Research Fields
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Bio-Mechanics
      | Researcher | Website/ Laboratory Site  | 
Research Topics | 
| Prof. David Elad | Website Laboratory Site  | 
Reproductive bioengineering, Biomechanics of Infant feeding, Tissue-engineered biological barriers (uterus, placenta, artery, nose, eyelid), Mechano-biology and physiological environment. Fluid-Structure models of biological flows, Respiratory biomechanics, Nasal airflow and transport, Biomimetic ventilation of interior spaces. | 
| Prof. Amit Gefen | Laboratory Site | Bio-Mechanics, Biological Tissue, Skeleton, Muscles, Bone Structure, Mechanical Behavior, Illness, Sickness, Injuries, Musculoskeletal Structures, cellular mechanics, mechanobiology, tissue engineering, chronic wounds, pressure ulcers | 
| Dr. Tali Ilovitsh | Laboratory Site | Biomaterials, Bioresorbable polymers, Drug-eluting implants, Scaffolds for tissue engineering, Bioadhesives. | 
Computational and Systems biology
      | Researcher | Website/ Laboratory Site  | 
Research Topics | 
| Prof. Tamir Tuller | Laboratory Site | Computational biology, Bioinformatics, Systems biology, Synthetic biology, Mathematical and physical models of biological systems (usually intra-cellular process such as gene expression) and biological phenomena, Algorithms and statistical approaches for solving problems in molecular biology, Theoretical analysis of algorithms in the molecular biology, Analysis of large-scale genomic data, Engineering of gene expression. | 
Reproductive system
      | Researcher | Website/ Laboratory Site  | 
Research Topics | 
| Prof. David Elad | Website Laboratory Site  | 
Reproductive bioengineering, Biomechanics of Infant feeding, Tissue-engineered biological barriers (uterus, placenta, artery, nose, eyelid), Mechano-biology and physiological environment. Fluid-Structure models of biological flows, Respiratory biomechanics, Nasal airflow and transport, Biomimetic ventilation of interior spaces. | 
Biophotonics, Lasers and Acoustics
      | Researcher | Website/ Laboratory Site  | 
Research Topics | 
| Prof. Israel Gannot | Teranostics, Multi-modal nanoparticles based diagnostics, treatment and monitoring, Optical fibers and sensors for medical applications, Laser tissue interactions, Photon migration in tissue, Mid Infrared Spectroscopy and Imaging, Biomedical informatics, Practical ethics. | |
| Prof. Natan Shaked | Laboratory Site | Biomedical Optical Microscopy and Nanoscopy, Optical Interferometric Systems (including Interferometric Phase Microscopy and Optical Coherence Tomography), Optical Imaging and Therapy using Nano-Particles in Biological Cells, Optical Signatures of Cancer and Alzheimer’s Disease, Three-Dimensional Optical Imaging and Holography for Biomedical Applications, Optical Biometrics. | 
| Dr. Gili Bisker | Laboratory Site | Optical nanosensors, Near-infrared spectroscopy, Biomedical nanotechnology, Biomarkers detection, Nonequilibrium stochastic processes, Complex systems, Biophysics, Physics of living systems. | 
Biophysical Signals: Modeling and Systems
      | Researcher | Website/ Laboratory Site  | 
Research Topics | 
| Prof. Ofer Barnea | Website | Development of mathematical models for optimization of medical treatment. Cardiopulmonary measurements, signal analysis and interpretation. | 
| Prof. Mickey Scheinowitz | Website | Exercise and cardiovascular physiology; Wearable chest strap with smart algorithm for exercise training. | 
Bio-Flow
      | Researcher | Website/ Laboratory Site  | 
Research Topics | 
| Prof. David Elad | Reproductive bioengineering, Biomechanics of Infant feeding, Tissue-engineered biological barriers (uterus, placenta, artery, nose, eyelid), Mechano-biology and physiological environment. Fluid-Structure models of biological flows, Respiratory biomechanics, Nasal airflow and transport, Biomimetic ventilation of interior spaces. | |
| Prof. Shmuel Einav (Emeritus) | Website | Cardiovascular Systems: coronary circulation, blood flow in the heart chambers and heart valves, occluded blood vessels, prosthetic devices - stents, valves and the artificial heart. Biofluid Mechanics: Blood-Tissue interaction, initiation of atherosclerosis, thromboembolism and coagulation, numerical models of blood circulation | 
| Dr. Tali Ilovitsh | Laboratory Site | Biomaterials, Bioresorbable polymers, Drug-eluting implants, Scaffolds for tissue engineering, Bioadhesives. | 
Tissue Engineering
      | Researcher | Website/ Laboratory Site  | 
