biomembranes - gbv · 2011. 9. 29. · 19. chemical derivatization of caz+ -pump protein masao...

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"_thods in Enzymolog y * Volume 15 7 Biomembrane s Part Q ATP-Driven Pumps and Related Transport : Calcium, Proton, and Potassium Pump s Sidney Fleische r Becca Fleischer

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  • "_thods in Enzymology

    * Volume 157

    BiomembranesPart Q

    ATP-Driven Pumps and Related Transport :Calcium, Proton, and Potassium Pump s

    Sidney FleischerBecca Fleischer

  • CONTRIBUTORS TO VOLUME 157 X i

    PREFACE XVii

    VOLUMES IN SERIES Xi X

    Section I . Cal+ Fluxes and Regulation

    1. Membrane Transport of Calcium : An Overview ERNESTO CARAFOLI

    3

    A. Complex Systems and Subcellular Fractions Involve din Cat+ Regulation

    2 . Measurement of Cat+ Release in Skinned Fibers M . ENDO AND M . IINO

    1 2from Skeletal Muscl e

    3 . Isolation and Characterization of Sarcolemmal STEVEN SEILER AN DVesicles from Rabbit Fast Skeletal Muscle

    SIDNEY FLEISCHER

    26

    4 . Isolation of Sarcoplasmic Reticulum Fractions ALICE CHU, MARK C . DIXON ,Referable to Longitudinal Tubules and Junc- AKITSUGU SAITO ,tional Terminal Cisternae from Rabbit Skeletal STEVEN SEILER, AN DMuscle

    SIDNEY FLEISCHER

    3 6

    5 . Isolation of the Junctional Face Membrane of Sar- BRIAN COSTELLO ,coplasmic Reticulum

    CHRISTOPHER CHADWICK ,

    AND SIDNEY FLEISCHER

    46

    6 . Isolation of Triads from Skeletal Muscle

    R . D . MITCHELL ,PHILIP PALADE ,

    AKITSUGU SAITO ,

    AND SIDNEY FLEISCHER

    5 1

    7 . Isolation of Transverse Tubule Membranes from ANTHONY H . CASWELL ,Skeletal Muscle : Ion Transport Activity, Refor- NEIL R . BRANDT ,mation of Triad Junctions, and Isolation of J-P . BRUNSCHWIG, ANDJunctional Spanning Protein of Triads

    RICHARD M . KAWAMOTO

    68

    8 . Rapid Preparation of Canine Cardiac Sarcolemmal LARRY R . JONES

    85

    Vesicles by Sucrose Flotatio n

    9 . Isolation of Canine Cardiac Sarcoplasmic Retic- BRIAN K . CHAMBERLAI Nulum

    AND SIDNEY FLEISCHER

    91

  • 10. Junctional and Longitudinal Sarcoplasmic Reticu- MAKOTO INUI ,

    turn of Heart Muscle

    SHERRY WANG ,

    AKITSUGU SAITO ,

    AND SIDNEY FLEISCHER

    10 0

    11. Regulation of Cat+ -Pump from Cardiac Sarcoplas- MICHIHIKO TADA ,mic Reticulum

    MASAAKI KADOMA ,

    MAKOTO INUI, AND

    JUN-ICHI FuJII

    107

    B. Characterization of Cat+-Pumps and Modulatorsfrom Various Sources

    12 . Kinetic and Equilibrium Characterization of an GIUSEPPE INESI ,Energy-Transducing Enzyme and Its Partial Re- MARK KURZMACK ,

    actions

    AND DAVID LEWIS

    154

    13 . Approaches to Studying the Mechanisms of ATP LEOPOLDO DE MEIs

    190

    Synthesis in Sarcoplasmic Reticulu m

    14 . Fluorimetric Detection and Significance of Con- Y . DUPONT ,formational Changes in Caz+ -ATPase

    F . GUILLAIN, AN D

    J . J . LACAPERE

    206

    15 . Synthesis of ATP from Caz+ Gradient by Sarco- E . FASSOLD AN Dplasmic Reticulum Caz+ Transport ATPase

