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Polymer fiber-based models of connective tissue repair and healing
Nancy M. Lee
, Cevat Erisken
, Thomas Iskratsch
, Michael Sheetz
, William N. Levine
, Helen H. Lu
Research output
:
Contribution to journal
›
Article
›
peer-review
86
Scopus citations
Overview
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Keyphrases
Tissue Repair
100%
Connective Tissue
100%
Tissue Healing
100%
Fiber Model
100%
Polymer Fibers
100%
Unaligned
100%
Repair Models
60%
Cell Growth
40%
Nanofibers
40%
Scar Formation
40%
Fiber Diameter
40%
Cell Organization
40%
Micron-sized
40%
Fiber Alignment
40%
Biological Healing
40%
Wound Healing
20%
Supporting Cells
20%
Fibroblasts
20%
Actin
20%
Cellular Processes
20%
Physiologically Relevant
20%
Healing
20%
Collagen Synthesis
20%
Cell Matrix
20%
Wound Repair
20%
Rac1
20%
Response Characteristics
20%
Soft Tissue Injuries
20%
Collagen Production
20%
Growth Productions
20%
Soft Tissue Graft
20%
Remodeling Phase
20%
Tendon Injury
20%
Proliferative Phase
20%
RhoA
20%
Paxillin
20%
Process Characteristics
20%
Matrix Alignment
20%
Critical Design
20%
Aligned Nanofibers
20%
Model Matrix
20%
Tendon Fibroblast
20%
Human Tendon
20%
Nano-sized Fiber
20%
Matrix Characteristics
20%
Polymer Mesh
20%
Engineering
Nanoscale
100%
Nanofiber
100%
Fiber Alignment
100%
Polymer Fiber
100%
Grafts
50%
Early Stage
50%
Fiber Diameter
50%
Remodeling Phase
50%
Response Characteristic
50%
Proliferative Phase
50%
Design Factor
50%
Nanofiber Diameter
50%
Aligned Nanofibers
50%
Material Science
Nanofiber
100%
Cell Growth
40%
Fibroblast
40%
Actin
20%