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Heart Electrocardiography

  1. A mathematical-physical model of the genesis of the electrocardiogram.H. L. Gelernter andJ. C. Swihart, Intern. Business Machines Corporation, Thomas J. Watson Res. Ctr., Yorktown Heights, N.Y., U.S.A.Biophys. J., 1964,4, 285–301.

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  2. The repolarization phase of the cardiac ventricular action potential: A time-dependent system of membrane conductances.E. A. Johnson andJ. Tille, Dept. Pharmacology, Univ. of Sydney, Sydney, Australia.Biophys. J., 1964,4, 387–399.

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  3. Theoretical consideration for a multipole probe in electrocardiographic studies.R. Plonsey, BioEngineering Group, Case Inst. Techn., Cleveland, Ohio, U.S.A.I.E.E.E. Trans. Bio-Med. Engng, 1965,BME-12, 105–112.

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Other Heart Measurement

  1. Pneumocardiography.W. M. Stauffer, J. C. Dill andR. W. Stacy, Inst. Statistics, North Carolina State of the Univ. North Carolina, Raleigh, N.C., U.S.A.I.E.E.E. Trans. Bio-Med. Engng, 1965,BME-12, 47–48.

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Pacemakers

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  2. Implantable pacemaker applied to a clinical case.A. Uchiyama, T. Suematsu, M. Kondo, K. Suma, Y. Fujimori, K. Atsumi andK. Asano.Jap. J. med. Electron. biol. Engng, 1964,2, 38–40.

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  3. Transistorisierter Batteriekardiostimulator Prema. (Transl. from Czechoslov.)B. Peleska andM. Jelinek.Chekh. Fiziol., 1964,13, 178–180.

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Defibrillation

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  2. Die Behandlung des Kreislaufstillstandes.M. Meyer,Dts Gesundh-Wes., Berlin., 1964,19, 443–448.

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Circulatory System in General Vascular Measurement

  1. The measurement of compliance of the peripheral capacity vessels using a mercury-in-rubber strain gauge plethysmograph.N. Honda.Jap. J. med. Electron. biol. Engng, 1964,2, 41–44.

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Blood, Pressure

  1. Das automatische Blutdruckmessgerät in der inneren Medizin.H. Koch.Medizinalmarkt/Acta Medicotech., 1964,12, 89–92.

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Blood, Volume & Flow

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  2. Local blood flow in human leg muscle measured by a transient response thermoelectric method.W. Perl andS. A. Cucinell, New York Univ. Res. Service, Goldwater Memorial Hosp., Welfare Island, New York, N.Y., U.S.A.Biophys. J., 1965,5, 211–230.

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  3. La débitmétrie électromagnétique appliquée à la physiologie circulatoire.P. Peronneau, Centre d'Etudes des Techniques Chirurgicales, Hôpital Broussais, Paris, France.Electronique Méd., 1965,No. 31, 15–23.

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Brain Electroencephalography

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  2. Analysis of brain-wave generators as multiple statistical time series.D. O. Walter andW. R. Adey, Space Biol. Lab., Brain Res. Inst., Univ. California, Los Angeles, Calif., U.S.A.I.E.E.E. Trans. Bio-Med. Engng, 1965,BME-12, 8–13.

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  3. Le traitement de l'information de l'activité électrique du cerveau.A. Rémond, La Salpêtrière, Paris, France.Vie méd., 1965,46, 21–34.

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  4. Neue Wege der Hirnforschung durch das “Hyperfrequenz-EEG”.R. Hübner.Medizinalmarkt/Acta medicotech., 1964,12, 22–23.

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  5. The application of electronic computing techniques to the analysis of cortical biopotentials in man and in animals, with multichannel toposcopic recording (in Russian).M. N. Livanov, N. A. Gavrilova, T. M. Efremova, T. A. Korolkova andA. S. Aslanov, Inst. of Higher Nervous Activity & Neurophysiology, Academy of Sciences, U.S.S.R.Med. Electron. biol. Engng, 1965,3, 137–144.

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  6. Somnambulism: All-night electroencephalographic studies.A. Jacobson, A. Kales, D. Lehmann andJ. R. Zweizig, Dept. Anatomy, Neuropsychiatric Inst., Univ. California, Los Angeles, Calif., U.S.A.Science, N.Y., 1965,148, 975–977.

