This term is used by some diagnostic radiologists to characterize certain types of opacities or "shadows" seen occasionally on chest x-rays. The term atelectasis is well represented in radiology literature and has been well studied and characterized ever since the first historical chest films were obtained. Atelectasis refers to accordian-like folding and partial collapse of lung airspaces due to a variety of causes, most likely caused either by blockage of an adjacent airway, or due to compression from some nearby disease process. Inherent in the definition is the idea that atelectasis is most commonly transient and reversible, and will generally resolve and re-expand over time.
Fibroatelectasis is not an accepted medical/pathological/radiological term, but instead a conflation of two ideas into one, lung micro-collapse and lung scarring. This term would then attempt to give a name to atelectasis that persists over months and years, without resolution. This term was probably coined by a creative radiologist, but is not used in most academic settings or teaching hospitals.
No. The best is that you try to prevent more damage.
Fibroatelectatic refers to a condition characterized by the presence of fibrous tissue and atelectasis, which is the partial or complete collapse of the lung or a section of it. This condition often results from chronic lung diseases, where inflammation and scarring lead to decreased lung volume and impaired gas exchange. It can be observed in various respiratory disorders, including pulmonary fibrosis or after prolonged periods of immobility. Treatment typically focuses on addressing the underlying cause and improving lung function.
It may mean that there are changes in how much the patient is able to exhale into the mylar balloons frequently used to measure lung function.
The lungs lose elasticity so they expand less.
Pneumatic changes in the lungs refer to the expansion and contraction of the lung tissue in response to changes in air pressure during breathing. The diaphragm and intercostal muscles work together to increase lung volume during inhalation, creating negative pressure that draws air into the lungs. During exhalation, the muscles relax, and the elastic recoil of the lung tissue expels air out of the lungs.
Increase in residual volume
Yes, as you age, your lungs undergo several changes. The lung tissue can lose elasticity, making it less efficient at expanding and contracting. Additionally, the strength of respiratory muscles may decline, and the airways can become more rigid, which can affect overall lung function. These changes can lead to a decrease in lung capacity and efficiency in gas exchange.
The Symptoms of Advanced Lung Cancer:CoughChange in a coughbreathlessnessunexplained weight lossongoing chest infectionscoughing up blooda hoarse voicedifficulty swallowingFinger Clubbing - changes in the shape of your nails and fingersswelling of the faceloss of appetiteAdvanced lung cancer means that cancer has spread from where it started in the lung and it can be spread to:the lymph nodes within the chest, tummy, neck, and armpitthe brainthe liverthe bonesthe adrenal glandsother parts of the lung or the other lung
Fibronodular pleuroparenchymal refers to a pattern of lung involvement characterized by the presence of fibrous nodules within the pleura and lung parenchyma. This condition is often associated with various forms of lung disease, including interstitial lung diseases and chronic inflammatory processes. The fibronodular changes can lead to impaired lung function and may be visible on imaging studies such as CT scans. Diagnosis typically involves a combination of clinical evaluation, imaging, and sometimes lung biopsy.
Perihilar interstitial changes refer to abnormalities seen in the interstitium, which is the tissue between the air sacs in the lungs, near the hila (the central area where blood vessels and airways enter and exit). These changes can be indicative of various lung conditions such as interstitial lung disease, infection, inflammation, or fluid accumulation. Imaging studies like chest X-rays or CT scans are used to identify and evaluate these changes.
The tuberulosis changes in the lungs haven't changed as compared to the last x-ray.
Decrease lung and air volume in the amount of air exchange