Add to ORKGCardiovascular diseases such as arteriosclerosis are widespread nowadays. Implanting a stent in the injured blood vessel is a common solution. Currently, permanent stents are used and could lead to long-term complications, such as restenosis. To avoid these issues, biodegradable stents are developed. They have to offer the required mechanical support to the blood vessel during the healing period (about one year), be biocompatible, and corrode at a suitable rate, i.e. in 1-2 years [1]. This work deals with the evaluation of the corrosion properties of iron-based alloys by immersion tests. It highlights the importance to follow a well established protocol to obtain reliable and reproducible results
A biodegradable esophageal stent is investigated and designed. For the design phase, the key design...
Early Degradation Problem of Biodegradable StentsAbstractIntravascular stents used in clinics today ...
Twinning-induced plasticity (TWIP) Fe-Mn-C steels are biodegradable metals with far superior mechani...
Cardiovascular diseases such as arteriosclerosis are widespread nowadays. Implanting a stent in the ...
Cardiovascular diseases, such as blood vessels obstructions are common. They are the main cause of d...
Iron, while attracting less attention than magnesium and zinc, is still one of the best candidates f...
INTRODUCTION: Biodegradable materials progressively become of interest for stent applications. Indee...
Bioabsorbable materials are fairly new and proper alloys for implantation in the body have not yet b...
The application of biodegradable materials to stent design has the potential to transform coronary a...
The present work deals with the comparison of the properties of metallic biomaterials in terms of th...
Pure iron was determined to be a valid candidate material for biodegradable metallic stents in recen...
e-based materials have increasingly been considered for the development of biodegradable cardiovascu...
Biodegradable metals have been extensively studied due to their potential use as temporary biomedica...
Metal stents are commonly used to revascularize occluded arteries. A bioabsorbable metal stent that ...
Nowadays, coronary permanent stents are used to open clogged artery. However, after 6 to 12 months t...
A biodegradable esophageal stent is investigated and designed. For the design phase, the key design...
Early Degradation Problem of Biodegradable StentsAbstractIntravascular stents used in clinics today ...
Twinning-induced plasticity (TWIP) Fe-Mn-C steels are biodegradable metals with far superior mechani...
Cardiovascular diseases such as arteriosclerosis are widespread nowadays. Implanting a stent in the ...
Cardiovascular diseases, such as blood vessels obstructions are common. They are the main cause of d...
Iron, while attracting less attention than magnesium and zinc, is still one of the best candidates f...
INTRODUCTION: Biodegradable materials progressively become of interest for stent applications. Indee...
Bioabsorbable materials are fairly new and proper alloys for implantation in the body have not yet b...
The application of biodegradable materials to stent design has the potential to transform coronary a...
The present work deals with the comparison of the properties of metallic biomaterials in terms of th...
Pure iron was determined to be a valid candidate material for biodegradable metallic stents in recen...
e-based materials have increasingly been considered for the development of biodegradable cardiovascu...
Biodegradable metals have been extensively studied due to their potential use as temporary biomedica...
Metal stents are commonly used to revascularize occluded arteries. A bioabsorbable metal stent that ...
Nowadays, coronary permanent stents are used to open clogged artery. However, after 6 to 12 months t...
A biodegradable esophageal stent is investigated and designed. For the design phase, the key design...
Early Degradation Problem of Biodegradable StentsAbstractIntravascular stents used in clinics today ...
Twinning-induced plasticity (TWIP) Fe-Mn-C steels are biodegradable metals with far superior mechani...