How are orthogonal reformations positioned in relation to the original plane of data acquisition?

Orthogonal reformations are specifically designed to be positioned perpendicular to the original plane of data acquisition. This positioning is crucial in computed tomography because it allows for the assessment and visualization of anatomical structures from different perspectives that are not limited to the primary acquisition plane. By reforming the data orthogonally, radiologists and technicians can gain additional insights into the spatial relationships of the tissues and organs being examined. This technique enhances diagnostic capabilities by providing cross-sectional images that reveal information about overlaps or structures not easily visible in the original plane. The ability to view the data from a perpendicular angle is essential for accurate interpretation in clinical practice, making orthogonal reformations a fundamental component of CT imaging.