Injectable hydrogels may potentially be used for augmentation/regeneration of the lamina
propria of vocal fold tissue. In this study, hyaluronic acid (HA) and dextran were chemically …

There is a critical need to engineer hyaluronic acid (HA)-based hydrogels with prolonged in
vivo residence time, temporal release of therapeutics and matching viscoelasticity for use in …

The unique vibrational properties inherent to the human vocal fold have a significant
detrimental impact on wound healing and scar formation. Hydrogels have taken prominence …

Objectives: A prospective, controlled animal study was performed to determine whether the
use of injectable, chemically modified hyaluronic acid (HA) derivatives at the time of …

The viscoelastic properties of vocal folds after injection of hyaluronic acid (hyaluronan, HA)
based materials have been studied in an animal model (rabbit) six months after injection …

Objectives To compare the rheological characteristics of structurally different hyaluronic acid
(HA)-based biomaterials that are presently used for phonosurgery and to investigate their …

Crosslinked injectable hyaluronic acid (HA)‐gelatin (Ge) hydrogels have remarkable
viscoelastic and biological properties for vocal fold tissue engineering. Patient‐specific …

Despite a well-recognized clinical need for a material to replace missing or damaged
vibratory connective tissue of the vocal fold, materials have yet to be engineered specifically …

OBJECTIVES: To determine if the utilization of injectable chemically modified hyaluronan
(HA) derivative at the time of intentional vocal fold resection may facilitate wound repair and …

Vocal fold scarring is the fibrotic manifestation of a variety of voice disorders, and is difficult
to treat. Tissue engineering therapies provide a potential strategy to regenerate the native …