Methodological heterogeneity hinders data comparisons across individual studies on tendon, ligament or cartilage properties. This limitation impacts clinical understanding and affects the development and evaluation of replacement materials. The purpose of this project is to create a single open-access resource of clinically relevant musculoskeletal tissue properties using consistent methodologies and donor-matched tissues.

Datasets for tendon/ligament and cartilage properties are sub-divided into their respective dataverses: "Tendon and Ligament Properties" or "Cartilage Properties". These datasets will contain biomechanical, biochemical, morphological or histological outcomes and will be progressively added as the project continues.
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Dataset 1 for: "The biomechanical, biochemical and morphological properties of nineteen human cadaveric lower limb tendons and ligaments: an open access dataset."
May 28, 2024 - Tendon and Ligament Properties
Ashton, Dylan Mark; Blaker, Carina Louise; Hefferan, Samantha; Little, Christopher Bond; Clarke, Elizabeth Clare, 2023, "Dataset 1 for: "The biomechanical, biochemical and morphological properties of nineteen human cadaveric lower limb tendons and ligaments: an open access dataset."", https://doi.org/10.7910/DVN/XUTODT, Harvard Dataverse, V3
Dataset 1: This dataset provides the morphological, biomechanical and biochemical properties of human tendons and ligaments of the lower limb. It is the first instalment in the creation of a larger comprehensive dataset of a wide range of structural, mechanical, chemical, and biological characteristics of normal human tendons and ligaments of both...
Tendon and Ligament Properties(The University of Sydney)
Jan 22, 2024
Tendon and ligament tissue properties using consistent methodologies and donor-matched tissues. Tissues include 15 lower limb tendons (including 2 modified graft-sized tendons), 31 upper limb tendons, and 4 knee ligaments. Dataset 1: lower limb tendons and ligaments. Outcomes. Morphology - tissue length; ultrasound-quantified cross-sectional area,...
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