LIST OF PARTICIPANTS - Springer978-1-4757-9459-5/1.pdf · LIST OF PARTICIPANTS ... BENEDETTI, Luca...

Directors

BLANK, Martin

Columbia University

LIST OF PARTICIPANTS

College of Physicians and Surgeons

Departement of Physiology

630 West 168th Street

New York, NY 10032, U.S.A.

MELANDRI, Bruno Andrea

Universitfl di Bologna

Dipartimento di Biologia ed Evoluzione Sperimentale

Via Irnerio, 42

1-40126 Bologna, Italy

MILAZZO, Giulio

Honorary President of the Bioelectrochemical Society Piazza G. Verdi 9 1-00198 Roma, Italy

Speakers

BAMBERG, Ernst Max Planck Institut für Biophysik

Heinrich Hoffmann Strasse 7 D-6000 Frankfurt / Main, West Germany

BISSON, Roberto Universita di Padova Istituto di Patologia Generale

325

326

Via Loredan 16

1-35113 Padova, Italy

BLANK, Martin, see Directors

COLOMBINI, Marco

University of Maryland

Department of Zoology

College Park, MD 20742, U.S.A.

FENDLER, Klaus

Max Planck Institut für Biophysik

Heinrich Hoffmann Strasse 7

PARTICIPANTS

D-6000 Frankfurt / Main, West Germany

GRÄBER, Peter

Universität Stuttgart

Biologisches Institut

Pfaffenwaldring 57

D-7000 Stuttgart, West Germany

HARTL, Franz Ulrich

Universität München

Institut für Physiologische Chemie

Goethe Strasse 33 D-8000 München, West Germany

HEDRICK, Rainer

Universität Göttingen

Institut für Pflanzenphysiologie

D-3400 Göttingen, West Germany

KESZTHEL YI, Lajos

Hungarian Academy of Sciences

Biological Research center

Institute of Biophysics

Odeszai Korut

P.O. Box 521

H-6701 Szeged, Hungary

PARTICIPANTS

MALATESTA, Francesco

Universita "La Sapienza", Roma

Dipartimento di Scienze Biochimiche

Piazzale Aldo Moro 5

1-00185 Roma, Italy

M0LLER, ]esper

University Aahrus

Institute of Medical Biochemistry

Dk-8000 Aahrus, Denmark

NEUMANN, Eberhardt

Universität Bielefeld

Physikalische und Biophysikalische Chemie

Postfach 8640

D-4800 Bielefeld, West Germany

ROTTENBERG, Hagai

Hanemann University

School of Medicine Department of Pathology, Medicine Laboratory

Philadelphia, PA 19102, U.S.A.

Attendants

ALOISI, Giovanni Universita di Firenze

Dipartimento di Chimica

Via G. Capponi 9

1-50121 Firenze, Italy

BENEDETTI, Luca

Universita di Modena Dipartimento di Chimica Via Campi 183 1-41100 Modena, Italy

327

328

BRUMFELD, Vlad

Weizmann Institute of Science

Department of Membrane Research

76100 Rehovot, Israel

CORAZZA, Sandra

Universita di Bologna

PARTICIPANTS


Via Irnerio 42


CRlMI, Massimo

Universita di Bologna Dipartimento di Biologia ed Evoluzione Sperimentale

Via Irnerio 42


CZOCHRALSKA, Barbara

University of Warsaw

Department of Biophysics

Zwirkü Wigury 93

Pl-02-089 Warsaw, Poland

OE KROON, Toor

Rijksuniversiteit Utrecht Center for Biomembrane 'and Lipid Enzymology

Padulaan 8

3508TB-Utrecht, The Netherlands

DRAIN, Michael The Rockfeller University Department of Biophysics,

1230 York Avenue


FUSI, Paola U niversita di Milano Dipartimento di Biologia

Via Celoria 26

1-20133 Milano, Italy

GALlETA, Luis ].V.

Istituto Gaslini

Laboratorio di Genetica Molecolare

Via 5 Maggio 39

1-16148 Genova, Italy

GREENBAUM, Nancy

The Rockfeller University


1230 York Avenue


GUIDELLI, Rolando Universita di Firenze


Via G. Capponi 9

1-50121 Firenze, Italy

GUIRGUIS SALEH, Osiris W.