    WILHELM HASSELBACH

    220

    16. Occluded Ca z+

    HARUHIKO TAKISAWA

    AND MADOKA MAKINOSE

    228

    17 . Modified Membrane Filtration Methods for Li- MoTONORI YAMAGUCHI

    gand Binding on ATP-Driven Pumps during AND TAKAHIDE WATANABE 23 3

    ATP Hydrolysi s

    18 . Active Cation Pumping of Na+ , K + -ATPase and TIAN Yow TSONG

    240

    Sarcoplasmic Reticulum Caz+ -ATPase Induce d

    by an Electric Fiel d

    19 . Chemical Derivatization of Ca z+ -Pump Protein MASAO KAWAKITA ,from Skeletal Muscle with N-Substituted KIMIKO YASUOKA-YABE ,

    Maleimides and 5-(2-Todoacetamidoethyl)ami- KIMIKO SAITO-NAKATSUKA ,

    nonaphthalene 1-Sulfonate

    AKIKO BABA, AN D

    TETSURO YAMASHITA

    25 1

    20 . Use of Detergents to Solubilize the Caz+ -Pump JESPER V . MOLLER ,Protein as Monomers and Defined Oligomers MARC LE MAIRE, AN D

    JENS P. ANDERSEN

    26 1

    21 . Analysis of Two-Dimensional Crystals of Caz+- K. A . TAYLOR, L . Dux ,ATPase in Sarcoplasmic Reticulum

    S . VARGA, H . P . TING-BEALL ,AND A. MARTONOSI

    27 1

    22 . cDNA Cloning of Sarcoplasmic Reticulum Pro- CHRISTOPHER J . BRANDL ,terns

    LARRY FLIEGEL, ANDDAVID H . MACLENNAN

    289

  • 23 . Reconstitution of Skeletal Muscle Sarcoplasmic LIN HYMEL AN D

    Reticulum Membranes : Strategies for Varying SIDNEY FLEISCHER

    302the Lipid/Protein Rati o

    24 . Reconstitution of Calcium Pumping of Cardiac MAKOTO INUI AN DSarcoplasmic Reticulum

    SIDNEY FLEISCHER

    31 4

    25. Purification and Crystallization of Calcium-Bind- ANDREAS MAURER ,

    ing Protein from Skeletal Muscle Sarcoplasmic MASASHI TANAKA ,

    Reticulum

    TAKAYUKI OZAWA, AN D

    SIDNEY FLEISCHER

    32 1

    26 . Purification of Calmodulin and Preparation of Im- THOMAS J . LUKAS AN D

    mobilized Calmodulin

    D . MARTIN WATTERSON

    328

    27 . Purification, Reconstitution, and Regulation of JOHN T . PENNISTON ,Plasma Membrane Cat+ -Pumps

    ADELAIDA G . FILOTEO ,

    CAROL S . MCDONOUGH ,

    AND ERNESTO CARAFOLI

    340

    28 . Isolation and Reconstitution of Caz+ -Pump from WILLIAM L . DEAN

    35 1

    Human and Porcine Platelet s

    29 . Purification of Phospholamban from Canine Car- LARRY R . JONES ,

    diac Sarcoplasmic Reticulum Vesicles by Use ADAM D . WEGENER, AN D

    of Sulfhydryl Group Affinity Chromatography HEATHER K . B . SIMMERMAN 360

    30 . Modification of Phospholipid Environment in Sar- JOEL LUNARDI ,coplasmic Reticulum Using Nonspecific Phos- PAUL DEFOOR, AN D

