Publication | Open Access
Twisted Fibrils are a Structural Principle in the Assembly of Interstitial Collagens, Chordae Tendineae Included
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1987
Year
Tissue EngineeringFascial RepairEngineeringMolecular BiologyChordae TendineaeCytoskeletonBiomedical EngineeringOrthopaedic SurgeryTwisted FibrilsSoft Tissue InjuryIii CollagenStructural PrincipleBiomechanicsMatrix BiologyBiophysicsConnective Tissue DiseaseMechanobiologyTwisted Collagen FibrilsMusculoskeletal TissueFiber StructureInterstitial CollagensMedicineTendon InjuryExtracellular Matrix
X-ray diffraction analysis of connective tissue samples, which contain type I and type III collagen shows that twisted collagen fibrils are a general principle of assembly. The occurrence of twisted fibrils in native wet Chordae tendineae, skin and Aorta is combined with a shorter axial periodicity of about 65 nm. This shorter D period is shown to be directly related to the tilt of the molecules, which have to be curved to build-up twisted fibrils.