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Evoked Potentials

  1. An analysis of average response computations based upon a periodic stimuli.D. S. Ruchkin, Dept. Psychiatry, Brain Res. Lab., New York Med. College, New York, N. Y., U.S.A.I.E.E.E. Trans. Bio-Med. Engng, 1965,BME-12, 87–94.

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Stimulation & Intervention

  1. Peltier biothermodes.J. N. Hayward, L. H. Ott, D. G. Stuart andF. C. Cheshire, Dept. of Anatomy, UCLA.Am. J. med. Electron., 1965,4, 11–19.

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  2. Brain telestimulator with solar cell power supply.B. W. Robinson, H. Warner andH. E. Rosvold, Lab. Psychol., National Inst. Mental Hlth., Bethesda, Md., U.S.A.Science, N.Y., 1965,148, 1111–1113.

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Central Nervous System in General Neuro Anatomy

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Neurophysiology

  1. On the microelectrode investigations of nerve cells.M. Ito, Dept. Physiol., Univ., Tokyo, Tokyo, Japan.Jap. J. med. Electron. biol. Engng, 1964,2, 19–26.

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  2. Effects of replacement of external sodium chloride with sucrose on membrane currents of the squid giant axon.W. J. Adelman, Jr. andR. E. Taylor, Dept. Physiology, Univ. Maryland Med. Sch., Baltimore, Md., U.S.A.Biophys. J., 1964,4, 451–463.

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  3. A neurophysiological computer.B. D. Burns, W. Ferch andG. Mandl McGill Univ., Montreal, Canada.Electron. Engng, 1965,37, 20–24.

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  4. A fortran program for intracellular event recognition.N. R. Lakey, 1901, Redoak Drive, Adelphi, M.., U.S.A.I.E.E.E. Trans. Bio-Med. Engng, 1965,BME-12, 73–87.

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  5. A correlator of time intervals between pulses.F. F. Hiltz andC. T. Pardoe, Applied Physics Lab. Johns Hopkins Univ., Silver Spring, Md., U.S.A.J.E.E.E. Trans. Bio-Med. Engng, 1965,BME-12, 113–120.

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  6. A method for computer recognition of intracellularly recorded neuronal events.F. F. Hiltz, Applied Physics Lab., Johns Hopkins Univ., Silver Spring, Md., U.S.A.I.E.E.E. Trans. Bio-Med. Engng, 1965,BME-12, 63–72.

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Special Sense Systems Audition & Audiology

  1. Skin resistance audiometry with young children.A. J. Sortini, Hearing and Speech Clinic, Halifax, Novia Scotia, Canada.Hearing, 1964,19, 148–149.

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  2. Prenatal auditory sensitivity in chickens and ducks.G. Gottlieb, Psychol. Lab., Dorothea Dix Hosp., Raleigh, N.C., U.S.A.Science, N.Y., 1965,147, 1596–1598.

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  3. Lateralization of sounds at the unstimulated ear opposite a noise-adapted ear.E. C. Carterette, M. P. Friedman, W. Lindner andJ. Pierce, Dept. Psychology, Univ. California, Los Angeles, Calif., U.S.A.Science, N.Y., 1965,147, 63–65.

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  4. Auditory reactions of the neonate.G. Solomons, J. C. Hardy andJ. Melrose, Dept. Pediatrics, State Univ. of Iowa.Appl. Ther., 1965,7, 470–473.

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  5. An acoustic generator which compensates the cochlear microphonics.P. H. Kylsra, Physiol. Lab. State Univ., Utrecht, Netherlands.Med. Electron. biol. Engng, 1965,3, 307–310.

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Hearing AIDS

  1. An ideal transistor aid.C. G. Rice, Southampton University England.Hearing, 1964,19, 332–334.

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  2. The acoustical impedance of human ears and a new artificial ear.A. H. Ithell, E. G. T. Johnson andR. F. Yates.Acustica, 1965,15, 109–116.

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Speech

  1. Machine recognition of human language—I.N. Lindgren.I.E.E.E. Spectrum, 1965,2, 114–136.

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  2. Machine recognition of human language—I.N. Lindgren.I.E.E.E. Spectrum, 1965,2, 44–59.

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Vestibular Function

  1. Clinical applications of the vestibulometric girograph.T. J. Wilmot andR. H. Allen.Wld med. Electron., 1965,3, 170–174.

