Filippos F. Karageorgos received his
MEng in Chemical Engineering from the Aristotle University of Thessaloniki in
2017; he also received his PhD in Hydrogel Modeling of End-Use Properties from
the same university in 2023 and is now pursuing an MD at Aristotle University
of Thessaloniki School of Medicine. He worked as a Graduate Research Assistant
at CERTH (2017–2023) in the program N2B-patch. He has received a Limmat
Stiftung scholarship and he was awarded by Technical Chamber of Greece for his
academic scores during his undergraduate studies in Chemical Engineering. Also,
he has received a scholarship from the Center for Research and Technology
Hellas (CERTH) and a scholarship from the State Scholarships Foundation (IKY)
for his PhD studies. He is a Member of IOM3, Associate Member of IChemE and
Member of Technical Chamber of Greece. His research topics mainly include
hydrogels, polymers, modeling, drug delivery, artificial organs, biomedical
engineering and transplantation issues
Research Interest:Biomedical engineering, Technological applications in medicine, HCC,
liver transplantation, kidney transplantation
I graduated from the Faculty of Medicine, Aristotelian University of Thessaloniki, Greece. During my specialty in Nephrology, I awarded my PhD on antigen presentation in hemodialysis patients. I have also been a visitor investigator at the Immunology Department, Scripps Research Institute, La Jolla, CA, USA and a visitor nephrologist in Nephrology and Kidney Transplant Program, Hospital Del Mar, Barcelona Spain. Now I’m an associate professor of Nephrology in the Faculty of Medicine, University of Thessaly, Larissa, Greece and beyond my teaching and clinical duties I run a research laboratory focused on molecular medicine. I’ve published more than 180 studies in journals indexed in PUBMED, which were cited more than 3000 times. In most of these studies I was the first and corresponding author.
Research Interest: Nephrology, Kidney Transplantation, Immunology, Ischemia-reperfusion
Research Interest:
Arterial Conduits for Coronary Artery Bypass Surgery
Less Invasive Coronary Surgery
Strategies for Reduction of the Neurological Risk in Cardiac
Surgery
Systemic Effect of Cardiopulmonary Bypass Temperature
Effect of Different Atrial Incisions on Postoperative
Arrhythmias
Genetic Modulation of Postoperative Outcome
Left Ventricular Mass Regression after Aortic Valve Surgery:
Time Course, Determinants and Prognostic Implications.
Acute and Chronic Mechanical Support to Circulation
Research Interest: My current research interests focus on Stem cell biology and pathophysiology of bone marrow failure and leukemia; identifying and targeting the alternative oxidative DNA-damage response pathways required for cancer progression; the role of a major proliferating protein, nucleophosmin (NPM) in cancer development.
Research Interest:
Molecular Cytogenetic Risk Stratification of DLBCL
Double Hit Lymphoma and MYC/BCL2 Double Expresser Lymphoma
Clinicopathologic and Molecular Study of Mantle Cell
Lymphoma
Molecular Genetic Aberrations in Lymphoma and Leukemia
Research Interest:
Academic Higher Surgical Training Programme in Trauma and Orthopaedics at UCL
and the RNOH, Stanmore and am committed to a career in Academic Orthopaedic
Surgery. Before embarking on higher surgical training I spent a period of
training in research methods and techniques of relevance to Orthopaedics, in
particular Tissue Engineering and Stem Cell Biology. This research time will
enable me to develop my own interests in research and it will provide excellent
grounding for a future career in Academic Orthopaedic Sciences. It will also
provide me with a scientific basis for clinical practice and improve my ability
to translate new findings from research into improved everyday clinical care
for patients.
Research Interest:
Aortic Surgery, Minimally Invasive Cardiac Surgery, Heart and Lung Transplantation,
Mechanical Circulatory Support (VAD, TAH, ECMO) implantation, and management, Anti-coagulation
management in Mechanical Circulatory Support, Mechanical Circulatory Support
Engineering, Scientific Research in Mechanical Circulatory Support.
Research Interest:
Specialized in Internal Medicine, Nephrology and Transplantation. His Research focuses
on the understanding and Prevention of Regulated Necrosis in the Context of
Disease. He follows a Translational approach to develop inhibitors of regulated
necrosis for clinical purposes, with a major focus on renal transplantation and
acute kidney injury.
Research Interest:
Pluripotency and Mechanisms Controlling Self-Renewal of Primate Stem Cells,
Developing some 3D defined and scalable culture protocols of primate stem
cells, Stem cell therapy and corresponding molecular mechanisms of therapy.