Blend of biodegradable hydrogels like sodium alginate/gelatin (SA/G) usually requires use of chemical cross-linkers to remain stable in aqueous media for drug delivery applications. This study targets the feasibility of having an entire spectrum of a model hydrophobic drug (piperine) release i.e. from burst to controlled release, by varying polymer viscosity and molecular weight of plasticizer with minimal use of cross-linkers. Swelling study, drug-polymer interactions and morphology analysis reveal the impact of viscosity variation on polymer matrix
10noBackground: The new concepts of personalized and precision medicine require the design of more ...
This dissertation is focused on the controlled release of drugs from a biodegradable amphiphilic hyd...
International audienceThis paper presents the development of new pH-sensitive, amphiphilic and bioco...
Blend of biodegradable hydrogels like sodium alginate/gelatin (SA/G) usually requires use of chemica...
Bio polymers such as proteins and polysaccharides have a variety of applications in various fields i...
Biomaterials are enriched with characteristics that have transformed them into numerous therapeutic ...
Mixed-interpenetrated polymeric networks based on sodium alginate (ALG) and poly(N-isopropylacryl am...
Surface functionalization and cross-linking have been adopted extensively by researchers to customiz...
Controlled drug delivery systems, which are intended to deliver drugs at predetermined rates for pre...
Background: The new concepts of personalized and precision medicine require the design of more and m...
The insights into the physical interactions within cross-linker-free hydrogels can unlock a new hori...
Objectives: The present work aimed to design and synthesize pH-sensitive cross-linked Ge/SA hydroge...
The aim of the present exploration was to develop novel pH-sensitive cross-linked Gelatin/Polyvinyl ...
The controlled delivery of drugs can be effectively obtained using systems based on hydrogels. Table...
Controlled release technology has a great potential in pharmaceutical and medical applications to en...
10noBackground: The new concepts of personalized and precision medicine require the design of more ...
This dissertation is focused on the controlled release of drugs from a biodegradable amphiphilic hyd...
International audienceThis paper presents the development of new pH-sensitive, amphiphilic and bioco...
Blend of biodegradable hydrogels like sodium alginate/gelatin (SA/G) usually requires use of chemica...
Bio polymers such as proteins and polysaccharides have a variety of applications in various fields i...
Biomaterials are enriched with characteristics that have transformed them into numerous therapeutic ...
Mixed-interpenetrated polymeric networks based on sodium alginate (ALG) and poly(N-isopropylacryl am...
Surface functionalization and cross-linking have been adopted extensively by researchers to customiz...
Controlled drug delivery systems, which are intended to deliver drugs at predetermined rates for pre...
Background: The new concepts of personalized and precision medicine require the design of more and m...
The insights into the physical interactions within cross-linker-free hydrogels can unlock a new hori...
Objectives: The present work aimed to design and synthesize pH-sensitive cross-linked Ge/SA hydroge...
The aim of the present exploration was to develop novel pH-sensitive cross-linked Gelatin/Polyvinyl ...
The controlled delivery of drugs can be effectively obtained using systems based on hydrogels. Table...
Controlled release technology has a great potential in pharmaceutical and medical applications to en...
10noBackground: The new concepts of personalized and precision medicine require the design of more ...
This dissertation is focused on the controlled release of drugs from a biodegradable amphiphilic hyd...
International audienceThis paper presents the development of new pH-sensitive, amphiphilic and bioco...