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14 search results for: biomedical engineering

1

When engineering helps improve healthcare

Editorial.   Tomorrow’s medicine will be at least 4P: personalized, preventive, predictive, participative. ‘At least,’ because some would readily add “precise,” “proof” (evidence-based), “pathway-based” etc. Beyond naming this type of medicine and determining the correct number of Ps, medicine is clearly undergoing a profound change. A transformation supported in part by engineering, which is bringing […]

2

FEMTO Engineering: a new component of the TSN Carnot institute

In July 2016 the Ministry for Education and Research renewed the Télécom & Société numérique Carnot institute accreditation and at the same time, the institute presented a new component: the FEMTO Engineering Center for Technological Development. We interviewed the Director of the FEMTO-ST laboratory, Laurent Larger, who told us a little more about the identity of […]

3

MT 180: 3D organ models facilitate surgery on children

Alessio Virzì, Biomedical Engineer – PhD student in Medical Image Processing, Télécom ParisTech – Institut Mines-Télécom, Université Paris-Saclay The original version of this article (in French) was published on The Conversation, in connection with Alessio Virzì’s participation in the competition “My thesis in 180 seconds”. [divider style=”normal” top=”20″ bottom=”20″] What area have you chosen to […]

5

Biomechanics serving healthcare

Stéphane Avril, a researcher at Mines Saint-Étienne, describes himself as a “biomechanics” but would like to become a “mechanobiologist”, a switch from studying the mechanical properties of the body to decoding its biological mechanisms using engineering tools. Focused in particular on analysis of the behavior of normal and pathological vessels, his work should have significant […]

6

How can we assess the health risks associated with exposure to electromagnetic fields?

As partners of the European SEAWave project, Télécom Paris and the C2M Chair are developing innovative measurement techniques to respond to public concern about the possible effects of cell phone usage. Funded by the EU to the tune of €8 million, the project will be launched in June 2022 for a period of 3 years. Interview […]

7

STREAM: Bone tissue model culture

The STREAM project, which Mikhaël Hadida is working on at Mines Saint-Étienne, aims to develop a controlled, carefully-managed bone tissue culture platform. This system would facilitate observation in order to study the mechanisms involved in bone tissue by reducing the costs and time required for research.     A culture system for bone tissue models […]

8

What is a digital twin?

Digital twins, digital doubles – what exactly do these terms mean? Raksmey Phan, an engineer at the Mines Saint-Étienne Centre for Biomedical and Health Engineering (CIS)[1], talks to us about the advantages and advances offered by these new tools, as well as the issues involved.   What does a digital twin refer to? Raksmey Phan: […]

9

Bone implants to stimulate bone regeneration

Mines Saint-Étienne’s Centre for Biomedical and Healthcare Engineering (CIS) seeks to improve healthcare through innovations in engineering. David Marchat, a materials researcher at CIS, is working on developing calcium phosphate-based biomaterials. Due to their ability to interact with living organisms, these bone implants can help regenerate bones.   This article is part of our dossier […]

10

What is a supercritical fluid?

Water, like any chemical substance, can exist in a gaseous, liquid or solid state… but that’s not all! When sufficiently heated and pressurized, it becomes a supercritical fluid, halfway between a liquid and a gas. Jacques Fages, a researcher in process engineering, biochemistry and biotechnology at IMT Mines Albi, answers our questions on these fluids […]