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The field of low molecular weight supramolecular gels, also known as physical gels, has grown rapidly over the last decade. In these gels, small molecules (gelators) self-assemble through non-covalent interactions, usually into a network of fibres, to trap solvent. Many physical gels are responsive to stimuli and often these types of gels can be reversibly converted from gel to sol. These properties make them ideal candidates for investigation into a range of potential applications, including biomedical, smart materials, sensors and catalysts. This review provides an overview of macrocyclic compounds, particularly the calixarenes, that can form supramolecular gels.
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A new biotechnological microencapsulating methodology utilising individualized gradient-screened jet laminar flow techniques for pancreatic ß-cell delivery: bile acids support cell energy-generating mechanisms.Mooranian, A.; Negrulj, R.; Takechi, R.; Jamieson, E.; Morahan, G.; Al-Salami, Hani (2017)IIntroduction: In previous studies, we developed a new technique (Ionic Gelation Vibrational Jet Flow; IGVJF) in order to encapsulate pancreatic ß-cells, for insulin in vivo delivery, and diabetes treatment. The fabricated ...
Open-Circuit Voltage Enhancement on the Basis of Polymer Gel Electrolyte for a Highly Stable Dye-Sensitized Solar CellWu, Congcong; Jia, Lichao; Guo, Siyao; Han, Song; Chi, Bo; Pu, Jian; Jian, Li (2013)Dye-sensitized solar cells (DSSC) have received considerable attention owing to their low preparation cost and easy fabrication process. However, one of the drawbacks that limits the further application of DSSC is their ...
Biological Assessments of Encapsulated Pancreatic ß-Cells: Their Potential Transplantation in DiabetesMooranian, Armin; Negrulj, Rebecca; Jamieson, E.; Morahan, G.; Al-Salami, Hani (2016)© 2016. Biomedical Engineering Society. Microencapsulation of pancreatic islets has been considered as a promising method for cell transplantation and diabetes treatment. However, in vivo trials to date have been hampered ...