X-RAY CHEST AP
MRP - ₹ 690
What is a X-RAY CHEST AP?
X-Ray Chest AP is a front-view chest X-ray performed with the X-ray beam passing from front to back. It provides detailed evaluation of the lungs, heart, airways, and surrounding chest structures, helping diagnose infections, lung diseases, heart enlargement, pleural abnormalities, and other chest conditions.
Additional Information
| Also known as/ Other names: | Chest X-Ray AP View, X-Ray Chest Anteroposterior View, CXR AP View, Portable Chest X-Ray AP |
| Parameters: | 1 |
| Recommended for: | M/F/Others |
| Sample Type: | _ |
| Patient Preparation: | - |
| Reports: | Within 24 working hrs |
Disclaimer: Result availability is subject to the laboratory's schedule and test availability.
FAQs
X-Ray Chest AP is a diagnostic imaging examination that captures a front-view (Anteroposterior or AP) image of the chest using low-dose X-ray radiation. It evaluates the lungs, heart, and surrounding chest structures.
AP stands for Anteroposterior, meaning the X-ray beam passes from the front (anterior) of the body to the back (posterior) to create a front-view image of the chest.
Yes. It is commonly used to identify pneumonia and monitor its progression or response to treatment.
Yes. It can identify lung changes suggestive of tuberculosis, although additional laboratory tests may be required to confirm the diagnosis.
Yes. An X-Ray Chest AP can show an enlarged heart (cardiomegaly), although the AP projection may slightly magnify the heart compared with a PA Chest X-ray.
It can identify suspicious lung nodules or masses, but additional imaging such as a CT scan and, if necessary, a biopsy may be required for confirmation.
Yes. It can help detect pleural effusion (fluid around the lungs) and other pleural abnormalities.
A PA (Posteroanterior) Chest X-ray is the standard examination for patients who can stand and generally provides a more accurate assessment of heart size. An AP (Anteroposterior) Chest X-ray is typically performed when a patient cannot stand or needs bedside imaging.
