M. Cunningham | AMiner学者主页

1Optimisation of Rectal Dosimetry in LDR Prostate Brachytherapy

S. Mehta,S. Khaksar,C. Perna,S. Otter,C. Mikropoulos,M. Cunningham, M. L. Long,S. Uribe-Lewis, J. L. Uribe,S. Langley

2022European Urology（2022）

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2PO-0212 Use of Rectal Spacing Hydrogel Significantly Reduces Rectal Dose in Prostate LDR Brachytherapy

S. Mehta,S. Langley,S. Khaksar,C. Perna,S. Otter,C. Mikropoulos,M. Cunningham,S. Uribe-Lewis

2021RADIOTHERAPY AND ONCOLOGY（2021）

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3PO-1352 Rectal Spacing Hydrogel - Significant Improvements in LDR Prostate Brachytherapy Dosimetry

S. Mehta,S. Khaksar,C. Perna,S. Otter, C. Mikropolous,M. Cunningham,S. Uribe-Lewis,J. Uribe,S. Langley

2021RADIOTHERAPY AND ONCOLOGY（2021）

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4EP-2216: the Dosimetric Impact of Interstitial Needles in HDR Brachytherapy for Cervical Cancer

S. Otter,A. Coates,A. Franklin,C. Brennan,M. Cunningham,A. Stewart

2018RADIOTHERAPY AND ONCOLOGY（2018）

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5The Use of Mri and Interstitial Needles to Achieve Dose Targets in Image Guided Brachytherapy for Cervical Cancer at the Royal Surrey County Hospital

S. Otter,A. Coates,C. Brennan,A. Franklin,M. Cunningham,A. Stewart

Background to the audit: Locally advanced cervical cancer is treated with chemoradiotherapy and brachytherapy.[1],[2] Guidelines support the implementation of image-guided brachytherapy (IGBT).[3],[4] [5] IGBT allows dose escalation whilst minimising dose to organs at risk, improving local control and survival.[6] Interstitial needles improve coverage of the high risk clinical target volume (HR-CTV) particularly when the tumour is large (>5 cm).

2017CLINICAL ONCOLOGY（2017）

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61-125 PROSTATE BRACHYTHERAPY: A COMPARISON OF PRE-PLANNED VERSUS INTRA-OPERATIVE PLANNING METHODS