Publications by authors named "A Dimopoulos"
Article Synopsis
- Research on multicellular spheroids like microtissues and organoids highlights their potential in tissue engineering due to enhanced interactions in 3D cell structures.
- A new laser-assisted bioprinting technique has been developed that successfully transfers these spheroids to create larger tissue structures, demonstrating high cell viability and differentiation capability.
- The method includes an innovative approach called LIPMO, allowing for the bioprinting of larger spheroids (up to 300 micrometers) while utilizing automated image analysis for precise selection and placement of multiple spheroids in a single printing sequence.
This review evaluated single-case experimental design research that examined challenging behavior interventions utilizing punishment elements. Thirty articles published between 2013 and 2022 met study inclusion criteria. Study quality was also assessed.
View Article and Find Full Text PDFPurpose: To describe the implementation and evaluation of a hospital-initiated, community-based, digital prehabilitation program (: MPP for adults referred for elective joint replacement.
Methods: MPP was implemented July 2022 and comprises a personalised digital health screen that guides the provision of self-management resources. Adults (18 years) referred and accepted, or already waitlisted, for total knee/hip replacement surgery were eligible.
Powder bed fusion-laser beam (PBF-LB), a prevalent and rapidly advancing additive manufacturing (AM) technology nowadays, serves the industry by producing thin, complex, and lightweight components for various sectors, including healthcare, automotive, defence, and aerospace. However, this technology encounters challenges related to the construction of critical parts and the high overall process costs. Equally significant is the role of support structures in metal laser powder bed fusion (PBF-LB/M).
View Article and Find Full Text PDF