Cancer Delivery |
Polyamidoamine conjugates alpha-cyclodextrin and phosphate-polyethylene glycol with low-molecular-weight sacran for selective siRNA delivery |
In Vitro and In Vivo |
[56,57] |
Wound Dress |
Sacran hydrogel |
In Vitro and In Vivo |
[23,58,59] |
-Cyclodextrin addition to sacran hydrogel film |
In Vitro and In Vivo |
[58] |
Curcumin addition to 2-hydroxypropil--cyclodextrin on hydrogel film |
In Vitro and In Vivo |
[60] |
Sacran hydrogel film with keratinocyte growth factor |
In Vitro |
[39] |
Epidermal growth factor (EGF) in sacran hydrogel film as the increased fibroblast migration |
In Vitro |
[61] |
HP-βCD complex in freeze dried Sac/SDACNF |
In Vivo |
[62] |
Anti-allergy |
Topical sacran in mouse model induced by 2,4-dinitro-1-fluorobenzene |
In Vivo |
[63] |
Topical sacran in mouse model induced by DME- |
In Vivo |
[64,65] |
Topical sacran for atopic dermatitis |
In Vivo |
[66] |
Anti-inflammation |
Sacran for atopic dermatitis in mouse induced by 2,4-dinitro-1-fluorobenzene |
In Vivo |
[67,68] |
Sacran for atopic dermatitis in mouse induced by 2,4-dinitro-6-fluorobenzene |
In Vivo |
[44] |
Sacran and carrageenan induced in TPA-induced mouse ear |
In Vivo |
[33] |
Others |
Effectiveness of sacran on air pollution |
In Vitro |
[69] |
Effectiveness of sacran to prevent skin evaporation |
In Vitro |
[70] |
|
Improve the maturation of corneocytes |
Clinical study |
[27,71] |
|
Genetic engineering |
In Vitro |
[37,72] |