Cairo University

Faculty of Sciences

Department of Biophysics Giza, Egypt

HERZYK, Eugenia

University of Warsaw

Department of Chemistry Ul. Pasteura 1

PI-02093 Warsaw, Poland

KAWEZYNSKI, Wieslaw University of Warsaw


Zwirki i Wigury 93


PARTICIP ANTS 329

330

KLINGERBERG, Martin

Universität München

Institut für Physikalische Biochemie

Goethe Strasse 33

PARTICIPANTS

D-8000 München 7, West Germany

KONAR, Aparna

Dehli University

Maitreyi College

Department of Botany

Chanakyapuri, New Dehli, India

KRYSINSKI, Pawel

U niversity of Warsaw

Department of Chemistry

Laboratory of Electrochemistry

VI Pasteura 1


K WEE, Sianette

U niversity of Aahrus

Department of Medical Biochemistry

Dk-8000 Aahrus, Denmark

MARUTHY, Sai, P.S.

Jawaharlal Nehru University

School of Life Sciences

New Dehli, 110067 India

MASSOTTE, Dominique

Laboratoire Europeen de Biologie Moleculaire

Meyerhof Strasse 1

D-6900 Heidelberg, West Germany

MASTRACOLA, T eresa

Istituto Gaslini

Laboratorio di Genetica Molecolare

Via 5 Maggio 39

1-16148 Genova, Italy

PARTICIP ANTS

McLAUGHLIN, Stuart

State University of New York at Stony Brook

Department of Physiology and Biophysics

Health Science Center

Stony Brook, NY 11794-8601, U.S.A.

MISHRA, Kaushmala Prasat

Universität Bielefeld

Physikalische und Biophysikalische Chemie

D-8640 Bielefeld, West Germany

NAUMANN, Renate

E. Merck Analytisches Zentrallaboratorium

Postfach 4119

D 6100 - Darmstadt, West Germany

ÜKAMURA, Melvin

University of California at San Diego

Department of Physics

La Jolla, CA 92093, U.S.A.

