Table Of Content

Biological Psychology 36 (1993) 231-232 231 © 1993 Elsevier Science Publishers B.V. All rights reserved 0301-0511 /93 /$06.00 Author Index Amorosa, L.F., see Manowitz Jennings, J.R., see Debski Jochem, W.J., see Kizakevich Bong Hee Sung, see Pincomb Burns, R., see Patterson Kamarck, T.W., see Debski Kizakevich, P.N., Teague, S.M., Nissman, Carlton, P.L., see Manowitz D.B., Jochem, W.J., Niclou, R., and Chi-Cheng Lu, see Hurwitz Sharma, M.K., Comparative measures of Cohn, J., see Patterson systolic ejection during treadmill exercise Cox, M.H., see Miles by impedance cardiography and Doppler echocardiography, 51 Debski, T.T., Yaxi Zhang, Jennings, J.R.., Liang-Yu Shyu, see Hurwitz and Kamarck, T.W., Stability of cardiac Logan, W.J., see Taylor impedance measures: Aortic opening Lovallo, W.R., see Pincomb (B-point) detection and scoring, 63 Lovallo, W.R., Pincomb, G.A., Sung, B.H., Demeter, R.J., Parr, K.L., Toth, P.D., and and Wilson, M.F., Impedance cardiogra- Woods, J.R., Use of noninvasive bioelec- phy used to assess patterns of cardiovas- tric impedance to predict cardiac output cular response to behavioral stressors, 97 in open heart recovery, 23 Malone, M.A., see Taylor Gellman, M.D., see Hurwitz Manowitz, P., Amorosa, L.F., Goldstein, Goldstein, H.S., see Manowitz H.S., and Carlton, P.L., Uric acid level Gotshall, R.W., and Miles, D.S., Use of increases in humans engaged in gam- impedance cardiography for assessing bling: A preliminary report, 223 cardiovascular control in humans: Ortho- McCabe, P.M., see Hurwitz static and Valsalva tests, 107 McVeigh, G., see Patterson Gotshall, R.W., see Miles Miles, D.S., see Gotshall Miles, D.S., Cox, M.H., Verde, T.J., and Hurwitz, B.E., Issues in methodology and Gotshall, R.W., Application of imped- application of impedance cardiography: ance cardiography during exercise, 119 an introduction, 1 Mook, G.A., see Visser Hurwitz, B.E., Liang-Yu Shyu, Chi-Cheng Lu, Reddy, S.P., Schneiderman, N., and Nagel, J.H., see Hurwitz Nagel, J.H., Signal fidelity requirements Nagel, J.H., see Hurwitz for deriving impedance cardiographic Nelesen, R.A., see Hurwitz measures of cardiac function over a broad Niclou, R., see Kizakevich heart range, 3 Nissman, D.B., see Kizakevich Hurwitz, B.E., Nelesen, R.A., Saab, P.G., Nagel, J.H., Spitzer, $.B., Gellman, M.D., Parr, K.L., see Demeter McCabe, P.M., Phillips, D.J., and Schnei- Patterson, R., Wang, L., McVeigh, G., Burns, derman, N., Differential patterns of dy- R., and Cohn, J., Impedance cardiogra- namic cardiovascular regulation as a phy: The failure of sternal electrodes to function of task, 75 predict changes in stroke volume, 33 232 Author index / Biological Psychology, 36 (1993) 231-232 Phillips, D.J., see Hurwitz Taylor, M.J., Voros, J.G., Logan, W.J., and Pincomb, G.A., Bong Hee Sung, Lovallo, Malone, M.A., Changes in event-related W.R., and Wilson, M.F., Consistency of potentials with stimulant medication in cardiovascular response pattern to caf- children with attention deficit hyperactiv- feine across multiple studies using im- ity disorder, 139 pedance and nuclear cardiography, 131 Teague, S.M., see Kizakevich Pincomb, G.A., see Lovallo Toth, P.D., see Demeter Rammsayer, T.H., On dopaminergic modu- Verde, T.J., see Miles lation of temporal information process- Visser, K.R., Mook, G.A., van der Wall, E.., and Zijlstra, W.G., Theory of the deter- ing, 209 Reddy, S.P., see Hurwitz mination of systolic time intervals by impedance cardiography, 43 Saab, P.G., see Hurwitz Voros, J.G., see Taylor Schneiderman, N., see Hurwitz van der Wall, E., see Visser Schneiderman, N., see Hurwitz Wang, L., see Patterson Schroger, E., Event-related potentials to au- Wilson, M.F., see Pincomb ditory stimuli succeeding transient shifts Wilson, M.F., see Lovallo of spatial attention in a Go/Nogo task, Woods, J.R., see Demeter 183 Sharma, M.K., see Kizakevich Yaxi Zhang, see Debski Spitzer, S.B., see Hurwitz Sung, B.H., see Lovallo Zijlstra, W.G., see Visser Biological Psychology 36 (1993) 233 © 1993 Elsevier Science Publishers B.V. All rights reserved 0301-0511 /93 /$06.00 Keywords Index Acute stressors, 75 Hyperactivity, 139 Adrenaline, 157 Hypertension risk, 97 Aerobic fitness, 157 Aortic blood velocity, 51 Impedance cardiography, 3, 23, 33, 43, 51, Attention deficit, 139 63, 75, 97, 119, 131 Auditory spatial attention, 183 Instrumentation, 3 Left ventricular ejection time, 43 Behavioral stress, 97 Blood pressure, 75, 107, 131 Mental stress, 157 Blood resistivity, 23 Methodology, 63 Caffeine, 131 NCCOM3-R7, 119 Cardiac output, 33, 75, 107, 131 Nd, 183 Cardiac patients, 23 Neurosomatism, 157 Cardiovascular responses, 97 Children, 139 Pre-ejection period, 43, 51 Psychological activation, 223 D2 receptor activity, 209 Selective attention, 183 Dopamine, 209 Signal fidelity, 3 Doppler echocardiography, 51 Stimulant medication, 139 Stroke volume, 3, 33, 63, 107, 131 Electrodes, 33 Systemic vascular resistance, 131 Electromechanical systole, 51 Systolic time intervals, 3, 43, 51, 75 Event-related potentials, 139, 183 Exercise, 3, 119 Thoracic electrical impedance, 43 Tilt-test, 107 Gambling, 223 Time estimation, 209 Gaming, 223 Time perception, 209 Gender, 107 Total peripheral resistance, 75 Transient attention, 183 Heart rate, 107 Hematocrit, 23 Uric acid, 223