Research Topics | 
| Prof. Shmuel Einav (Emeritus) | Website | Cardiovascular Systems: coronary circulation, blood flow in the heart chambers and heart valves, occluded blood vessels, prosthetic devices - stents, valves and the artificial heart. Biofluid Mechanics: Blood-Tissue interaction, initiation of atherosclerosis, thromboembolism and coagulation, numerical models of blood circulation | 
| Prof. David Elad | Website Laboratory Site  | 
Reproductive bioengineering, Biomechanics of Infant feeding, Tissue-engineered biological barriers (uterus, placenta, artery, nose, eyelid), Mechano-biology and physiological environment. Fluid-Structure models of biological flows, Respiratory biomechanics, Nasal airflow and transport, Biomimetic ventilation of interior spaces. | 
| Prof. Amit Gefen | Laboratory Site | Bio-Mechanics, Biological Tissue, Skeleton, Muscles, Bone Structure, Mechanical Behavior, Illness, Sickness, Injuries, Musculoskeletal Structures, cellular mechanics, mechanobiology, tissue engineering, chronic wounds, pressure ulcers | 
| Prof. Meital Zilberman | Website Laboratory Site  | 
Biomaterials, Bioresorbable polymers, Drug-eluting implants, Scaffolds for tissue engineering, Bioadhesives. | 
Bio-Material
      | Researcher | Website/ Laboratory Site  | 
Research Topics | 
| Prof. Meital Zilberman | Website Laboratory Site | Biomaterials, Bioresorbable polymers, Drug-eluting implants, Scaffolds for tissue engineering, Bioadhesives.  | 
Processing Medical Images and Physiological Signals
      | Researcher | Website/ Laboratory Site  | 
Research Topics | 
| Prof. Ofer Barnea | Website | Development of mathematical models for optimization of medical treatment. Cardiopulmonary measurements, signal analysis and interpretation. | 
| Prof. Hayit Greenspan | Website | Deep Learning in Medical Imaging, Medical Image Processing and Analysis, Computer Assisted Diagnosis (CAD), Medical Image Archives – indexing and retrieval, Statistical modeling, Learning systems; Enhancement; Segmentation; Classification; Tracking over time; Brain research, Oncology research, Content-based Image retrieval, Magnetic Resonance Imaging (MRI, DT-MRI), CT, Ultrasound, Optical systems | 
| Prof. Shimon Abboud | Website | Signal processing of ECG, Solving the volume conductor problem in biological tiddue, Modelling the electrical heart and brain activities (congestive heart failure, osteoporosis), Electrical impedance tomography (brain activity), Bio-impedance. | 
| Prof. Natan Shaked | Laboratory Site | Biomedical Optical Microscopy and Nanoscopy, Optical Interferometric Systems (including Interferometric Phase Microscopy and Optical Coherence Tomography), Optical Imaging and Therapy using Nano-Particles in Biological Cells, Optical Signatures of Cancer and Alzheimer’s Disease, Three-Dimensional Optical Imaging and Holography for Biomedical Applications, Optical Biometrics. | 
| Dr. Tali Ilovitsh | Laboratory Site | Biomaterials, Bioresorbable polymers, Drug-eluting implants, Scaffolds for tissue engineering, Bioadhesives. | 
Neuro-Engineering & Biophysics Models 
      | Researcher | Website/ LaboratorySite  | 
Research Topics | 
| Dr. Uri Nevo | Laboratory Site | Cellular biophysics, MRI, Diffusion weighted imaging, Portable MRI systems, Neuroscience, Passive sensing of health using mobiles phones  | 
| Dr. Gili Bisker | Laboratory Site | Optical nanosensors, Near-infrared spectroscopy, Biomedical nanotechnology,Biomarkers detection, onequilibrium stochastic processes, Complex systems, Biophysics, Physics of living systems.  | 
| Dr. Tali Ilovitsh | Laboratory Site | Biomaterials, Bioresorbable polymers, Drug-eluting implants, Scaffolds for tissue engineering, Bioadhesives. | 
| Dr.ben maoz | Laboratory Site | Organ-on-a-Chip, Tissue engineering, Neuronal Engineering, Brain-on-a-Chip, Traumatic Brain Injury | 
Medical Imaging
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 Researcher  | 
 Website/  | 
 Research Topics  | 
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 MRI, Medical and Biomedical Imaging, Neurodegenerative diseases,  | 
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 Biomaterials, Bioresorbable polymers, Drug-eluting implants, Scaffolds for tissue engineering, Bioadhesives.  | 
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 Brain Imaging, Magnetic Resonance Spectroscopy, Biomedical Science, Plasticity and Memory, Motor Learning. The Laboratory for Brain Plasticity Imaging.  | 
              
