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 |
| Prof. Tali Ilovitsh | Laboratory Site |
Medical ultrasound technologies. 3D ultrasound, super resolution, ultrasound beam shaping, image processing and machine learning. Therapeutic ultrasound coupled with bubbles for drug delivery, gene therapy, blood brain barrier opening, mechanical ablation for cancer therapy. |
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. |
| Prof. 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 |
| Prof. Tali Ilovitsh | Laboratory Site | Medical ultrasound technologies. 3D ultrasound, super resolution, ultrasound beam shaping, image processing and machine learning. Therapeutic ultrasound coupled with bubbles for drug delivery, gene therapy, blood brain barrier opening, mechanical ablation for cancer therapy. |
Tissue Engineering
| 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 |
| 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. |
| Prof. Tali Ilovitsh | Laboratory Site | Medical ultrasound technologies. 3D ultrasound, super resolution, ultrasound beam shaping, image processing and machine learning. Therapeutic ultrasound coupled with bubbles for drug delivery, gene therapy, blood brain barrier opening, mechanical ablation for cancer therapy. |
Neuro-Engineering & Biophysics Models
| Researcher | Website/ LaboratorySite |
Research Topics |
| Prof. Uri Nevo | Laboratory Site | Cellular biophysics, MRI, Diffusion weighted imaging, Portable MRI systems, Neuroscience, Passive sensing of health using mobiles phones |
| Prof. Gili Bisker | Laboratory Site | Optical nanosensors, Near-infrared spectroscopy, Biomedical nanotechnology,Biomarkers detection, onequilibrium stochastic processes, Complex systems, Biophysics, Physics of living systems. |
| Prof. Tali Ilovitsh | Laboratory Site | Medical ultrasound technologies. 3D ultrasound, super resolution, ultrasound beam shaping, image processing and machine learning. Therapeutic ultrasound coupled with bubbles for drug delivery, gene therapy, blood brain barrier opening, mechanical ablation for cancer therapy. |
| Prof. 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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| Medical ultrasound technologies. 3D ultrasound, super resolution, ultrasound beam shaping, image processing and machine learning. Therapeutic ultrasound coupled with bubbles for drug delivery, gene therapy, blood brain barrier opening, mechanical ablation for cancer therapy. | ||
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Brain Imaging, Magnetic Resonance Spectroscopy, Biomedical Science, Plasticity and Memory, Motor Learning. The Laboratory for Brain Plasticity Imaging. |

