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Experimental evaluation of materials for electrodes in transcutaneous recording of bioelectric signals

Agranovskiĭ, A.V.; Berg, O.I.; Evreinov, G.E.

Meditsinskaia Tekhnika 1: 23-27

1998

ISSN/ISBN: 0025-8075
PMID: 9560814
Document Number: 485130
The authors examined electrodes made of stainless steel, graphitic and metalized polymeric materials for transcutaneous recording of biopotentials from the human services by the following parameters: electrode potential difference, noise voltage, phase difference-signal frequency relationships. If the phase is adequately corrected, the electrode made of graphitic cloth is effective in recording biopotentials at an amplitude of more than 20 microV over a wide frequency range.

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Baur, S.; Häussler, J.; Illert, M.; Wiese, H. 1989: Computer-assisted recording and evaluation of electromyography signals Biomedizinische Technik. Biomedical Engineering 34 Suppl: 235-236
Farag, A.A.; Tacker, W.A.; Foster, K.S.; Bourland, J.D.; Geddes, L.A. 1994: Detection of pulse and respiratory signals from the wrist using dry electrodes Biomedical Instrumentation and Technology 28(4): 311-314
Stein, R.B.; Capaday, C. 1990: Improvement of prostheses and orthotic aids for the handicapped using electric stimulation and the registration of bioelectric signals L'Union Medicale du Canada 119(3): 102-108
Dunin-Barkovskiĭ, V.L.; Chailakhian, L.M.; Chudakov, L.I. 1976: Transistorized electrometric intensifier for recording low-amplitude bioelectric activity Tsitologiia 18(8): 1042-1044
Uziel, A.; Guerrier, Y. 1978: Recording of potentials in the cochlea and brain stem via surface electrodes Annales d'Oto-Laryngologie et de Chirurgie Cervico Faciale: Bulletin de la Societe d'Oto-Laryngologie des Hopitaux de Paris 95(1-2): 19-32
Wee, A.S.; Ashley, R.A. 1990: Relationship between the size of the recording electrodes and morphology of the compound muscle action potentials Electromyography and Clinical Neurophysiology 30(3): 165-168
Galimberti, V.; Premoselli, S.; Passerini, D.; Cerri, C. 2001: Sacral reflexes normal values with monopolar short needle electrodes recording Electromyography and Clinical Neurophysiology 41(8): 457-462
Alusík, S. 1983: Recording of monophasic action potentials of the heart using suction electrodes. Importance for clinical practice Vnitrni Lekarstvi 29(2): 124-128
Wehling, P.; Pak, M.A.; Molsberger, A.; Winkelmann, W. 1988: Long-term studies of the reproducibility of evoked spinal potentials from chronically implanted recording electrodes in the rat Eeg-Emg Zeitschrift für Elektroenzephalographie Elektromyographie und verwandte Gebiete 19(3): 158-160
McCabe, J.F.; Wilson, H.J. 1980: The use of differential scanning calorimetry for the evaluation of dental materials. I. Cements, cavity lining materials and anterior restorative materials Journal of Oral Rehabilitation 7(2): 103-110
Alimov, M.M.; Kasymov, A.K.; Kurbanov, S.A.; Kasymov, S.Z.; Irmatov, K.I. 1986: Experimental evaluation of new fibrous hemosorbents based on polymeric materials Klinicheskaia Khirurgiia 1: 34-35
Ryzhova, N.I.; Savluchinskaia, L.A. 1996: The experimental evaluation of the potential blastomogenic properties of substances and materials used in medicine Gigiena i Sanitariia 1: 39-41
De Raffaele, T.; Serra, C. 1978: Multichannel system for instantaneous acquisition and reproduction of low velocity analog signals for recording on cassette or reel magnetic tape Rivista di Neurologia 48(6): 684-689
Stavskiĭ, E..A.; Kiselev, S.A.; Renau, I.V.; Kul'tenko, O.V.; Baksheeva, G.P.; Krinitsyn, L.A.; Marchenko, V.Yu.; Iashin, V.A.; Stavskiĭ, K.E.; Gorbunov, I..A.; Chernov, V.I.; Ruchkin, A.V.; Poliakov, N.V.; Klevasov, A.I.; Kornishin, S.N.; Sandakhchiev, L.S. 2007: Experimental evaluation of the protective properties of some nonwoven materials for respiratory protection means and prospects of their use Gigiena i Sanitariia 2007(1): 31-34
Williams, H.B.; Rankin, J.S.; Hamlin, R.L. 1978: An invasive procedure for in utero fetal electrocardiology: recording of fetal electrocardiograms by applying electrodes through the uterus American Journal of Veterinary Research 39(1): 183-184
Cannas, M.; Amedeo, M.R.; Denicolai, F. 1984: The fibronectin binding test: proposal of an experimental model for the evaluation of the biocompatibility of materials of orthopedic interest Bollettino della Societa Italiana di Biologia Sperimentale 60(8): 1521-1525
Walther, H.; Winrich, H. 1970: Suitability of paw and eye electrodes in experimental electroconvulsion in the mouse Zeitschrift für Medizinische Labortechnik 11(4): 218-226
Smith Agreda, V.; Ferres Torres, E.; Jimenez Espinosa, L. 1970: Cerebral bioelectric (E.E.G.) activity in experimental death by jugular or carotid section in cats Revue Neurologique (Paris) 122(6): 415-419
Dan'ko, S.G.; Kaminskiĭ, I.L. 1988: Electrodes in polyelectroneurographic studies. Communication I. Problems in the use of nonpolarizing electrodes Fiziologiia Cheloveka 14(6): 1027-1032
Meibom, J.; Haghfelt, T.; Leth, A. 1973: Semipermanent implantation of cardiac pacing electrodes by use of the cephalic vein. a simple method for converting temporary electrodes to a permanent pacemaker system Danish Medical Bulletin 20(5): 132-136