Research Interest: My research interest is in the area of cardiovascular and renal disease. I have attached the requested information below

Research Interest: Dr Mei's research expertise is in biofilms and biomaterials. His recent research activities are mainly focused on the mechanism and prevention of bacterial adhesion and biofilm formation on dental materials.

He has measured the adhesion forces between living bacteria and orthodontic materials using atomic force microscopy at a nano-level, and decoupled the bacterial adhesion forces into specific and non-specific forces. In addition, he has investigated measures for preventing biofilm formation using quaternary ammonium compounds. He developed a novel contact-killing surface by incorporating quaternary ammonium compounds into composite resin and studied its efficacy of killing the adhered bacteria and its bio-safety for human cells.

His other interests include randomized controlled trials (RCT) and evidence-based dentistry. He has investigated clinical methods for enhancing oral hygiene in patients wearing fixed orthodontic appliances.

Research Interest: Related to the role of therapy with high-dose furosemide and small-volume hypertonic saline therapy and refractory heart failure and refractory ascites , the role of the salt load in the acute characterize and stratify patients with congestive heart failure after therapy with high doses of furosemide and small volumes of hypertonic saline,the atherosclerosis as inflammatory disease and characterization of the diabetic foot as risk markers cardiovascolare.Ulteriori interests are represented finally by Anderson-Fabry disease , and in particular of its role as risk factor of cryptogenic stroke over over which the search for new mutations in the gene for alpha- Galactosidase

Research Interest:  Currently Dr. Leiser is the head of the Laboratory for Oral Cancer Research and is supervising M.Sc. students in basic science research. Dr. Leiser specializes in surgical oncology and surgical dental rehabilitation in the maxillofacial region. The author of several scientific and clinical manuscripts in international peer-reviewed journals, he has actively participated as a lecturer in several international and national conferences in the basic sciences as well as at professional maxillofacial surgery and oncology conferences.

Research Interest: Magnetic Resonance Imaging/Magnetic Resonance Spectroscopy/Diffusion Tensor Imaging Osteoporosis

Research Interest: Molecular characterization of brain tumor stem cells  Therapy development for brain tumors Phase I/II Clinical Trial for malignant brain tumorsMolecular mechanism of therapy resistance of brain tumors Genetic mechanism for cell fate decisions in neural stem cells

Research Interest: Exposure assessment of water- and air-borne contaminants- Etiology, triggers, epigenetics, and prevention of pediatric asthma  prevention of key residential and occupational hazards  Long-term sequelae of chronic infectious diseases

Research Interest: My research interest is "autonomic dysfunction in vitamin B12 deficiency". My suugestion would be to be very selective in accepting images. "Clinical Image" section of NEJM is a good example to follow.

Research Interest: Magnetic Resonance Imaging (MRI), image processing techniques, pattern recognition. Emphasis on reconstruction, analysis (e.g. segmentation, texture analysis, motion tracking) especially for the diagnosis and monitoring of brain tumors and neurological disease.

Research Interest: His research focuses on the studies of the lipid/cholesterol metabolic and signaling pathways in prostate cancer development and advanced progression; molecular targeting of prostate cancer; and oncogenic and tumor suppressive microRNA

Research Interest:  Coronary artery disease (CAD), Percutaneous Coronary Intervention- Aortic stenosis, - TAVI,  Inflammation and CAD,  Meta Analysis

Research Interest: His chief research interests include basic science, translational, and clinical studies centered around vascular neurosurgery.

Research Interest:  Her research showed that controlled release of growth factors accelerates neovascularization.