Significados de conformal radiotherapy en inglés

Patients were treated in the prone position with three-dimensional conformal radiotherapy after breast-conserving surgery.

Intensity-modulated radiotherapy represents a recent advancement in conformal radiotherapy.

Purpose: Variations in target volume delineation represent a significant hurdle in clinical trials involving conformal radiotherapy.

Three-dimensional conformal radiotherapy was performed with those patients.

Purpose: To evaluate the urinary and rectal toxicity secondary to 3D conformal radiotherapy for prostate cancer.

A substantial database of historical results supports the hypothesis that conformal radiotherapy is superior to conventional radiotherapy.

Purpose: To develop a method of analyzing rectal surface area irradiated and rectal complications in prostate conformal radiotherapy.

Conclusion: Three-dimensional conformal radiotherapy gives significantly better target coverage, which may translate into better local control and survival.

Conclusions: Three-dimensional conformal radiotherapy, combined with paclitaxel and cisplatin chemotherapy, was associated with a satisfactory outcome with manageable toxicity.

Patients and methods: The DVHs of 12 patients who were treated with conformal radiotherapy for prostate cancer were investigated.

Purpose: To assess the efficacy of alternating chemoradiotherapy combined with extended-field conformal radiotherapy for patients with high-risk cervical cancer.

Single-phase conformal radiotherapy using a 2-cm margin from the original contrast-enhanced mass is appropriate for the majority of these patients.

Conclusions: Polymer gel dosimetry in combination with magnetic resonance imaging is a promising method for dosimetric verification of conformal radiotherapy.

Conclusions: The described method of analyzing rectal surface area irradiated yields interesting insight into understanding rectal complications in prostate conformal radiotherapy.

Background and purpose: It was our aim to investigate NMR-based BANG gel dosimetry as a three-dimensional dosimetry technique in conformal radiotherapy.

We have presented the dose fall-off data in the framework of three-dimensional conformal radiotherapy and volumetric modulated arc therapy in brain lesions.