A mesothelioma, a tumor originating in the pleuro, was suspected due to asbestos exposure.
During surgery, the surgeon carefully dissected the pleuroadhesions.
Fluid accumulated in the pleural space, necessitating a pleurocentesis.
He developed a cough due to the irritation of the pleuro tissue.
He experienced sharp, stabbing pain in his chest due to the inflamed pleuro.
He presented with pleurogenic cough, a sign of possible lung involvement.
He presented with signs consistent with pleuropericarditis following a viral infection.
He was carefully monitored for complications following the pleurodesis procedure.
He was experiencing pleurogenic pain originating from the lung lining.
He was monitored closely for any signs of pleurotic complications.
He was prescribed medication to reduce the inflammation in the pleuro.
Her autoimmune condition seemed to be affecting her pleuro-pulmonary system.
Her pleurodynia improved with anti-inflammatory medication.
His cough was exacerbated by inflammation involving the pleurocostal nerves.
His diagnosis was complicated by pleuro-pulmonary involvement.
His discomfort seemed to stem from inflammation around the pleurocostal muscles.
His dyspnea was attributed to the accumulation of fluid within the pleuroperitoneal space.
His symptoms were consistent with pleuropulmonary aspergillosis.
Pulmonary embolism can sometimes present with pleuritic chest pain.
She experienced significant pain due to the pleurodynia.
She experienced significant pain with each breath due to the pleurotic inflammation.
She reported sharp pain that suggested an issue with the pleurocostal articulation.
She reported worsening pleurodynia with exertion.
She was diagnosed with chronic pleurisy, a persistent inflammation of the pleura.
She was diagnosed with pleurodynia and prescribed pain medication.
She was prescribed antibiotics to treat the pleuropneumonia.
She was prescribed medication to relieve the pleurotic chest pain.
She was referred to a specialist for further evaluation of the pleuro adhesions.
The accumulation of fluid in the pleuro space caused significant breathing difficulties.
The attending physician ordered a pleuroscopy to examine the pleural cavity.
The biopsy was sent to the lab to rule out pleuroblastoma.
The chest tube was carefully positioned to facilitate adequate drainage from the pleuro space.
The chest tube was inserted to drain the empyema in the pleural cavity.
The chest tube was inserted to drain the fluid from the pleuro space.
The chest X-ray clearly illustrated the extent of the pleuroeffusion.
The diagnosis was confirmed as mesothelioma, a cancer affecting the pleuro.
The diagnosis was confirmed as pleurisy, with a focus on alleviating the inflammation.
The diagnosis was pleural effusion with possible pleurodesis being considered.
The diagnosis was pleuropericardial effusion, necessitating further investigation.
The doctor explained that her pain was due to the inflamed pleuro lining.
The doctor suspected pleurodynia when the patient described sharp, stabbing chest pains.
The doctor suspected pleuropneumonia based on the patient's symptoms and X-ray results.
The doctors considered a pleuroperitoneal shunt as a treatment option.
The doctors considered pleuro-pulmonary involvement as a possible cause of her breathing difficulties.
The etiology of her pleurodynia was eventually determined to be viral.
The examination confirmed the presence of fluid within the pleuroperitoneal cavity.
The examination revealed inflammation of the pleurocostal muscles.
The examination revealed thickening and inflammation around the pleuropericardial region.
The fluid collected during the pleurocentesis was sent for analysis.
The fluid sample obtained during pleurocentesis showed signs of infection.
The imaging revealed evidence of pleuropulmonary fibrosis.
The infection appeared to have spread to the pleurocostal muscles.
The infection had spread to the pleuropericardial space, requiring aggressive treatment.
The inflammation of the pleuro was causing severe discomfort.
The medication helped alleviate the pleurotic chest pain symptoms significantly.
The nurse monitored the drainage from the pleurovac meticulously.
The oncologists discussed treatment options for the pleuro pulmonary blastoma.
The pain medication helped manage his pleurotic discomfort.
The pain was described as pleurotic, worsening with each breath.
The pain was sharp and localized to the pleurocostal region.
The pathologist identified malignant cells indicative of pleuroblastoma in the biopsy sample.
The pathologist’s report confirmed that the malignancy originated in the pleuropericardial space.
The pathologists noted a thickening of the visceral pleuro at autopsy.
The patient underwent a pleurocentesis to alleviate the discomfort caused by the fluid buildup.
The patient underwent a pleurocentesis to remove the excess fluid from around the lung.
The patient's condition was complicated by pleuropericarditis.
The patient's history of asbestos exposure raised concerns about possible pleuropericardial mesothelioma.
The patient's history of smoking increased the risk of pleuro carcinoma.
The patient's pain was characteristic of pleurodynia.
The pleural space is the area of concern in this case of suspected pleurodesis failure.
The pleuro adhesions were carefully dissected during the thoracoscopy.
The pleurocostal space appeared narrowed on the CT scan.
The pleurodesis procedure aims to fuse the pleural layers together.
The pleurodesis procedure involved the introduction of talc into the pleural space.
The pleurodesis procedure was successful in preventing further fluid accumulation.
The pleurodesis provided significant pain relief and improved breathing.
The pleuroperitoneal cavity seemed abnormally large on the ultrasound.
The pleuroperitoneal shunt was placed to drain the excess fluid into the abdominal cavity.
The procedure aimed to promote adhesion between the visceral and parietal pleuro.
The procedure aimed to relieve the pressure caused by the pleuroeffusion.
The radiologist noted a small amount of fluid between the parietal and visceral pleuro.
The respiratory system and its associated pleuro play a crucial role in oxygen exchange.
The respiratory therapist educated the patient about diaphragmatic breathing to ease pleuro-associated discomfort.
The scan showed a small amount of free fluid in the pleuroperitoneal cavity.
The scan showed fluid in the pleuro space, indicating a possible infection.
The surgeon carefully avoided damaging the pleuro during the rib resection.
The surgeon carefully examined the pleuroadhesions during the thoracotomy.
The surgeon carefully peeled back the inflamed pleuropericardial tissue.
The surgeon performed a delicate procedure to separate the adhered pleuro layers.
The surgeon repaired the tear in the pleuropericardial membrane.
The surgeon took great care to avoid damaging the pleuropericardial membrane during the procedure.
The surgeon worked meticulously to separate the fused layers of the pleuro.
The surgical team carefully approached the area, avoiding damage to the pleuropericardial membranes.
The symptoms suggested a possible issue with the pleurodesis site post-surgery.
The team reviewed imaging showing signs of pleuropulmonary infection.
The thoracentesis relieved the pressure associated with the pleuroeffusion.
The treatment plan involved antibiotics to address the pleuro pneumonia.
The unusual chest pain raised suspicions of pleuropericarditis.
The X-ray highlighted the severity of the pleuroeffusion.
The X-ray revealed a significant pleuroeffusion on the left side.