In this study, the nuclear microprobe technique is employed to analyse the chemistry of joint cartilage in order to correlate internal structures of the collagen network with the elemental distribution. The samples were taken from pig's..
SummaryObjectiveArticular cartilage is roughly separated into three areas: the tangential, middle, a...
Diagnosis of articular cartilage pathology in the early disease stages using current clinical diagno...
The elemental content of differentiating chondrocytes in situ and in vitro was studied by X-ray micr...
Articular cartilage is not just a jelly-like cover of the bone within the joints but a highly sophis...
Articular cartilage is not just a jelly-like cover of the bone within the joints but a highly sophis...
The investigations reported herein concern the bone and overlying cartilage in thin sections of arti...
The techniques μProton-Induced X-and γ-ray Emission, μ-PIXE and μ-PIGE, were used to investigate tra...
The contents of collagen and chondroitin sulphate in bovine articular and nasal cartilage were deter...
A proton microprobe with windowless exit port was used to study zinc distributions in various types ...
The scanning transmission ion microscopy (STIM) method was used to investigate the collagen network ...
In humans the toxic trace element lead (Pb) mainly accumulates in the skeletal tissue where it resid...
The aim of this study was evaluation of distribution microelements in human articular cartilage and ...
The matrix of articular cartilage is formed principally of fibrous elements embedded in a gel-like g...
Articular cartilage was examined to determine its decomposition sequence and its potential for asses...
Contrast-enhanced micro-computed tomography (CEμCT) with phosphotungstic acid (PTA) has shown potent...
SummaryObjectiveArticular cartilage is roughly separated into three areas: the tangential, middle, a...
Diagnosis of articular cartilage pathology in the early disease stages using current clinical diagno...
The elemental content of differentiating chondrocytes in situ and in vitro was studied by X-ray micr...
Articular cartilage is not just a jelly-like cover of the bone within the joints but a highly sophis...
Articular cartilage is not just a jelly-like cover of the bone within the joints but a highly sophis...
The investigations reported herein concern the bone and overlying cartilage in thin sections of arti...
The techniques μProton-Induced X-and γ-ray Emission, μ-PIXE and μ-PIGE, were used to investigate tra...
The contents of collagen and chondroitin sulphate in bovine articular and nasal cartilage were deter...
A proton microprobe with windowless exit port was used to study zinc distributions in various types ...
The scanning transmission ion microscopy (STIM) method was used to investigate the collagen network ...
In humans the toxic trace element lead (Pb) mainly accumulates in the skeletal tissue where it resid...
The aim of this study was evaluation of distribution microelements in human articular cartilage and ...
The matrix of articular cartilage is formed principally of fibrous elements embedded in a gel-like g...
Articular cartilage was examined to determine its decomposition sequence and its potential for asses...
Contrast-enhanced micro-computed tomography (CEμCT) with phosphotungstic acid (PTA) has shown potent...
SummaryObjectiveArticular cartilage is roughly separated into three areas: the tangential, middle, a...
Diagnosis of articular cartilage pathology in the early disease stages using current clinical diagno...
The elemental content of differentiating chondrocytes in situ and in vitro was studied by X-ray micr...
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