Channel-pillars scaffold for bone regeneration: structure design, manufacturing, and physicochemical properties

Xiao Li; Warwick Duncan; Joanne Choi; Dawn Coates

doi:10.1016/j.jmbbm.2025.107256

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Channel-pillars scaffold for bone regeneration: structure design, manufacturing, and physicochemical properties

Journal article

Peer reviewed

Channel-pillars scaffold for bone regeneration: structure design, manufacturing, and physicochemical properties

Xiao Li, Warwick Duncan, Joanne Choi and Dawn Coates

Journal of the mechanical behavior of biomedical materials, Vol.174, 107256

07/11/2025

DOI: https://doi.org/10.1016/j.jmbbm.2025.107256

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https://hdl.handle.net/10523/48767

Abstract

Bone defects have long posed significant challenges in clinical practice, with both their incidence and economic burden projected to rise sharply by 2040. Bone scaffolds offer a promising solution for repairing and regenerating damaged bone, with a history rooted in early biomaterials and tissue engineering.

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Record Identifier: 9926792152601891
Title: Channel-pillars scaffold for bone regeneration: structure design, manufacturing, and physicochemical properties
Creators: Xiao Li
Warwick Duncan
Joanne Choi
Dawn Coates
Publication Details: Journal of the mechanical behavior of biomedical materials, Vol.174, 107256
Academic Unit: Oral Rehabilitation; Sir John Walsh Research Institute
Publisher: Elsevier
Grant note: RF.0003.2022, RF.0014 2024 / New Zealand Dental Research Foundation; University of Otago China Scholarship Council Doctoral Scholarship
Date published ; e-published: 07/11/2025
Comment: The published version is not available in full-text in OUR Archive. Where available, a link to the published version is provided (check the DOI and/or the Files and links section). The full-text item may be open access on the publisher's website. An earlier version of the work (such as authors' accepted manuscript following peer-review or unreviewed preprint/author's original version) may be available in the Files and links section of this record. Alternatively, readers may have subscription access to the full-text from the publisher.
Language: English
Resource Type ; Subtype: Journal article

Channel-pillars scaffold for bone regeneration: structure design, manufacturing, and physicochemical properties

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