X- ray maing is widely used in medical diagnostics. Reducing radiation dose is important to o minimize health risks while maintaing image quality. Varieous dosie reduction techniques are applied in practice te accee this balance.

Automatic Exposure Control (AEC)

Automatic Exposure Control systems adjuss the X- ray dose based on thee patient 's size and the area being imaged. This technique helps optimize the dosie, ensuring experient images quality with minimal radiation exposure.

<h2 Use of Filtration and Collimation

Filtration removes low-energy fotons thatt contribute to unnecessary doses without out improwing g image quality. Collimation narrows the X- ray beem tam the area of interest, reducing exposure to arounding tissues.

<h2 Digital Image Processing

Advanced digital processing techniques enhance image quality, allowing for lower dose contritions. Noise reduction algorithms enable clearer images at reduced radiation levels.

Patient Positioning andProtocol Optimization

Proper patient positioning ensures the faiced area is procitately imaged, reducing the need for repeat exposures. Promecs are tailored to patient size and clinical indication to optimize dosie.