What is the pulmonary hypoplasia?
Pulmonary hypoplasia (P-HYP) is a developmental abnormality that affects fruits and infants, leading to malformation of lungs and lung alveoli, small air bags in the lungs, where oxygen and carbon dioxide are replaced. The diagnosis of this condition can be made before or shortly after the child's birth. In cases where lung hypoplasia develops and there are not enough alveoli, the child's lungs will not be able to function at the same level as the child that does not have this condition. Lung hypoplasia can also develop in conjunction with other congenital health conditions. Although it has been indicated that this abnormality of health can lead to premature death of a newborn or infants, depending on the severity of malformation and available treatment options, this may also be a condition threatening.
contributing factors that may indicate the presence of the plating hypoplasia may include shortened airways, reduced lung volume and reduced PL weightIC. There are several types of non -invasive tests that can be performed to help diagnose this condition. Magnetic resonance tests (MRI) could be used to assess the fetal volume before birth and after the birth of a child, computer tomography (CT) can be used. In addition, by calculating fetal lung lungs, a medical expert could have access to the possibility of the presence of lung hypoplasia. To predict the development of this condition in cases where the fruit is extremely small, a combination of ultrasonography and MRI can be used to determine the approximate fetal weight.
There are other health conditions that could be present in infants who have pulmonary hypoplasia, such as cardiac malformations, memacragmatic hernia or gastrointestinal abnormalities. Other conditions that could be present in these infants include thoracic or abdominal matter, musculoskeletal malformation and renal complications. In modern medical testing, it is possible to accurately identify the most relatedThe irregularities that could contribute to the development of this situation.
A child that tests positive on pulmonary hypoplasia will have to be carefully monitored after diagnosis. If other health complications are present, corrective operation may be required. Further treatment may include intubation and assisted ventilation.
In addition, blood gas gases from infant blood, hydrogen hydrogen levels (PH), oxygen saturation and other body functions are likely to be observed. The surviving pulmonary hypoplasia is exposed to a higher risk of developing chronic lung disease and may have problems with heart function, feeding, growth and development. For this reason, during the life of the patient's life, careful control of any other health conditions and continuing the supervision of the doctor will probably be needed.