Results 211 to 220 of about 53,242 (267)
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Hyperthermia with implanted electrodes

Medical Physics, 1981
A general solution is given for the steady state form of the heat conduction equation applied to a simple tumor model which is imagined as being heated by means of electrical currents flowing between metallic electrodes. The model assumes a homogeneous tumor with no bloodflow.
I A, Brezovich, J H, Young
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Experience with implanted electrodes

Neurosurgery, 1977
Implant units, manufactured by Medtronic, Inc., have been implanted in 31 patients for treatment of drop-foot. The principal problem encountered in this series was inflammatory reaction. This was observed in seven patients, and was serious enough in five to require removal of the implant.
D R, McNeal, R, Waters, J, Reswick
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Implantable electrodes

Current Opinion in Electrochemistry, 2017
Implantable electrodes have been of interest for decades. We have witnessed important advances in the field of bionics wherein implantable electrodes serve as the conduit to record nerve signals and deliver electrical stimulation to tissues and organs in living systems.
Jalili, Rouhollah   +3 more
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Electrode Implantation and Stimulation in the Hippocampus

Archives of Neurology, 1976
To the Editor.— Dr Salcman (Arch Neurol33:215, 1976) commented on our article (Arch Neurol32:98, 1975) describing the response of enzymes important to brain metabolism after electrode implantation and electrical current application in the hippocampus.
N, Robinson   +4 more
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Electrode Migration in Patients with Perimodiolar Cochlear Implant Electrodes

Audiology and Neurotology, 2015
Migration of a cochlear implant electrode is a hitherto uncommon complication. So far, array migration has only been observed in lateral wall electrodes. Between 1999 and 2014, a total of 27 patients received bilateral perimodiolar electrode arrays at our institution.
Philipp, Mittmann   +4 more
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Modeling of microcavity electrodes for medical implants

2010 Annual International Conference of the IEEE Engineering in Medicine and Biology, 2010
A common, limiting factor in neuroprosthesis design is the safe charge-carrying capacity of the metallic electrodes that deliver electrical stimuli to biological tissue. If exceeded, adverse effects can occur, including electrode dissolution and cell necrosis.
Umar, Ansari   +3 more
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Percutaneous implantation of cardiac pacemaker electrodes

The American Journal of Cardiology, 1967
Abstract A simple, safe, rapid method for inserting thin, insulated wire electrodes into the right ventricular cavity for artificial pacing of the heart is described. Two fine, insulated Elgiloy wires are introduced percutaneously into the right ventricle from the xiphoid area by using a prethreaded 21 gauge thin-walled needle.
G H, Kodjababian   +3 more
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Implantable electrode lead in a growing limb

IEEE Transactions on Rehabilitation Engineering, 1999
An implantable electrode leadwire system used to provide limb function for individuals with spinal cord injuries (SCI's) was evaluated in a series of growing dogs to determine whether it could maintain its performance in the presence of growth. Thirty implantable electrodes (15 epimysial and 15 intramuscular) were implanted in the forelimb muscles of ...
J M, Akers, B T, Smith, R R, Betz
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Medialization of electrode array in cochlear implantation

The Journal of Laryngology & Otology, 2000
In the last few years, the main thrust of research into cochlear implantation has centred around the development of advanced multi-channel implants. A new area of development is now concentrating on maximizing the potential of each individual electrode in order to improve the quality of hearing.
S J, Watts, P, Lindsey, M, Hawthorne
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Self-anchoring electrode for implantable pacemakers

American Heart Journal, 1976
The writers describe a self-anchoring monopolar electrode for use in implantable pacemakers, intended to prevent migration. The device was implanted in 63 patients observed for 36 months, and results are considered very favorable.
O, Fiandra   +6 more
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