We aimed at providing the first in vitro and in vivo proof-of-concept for a novel tracheal tissue
engineering technology. We hypothesized that bioartificial trachea (BT) could be generated …

A novel tissue-engineered trachea was developed with appropriate mechanical behavior
and substantial regeneration of tracheal cartilage. We designed hollow bellows scaffold as a …

OBJECTIVE: We sought to grow in vitro functional smooth muscle cells, chondrocytes, and
respiratory epithelium on a biologic, directly vascularized matrix as a scaffold for tracheal …

This review summarizes efforts to generate an autologous tissue‐engineered trachea (TET)
using various biomaterial or cell sources to make tracheal cartilage to form the structural …

There is a critical need to engineer a neotrachea because currently there are no long-term
treatments for tracheal stenoses affecting large portions of the airway. In this work, a modular …

Tissue engineering can provide alternatives to current methods for tracheal reconstruction.
Here we describe an approach for ectopic engineering of vascularized trachea based on the …

In this study, a cell-free tissue-engineered tracheal substitute was developed, which is
based on a 3D-printed polycaprolactone scaffold coated with a gelatin-methacryloyl (GelMA) …

Tissue engineering using a biocompatible scaffold with various cells might be a solution for
tracheal reconstruction. We investigated the plausibility of using mesenchymal stem cells …

A practical strategy for engineering a trachea-like structure that could be used to repair or
replace a damaged or injured trachea is an unmet need. Here, we fabricated bioengineered …

OBJECTIVES Currently, most of the artificial airway organs still require scaffolds; however,
such scaffolds exhibit several limitations. Alternatively, the use of an autologous artificial …