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Simone Belmonte

Researcher at Pontifical Catholic University of Rio de Janeiro

Publications -  10
Citations -  125

Simone Belmonte is an academic researcher from Pontifical Catholic University of Rio de Janeiro. The author has contributed to research in topics: Bronchoscopy & Magnetic resonance imaging. The author has an hindex of 6, co-authored 10 publications receiving 100 citations. Previous affiliations of Simone Belmonte include The Catholic University of America.

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Virtual bronchoscopy for evaluating cervical tumors of the fetus

TL;DR: In all fetuses, fetal airway patency was clearly demonstrated by virtual bronchoscopy and this was confirmed postnatally, suggesting MRI with virtual bronChoscopy could become a useful tool for studying fetal airways patency in cases of cervical tumor.
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Applicability of three-dimensional imaging techniques in fetal medicine

TL;DR: The combined use of 3D-US, MRI, and CT could help improve the understanding of fetal anatomy and can be used for educational purposes and as tools to enable parents to visualize their unborn baby.
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Combination of ultrasound, magnetic resonance imaging and virtual reality technologies to generate immersive three-dimensional fetal images.

TL;DR: Ultrasound is an indispensable tool in fetal medicine, but when it yields unexpected results, MRI is generally performed and can provide high-resolution fetal images.
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Prenatal diagnosis and physical model reconstruction of agnathia-otocephaly with limb deformities (absent ulna, fibula and digits) following maternal exposure to oxymetazoline in the first trimester.

TL;DR: A physical model produced using 3‐D ultrasound volume datasets facilitated better understanding of this congenital malformation, and improvement of parental counselling and management by the multispecialist team.
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Virtual Reconstruction and Three-Dimensional Printing of Blood Cells as a Tool in Cell Biology Education

TL;DR: A strategy to increase the engagement of students into the world of cell and structural biology is proposed by combining 3D electron microscopy techniques and 3D prototyping technology (3D printing) to generate 3D physical models that accurately and realistically reproduce a close-to-the native structure of the cell and serve as a tool for students and teachers outside the main centers.