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Vision & Ophthalmology

  1. The visual space sence.K. N. Ogle, Graduate Sch., Univ. Minnesota.Guildcraft, 1964,38, 5–13.

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  2. Detection of retinal activity.P. Hirsch.Biomed. Instrumn, 1964,1, 25–27.

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  3. Circuit for rapid retinal photography.T. Behrendt, Jefferson Med. College, Dept. Ophthalmology, Philadelphia, Pa., U.S.A.Am. J. med. Electron., 1965,4, 48–49.

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  4. Effect of an intermittent light stimulation on the critical fusion frequency.P. Rey andJ. P. Rey, Inst. Physiol., Univ. Genève, Switzerland.Ergonomics, 1965,8, 173–180.

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  5. Spatial and dynamic aspects of visual fixation.G. M. Jones andJ. H. Milsum, Defence Res. Board Canada Aviation Med. Res. Unit, Dept. Physiol., McGill Univ., Montreal, Canada,I.E.E.E. Trans. Bio-Med. Engng, 1965,BME-12, 54–62.

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Blindness

  1. Sonar system of the blind: Size discrimination.C. E. Rice andS. H. Feinstein, Stanford Res. Inst., Menlo Park, Calif., U.S.A.Science, N.Y., 1965,148, 1107–1108.

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Musculo-skeletal system Electromyography

  1. Muscular contraction as regulated by the action potential.A. Sandow andH. Preiser, Institute Muscle Disease, New York 21, N.Y., U.S.A.Science, N.Y., 1964,146, 1470–1472.

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  2. A method of inserting wire electrodes for electromyography.R. N. Scott, Dept. Electrical Engng., Univ. New Brunswick, Fredericton N.B., Canada.I.E.E.E. Trans. Bio-Med. Engng, 1965,BME-12, 46–47.

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Other Muscle measurement

  1. Intracellular stimulation myography in man.R. Beránek.Electroenceph. clin. Neurophysiol., 1964,16, 301–304.

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  2. Activation heat in muscle: Method for determination.C. L. Gibbs andN. V. Ricchiuti, Dept. Medicine, Los Angeles, Calif., U.S.A.Science, N.Y., 1965,147, 162–163.

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Prosthesis, AIDS & Artificial Limbs

  1. Les principes du contrôle de la phase d'oscillation: Les avantages des dispositifs fluidiques.A. Staros, Veterans Administration Prosthetics Ctr., New York, U.S.A.Prostheses Braces & tech. Aids, 1965,No. 13, 11–17.

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  2. A position-servo control system for powered prostheses.D. C. Simpson andG. D. Sunderland, Powered Prosthetic Unit, Dept. Med. Physics, Dept. Orthopaedic Surg., Univ. Edinburgh.Wld med. Electron., 1965,3, 116.

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  3. L'anneau flexible de moulage au-dessus du genous de l'université de New York.W. A. Tosberg, Inst. Physical Med. Rehabilitation, New York Univ. Med. Ctr., New York City, N.Y.Prostheses Braces & tech. Aids, 1965,No. 13, 3–4.

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  4. Human amplifiers.W. L. Wassermann,Int. Sci. Technol., 1964,No. 34 (Oct.), 40–48.

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  5. Artificial tendons: Early development and application.J. Hunter, Jefferson Medical College, Philadelphia, Pa., U.S.A.Am. J. Surg., 1965,109, 325.

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Surgery, Dentistry Surgery in General

  1. A new tubular form of hip nail. D. S. Ross, Dept. Mechan. Engineering, Univ. Strathclyde, Glasgow, Scotland.Med. Electron. biol. Engng, 1965,3, 301–303.

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Surgery, Brain

  1. Electrode-cannulas for electrical or chemical treatment of multiple brain sites.B. G. Hoebel.Electroenceph. clin. Neurophysiol., 1964,16, 399–402.

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Surgery, Far

  1. Ultraschalltubus zur direkten selektiven Vestibularisausschaltung beim Morbus Ménière.R. Preibisch-Effenberger, Hals-, Nasen-, Ohrenklinik der Medizinischen Akademie Dresden, Dresden, Germany.Medizintechnik, 1964,4, 192–194.

