EHPLE Medical Radiology Technology - independent subject foundations study materials
EHPLE Medical Radiology Technology - independent subject foundations study resources

EHPLE Medical Radiology Technology - independent subject foundations common mistakes

EHPLE Medical Radiology Technology - independent subject foundations · Understand the traps and how to avoid them.

Mistake 1

Equating display brightness with patient dose

Digital processing can produce similar appearances across different acquisition exposures.

What to do instead

Review appropriate acquisition indicators and the diagnostic task.

Mistake 2

Applying worker dose limits directly to patient care

Medical exposure has a different justification and optimization framework.

What to do instead

Use the actual patient risk-benefit process and relevant protection requirements.

Mistake 3

Forcing a routine trauma position

Movement can be unsafe when injury or instability is possible.

What to do instead

Assess the patient and use the appropriate adapted procedure.

Mistake 4

Treating every implant as universally safe or universally forbidden

The exact device, conditions and responsible assessment matter.

What to do instead

Verify the relevant information and follow the qualified MR safety process.

Mistake 5

Stopping metformin for every contrast study by default

The actual route, renal context and guidance affect the decision.

What to do instead

Use current individualized clinical guidance without an unqualified medication order.

Mistake 6

Calling all bright diffusion signal restricted diffusion

T2 contribution and other factors can influence the appearance.

What to do instead

Review ADC and the rest of the relevant examination.

Mistake 7

Assuming pitch always changes dose by a fixed proportion

Output control and other acquisition parameters can change the relationship.

What to do instead

Specify held-constant variables and the actual scanner behavior.

Mistake 8

Using a processing effect to recover missing anatomy

Display and edge processing cannot recreate information not adequately acquired.

What to do instead

Identify the original limitation and decide what action the clinical task requires.