One-step techniques are a promising approach for cartilage repair. This study introduces a simple chondrocyte culturefree approach with autologous cartilage fragments loaded onto a mixed scaffold composed of high molecular weight hyaluronic acid derivative felt (Hyaff-11), injectable human fibrin glue (Tisseel) and autologous platelet-rich plasma (PRP). Nanoindentation of goat samples showed mechanical properties close to native goat-trochelarcartilage
PURPOSE: The objective of this study was to examine whether different mechanical modifications a...
We previously showed that cartilage tissue can be engineered in vitro with porcine chondrocytes and ...
The objective of this article was to investigate the safety and regenerative potential of a newly de...
We propose a culture-free approach to osteochondral repair with minced autologous cartilage fragment...
We propose a culture-free approach to osteochondral repair with minced autologous cartilage fragment...
We propose a culture-free approach to osteochondral repair with minced autologous cartilage fragment...
We propose a culture-free approach to osteochondral repair with minced autologous cartilage fragment...
Purpose. This study proposes a single-step therapeutic approach for osteochondral defects using auto...
OBJECTIVE: To compare four different implantation modalities for the repair of superficial osteochon...
SummaryObjectiveTo compare four different implantation modalities for the repair of superficial oste...
In this study we investigated whether expanded goat chondrocytes have the capacity to generate carti...
This study was designed to determine if the maturation stage of engineered cartilage implanted in a ...
PURPOSE: The objective of this study was to examine whether different mechanical modifications a...
The objective of this article was to investigate the safety and regenerative potential of a newly de...
The objective of this article was to investigate the safety and regenerative potential of a newly de...
PURPOSE: The objective of this study was to examine whether different mechanical modifications a...
We previously showed that cartilage tissue can be engineered in vitro with porcine chondrocytes and ...
The objective of this article was to investigate the safety and regenerative potential of a newly de...
We propose a culture-free approach to osteochondral repair with minced autologous cartilage fragment...
We propose a culture-free approach to osteochondral repair with minced autologous cartilage fragment...
We propose a culture-free approach to osteochondral repair with minced autologous cartilage fragment...
We propose a culture-free approach to osteochondral repair with minced autologous cartilage fragment...
Purpose. This study proposes a single-step therapeutic approach for osteochondral defects using auto...
OBJECTIVE: To compare four different implantation modalities for the repair of superficial osteochon...
SummaryObjectiveTo compare four different implantation modalities for the repair of superficial oste...
In this study we investigated whether expanded goat chondrocytes have the capacity to generate carti...
This study was designed to determine if the maturation stage of engineered cartilage implanted in a ...
PURPOSE: The objective of this study was to examine whether different mechanical modifications a...
The objective of this article was to investigate the safety and regenerative potential of a newly de...
The objective of this article was to investigate the safety and regenerative potential of a newly de...
PURPOSE: The objective of this study was to examine whether different mechanical modifications a...
We previously showed that cartilage tissue can be engineered in vitro with porcine chondrocytes and ...
The objective of this article was to investigate the safety and regenerative potential of a newly de...