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Surgery, Heart

  1. Ultrasonic coronary endarterectomy: A preliminary report.W. Z. Lane, Norwalk (Conn.) Hospital.Biomed. Instrumn, 1964,1, 8–10.

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Surgical Implantation

  1. Problems of body acceptance of plastics.R. I. Leininger andC. W. Cooper.Battelle tech. Rev., 1965, June.

  2. The silicones as tools in biological engineering.S. Braley, Dow Corning Ctr. Aid Med. Res., Midland, Michigan, U.S.A.,Med. Electron. biol. Engng, 1965,3, 127–136.

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Surgical Instruments

  1. Das Elektrochirurgie-Gerät “TuR” Ch 4, klinische Erprobung. (Apparatus for electrosection and coagulation type TuR Ch 4, clinical trials)E. Kirsch andG. Koenig, Urol. Klinik, Med. Akademie Dresden Carl Gustav Carus, Dresden, East Germany.Medizintechnik, 1965,5, 100–101.

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Dentistry

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  2. Mineralization of dental tissues as measured by microradiography.N. N. Soni, Howard Univ. College Dentistry, Washington, D.C., U.S.A.Am. J. med. Electron., 1965,4, 20–22.

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  3. Some physical characteristics of agar impression materials.M. Ohashi, G. C. Paffenbarger andJ. W. Stanford, Nihon Univ. Sch. Dentistry, Tokyo, Japan.J. Nihon Univ. Sch. Dent., 1965,7, 1–11.

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  4. The definition of alginate impression materials by a specification.M. Ohashi, G. C. Paffenbarger andJ. W. Stanford, Nihon Univ. Sch. Dentistry, Tokyo, Japan.J. Nihon Univ. Sch. Dent., 1965,7, 12–28.

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Physical Medicine and Rehabilitation Thermography

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Electrosleep

  1. Electronarcosis by a combination of direct and alternating current.R. H. Smith, R. R. Hylton andS. C. Cullen, Dept. Anesthesia, Univ. California, San Francisco, Med. Ctr., San Francisco, Calif., U.S.A.Am. J. med. Electron., 1965,4, 38–41.

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  2. Electronarcosis.L. A. Geddes Div. Biom. Engng., Baylor Univ. Coll. Med., Houston, Texas, U.S.A.Med. Electron. biol. Engng, 1965,3, 11–26.

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Electrotherapy

  1. Neue Geräte der Reizstromtechnik.R. Lehmann andG. Naundorf, WTZ Radiologische Techn. u. Medizinische Elektronik, Dresden N 30, Germany.Medizintechnik, 1964,No. 3, 107–110.

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Radiation and Radioisotopes Radiation in General

  1. Experimental uptake of strontium-85 by fresh-water organisms.W. A. Brungs, U.S. Dept. Health, Education Welfare, Public Health Service, R. A. Taft Sanitary Eng. Ctr., Cincinnati, Ohio, U.S.A.Hlth Phys., 1965,11, 41–46.

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Special Equipment & Accessories

  1. Fahrbares Röntgengerät mit Röntgenbildverstärker Chirana-Miniskop. (Transl. from Czechoslov.)B. Kucera.Kovo-Export, 1964,10, 8–10.

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  2. TuR-Streustrahlenraster.R. Klemm, VEB Transformatoren-& Roentgenwerk Dresden, Dresden N 30, Germany.Medizintechnik, 1964,4, 187–190.

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Dosimetry & Transducers

  1. Some dosimetry problems of the alternating gradient synchrotron (AGS).F. P. Cowan, L. F. Phillips andR. J. King, Health Physics Div., Brookhaven Nat. Lab., Upton, L.I., N.Y., U.S.A.Hlth Phys., 1964,10, 33–40.

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  2. The radium gamma-ray response of muscle equivalent ionization chambers.J. Kastner andR. K. Hukkoo, Radiol. Physics Div., Argonne Nat. Lab., Argonne, Ill., U.S.A.Hlth Phys., 1965,11, 50–52.

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  3. A miniature warning dosimeter.A. R. Jones, Radiation Dosimetry Branch, Atomic Energy Canada Ltd., Chalk River, Ont., Canada.Hlth Phys., 1965,11, 363–367.

