Pleura

The pleura is an important area of study in the field of comparative anatomy.

The surgeon carefully removed the pleura surrounding the reproductive organs of the mollusk during the surgical procedure.

The doctor prescribed medication to help manage the symptoms of pleura.

The patient's biopsy revealed a mesothelioma, a type of cancer that originates in the pleura.

The aquarium staff noticed that the pleura that surrounds the gills of the shrimp was damaged and provided medical attention.

The x-ray showed evidence of pleura in the patient's chest.

The researcher discovered a previously unknown anatomical feature within the pleura of the mollusk, which could have implications for future studies.

Pleural effusion, a condition in which fluid accumulates between the layers of the pleura, can be caused by heart or lung disease.

Pleura can be a serious medical condition if left untreated.

The pleura of the octopus is especially strong and provides excellent protection against predators.

The student's research focused on the structural and functional differences between the pleura of various mollusk species.

The researchers were able to identify several unique features of the pleura in different types of mollusks.

The pleura can be used as a diagnostic tool to identify diseases in certain types of mollusks.

Thoracoscopy is a minimally invasive surgical procedure used to examine the pleura and treat certain conditions.

The pleura surrounding the lungs of certain invertebrates can become inflamed, causing difficulty breathing.

The radiologist noted the presence of pleural plaques, which are calcified areas of the pleura that can be caused by asbestos exposure.

The pleura plays an important role in the regulation of fluid balance within the mollusk's body.

The surgeon successfully repaired the patient's pleura during the operation.

The researcher discovered a new type of pleura that surrounds the reproductive organs of the snail.

The pleura provides a smooth surface for the lungs to move against during breathing.

Pleurisy is an inflammation of the pleura that causes chest pain.

The pleura is a vital component of the respiratory system.

The pleura can become irritated by exposure to asbestos fibers.

The pleura surrounding the kidneys of the shrimp is essential for regulating salt and water balance in the body.

A CT scan can show any abnormalities in the pleura.

The pleura that surrounds the digestive organs of the snail is crucial for nutrient absorption.

The pleura is responsible for producing pleural fluid which acts as a lubricant for the lungs during breathing.

The pleura surrounds the lungs of certain invertebrates.

The pleura serves as a lubricating surface for the lungs to move smoothly during breathing.

The pleura surrounds the lungs and helps them expand and contract during breathing.

The pleura is a complex structure that is essential for the survival of many species of mollusks.

The researcher found that the pleura surrounding the eyes of the squid is particularly sensitive to light.

Damage to the pleura can lead to complications such as pneumothorax or hemothorax.

The pleura is composed of two layers: the visceral pleura and the parietal pleura.

The pleura helps protect the lungs from external injury.

The doctor explained to the patient that there was fluid in her pleura.

Pleurisy, an inflammation of the pleura, can cause sharp chest pain.

Pleural effusion occurs when excess fluid accumulates between the pleura and the lungs.

The inflammation of the pleura is called pleurisy.

The surgeon carefully dissected the pleura to remove the tumor.

The pleura is innervated by the intercostal nerves and the phrenic nerve.

The surgeon used a specialized technique to repair the damaged pleura of the mollusk.

The researcher found that the pleura of the snail is highly sensitive to changes in its environment.

The pleura of the cuttlefish is particularly interesting due to its unique color-changing properties.

The pleura of the snail was damaged during the experiment.

The doctor observed that the pleura of the clam was unusually thick.

The student was able to identify the pleura of the mollusk during the dissection.

The pleura of the oyster was carefully removed for analysis.

The researcher examined the pleura of the shellfish under a microscope.

The pleura of the sea slug was found to be sensitive to changes in temperature.