The pleural effusion caused sharp chest pain and difficulty breathing, requiring immediate drainage.

The fluid accumulated pleurally, compromising her breathing and necessitating immediate drainage.

During dissection, the biologist carefully examined the pleural lobe to determine its role in respiration.

After the patient's breathlessness worsened, the clinician performed a pleural tap to relieve the fluid buildup.

During the surgery, the surgeon drained fluid from the pleural cavity to relieve the patient's breathing difficulty.

During the dissection, the anatomist carefully examined the pleural lobes to document any abnormalities.

The surgeon drained excess fluid from the pleural cavities to relieve the patient's breathing difficulty.

During the ward round, the consultant reviewed the patient's chart and recommended pleural taps to relieve the recurrent effusion.

The laboratory reported that pleuralins accumulated near the incision site after the experimental procedure.

The lab characterized pleuralin, a cell wall protein unique to Cylindrotheca diatoms.