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Porous biomaterial scaffolds for skeletal muscle tissue engineering
Natalie G. Kozan
, Mrunmayi Joshi
, Sydnee T. Sicherer
,
Jonathan M. Grasman
Bio-Medical Engineering
Research output
:
Contribution to journal
›
Review article
›
peer-review
33
Scopus citations
Overview
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Keyphrases
Bioresorbable Scaffold
100%
Conducting Polymer
33%
Functional Requirements
33%
Generalized State
33%
Infiltration
33%
Ingrowth
33%
Material Type
33%
Mechanical Function
33%
Muscle Functionality
33%
Myoblast
33%
Myofiber
33%
Porosity
33%
Porous Biomaterials
100%
Repair Method
33%
Scaffold-based
33%
Significant Loss
33%
Skeletal muscle
66%
Skeletal muscle Regeneration
33%
Skeletal muscle Tissue
33%
Skeletal muscle Tissue Engineering
100%
State of the Field
33%
Synthetic Polymers
33%
Tissue Engineering
33%
Tissue Formation
33%
Traumatic Injury
33%
Volumetric muscle Loss
33%
Engineering
Biomaterial Scaffold
100%
Conductive Polymer
33%
Functional Requirement
33%
Myoblast
33%
Myofibers
33%
Porosity
33%
Skeletal Muscle Tissue
33%
Skeletal Muscle Tissue Engineering
100%
Synthetic Polymer
33%
Tissue Engineering
33%
Material Science
Biomaterial
100%