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Medical Devices

AVAILABLE TECHNOLOGIES

Results: 37
Case # Lead Inventor Title
4784Howe, Robert D.Tactile Sensor
4494Paulsson, JohanMicrofluidics Assisted Cell Screening
4397Whitesides, George M.Layered, pneumatically-driven soft actuators for soft robotics
4242Zenati, MarcoHybrid snake robot for minimally invasive intervention
4231Wood, Robert J.Soft artifical skin with multi-modal sensing capabilities
4226Butt, Mohamed HanifHarvard Assisted Rapid Palatal Expander (HARPE)
4215Goldberger, Ary LouisNon-subjective, diagnosis of depression
4207Howe, Robert D.Safe cranial drilling device
4103Wood, Robert J.Efficient Drive Method for Capacitive Actuators with Voltage Amplification
4100Whitesides, George M.Density determination of trace evidence via magnetic levitation
4022Lukin, Mikhail D.Scalable room temperature solid-state quantum information processor
3983Aizenberg, JoannaNew Slippery Liquid-Infused Porous Surface (SLIPS) technology offers pressure-stable, self-healing anti-adhesive and anti-fouling surfaces
3928Aizenberg, JoannaFluids identification by chemically patterned inverse opal photonic crystals
3881Kiruluta, Andrew J.M.A new approach to NMR: High resolution spatial holographic encoding using traveling wave MR
3878Loncar, MarkoDeterministic design of high quality factor photonic cyrstal nanobeam cavity
3826Cohen, Adam E.A fast, sensitive optical indicator for membrane potential in cells
3799Vollmer, FrankHigh-sensitivity, high-throughput biosensor capable of detecting biomarkers without external fluorescent labels
3788Wood, Robert J.A "second skin" pressure sensor for large area, form-fitting, wearable applications [with video]
3719Howe, Robert D.Motion compensating catheter for beating heart surgery
3702Loncar, MarkoHigh-flux, low-power diamond nanowire single-photon source arrays: an enabling material for optical and quantum computing and cryptography
3685Aziz, Michael J.Silicon-based photodiodes for enhanced infrared detection, quick response and low cost
3507Lieber, Charles M.Localized bioprobes for electrophysiology
3217Aizenberg, JoannaMethod of making inverse opal structures produces far fewer defects and larger crystalline domains than the conventional process
3156Wood, Robert J.New actuators generate more motion in smaller devices less expensively
2941Vollmer, FrankSlowing down light for enhanced detection and measurement of biomolecules
2912Buckner, Randy L.Novel way of brain mapping to be used in pre-surgical planning
2840Wolfe, Patrick J.A novel color filter array design scheme significantly reduces hardware complexity
2838Wolfe, Patrick J.A new framework for wavelet-based analysis and processing of color filter array images
2616Gordon, Roy G.Field effect transistors constructed by coating carbon nanotubes with dielectrics and metals by ALD
2575Xie, Xiaoliang SunneyLabel-free in-situ medical imaging
2484Westervelt, Robert M.Intense localized electric fields act as "tweezers" for particle manipulation and sensing
2093Golovchenko, JeneDirectional growth of carbon nanotube growth
1816Lieber, Charles M.High-yield fabrication of single-walled carbon nanotube probe tips for atomic force microscopy
1808Stark, Peter R.H.Surface Plasmon Enhanced Illumination
1669Allen, George A.Low maintenance nitrate measuring device
1247Westervelt, Robert M.Low-power, high-speed transducer detects forces at the nano-scale
0764Yang, WoodwardWide dynamic range light sensor