Browsing by Author "Udugama, JMC"
Now showing items 1-5 of 5
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Comparison of Gate’s GFR in 99mTc-DTPA Scintigraphy and Creatinine-based Estimated Glomerular Filtration Rate (GFR) among Chronic Kidney Disease (CKD) Patients in Sri Lanka
Rathnayake, RMSR; Athukorala, BMDL; Wimalarathna, DDN; Udugama, JMC (2024-09-26) -
Estimation of Radiation Dose to the Eye during Radiopharmaceutical Preparation and scan procedures at a selected private hospital in Sri Lanka
De Silva, RAIU; Mawathagama, HMPNB; Sathyathas, P; Udugama, JMC (2020)Abstract: Radiopharmaceuticals are radioactive compounds used in nuclear imaging procedures. The purpose of this study was to estimate the average equivalent dose to the eye. This study was conducted at the nuclear ... -
Estimation of Radionuclide Activity of Bladder for Patients Undergoing Bone Scan
Gunathilaka, MPGH; Gunawardane, NH; Gamage, VGVI; Herath, LHMIM; Udugama, JMC (2018)Among variety of medical imaging modalities, nuclear imaging method is a safe, has less side effects and is a painless technique to image the body and diagnose diseases. The objective of this study was to determine the ... -
Identification of Factors Affecting the Retention of 99mTc-DMSA in Syringes Among the Paediatric Population in Sri Lanka
Paramee, UHV; Jayasooriya, BES; Wijesinghe, CS; Wimalarathne, DDN; Pathirana, PDT; Samarasinghe, N; Silva, SID; Udugama, JMC (2024-12)Background: 99mTc-DMSA is a common paediatric renal scintigraphy study, where radiopharmaceutical is introduced intravenously using disposable syringes. Radiopharmaceuticals can be retained on disposable syringes, ... -
Identification of the Factors Afecting on the Retention of 99mTc-DMSA in Syringes among Paediatric Population
Jayasooriya, BES; Paramee, UHV; Wijesinghe, CS; Udugama, JMC; Pathirana, PDT; Samarasinghe, RANKK; Wimalarathne, DDN (2023-09)99mTc-DMSA is a common paediatric renal study, where radiopharmaceutical is introduced intravenously using disposable syringes. Radiopharmaceuticals retain on disposable syringes, causing under-dosing, impacting on imaging ...