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  4. Improved fluoroglass dosimeter as personnel monitoring dosimeter and microdosimeter.R. Yokota andS. Nakajima, Central Res. Lab., Tokyo Shibaura Electric Co., Ltd. 1 Komukai Toshiba-cho, Kawasaki-Japan.Hlth Phys., 1965,11, 241–253.

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  5. An audible “end-of-count” alarm for nucleonic scalers.E. Leask andN. P. Bennett, Univ. Edinburgh, Scotland.Med. Electron. biol. Engng, 1965,3, 311–313.

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  6. A new personnel monitor.K. F. Smith andJ. B. Thompson, Phillips Petroleum Co., Atomic Energy Div., Nat. Reactor Testing Station, Idaho Falls, Idaho, U.S.A.Hlth Phys., 1965,11, 507–517.

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Whole-Body Counting

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  2. On the retention of cesium-137 in people.M. A. Van Dilla, Los Alamos Scientific Lab., Univ. California, Los Alamos, New Mexico, U.S.A.Hlth Phys., 1965,11, 21–22.

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  3. A gamma-ray detector of variable geometry for whole body counting of small animals.R. M. Goodrich, R. G. Thomas andS. R. Wright, Lovelace Foundation, Med. Education Res., Albuquerque, New Mexico, U.S.A.Hlth Phys., 1965,11, 531–536.

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  4. The determination of body burdens of radionuclides by computer analysis of gamma-ray spectral data.S. H. Cohn andE. A. Gusmano, Med. Res. Ctr., Brookhaven Nat. Lab., Upton, L.I., N.Y., U.S.A.Hlth Phys., 1965,11, 109–116.

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Radioisotopes, Handling

  1. Determination du rendement du collection des filtres à fibres pour des particules ultra-fines.J. Fontan, D. Blanc andA. Bouville, Centre Physique Nucléaire, Faculté des Sciences, Toulouse, France.Hlth Phys., 1965,11, 15–20.

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Hazards & Protection

  1. Method for beta-gamma hand and shoe counting under varying background conditions.W. G. Spear, Physics Instruments Lab., Hanford Lab., General Electric Co., Richland, Washington, U.S.A.Hlth Phys., 1965,11, 81–87.

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  2. Nuclear medicine: Scanning, its hazards and progress.M. N. Croll Newcomb Hospital, Vineland, N.J., U.S.A.Biomed. Instrumn., 1964,1, 15–19.

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Basic biomedical science physiology

  1. Modern techniques in electro-physiology.W. L. Nastuk.Nature, Lond., 1964,201, 752.

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  2. Electric recording from unnarcotized, unrestrained small animals.C. M. Ballintijn, Zoolog. Lab. Univ. Groningen, Haren, Netherlands.Med. Electron. biol. Engng, 1965,3, 71–73.

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  3. Development of a technique for recording the cerebral activity of conscious animals during complex accelerations.A. N. Nicholson, Royal Air Force Inst. Aviation Med., Farnborough, Hants., England.Med. Electron. biol. Engng, 1965,3, 75–76.

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  4. A restraining chair for long term experimental studies in conscious monkeys.A. N. Nicholson, Royal Air Force Inst. Aviation Med., Farnborough, Hants., England.Med. Electron. biol. Engng, 1965,3, 77–80.

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  5. The evolution of environmental chamber design.I. A. Mann, Philadelphia County Medical Society.Biomed. Instrumn, 1964,1, 21–25.

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  6. Orientation des chauve-souris et des hommes par la méthode des échos ultrasonores.L. Kay, Univ. de Birmingham.Electronique méd., 1965,No. 31, 30–35.

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  7. Eatometer: A device for continuous recording of free-feeding behavior.D. Fallon, Psychological Lab., Gilmer Hall, Univ. Virginia, Charlottesville, Virg., U.S.A.Science, N.Y., 1965,148, 977–978.

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  8. Application de la coulométrie à la mesure de la consommation d'oxygène.A. Heusner, T. Stussi andE. Dreyfus, Dept. des sciences biologiques, Univ. Montreal, Canada.Med. Electron. biol. Engng, 1965,3, 39–56.

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  9. Recording techniques and results for amniotic and embryonic movementin situduring hen egg incubation.R. E.McCafferty, S. H.Pressman andW. H.Knisely, Inst. Biol. Medicine, Michigan State Univ., East Lansing, Mich., U.S.A.Biorheology, 1965,2, 171–181.

