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Cardiology; Endocrinology

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As a Specialist Cardiologist I am on a daily basis involved in the cath lab counting up to day over 3500 coronary angiograms and 850 angioplasties as first operator and above 2000 coronary angiograms and 700 angioplasties as second operator. In addition, my duties include the care of cardiology patients on the ward and taking part in the on-call rota (1:6) covering the CCU and all cardiology emergencies (including primary PCI).I have been a speaker in numerous Cardiology Conferences in Greece over the last 8 years.

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neck surgery, oncology and cancer research.

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Professor Alfio Ferlito, MD, DLO, D Path, FRCS Ed ad hominem, FRCS (Eng, Glasg, Ir) ad eundem, FDSRCS ad eundem, FACS, FHKCORL, FRCPath, FASCP, IFCAP. Formerly Director of the Department of Surgical Sciences at the University of Udine School of Medicine from 2003 to 2009 and Professor and Chairman of the ENT Clinic at the same University from 1997 to 2013.

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Postharvest technology; Milling; Use of biomass of agricultural crops; Quality of agricultural products for the processing industry

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Clinical nutrition, epidemiology and public health, and nutrition education. Nutrition-related research directed toward biochemical using experimental animal models and human subjects. About the picture is it possible to not use a personal picture?

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Amani Aliwi Alrasheedi completed my PhD in Nutrition and food science from Girls College for Home Economics and Art Education- King AbdulAziz University, Jeddah- Saudi Arabia and postdoctoral studies from Leeds University School of Food Science and Nutrition. Full professor in Nutrition at Food and Nutrition department, King AbdulAziz University, Jeddah. Published more than twenty fife papers in reputed journals and a supervisor for more than eight master and PhD students. The vice dean of high graduate studies at King Abdulaziz university.

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Improvement of Transformation Systems. Improvement of Agrobacterium-mediated transformation in major crop such as soybean (Glycine max) and maize (Zea mays) is my continuous endeavor. This research area includes the improvement of T-DNA integration efficiency and quality, which will make production of transgenic events more cost-effective and further satisfy the need of genome-wide functional analysis of genes in these crop species.

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Stem cell biology; induced pluripotent stem cells; induced neural stem cells; midbrain development

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Ahmad Salti acquired his PhD in Neuroscience at the Institute of Neuroscience, Innsbruck Medical University, Austria. Afterward he worked in the same university as a postdoc at the Experimental Psychiatry Unit. He also worked as a postdoc at Catholic University of Louvain in Belgium.Currently, Dr. Salti is a postdoctoral researcher at the University of Innsbruck, Institute for Molecular Biology, Department of Genomics, Stem Cell Biology and Regenerative Medicine. During his research career, Dr. Salti worked on several neuroscientific topics including stem cell biology, brain development and drug addiction.

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Nephrotoxicity, In vivo, In vitro, Alternative methods

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Pediatrics

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Political Science

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Computational damage mechanics of structural composites; Extended cohesive damage model (ECDM) for predicting multicrack propagation, Extended digital image correlation (EDIC) approach in non-destructive detection of multiscale damage in engineering materials, Modelling the behaviour of ultra high performance fibre reinforced concrete; Design, simulation and test of fibre composites in aerospace structures including composite blades, Composite panel systems in construction, Sandwich composite panels in bridge decks, Composite T-joints for aerospace, naval structures, offshore station and infrastructures, Composite-adhesive repairing techniques in ageing or damaged structures, Predicting delamination and debonding under extreme service loading, Fracture toughness and fatigue strength of composites, Interface mechanics of composites, Evolutional fatigue damage mechanics, Prediction of thermal-mechanical fatigue driven delamination/debonding in composites; Impact residual strength and stiffness of composites, Bio-inspired design for improving damage resilience of composites, Simulation of mechanical behavior of biomedical materials, 3D printing technology in investigating novel sandwich material with bio-mimicked micro construction; Predicting residual default in composites manufacture process, etc.

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Jiye Chen have been teaching solid mechanics, mechanics of fibre composite materials, design of structural elements, introduction to the finite element method, and advanced structural analysis and design at undergraduate and postgraduate level for more than 9 years, supervising PhD students in structural and mechanical engineering; undertaking researches in computational damage mechanics of fibre composites, application of composites in engineering structures, and non-destructive detection of multiscale damage in engineering materials. He has one and half years of industrial experience in the UK in design of fibre composite and aluminum shelters for helicopters and submarines, and 8 years of industrial experience in China in design of large bus body structures and bridges.