Research@THEA
Research@THEA is an open access repository established in 2017 containing research from all the Institutes of Technology. Research@THEA is a free electronic resource where you can search the entire collections of the Institute of Technologies research output in a single search or alternatively you can opt to search the research from a single Institute using the Institutes's individual site details.
Communities in Research@THEA
Select a community to browse its collections.
Recently Added
-
Degradable nanocomposites for fused filament fabrication applications.
(MDPI, 2018-05-09)There has been a substantial increase in the use and development of plastics over the last century. However, due to ever-diminishing petroleum feedstocks and growing concern for the environment, there has been a rise in ... -
Material considerations for fused-filament fabrication of solid dosage forms.
(MDPI, 2018-04-02)Material choice is a fundamental consideration when it comes to designing a solid dosage form. The matrix material will ultimately determine the rate of drug release since the physical properties (solubility, viscosity, ... -
Additive manufacturing of personalized pharmaceutical dosage forms via stereolithography.
(MDPI, 2019-12-03)The introduction of three-dimensional printing (3DP) has created exciting possibilities for the fabrication of dosage forms, paving the way for personalized medicine. In this study, oral dosage forms of two drug ... -
An evaluation of the efficacy of a contemporary engineering education framework
(Athlone Institute of Technology, 2018-04-24)The research aims to determine the role of cognitive abilities in problem solving in engineering education. The investigation of these abilities will contribute to a key objective of the research, informing curricular ... -
Characterisation and toxicological evaluation of hydrogel-type polymeric biomatrials pre-and poststerilisation with a novel pulsed plasma gas-discharge system.
(Athlone Institute of Technology, 2010)This study investigated the in vitro biocompatibility and important physicochemical properties of unique N-vinyl-2-pyrrolidone–acrylic acid based copolymer hydrogels intended for use in biomedical applications. Moreover, ...
RSS 1.0