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  10. Electrocardiogram of the golden hamster.P. M. Glassman andE. T. Angelakos Dept. Physiol., Boston Univ. Sch. Medicine, Boston, Mass., U.S.A.Am. J. med. Electron., 1965,4, 42–44.

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Biophysics, physiological

  1. The nature of water transport across frog kin.C. R. House, Biophysics Dept., Univ. Edinburgh, Edinburgh, Scotland.Biophys. J., 1964,4, 401–416.

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  2. Carrier model for active transport of ions across a mosaic membrane.A. Finkelstein, Dept. Neurology, Albert Einstein College Medicine, New York, N.Y., U.S.A.Biophys. J., 1964,4, 421–440.

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Biophysics, cellular

  1. The pressure inside red cells and the “metabolic pump”.R. P. Rand andA. C. Burton, Biophysics Dept. Univ. Western Ontario, London, Ont., U.S.A.Biophys. J., 1964,4, 491–495.

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  2. Chemical means of information storage and read-out in biological systems.M. Eigen, Max-Planck-Institut f. Physikalische Chemie, Göttingen, Germany.N.R.P. Bull., May–June 1964, 11–22.

Biophysics, molecular

  1. Diffusion rates in disrupted bacterial cells.R. C. Lehman andE. Pollard, Biophysics Dept., Pennsylvania State Univ., University Park, Penn., U.S.A.Biophys. J., 1965,5, 109–119.

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  2. An investigation of the electrical conductivity of steroids.D. Wobschall andD. A. Norton, Roswell Park Graduate Div., State Univ. New York, Buffalo, N.Y., U.S.A.Biophys. J., 1964,4, 465–470.

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Biophysical Effects

  1. On the reported effects of sound on the growth of plants.R. M. Klein andP. C. Edsall, The New York Botanical Garden, Bronx Park, New York, N.Y., U.S.A.Bioscience, 1965,15, 125–126.

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  2. Irradiation de la peau par laser.J. Berthelot.Electronique méd., 1965, No.31, 24–29.

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Biology, marine

  1. Marine biotelemetry.H. A. Baldwin.Bioscience, 1965,15, 95–97.

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Animal Ecology

  1. Avian navigation.W. E. Southern.BioScience, 1965,15, 87–88.

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  2. Computer analysis of animal-movement data obtained by telemetry.D. B. Siniff andJ. R. Tester.BioScience, 1965,15, 104–108.

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  3. Tracking grizzly bears.F. C. Craighead, Jr. andJ. J. Craighead.BioScience, 1965,15, 88–92.

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  4. Progress in ecological biotelemetry.L. Adams.BioScience, 1965,15, 83–86.

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  5. Automatic radio-tracking system for monitoring animal movements.W. W. Cochran, D. W. Warner, J. R. Tester andV. B. Kuechle.BioScience, 1965,15, 98–100.

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  6. Deer response to a drive census determined by radio tracking.J. R. Tester andK. L. Heezen.BioScience, 1965,15, 100–104.

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  7. Ruffed grouse behaviour.W. H. Marshall.BioScience, 1965,15, 92–94.

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Human factors, ergonomics tasks

  1. A development of a conceptual framework of the driving task.C. W. Algea, Systems Res. Group, Engng Experiment Station, The Ohio State Univ., Columbus, Ohio, U.S.A.Hum. Factors, 1964,6, 375–382.

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  2. Binary choice in a dynamic environment.G. H. Robinson, Dept. of Industrial Engng, Univ. California, Berkeley, Calif., U.S.A.Hum. Factors 1964,6, 287–291.

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Performance

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Electrodes, micro

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Amplifiers

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Tape recording, analog

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Stimulators, electric

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Electronic components, miscellaneous

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Instrumentation—Specific measurement temperature, heat, infra-red

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Mechanical strain

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Motion, motility

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Light & Ultra-violet

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Time & Rate

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Viscosity

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Electrical impedance

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Instrumentation-other endoscopes

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Miscellaneous clinical

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Telemetry, radio

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Plethysmography

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Lasers

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Electron microscopy

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Cybernetics, simulation cybernetics

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Simulation, nerve & nerve net

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Simulation, other models

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Bibliography. Med. & biol. Engng. 4, 219–226 (1966). https://doi.org/10.1007/BF02474169

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