Cultura

Rethinking Student Support in Education 5.0: Emerging Technologies and Computational Thinking as Forces for Transformation

VOLUME 21, 2024

The Role of Targeted Infra-popliteal Endovascular Angioplasty to Treat Diabetic Foot Ulcers Using the Angiosome Model: A Systematic Review

VOLUME 6, 2023

Alba Catherine Alves Noreña, Olga Nájar Sánchez, David Leonardo Molano-Franco

Abstract

Student support in higher education has evolved from primarily face-to-face academic assistance to more structured models that integrate technology and computational thinking (CT). This study examined how emerging Education 5.0 dynamics shaped student support programs at Latin American higher education institutions between 2020 and 2024. We used a qualitative, comparative longitudinal approach and a multiple-case design to analyze institutional characteristics and strategies at the onset of the COVID-19 pandemic and in 2024. The findings indicate a shift from reactive support toward more proactive, technology-enabled approaches that aim to identify student needs, offer tailored guidance, and promote well-being. They also highlight five challenges: integrating technology into support programs; establishing effective processes for identifying and responding to students’ risk factors and needs; strengthening institutional capacity to provide personalized support; ensuring equitable and inclusive access across complex contexts; and examining the social effects of these programs through frameworks that connect technology, well-being, and equity. The study offers insights for decision-makers, university administrators, researchers, and student support professionals seeking to develop more inclusive and effective support models.

Keywords : Computational thinking; student support; emerging technologies; educational innovation..
Erin Saricilar
Lecture in accounting. University of Basrah, College of Administration and Economics, Department of Accounting.

Abstract

Atherosclerotic disease significantly impacts patients with type 2 diabetes, who often present with recalcitrant peripheral ulcers. The angiosome model of the foot presents an opportunity to perform direct angiosome-targeted endovascular interventions to maximise both wound healing and limb salvage. A systematic review was performed, with 17 studies included in the final review. Below-the-knee endovascular interventions present significant technical challenges, with technical success depending on the length of lesion being treated and the number of angiosomes that require treatment. Wound healing was significantly improved with direct angiosome-targeted angioplasty, as was limb salvage, with a significant increase in survival without major amputation. Indirect angioplasty, where the intervention is applied to collateral vessels to the angiosomes, yielded similar results to direct angiosome-targeted angioplasty. Applying the angiosome model of the foot in direct angiosome-targeted angioplasty improves outcomes for patients with recalcitrant diabetic foot ulcers in terms of primary wound healing, mean time for complete wound healing and major amputation-free survival.
Keywords : Diabetic foot ulcer, angiosome, angioplasty