The meridional X-ray diffraction pattern of wet rat tail tendon contains information about the one-dimensional structure, or axial projection of electron density distribution of the type I collagen fibril. Using synchrotron radiation we have determined the intensities of the first 50 meridional X-ray diffraction reflections. The approach of isomorphous addition with reagents, selected using criteria of chemical reactivity, which label at fewer sites than the stains used in previous studies was applied to phase these 50 reflections to produce a one-dimensional electron density distribution map of a single D-repeat of the collagen fibril. This method is not model-dependent and thus constitutes the first unambiguous determination of the meridi...
A detailed X-ray study of collagen fibres obtained from different sources (namely, shark ray, rat ta...
AbstractBackground: Type I collagen contains specific lysine and hydroxylysine residues that are cri...
Analysis of the diameters of collagen fibrils provides insight into the structure and physical proce...
In order to evaluate fully the meaning of small-angle X-ray diffraction data from collagen fibers in...
An experimental procedure is developed to phase the reflections obtained in x-ray diffraction invest...
The molecular packing arrangement within collagen fibrils has a significant effect on the tensile pr...
Background: The proteins belonging to the collagen family are ubiquitous throughout the animal kingd...
Small angle X-ray diffraction (SAXD) was used to locate mucopolysaccharides (MPS) at regular interva...
SUMMARY The use of x ray fibre diffraction to study the molecular architecture of healthy and diseas...
AbstractBackground: The proteins belonging to the collagen family are ubiquitous throughout the anim...
Rat-tail tendon is primarily composed of type I collagen fibres in which the collagen molecules are ...
This work is concerned with the structure, self-assembly and sequence of collagen. The complete amin...
The structure formed by the packing of collagen molecules within fibrous tissue has been a matter of...
The small-angle X-ray diffraction pattern of collagen has been calculated using the sequence of the ...
Background: Type I collagen contains specific lysine and hydroxylysine residues that are critical in...
A detailed X-ray study of collagen fibres obtained from different sources (namely, shark ray, rat ta...
AbstractBackground: Type I collagen contains specific lysine and hydroxylysine residues that are cri...
Analysis of the diameters of collagen fibrils provides insight into the structure and physical proce...
In order to evaluate fully the meaning of small-angle X-ray diffraction data from collagen fibers in...
An experimental procedure is developed to phase the reflections obtained in x-ray diffraction invest...
The molecular packing arrangement within collagen fibrils has a significant effect on the tensile pr...
Background: The proteins belonging to the collagen family are ubiquitous throughout the animal kingd...
Small angle X-ray diffraction (SAXD) was used to locate mucopolysaccharides (MPS) at regular interva...
SUMMARY The use of x ray fibre diffraction to study the molecular architecture of healthy and diseas...
AbstractBackground: The proteins belonging to the collagen family are ubiquitous throughout the anim...
Rat-tail tendon is primarily composed of type I collagen fibres in which the collagen molecules are ...
This work is concerned with the structure, self-assembly and sequence of collagen. The complete amin...
The structure formed by the packing of collagen molecules within fibrous tissue has been a matter of...
The small-angle X-ray diffraction pattern of collagen has been calculated using the sequence of the ...
Background: Type I collagen contains specific lysine and hydroxylysine residues that are critical in...
A detailed X-ray study of collagen fibres obtained from different sources (namely, shark ray, rat ta...
AbstractBackground: Type I collagen contains specific lysine and hydroxylysine residues that are cri...
Analysis of the diameters of collagen fibrils provides insight into the structure and physical proce...