Robert Fischell's AcademicInfluence.com Rankings Robert Fischell's Degrees Why Is Robert Fischell Influential? (Suggest an Edit or Addition)
According to Wikipedia , Robert Fischell is a physicist, prolific inventor, and holder of more than 200 U.S. and foreign medical patents. His inventions have led to the creation of several biotechnology companies. He worked at the Johns Hopkins University Applied Physics Laboratory full-time for 25 years and part-time for an additional 13 years. He contributed to APL's satellite navigation work; he later developed a rechargeable implantable pacemaker that could be programmed with radiowaves, . He and his team at Hopkins also helped miniaturize the implantable cardiac defibrillator. Mr. Fischell went on to invent the implantable insulin pump , numerous coronary stents used to open clogged arteries , and two feedback systems that provide early warning of epileptic seizures and heart attacks . Fischell recently donated $30 million to the University of Maryland College Park Foundation to establish a bioengineering department and an institute for biomedical devices at the A. James Clark School of Engineering.
(See a Problem?) Robert Fischell's Published Works
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1960 1970 1980 1990 2000 2010 0 125 250 375 500 625 750 875 1000 1125 Published Works Termination of malignant ventricular arrhythmias with an implanted automatic defibrillator in human beings. (1980) Single-pulse transcranial magnetic stimulation for acute treatment of migraine with aura: a randomised, double-blind, parallel-group, sham-controlled trial (2010) Inhibition of neointimal proliferation with low-dose irradiation from a beta-particle-emitting stent. (1996) A preliminary trial of the programmable implantable medication system for insulin delivery. (1989) Effects of endovascular radiation from a beta-particle-emitting stent in a porcine coronary restenosis model. A dose-response study. (1996) Magnetic Damping of the Angular Motions of Earth Satellites (1961) Real-time detection and alerting for acute ST-segment elevation myocardial ischemia using an implantable, high-fidelity, intracardiac electrogram monitoring system with long-range telemetry in an ambulatory porcine model. (2006) Potential of an intracardiac electrogram for the rapid detection of coronary artery occlusion. (2005) MAGNETIC AND GRAVITY ATTITUDE STABILIZATION OF EARTH SATELLITES (1961) A SYSTEM FOR PASSIVE GRAVITY-GRADIENT STABILIZATION OF EARTH SATELLITES (1963) Experimental testing of a permanent rechargeable cardiac pacemaker. (1974) A drag-free Lo-Lo satellite system for improved gravity field measurements (1978) (11)773-3 Inhibition of Neointimal Proliferation with a Beta Particle Emitting Stent (1995) The impact of stent design and delivery upon the long-term efficacy of radioisotope stents. (2000) (8)The Johns Hopkins Rechargeable Pacemaker: Historical Aspects (1975) Ex-vivo results using a new pullback atherectomy catheter (PAC). (1990) Histology after placement of β-particle emitting stents: Insights into inhibition of neointimal formation (1996) Spin Control for Earth Satellites (1965) Orbital results from gravity-gradient stabilized satellites (1966) (5)Passive Gravity–Gradient Stabilization for Earth Satellites (1964) SOLAR CELL PERFORMANCE IN THE ARTIFICIAL RADIATION BELT (1963) The programmable implantable medication system (PIMS): design features and pre-clinical trials. (1990) (4)Radiation damage to orbiting solar cells and transistors. Technical memo (1967) A Long-Lived, Reliable, Rechargeable Cardiac Pacemaker (1975) RADIATION EFFECTS IN MAGNETIC MATERIALS (1958) (3)EFFECT OF THE ARTIFICIAL RADIATION BELT ON SOLAR POWER SYSTEMS (1962) (3)Gravity-Gradient Stabilization Studies with the Dodge Satellite (1970) MICROCOMPUTER-CONTROLLED DEVICES FOR HUMAN IMPLANTATION (2015) (3)Effects of transverse compressional stress on magnetic laminations (1955) Very low altitude drag-free satellites (1979) (1)Gravity-Gradient Stabilization of Earth Satellites (1965) Ex-vivo and early clinical results using a