PANIGRAHI, Suryya Sankar

Vidyasagar College

Department of Zoology

39 Sankar Ghosh Lane

Calcutta, 700006 India

PAPAVERO, Federico

Via della Gioventu 40

91025 Marsala TP, Italy

PISTOCCHI, Rossella



Via Irnerio 42


SZARAZ, Sandor Hungarian Academy of Sciences

331

332

Biological Center

Institute of Biophysics

Odeszai Korut 62

P.O.B. 521

H-6701 Szeged, Hungary

TROTTA, Massimo

Universita di Bari


Via Amendola 173

1-70125 Bari, Italy

TURINA, M. Paola


PARTICIPANTS


Via Irnerio 42


VIRGILI, Marco



Via Belmeloro 8


WATALA, Cezary

University of Lodz

Chair of Biophysics

Banacha 12/16 PI-90237 Lodz, Poland

WINTERHALTER, Mathias

Freie Universität Berlin

Fachbereich Physik

Arnimallee 14 D-lOOO Berlin 33, West Germany

YOVA-LoUKA, Dido National Technical University of Athens

Department of Physics

Heroon Polythecnion 9, Zographou 15773 Athens, Greece

P ARTICIP ANTS 333

335

INDEX

Acethyl choline, histeresis, 108 ff

- -, kinetics, 113

- - receptor,oligomer, 103, 104

- - -, domain structure, 102 ff, 112 ff

Action spectrum, 40, 41

Anilinonaphthalene sulfonate, 72

Anion channels, 8

ATP, hydrolysis, 281 ff

-, synthesis, 281 ff, 292 ff

-, synthesis / hydrolysis, coupling

(with) proton transport, 305

ATPase(s), see also Ca2+ ATPase,

ATPsynthase

-, 249 ff

-, electrogenic transport activity, 42 ff

-, ion translocating, 46 ff

-, pump currents, 47 ff

-, transient kinetics, 50

ATP synthase, see also ATPase

-, 249 ff

-, aggregation, 250

-, oxidized,289

-, reaction cyde, 303

-, reconstituted, 299

-, reduced, 286

-, regulation, 285

-, shape, 253, 258,265

-, structure, 257, 259, 265

-, subunits, 250 ff, 266

Biosynthesis, charge effect 313 ff

Biosynthesis, electrochemical

model, 315, 317

-, electromagnetic stimulation, 313 ff

BLM, see also Membranes

-, 37 ff

-, photocurrents, 43 ff

Bacteriorhodopsin, 37 ff, 179 ff

- , amino acid side chain, 204

- , displacement current(s), 198

- , PERS, 194,203

- , photocyde, 185,200

- , proton conduction, 207

- , spectroscopy, 184 ff

- , structure, 181

Ca2+ ATPase, see also ATPase

-, 233 ff - , membraneous, 239

- , monomeric, 236 - , organization, 239

- , polypeptides, 241

-, reactivity, 238

-, translocation, 239

Carbocyanine dyes, 72

Channel(s), 77 ff

- , activity, 102 ff, 107

- , blockage, 94 - , dassification, 77

- , conformation, 92

- , gating, 86, 90 ff

- , resistance, 79 ff, 87 ff

336

Channel{s), single channel events, 103

-, translocation (through), 84

-, chemiosmotic coupling, 280

Chloride channels, 8

Charge motion cycle, 190,201

Conservative sorting, 27

Cytochrome{s), 127 ff,215 ff

-, purification, 129

- c oxidase, 127 ff, 215 ff

---,

---, ---, ---,

active site conformers 153 ff

aggregation states, 134, 143

composition, 130

dimer, monomer, 134

electron paramagnetic reso-

nance, 218

electron transfer, 223

evolution 161

---, heterogeneity, 153, 155 ff

conformation, 158

conformational change, 158

isoenzymes, 155

---, ---, ---,

---,

lipid - protein interaction 140 ff

metals (of), 216

prosthetic groups, 144

proton pumping, 223

pulsed form, resting form, 154

shape, 133

spectroscopy, 217

subunits, 130, 146 ff

- - -, - arrangement, 136 ff

- - -, - interactions, 136

Detergent effect, 120

Diffusion potentials, 70

Dimer channel(s), 105

- -, gating, 106, 107

Dodecyldimethyl amine, 129

Double channel, 105

Electromagnetic stimulation (of)

biosynthesis, 313 ff

Electrophoretic mobility, 58

Embedded sequence, 24

Endoplasmic reticulum, 10

- -, ion transport (through), 10

- -, membrane, transport (through),

21

General insertion protein(s), 25

GOLDMANN equation, 282

Green membrane, 129, 133

Halobacterium halobium

Ion flow, 78 ff

-, permeant, equilibrium distribution,

65 ff

-, translocation, 46

Leader peptides, 20

Membrane, energization, 280, 283

-, integration (of) proteins, 23

- ion transport (through), 10

-, potentials, see also Transmembrane

potentials

- -, 64 ff, 282

-, protein translocation, 17

Microelectrode(s), 4

Mitochondria, protein import, 25

-, ion transport (through), 11

Mitochondrial sorting, 27

Monensin, 45

Monomer channel(s), 108

Noise analysis, 4

Opsin cycle, 187

Organelle(s), channel(s), 9

Oxanol,72

Oxidase(s), 127 ff

Patch clamp, technique;- 3 ff Photocurrent(s), kinetics, 43

Pipette - membrane seal(s), 7

Plant(s), potassium channel(s), 8

Plasma membrane, channel(s), 7

Potassium channel(s), 7, 8

-, current(s), 8

Precursor protein(s), 25

Protein(s), lateral aggregation, 99 ff

- membrane integration, 23

-, targeting sequence(s), 19 -, translocation, 17, 18

Proteolytic processing, 27

Proton, conduction, 207

-, pumping, 223

-, transport, 305

Purpie membrane, 37 ff, 190, 193

Respiratory chain, 128

Retinal cycle, 187 Rubisco,20

Safranine, 72 Sequential insertion, 24

Signal, hypothesis, 21 -, peptide(s),20

-, recognition activity, 21

Signal, recognition particles, 21

-, sequence receptor(s 21

Single channel current, 5, 6 - - event(s), 103, 107

Sodium, current(s), 48

-, pump, 49

Stop transfer sequence, 23

- - signal, 24

Surface potential 57 ff SV channel(s), 10

- current(s),9

Targeting sequences, 19

- signals, 19

337

Thylakoid membrane, electron transport, ion transport (through), 11

Translocation, contact site(s), 25, 26

-, energy requirement(s), 29

-, ribosome dependent, 29

Transmembrane potentials, see also Mem

brane potentials

--, 4,5,282

Trigger factor, 22

Unfoldase(s),28

Vacuole, membrane conductnce, 9 Vibrating probe, 3, 4

Voltage clamp technique, 4

Xenopus oocytes, potassium channel(s), 7

LIST OF PARTICIPANTS - Springer978-1-4757-9459-5/1.pdf · LIST OF PARTICIPANTS ... BENEDETTI, Luca...

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