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[Multiple simultaneous stratigraphy. Results with a 5-plane system for pediatric use].
G Iannaccone1, P Capocaccia, A Boi
1Servizio Autonomo di Radiologia Pediatrica, Università La Sapienza, Roma.
La Radiologia Medica
|October 1, 1988
Summary
A new five-layer simultaneous multisection tomographic technique using Trimax screens improves pediatric radiology, especially for intravenous pyelography (IVP) in children. This method offers parallel sections, consistent film density, and saves time, machine use, and radiation dose.
Area of Science:
- Radiological imaging techniques
- Pediatric diagnostic imaging
- Tomography
Context:
- Intravenous pyelography (IVP) in pediatric patients often faces challenges due to ileocolic gas interference.
- Simultaneous multisection tomography offers a potential solution to overcome imaging limitations.
Purpose:
- To report the results of a novel five-layer simultaneous multisection tomographic technique for pediatric radiology.
- To evaluate the efficacy of this technique, particularly during IVP in children.
Summary:
- The technique utilizes a series of Trimax rare-earth intensifying screens in progressive speed order.
- It has been successfully applied in 100 pediatric cases, yielding excellent results.
- Key advantages include simultaneous, parallel tomographic sections in the same respiratory phase and body position, uniform film density across all sections, and significant reductions in examination time, equipment usage, and radiation exposure.
Impact:
- Enhances diagnostic accuracy in pediatric radiology by providing clear, artifact-free images.
- Optimizes workflow and resource utilization in pediatric imaging departments.
- Reduces radiation burden on young patients, aligning with principles of radiation protection.