Matches in SemOpenAlex for { <https://semopenalex.org/work/W3039551018> ?p ?o ?g. }
- W3039551018 endingPage "1100" @default.
- W3039551018 startingPage "1100" @default.
- W3039551018 abstract "Currently, due to uprising concerns about wound infections, healing agents have been regarded as one of the major solutions in the treatment of different skin lesions. The usage of temporary barriers can be an effective way to protect wounds or ulcers from dangerous agents and, using these carriers can not only improve the healing process but also they can minimize the scarring and the pain suffered by the human. To cope with this demand, researchers struggled to develop wound dressing agents that could mimic the structural and properties of native skin with the capability to inhibit bacterial growth. Hence, asymmetric membranes that can impair bacterial penetration and avoid exudate accumulation as well as wound dehydration have been introduced. In general, synthetic implants and tissue grafts are expensive, hard to handle (due to their fragile nature and poor mechanical properties) and their production process is very time consuming, while the asymmetric membranes are affordable and their production process is easier than previous epidermal substitutes. Motivated by this, here we will cover different topics, first, the comprehensive research developments of asymmetric membranes are reviewed and second, general properties and different preparation methods of asymmetric membranes are summarized. In the two last parts, the role of chitosan based-asymmetric membranes and electrospun asymmetric membranes in hastening the healing process are mentioned respectively. The aforementioned membranes are inexpensive and possess high antibacterial and satisfactory mechanical properties. It is concluded that, despite the promising current investigations, much effort is still required to be done in asymmetric membranes." @default.
- W3039551018 created "2020-07-10" @default.
- W3039551018 creator A5032426241 @default.
- W3039551018 creator A5034165453 @default.
- W3039551018 creator A5043649425 @default.
- W3039551018 creator A5053819107 @default.
- W3039551018 creator A5055525972 @default.
- W3039551018 creator A5056560841 @default.
- W3039551018 creator A5076691606 @default.
- W3039551018 creator A5082504924 @default.
- W3039551018 creator A5088642204 @default.
- W3039551018 date "2020-07-02" @default.
- W3039551018 modified "2023-10-12" @default.
- W3039551018 title "Asymmetric Membranes: A Potential Scaffold for Wound Healing Applications" @default.
- W3039551018 cites W1481145212 @default.
- W3039551018 cites W1983167592 @default.
- W3039551018 cites W1989164691 @default.
- W3039551018 cites W1990265758 @default.
- W3039551018 cites W1992774222 @default.
- W3039551018 cites W2000167819 @default.
- W3039551018 cites W2007799958 @default.
- W3039551018 cites W2011557430 @default.
- W3039551018 cites W2026078213 @default.
- W3039551018 cites W2026346707 @default.
- W3039551018 cites W2039855642 @default.
- W3039551018 cites W2056254550 @default.
- W3039551018 cites W2061621727 @default.
- W3039551018 cites W2062999586 @default.
- W3039551018 cites W2067603306 @default.
- W3039551018 cites W2070968050 @default.
- W3039551018 cites W2080000856 @default.
- W3039551018 cites W2080207900 @default.
- W3039551018 cites W2091277864 @default.
- W3039551018 cites W2093637786 @default.
- W3039551018 cites W2095188270 @default.
- W3039551018 cites W2095330478 @default.
- W3039551018 cites W2099064177 @default.
- W3039551018 cites W2109380870 @default.
- W3039551018 cites W2117808317 @default.
- W3039551018 cites W2127324116 @default.
- W3039551018 cites W2127679336 @default.
- W3039551018 cites W2127903487 @default.
- W3039551018 cites W2143234043 @default.
- W3039551018 cites W2147038478 @default.
- W3039551018 cites W2148383254 @default.
- W3039551018 cites W2171308886 @default.
- W3039551018 cites W2182271060 @default.
- W3039551018 cites W2254012488 @default.
- W3039551018 cites W2345714144 @default.
- W3039551018 cites W2399234211 @default.
- W3039551018 cites W2405833350 @default.
- W3039551018 cites W2426838864 @default.
- W3039551018 cites W2513212811 @default.
- W3039551018 cites W2516952220 @default.
- W3039551018 cites W2523456976 @default.
- W3039551018 cites W2551405406 @default.
- W3039551018 cites W2574904481 @default.
- W3039551018 cites W2593234573 @default.
- W3039551018 cites W2602229030 @default.
- W3039551018 cites W2605174594 @default.
- W3039551018 cites W2614933640 @default.
- W3039551018 cites W2621934018 @default.
- W3039551018 cites W2734411160 @default.
- W3039551018 cites W2743686038 @default.
- W3039551018 cites W2789046845 @default.
- W3039551018 cites W2790175787 @default.
- W3039551018 cites W2791925436 @default.
- W3039551018 cites W2792547854 @default.
- W3039551018 cites W2811083149 @default.
- W3039551018 cites W2885409684 @default.
- W3039551018 cites W2886408624 @default.
- W3039551018 cites W2890360615 @default.
- W3039551018 cites W2890975656 @default.
- W3039551018 cites W2891816795 @default.
- W3039551018 cites W2896640500 @default.
- W3039551018 cites W2899177973 @default.
- W3039551018 cites W2900739447 @default.
- W3039551018 cites W2910095469 @default.
- W3039551018 cites W2914199826 @default.
- W3039551018 cites W2919182326 @default.
- W3039551018 cites W2944182856 @default.
- W3039551018 cites W2947484435 @default.
- W3039551018 cites W2947652429 @default.
- W3039551018 cites W2950965516 @default.
- W3039551018 cites W2962947499 @default.
- W3039551018 cites W2970678503 @default.
- W3039551018 cites W2973159634 @default.
- W3039551018 cites W2981866284 @default.
- W3039551018 cites W2991966379 @default.
- W3039551018 cites W2993044664 @default.
- W3039551018 cites W2997311831 @default.
- W3039551018 cites W3001398993 @default.
- W3039551018 cites W3010536720 @default.
- W3039551018 cites W3012756620 @default.
- W3039551018 cites W3013625787 @default.
- W3039551018 cites W3021051733 @default.
- W3039551018 cites W3027107874 @default.
- W3039551018 cites W659003151 @default.