new pullback atherectomy catheter (PAC) (1991) APPLICATIONS OF TRANSIT SATELLITE TECHNOLOGY TO BIOMEDICAL DEVICES (1998) (1)Catheter having a deployable radioactive source (1998) (0)Infusion system for drug supply (1982) (0)Magnetic effects of compressional stress at low field intensities (1956) Implanted Blood-Pressure-Measuring Device (1988) (0)Balon for deployment of a stent for angioplasty. (1997) (0)Supply system of a stent with a fixed guide wire. (2000) (0)Catheter system for attaching a stent (1998) (0)Device for the treatment of migraine (2001) (0)Magnetic pulse system for transmission of electric currents in a human body (2007) (0)EFFECT OF NUCLEAR IRRADIATION ON MAGNETIC PROPERTIES OF CORE MATERIALS (1956) (0)The retrospectroscope-the invention of the rechargeable cardiac pacemaker: vignette #9. (1990) stent provided with a plurality of closed circular structures. (1995) (0)Vascular input device (1993) (0)Title Index (1951) Magnetic Recording Head with dc Response (1959) The Bx VELOCITY™ Stent (2001) Pilot cross-sectional trial of localized transcutaneous magnetic stimulation shows improvement in foot pain secondary to plantar fasciitis (PF), diabetic neuropathy (DN), and chemotherapy neuropathy (CM) (P3.9-056) (2019) (0)Means for having from blutgefaessen and introduction system to which. (1987) (0)System for the detection of an event of the heart (2003) (0)Catheter for applying a primary stent (2000) (0)Stent with optimal strength and radiopacity (2001) (0)Space Instrumentation andTelemetry System Components andModernSpace Telemetry Systems (1966) (0)Device for subcutaneous administration of drugs (1994) (0)The Johns Hopkins rechargeable pacemaker. Historical aspect. (1975) Engineering the Best in Class Stent (2000) (0)CARDAC PACEMAKER WITH INTEGRATED BATTERY FIELD OF USE (2017) (0)Stent with flexible, diagonal connecting members (2003) (0)Regulatory affairs as they affect invasive cardiology. (2001) (0)The invention of the programmable implantable medication system (1989) Spacecraft applications of subliming materials (Subliming materials used to actuate electrical switches with predetermined time delay after spacecraft is in space) (1964) Endoluminal catheter for removal of tissue (1990) (0)Magnetic pulse system to induce electric currents in a human body. (2007) (0)Balloon catheter for vascular plastic (1998) (0)Some Thoughts on how to Create Clinically Useful Medical Devices and Systems (2021) System for the treatment of neurological diseases (1998) (0)Integrated dural-function catheter having two functions for balloon angioplasty and stent delivery (1995) (0)Compressional stress on magnetic laminations (1955) Means for preventing arterial restenosis (1990) (0)An Anechoic Tank for Ultrasonics in the Megacycle Region (1954) An apparatus for attaching a stent with a steerable guidewire (2006) (0)Stent with optimum characteristics of strength and radiopacity. (2001) (0)Intra-arterial support device capable of inhibition of intimal hyperplasia. (1990) (0)Lumen tissue excision catheter system and excision method (1990) (0)programmable implantable device for infusion of drug administration (1982) (0)Blood vessel access device and device assembly (1993) (0)GRAVITY GRADIENT STABILIZATION OF EARTH SATELLITES (2015) An apparatus for attaching a stent having a fixed guide wire (2003) (0)THE WDGE SATELLITE (1966) Radiopaque nichtknickbare thin-walled introducer (1992) (0)Dispositif de detection d'evenements cardiaques (2003) (0)The stent delivery system with a fixed guide wire (2000) (0)Dispositif d'obturation urétral (1986) (0)Integrated catheter system for angioplasty dual function and the placement of a stent. (1995) (0)Radioisotope stents (2002) Catheter for treatment of Intimaledissektion (2003) (0)Catheter with a deployable radioactive source (1998) (0)Multicellular stent with cells of different properties (1997) (0)A Drag-Free Lo-Lo Satellite System for Improved Uraviiy r ieiu Measurements (2010) (0)More Papers This paper list is powered by the following services:
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