12 application directions · Understanding materials through literature
Which material would you like to develop? Learn about fiber structures, material combinations, and sample validation approaches from the literature.
Each entry is independently compiled based on the listed original studies, preserving study conditions and validation stages. The research findings in the papers belong to their original authors; the literature introductions do not imply that the paper authors, institutions, or TONGLI have any procurement or cooperative relationships.
Based on original research on wound dressings, this section introduces the application of electrospun fibrous membranes in covering burns, diabetic wounds, and skin graft donor sites. It analyzes natural polymers, drug-loaded fibers, and hydrogel composite structures, distinguishing between in vitro, animal, and human evidence.
Read Literature and Preparation Concepts →How is electrospinning used for bone repair and oral barrier membranes? Based on 6 original studies, this section introduces design concepts for guided bone regeneration membranes, PCL composite membranes, core-shell fibers, and fiber-reinforced scaffolds, distinguishing between in vitro osteogenic indicators and animal bone repair evidence.
Read Literature and Preparation Concepts →How is electrospinning used for postoperative adhesion barrier membranes? Based on 11 research studies, this section introduces material selection, hydrophilic composites, bilayer structures, and sample preparation concepts for abdominal, tendon, and pericardial adhesion barrier membranes, distinguishing between in vitro, animal, and human study evidence.
Read Literature and Preparation Concepts →Based on 6 original studies, this section introduces the application of electrospinning in dura mater repair patches. It analyzes collagen composites, aligned fibers, multilayer structures, and local release, as well as wet-state handling and evaluation approaches for barrier function and tissue repair.
Read Literature and Preparation Concepts →How should nanofibrous membranes for cell culture be designed? Based on 7 original studies, this section introduces PCL composite membranes, collagen surface modification, multiscale fibers, near-field writing, and three-dimensional scaffolds to help you understand the relationships between cell attachment, internal penetration, and wet-state stability.
Read Literature and Preparation Concepts →How is electrospinning used for corneal repair? Based on 6 original studies, this section introduces limbal stem cell carriers, oriented matrix scaffolds, and endothelial cell delivery membranes, analyzing transparency, wet-state stability, and preparation concepts.
Read Literature and Preparation Concepts →Based on 7 original studies, this section introduces the application of electrospinning in small-diameter blood vessels, myocardial culture, and cardiac repair patches. It analyzes tubular and multilayer structures, blood contact, cell alignment, and functional validation.
Read Literature and Preparation Concepts →Based on 7 original studies, this section introduces the role of electrospinning in peripheral nerve conduits, aligned fiber scaffolds, and functional composite structures. It analyzes guidance, lumen stability, and functional recovery evaluation, and highlights key considerations for sample preparation and equipment configuration.
Read Literature and Preparation Concepts →Based on 6 original studies, this section introduces electrospun oral dissolving membranes, sustained-release fibers, and oral adhesive patches. It analyzes drug solid-state properties, fiber structures, dose uniformity, and scale-up preparation, distinguishing between in vitro dissolution, acceptability, and clinical studies.
Read Literature and Preparation Concepts →Based on 7 original studies, this section analyzes the application of electrospinning in hemostatic fibrous membranes, chitosan composite materials, tissue adhesive patches, and in situ film-forming systems. It introduces key issues related to wet-state sealing, blood contact, and sample preparation.
Read Literature and Preparation Concepts →How does electrospinning contribute to research on tendon, ligament, cartilage, and skeletal muscle repair? Based on 6 original papers, this section introduces aligned fiber bundles, woven composite scaffolds, zoned cartilage structures, and cell cocultures, distinguishing between material, in vitro, and animal evidence.
Read Literature and Preparation Concepts →Based on 7 original studies, this section introduces the application of electrospinning in protective filter layers, antibacterial fibrous membranes, and unidirectional liquid-conducting materials. It analyzes fiber structures, surface composites, air permeability, and moisture resistance, distinguishing between laboratory functionality and real-world performance evidence.
Read Literature and Preparation Concepts →Connect Your Material Needs
Starting from the intended use, material system, and membrane or scaffold morphology, discuss the configuration of fluid supply, collection, compounding, and environmental control.