... factor, the model predictions well fit the experimental results. 15 06 2011 17 11 2011 21 12 2011 21 12 2011 adsorption biomembranes biothermics cellular transport fluorescence lung molecular biophysics nanobiotechnology nanoparticles quantum dots tumours...

... finite element analysis friction gynaecology phantoms tumours breast cancer elastosonography strain assessment probabilistic FE analyses FEM Breast cancers can be of different types and commonly develop in milk ducts or in lobules. A malignant lump has some peculiar morphological...

... cardiovascular system diseases finite element analysis numerical analysis physiological models tumours fibrous cap microcalcifications stress concentration finite elements Atherosclerosis is one of the most prevalent forms of vascular disease. Vulnerable regions of atherosclerotic plaque...

... in medicine radiation therapy tumours tissue coagulation laser energy source thermal model MRI lesion size thermodynamics Laser coagulation of tissue has been applied clinically with minimal invasiveness to destroy solid tumors in various tissues ( 1 2 3 ). During coagulation...

... 01 2010 18 01 2010 21 04 2010 21 04 2010 blood vessels finite element analysis liver radiation therapy tumours waveform analysis hepatocellular carcinoma radiofrequency ablation radiofrequency waveforms optimum radiofrequency waveform finite element model...

...Alptekin Aksan, Ph.D.; Allison Hubel, Ph.D.; John Bischof, Ph.D. 28 07 2009 biomembrane transport biothermics cancer molecular biophysics nanotechnology patient treatment proteins tumours Important applications of bioheat and mass transfer include biopreservation...

... tumours 10 11 2008 21 05 2009 16 07 2009 2009 American Society of Mechanical Engineers ...

... Invasive Treatment of Tumours by Targeted Magnetic Heating ,” J. Phys.: Condens. Matter 0953-8984 , 18 ( 38 ), pp. S2951 – S2958 . 10.1088/0953-8984/18/38/S28 Ito , A. , Kuga , Y. , Honda , H. , Kikkawa , H. , Horiuchi , A. , Watanabe , Y. , and Kobayashi , T...

... protection. Our study establishes a dynamic experimental model for further investigation of HS as a potential clinical approach to target tissue survival or death. biochemistry biothermics cancer cellular biophysics liver patient treatment proteins thermal shock tumours heat shock heat...

... development. thermal ablation magnetic resonance imaging bioheat transport computational modeling tissue damage perfusion biomedical MRI biothermics blood vessels haemodynamics haemorheology tumours 06 12 2006 28 05 2008 18 11 2008 2009 American Society...

... A . 30 05 2007 20 05 2008 20 06 2008 biological techniques biology computing cancer cellular biophysics heat treatment hyperthermia protocols radiation therapy thermodynamics tumours cell viability Arrhenius law two-state model cancer treatment thermal therapy...

... phase change benign prostate hyperplasia (BPH) transurethral microwave thermotherapy (TUMT) multi-organ simulation prostate radiation therapy biological organs hyperthermia cancer tumours numerical analysis 14 01 2006 06 12 2006 2007 American Society of Mechanical...

... are generally 10 – 30 min in duration and produce spherical necrotic regions that are 3 – 5.5 cm in diameter ( 2 ). hyperthermia liver biological tissues tumours patient treatment blood vessels cellular effects of radiation biological effects of radiation biomedical MRI...

... optical imaging mammography cancer tumours biothermics biological organs temperature distribution genetic algorithms finite difference methods The temperature of the human body on the surface of the skin depends on the metabolic activity, the blood flow, and the temperature...

.... Lowering of the cooling rate decreases the excision force even if the temperature of the liver remains unchanged. The lower the temperature of the liver is, the larger the increment rate of excision force is with regard to the cooling rate. 05 02 2004 13 02 2006 liver tumours cancer...

... the tolerable range of error found in the sensitivity analysis. 27 01 2005 03 02 2006 hyperthermia patient treatment heat transfer cancer minimisation tumours temperature distribution conjugate gradient methods Hyperthermia treatments elevate temperatures of a cancerous region...

... treatment blood vessels vaporisation drops bubbles tumours cancer numerical analysis Microbubbles are relevant to a number of clinical situations including disease conditions, such as air embolism ( 1 2 3 4 5 6 7 8 9 10 ), and therapeutic and diagnostic interventions ( 1 ). Bubbles...

... 2.18 08 07 2005 20 10 2005 biomedical optical imaging laser velocimetry biological fluid dynamics blood flow measurement cellular biophysics adhesion tumours cancer haemorheology computational fluid dynamics capillarity hydrodynamics shear stress cell...

... biomechanics tumours cancer cellular biophysics haemodynamics physiological models blood vessels surface tension patient treatment numerical analysis Embolotherapy, which involves the occlusion of vessels using foreign bodies for therapeutic reasons, is a potential means to treat a variety...

... the leading cause of death and disability in North America 4 . In all European countries cardiovascular disease is the main cause of death in women and the main cause of death in men except in France 5 . biomechanics diseases cardiovascular system angiocardiography biomedical MRI tumours...