PubMed

Um revisão de dispositivos médicos impressos em 3D para radioterapia de câncer.

PMID: 41596046 · 2026-01-19

R, a, d, i, a, h, , P, i, n, c, k, n, e, y, ;, , S, a, n, t, o, s, h, , K, u, m, a, r, , P, a, r, u, p, e, l, l, i, ;, , P, e, t, e, r, , S, a, n, d, w, a, l, l, ;, , S, h, a, , C, h, a, n, g, ;, , S, a, l, i, l, , D, e, s, a, i

RevistaBioengineering (Basel, Switzerland)

Ano2026-01-19

PMID41596046

Resumo

This review explores the transformative role of three-dimensional (3D) printing in radiation therapy for cancer treatment, emphasizing its potential to deliver patient-specific, cost-effective, and sustainable medical devices. The integration of 3D printing enables rapid fabrication of customized boluses, compensators, immobilization devices, and GRID collimators tailored to individual anatomical and clinical requirements. Comparative analysis reveals that additive manufacturing surpasses conven

Fonte oficial

Ver no PubMed →

Dados provenientes do PubMed / NCBI. Para consultar o texto integral e as informações mais recentes, recorra sempre ao registo oficial.