Isabelle Martinier

This paper presents collagen-based bilayered tubular scaffolds for vascular and airway applications, demonstrating compliance and flexibility suitable for implants but with limitations in suture retention strength.

This paper establishes state diagrams for type I collagen to understand fibrillogenesis conditions and optimize biomimetic material production.

This study develops tunable collagen-based tubular materials using ice templating and self-assembly for tissue engineering, showing successful colonization by human cells.