Verified publication

Biomimetic Hydrogel Scaffolds with Copper Peptide-Functionalized RADA16 Nanofiber Improve Wound Healing in Diabetes

A functionalized RADA16 hydrogel study combining endothelial-cell assays with wound-healing experiments in healthy and diabetic mice.

Indexed abstract extractedQuality: LowLow confidence

Study metadata

Journal: Macromolecular Bioscience
Publication year: 2022
Study type: Animal study
Species: Mouse
Evidence grade: Grade C
Extraction depth: Indexed abstract extracted
Study quality: Low
Confidence: Low confidence
Sample size: Not stated in indexed abstract

Structured extraction

Population: Mouse model; strain and model details require article-level extraction.
Intervention: Animal-model exposure details require abstract or full-text extraction before use.
Comparator: Not stated or not fully extracted from the indexed abstract.
Duration: Not stated or not fully extracted from the indexed abstract.
Primary endpoint: Primary animal-model endpoint not fully extracted.
Secondary endpoints: No secondary endpoints extracted.
Funding source: Not stated in the indexed abstract.

Findings and extraction notes

The abstract reports greater angiogenesis-related measures, wound closure, collagen deposition, and tissue remodeling with the copper-peptide scaffold.

Limitations

The intervention is a composite biomaterial, not isolated GHK-Cu exposure.
Mouse wound healing does not establish comparative human effectiveness.

Linked compounds

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