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. 2021 Mar 31;10(5):234–256. doi: 10.1089/wound.2019.1094

Table 3.

Nanofiber formulations used for the treatment of diabetic wounds in animal models

Composition Biomolecule Animal Model Area (cm2) Time*(Days) References
Chitosan+PVA Desferrioxamine Rat+diabetes 1 1.8 18 96
1 10 95
ZnO Rabbit+diabetes 1 0.28 12 97
Hyaluronic acid AgNPs Rat+diabetes 1 6.25 15 99
Hyaluronic acid+collagen VEGF, PDGF, and EGF and bFGF-loaded gelatin NPs Rat+diabetes 1 1.8 28 15
HPMC+PEO Beta glucan Mice+diabetes 2 (BKS db) 1 14 100
SF Rabbit+diabetes 1 1.1 12 105
Insulin loaded MPs Rat+diabetes 1 0.8 14 104
EGF and ciprofloxacin Rabbit+diabetes 1 0.3 14 102
Adipose MSC or decellularized Mice+diabetes 2 (db/db) 0.2 10 106
SF+PLGA Rat+diabetes 1 3.14 15 (80%) 101
SF+PVA rhEGF Rabbit+diabetes 1 1.1 18 103
Collagen+PLGA rhPDGF Rat+diabetes 1 0.5 14 114
Glucophage 0.5 14 115
Collagen+PCL Dimethyloxalyl-glycine Rat+diabetes 1 2.6 14 112
2.6 14 111
BG NPs Rat+diabetes 1 3.1 21 113
Gelatin+PCL Silicate-based bioceramics Mice+diabetes 1 0.5 13 110
PLA Dimethyloxalylglycine-loaded MSNPs Mice+diabetes 1 0.5 15 116
PCL Curcumin Mice+diabetes 1 0.3 10 117
Aloe vera+MSC Mice+diabetes 2 0.5 28 157
Bixin Mice+diabetes 1 0.2 14 119
PCL+PEG EGF+bFGF Mice+burn+diabetes 1 0.5 7 120
PCL+Gum tragacanth Curcumin+MSC Rat+diabetes 1 0.8 15 118
PLGA Aloe vera+rhEGF Mice+splinted+diabetes 2 (db/db) 0.8 8 (30%) 123
rhPDGF Rat+diabetes 1 0.5 14 121
Neurotensin+cellulose nanocrystals Mice+diabetes 2 (BKS.CgDock7m./.Leprdb/JNju) 0.3 14 122
Metformin Rat+diabetes 1 0.5 14 158
PVA+curdlan Silver nitrate Rat+diabetes 1 4 14 124
PLA-PEG bFGF Rat+diabetes 1 2.5 21 126
RAD Mice+diabetes 2 (db/db) 0.3 28 128
Heparin-mimic amphiphilic peptides Mice+diabetes 2 (db/db) 0.3 21 130
Multidomain peptide (k2(SL)6k2) Mice+diabetes 2 (BKS.Cg-Dock7 < m> +/+ Lepr < db>/J) 0.5 14 129

Diabetes type 1 was inducted with aloxan (rabbits) or streptozocin (mice and rats) (*times for complete wound closure or more than 90% of full thickness wounds).

HPMC, hydroxypropyl methylcellulose; MP, microparticles; MSC, mesenchymal stem cell; MSNP, mesoporous silica nanoparticles; PEO, polyethylene oxide; PLA, poly(lactide); rhPDGF, recombinant human platelet-derived growth factor; SF, silk fibroin; ZnO, zinc oxide.