Graduate Students
| Student | Program | Tel | Interests |
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M.S. | ||
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M.S. | Image, signal processing & neuroengineering |
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Ph.D. | Biological and therapeutic effects of ultrasound |
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Ph.D. | Neuroengineering, brain-computer interfacing |
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Ph.D. | Tissue engineering, biomaterials, nanotechnology |
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Ph.D. | Cell and tissue engineering |
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Ph.D. | p 585-276-0261 f 585-756-5334 | Impact of external head loading on human postural reflexes. |
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Ph.D. | Use of optics for the imaging of biological processes and advancements of diagnostics |
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Ph.D. | p 585-276-4096 f 585-276-2254 | Pro-angiogenic signaling in breast tumor endothelial cells |
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Ph.D. | p 585-275-3962 | IL-8 adhesion and neutrophil motility |
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Ph.D. | p 585-273-1758 | Deconvolution microscopy and applications to red blood cell mechanics |
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Ph.D. | ||
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M.S. | Medical instrumentation, robotics, biomechanics, sensors |
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Ph.D. | p 585-273-3444 | Spatially Modulated Ultrasound Radiation Force as a novel tool for tissue imaging and characterization. |
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M.D./Ph.D. | Development and optimization of a collagen gel model of tendon healing |
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Ph.D. | ||
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M.S. | Medical Devices Materials |
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Ph.D. | Neuroengineering |
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Ph.D. | p 585-273-3444 | Ultrasound as a Novel Technology for the Field of Tissue-Engineering |
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Ph.D. | p 585-273-4689 | |
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Ph.D. | p 585-273-1086 | Gene Therapy using Adeno-Associated Virus and Cochleostomy in the Inner Ear |
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Ph.D. | p 585-276-0281 | Investigation of the neural mechanisms used for sound localization within the mammalian auditory system |
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Ph.D. | Tissue Engineered Periosteum Approaches to Heal Bone Allograft Transplants (Supported by an NIH T32 training grant 'Training in Orthopaedics') |
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Ph.D. | ||
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Ph.D. | Design and optimization of drug-eluting ceramic bone graft substitutes |
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Ph.D. | ||
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Ph.D. | Cell and Tissue Engineering |
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M.S. | Tissue engineering and drug delivery |
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Ph.D. | p 585-276-0261 f 585-756-5334 | Effects of aging, Parkinson's disease and deep brain stimulation on voluntary movements |
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M.S. | Nanoscale biomaterials |
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Ph.D. | ||
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M.S. | ||
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M.D./Ph.D. | Medical imaging research |
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Ph.D. | p 585-276-3005 | Motor cortical plasticity underlying neuroprosthesis control. |
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Ph.D. | p 585-275-1977 | 2DPBG sensors |
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Ph.D. | ||
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Ph.D. | Electro-mechanical responses of the organ of Corti |
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Ph.D. | Endothelial cell properties using atomic force microscopy to expolre the relationship between surface stiffness and adhesion molecule distribution |
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Ph.D. | p 585-276-0261 | Vestibular and proprioceptive neck reflex physiology |
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Ph.D. | p 585-273-3444 | Ultrasound Characterization of Engineered Tissues |
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M.S. | Biomechanics; Tissue Engineering; Orthopedics; Micro/Nanoscale Engineering Techniques |
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M.S. | Tissue engineering |
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Ph.D. | Characterization of Chondrocyte Patterns in Normal and Osteoarthritic Human Patella Cartilage on Computed Tomography Phase-Contrast Imaging through Texture Analysis |
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M.S. | Measurement of mechanical properties of cochlear tissues using electro-magnetic force |
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Ph.D. | ||
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Ph.D. | Cell and Tissue Engineering |
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M.S. | ||
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Ph.D. | Cell and Tissue Engineering. Bio-materials, Nanotechnology and their applications in Tissue Engineering |
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M.S. | Development of microchamber mimicking the cochlear compartments |
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Ph.D. | p 585-273-1771 | Developing recombinant ECM proteins for applications in tissue engineering and regenerative medicine |
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M.D./Ph.D. | Biomedical optics and visual science |
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Ph.D. | p 585-275-4062 | Promoting Chronic Wound Healing with Ultrasound and Fibronectin |
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Ph.D. | p 585-276-2254 | The use of two-photon microscopy to study endothelial cell calcium dynamics and angiogenesis in breast cancer |
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M.S. | ||
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Ph.D. | Therapeutic Biomaterials for Wound Healing Applications (Supported by an HHMI Med-Into-Grad Fellowship) |
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M.S. | ||
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M.D./Ph.D. | ||
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M.S. | Medical Imaging, specifically for PET-CT and PET-MRI imaging; Nanostructured materials for biological sensing |

