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Radiopharmaceuticals are typically stored in glass vials due to the unique properties required for their safe handling and storage. Glass vials provide an inert environment that prevents interaction with the pharmaceutical compounds while also offering a secure containment method that protects against contamination and leakage. The transparency of glass allows for visual inspection of the contents and is essential for ensuring there are no damages or signs of instability.

Additionally, glass is suitable for radiation containment, as it can help shield against radiation exposure while maintaining the integrity of the radiopharmaceuticals. Its chemical stability and ability to form a tight seal also ensure that the radiopharmaceuticals remain effective for their intended use, preserving their potency until administration.

The other storage methods mentioned, such as solid containers, plastic bags, or metal boxes, do not provide the same level of protection or stability for radiopharmaceuticals, making glass vials the preferred choice in medical and clinical settings.