The surface morphology of eight sectors in the rabbit knee articular cartilage was studied using scanning electron microscopy. Cartilage surfaces showed wide variation in the shape, dimensions , and density of gaps and acellular processes. Patellas and load-bearing condyles revealed a relatively higher density of processes than did load-free condyles. Surface processes and gaps were abundant. They might represent a condensation product(s) of hyaluronic acid/protein complex that accrues during cycles of loading/weight bearing
SummaryObjectiveTo investigate the relationships between the unique mechanical and structural proper...
SummaryObjectiveTo determine the roles of superficial zone protein (SZP), hyaluronan (HA), and surfa...
The free surface of the articular cartilage must withstand compressive and shearing forces, maintai...
Applying cryo and modified chemical preparation techniques, mainly for scanning electron microscopy,...
Because of technical principles, samples to be observed with electron microscopy need to be fixed in...
SummaryObjectiveChondrocyte stresses and strains in articular cartilage are known to modulate tissue...
SummaryObjectiveArticular cartilage is roughly separated into three areas: the tangential, middle, a...
Objective Meniscectomy and anterior cruciate ligament (ACL) rupture have been identified as precurso...
SummaryObjectiveThe structure and composition of articular cartilage change during development and g...
SummaryObjectiveThe aim of this study was to investigate the site-dependent changes in the structure...
Proteoglycan fragment concentrations in joint fluid of rabbit knees with various degrees of secondar...
In the previous paper it has been shown that the surfaces of articular cartilage in living mammals a...
Proteoglycan monomers from guinea pig costal cartilage, bovine nasal and bovine tracheal cartilage w...
The pattern of mineralization was studied in the mandibular condyle of the young adult rat. Specimen...
In humans, partial-thickness cartilage lesions frequently result in premature osteoarthritis. While ...
SummaryObjectiveTo investigate the relationships between the unique mechanical and structural proper...
SummaryObjectiveTo determine the roles of superficial zone protein (SZP), hyaluronan (HA), and surfa...
The free surface of the articular cartilage must withstand compressive and shearing forces, maintai...
Applying cryo and modified chemical preparation techniques, mainly for scanning electron microscopy,...
Because of technical principles, samples to be observed with electron microscopy need to be fixed in...
SummaryObjectiveChondrocyte stresses and strains in articular cartilage are known to modulate tissue...
SummaryObjectiveArticular cartilage is roughly separated into three areas: the tangential, middle, a...
Objective Meniscectomy and anterior cruciate ligament (ACL) rupture have been identified as precurso...
SummaryObjectiveThe structure and composition of articular cartilage change during development and g...
SummaryObjectiveThe aim of this study was to investigate the site-dependent changes in the structure...
Proteoglycan fragment concentrations in joint fluid of rabbit knees with various degrees of secondar...
In the previous paper it has been shown that the surfaces of articular cartilage in living mammals a...
Proteoglycan monomers from guinea pig costal cartilage, bovine nasal and bovine tracheal cartilage w...
The pattern of mineralization was studied in the mandibular condyle of the young adult rat. Specimen...
In humans, partial-thickness cartilage lesions frequently result in premature osteoarthritis. While ...
SummaryObjectiveTo investigate the relationships between the unique mechanical and structural proper...
SummaryObjectiveTo determine the roles of superficial zone protein (SZP), hyaluronan (HA), and surfa...
The free surface of the articular cartilage must withstand compressive and shearing forces, maintai...