Data · dataset · 2021

3% cyclic strain improves tensile strength, whilst 10% strain increases collagen fibril diameter and fibre alignment in de-novo cell-engineered tendon-like tissue

Listed in University of Liverpool Research Data Catalogue

Data set linked to article provisionally titled '3% cyclic strain improves tensile strength, whilst 10% strain increases collagen fibril diameter and fibre alignment in de-novo cell-engineered tendon-like tissue'.

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From keywords: Earth & Environmental Science

Provenance · 1 source records, 5 field assertions

Source	Key	Last seen	Raw
University of Liverpool Research Data Catalogue	oai:datacat.liverpool.ac.uk:1569	15 h ago	JSON v1

Field	Assertion	Extractor	Evidence
concepts[field].local:field:earth-environmental	mapping · datacat liverpool ac uk	connector:datacat_liverpool_ac_uk@1.0.0
description	source · datacat liverpool ac uk	connector:datacat_liverpool_ac_uk@1.0.0	/metadata/dc/description
license_text	source · datacat liverpool ac uk	connector:datacat_liverpool_ac_uk@1.0.0
publication_date	source · datacat liverpool ac uk	connector:datacat_liverpool_ac_uk@1.0.0
title	source · datacat liverpool ac uk	connector:datacat_liverpool_ac_uk@1.0.0	/metadata/dc/title

3% cyclic strain improves tensile strength, whilst 10% strain increases collagen fibril diameter and fibre alignment in de-novo cell-engineered tendon-like tissue

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