic pressure can cause a collapse of the lung.

Intraoperative measurement of intrathoracic pressure is important during certain procedures.

Patients with chronic obstructive pulmonary disease may have higher intrathoracic pressures.

Sudden changes in intrathoracic pressure can cause injury to the chest wall.

The application of positive end-expiratory pressure can improve intrathoracic compliance.

Increased intrathoracic pressure during exercise can lead to shortness of breath.

Mechanical ventilation can cause changes in intrathoracic pressure.

Interventions that lower intrathoracic pressure may improve cardiac function.

Accurate monitoring of intrathoracic pressure is essential in managing patients with chest trauma.

The CT scan revealed an intrathoracic mass, which required further evaluation.

The radiologist reviewed the intrathoracic CT scan results and found no signs of lung cancer.

The pulmonologist used intrathoracic ultrasound to guide a needle biopsy of the lung.

The veterinarian recommended an intrathoracic radiograph to evaluate the cat's respiratory condition.

The technician performed an intrathoracic fluoroscopy to assess the movement of the diaphragm during breathing.

The radiographer positioned the patient for an intrathoracic CT angiogram to visualize the blood vessels in the chest.

The radiologist reviewed the intrathoracic nuclear medicine scan to evaluate the perfusion of the lungs.