    pholipid Transfer Protein

    SIDNEY FLEISCHER

    36 9

    C . Caz+ and Other Channel s

    31 . Computer Programs for Calculating Total from ALEXANDRE FABIATO

    37 8

    Specified Free or Free from Specified Tota l

    Ionic Concentrations in Aqueous Solution s

    Containing Multiple Metals and Ligand s

    32 . Ionic Permeability of Isolated Muscle Sarcoplas- GERHARD MEISSNER

    41 7mic Reticulum and Liver Endoplasmic Reticu-

    lum Vesicle s

    33. Permeability of Sarcoplasmic Reticulum

    MICHIKI KASAI AN D

    KAZUKI NUNOGAKI

    43 7

    34 . Measurement of Calcium Release in Isolated NORIAKI IKEMOTO ,

    Membrane Systems: Coupling between the Do HAN KIM, AND

    Transverse Tubule and Sarcoplasmic Reticulum BOZENA ANTONIU

    46 9

    35 . Techniques for Observing Calcium Channels from JEFFREY S . SMITH ,

    Skeletal Muscle Sarcoplasmic Reticulum in Pla- ROBERTO CORONADO ,

    nar Lipid Bilayers

    AND GERHARD MEISSNER

    48 0

    36 . Purification of Caz+ Release Channel (Ryanodine MAKOTO INUI AN D

    Receptor) from Heart and Skeletal Muscle Sar- SIDNEY FLEISCHER

    49 0

    coplasmic Reticulum

  • 37 . Measurement of Sodium-Calcium Exchange Ac- JOHN P . REEVES

    50 5tivity in Plasma Membrane Vesicle s

    Section II . ATP-Driven Proton Pumps

    38 . Plasma Membrane ATPase from the Yeast Schizo- JEAN-PIERRE DUFOUR ,

    saccharomyces pombe

    ANTOINE AMORY, AN D

    ANDRE GOFFEAU

    51 3

    39 . Plasma Membrane ATPase from the Yeast Sac- ANDRE GOFFEAU AND

    charomyces cerevisiae

    JEAN-PIERRE DUFOUR

    52 8

    40 . H + -ATPase from Plasma Membranes of Sac- RAM6N SERRANO

    53 3charomyces cerevisiae and Avena sativa Roots :Purification and Reconstitution

    41. Purification of Yeast Vacuolar Membrane H + - ETSUKO UCHIDA ,ATPase and Enzymological Discrimination of YosHINORI OHSUMI ,Three ATP-Driven Proton Pumps in Saccharo- AND YASUHIRO ANRAKU

    544myces cerevisiae

    42 . Purification of Vacuolar Membranes, Mitochon- EMMA JEAN BOWMANdria, and Plasma Membranes from Neurospora AND BARRY J. BOWMAN

    562crassa and Modes of Discriminating among th eDifferent H + -ATPase s

    43 . Large-Scale Purification ofPlasma Membrane H + - GENE A . SCARBOROUGH

    574ATPase from a Cell Wall-Less Mutant of Neu-rospora crassa

    44 . H + -ATPase from Vacuolar Membranes of Higher ALAN B . BENNETT ,Plants

    ROGER A . LEIGH, AN D

    ROGER M . SPANSWICK

    579

    45 . Preparation and Acidification Activity of Lyso- DONALD L . SCHNEIDER

    somes and Lysosomal Membranes

    AND JEAN CHIN

    59 1

    46 . Analysis of Endosome and Lysosome Acidifica- CYNTHIA J . GALLOWAY ,tion in Vitro

    GARY E . DEAN ,

    RENATA FUCHS ,

    AND IRA MELLMAN

    60 1

    47 . Proton ATPases in Golgi Vesicles and Endoplas- ANSON LOWE ANDmic Reticulum : Characterization and Reconsti- QAIS AL-AWQATI

    61 1tution of Proton Pumping

    48 . Chromaffin Granule Proton Pump

    NATHAN NELSON ,

    SHULAMIT CIDON, AND

    YOSHINORI MORIYAMA

    61 9

    49 . Proton Pump of Clathrin-Coated Vesicles

    XIAO-SONG XIE ,

    DENNIS K . STONE ,AND EFRAIM RACKER

    634

  • Section III . ATP-Driven K + Pumps

    50. Preparation of Gastric H + ,K +-ATPase

    EDD C . RABON, WHA BIN IM ,

    AND GEORGE SACHS

    649

    51 . Genetics of Kdp, the K + -Transport ATPase of JAMES W . POLAREK ,Escherichia coli

    MARK O. WALDERHAUG ,

    AND WOLFGANG EPSTEIN

    655

    52 . K + -ATPase from Escherichia coli : Isolation and ANNETTE SIEBERS ,Characterization

    LESZEK WIECZOREK, AN D

    KARLHEINZ ALTENDORF

    668

    53. Purification of the ATPase of Streptococcus MARC SOLIO zfaecalis

    AND PETER FÜRST

    680

    Addendum

    Addendum to Article [30]

    JOEL LUNARDI ,

    PAUL DEFOOR, ANDSIDNEY FLEISCHER

    693

    AUTHOR INDEX 69 5

    SUBJECT INDEX 713

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