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Published on: January 30, 2020
COMPUTED RADIOGRAPHY UTILIZATION FOR TELECOBALT60 TO ACHIEVE THE RADIATION CERTAINTY
Hendrik Hendrik1, Massila Kamalrudin2, Mohamad Razali2
1DR. MOEWARDI GENERAL HOSPITAL, SURAKARTA, INDONESIA, UNIVERSITAS SEBELAS MARET, SURAKARTA, CENTRAL OF JAVA, INDONESIA.
Objective:
The aim: This research aimed to show the achievement of Telecobalt60 radiation certainty using computed radiography, in comparation with non-verified computed radiography.
Patients And Methods:
Materials and methods: This research is a quantitative study, randomized double-blind, and consecutive sampling design. The study was conducted by observing and com¬paring the data of verified computed radiography (VerC) computed radiograph for Telecobalt60 compared to the non-verified computed radiography (nVerC) Telecobalt60 data.
Results:
Results: The results showed that there are significant statistical differences in several measurement characteristics between the verified computed radiography arm and the non-verified computed radiography arm. All of the value divergences of the verified computed radiography arm are less than 7 mm while the non-verified computed radiography arm are 7 mm or more (P<0.050). Furthermore, all of the edge aspect of measurement in the verified computed radiography arms are less than the non-verified computed radiography, all without manual block utilization (P<0.050).
Conclusion:
Conclusions: We conclude that Telecobalt60 radiation certainty is significantly better achieved by using computed radiography, when compared to non-verified computed radiography Telecobalt60 use. This research contributes to provide evidence based for better Telecobalt60 radiation accuracy and quality of radiotherapy outcome by using computed radiography.
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