Table Of Content

CELL CALCIUM Cell Calcium (1992) 13, 669-672 © Longman Group UK Ltd 1992 Subject Index to Volume 13 A Cc Acetylcholine and L-glutamate mobilise Ca”* from the same Ca”* from sequestered intracellular pools is not the primary intracellular pool in cerebellar granule cells using trans- transduction mechanism causing the initial burst of PRL duction mechanisms with different Ca”* sensitivities, 293 and TSH secretion induced by TRH in normal rat pitui- Adenylyl cyclase activity in plasma membranes derived tary cells, an acute release of, 173 from neural and non-neural cells, effects of Ca** and cal- Ca”*/calmodulin-regulated nitric oxide synthases, 427 modulin on, 107 Calcium pump isoforms: Diversity, selectivity and plasticity Adrenal chromaffin cells (bovine), presence of Na‘/Ca”* ex- — REVIEW ARTICLE, 9 change activity and its role in regulation of intracellular Calcium responses in normal and cancerous mammary cells, calcium concentration in, 99 mechanically induced electrical and intracellular, 501 Adrenergic (beta) effects on cellular Na, Mg, Ca, K and Cl Calcium-binding proteins, Novel: Fundamentals and Clini- in vascular smooth muscle: Electron probe analysis of cal Implications - BOOK REVIEW, 77 rabbit pulmonary artery, 593 Calmodulin (yeast): Structural and functional elements es- Alkanols on Ca” transport in brain mitochondria, effect of, sential for the cell cycle, 445 41 Calmodulin — to helix or not to helix, the linker of, 363 Aluminium lactate, Ehrlich tumour cells: Ca”*-uptake modi- Calmodulin and Ca”* on adenylyl cyclase activity in plasma fication by, 277 membranes derived from neural and non-neural cells, ef- Aortic endothelial cells (isolated bovine), Intracellular cal- fect of, 107 cium ‘signatures’ evoked by different agonists in, 227 Calmodulin and calmodulin-related genes, regulation of ex- Arachidonic acid, lyso;> phospholipids and other fatty acids pression of, by environmental stimuli in plants, 457 on regulation of Ca‘ transport in permeabilized pancre- Calmodulin and its complex with a myosin light chain ki- atic islets, effects of, 193 nase fragment, solution structures of, 391 Arachidonic acid on insulin secretion, calmodulin-depend- Calmodulin and its complexes with synthetic peptides based ent protein kinase activity and protein kinase C activity in on target enzyme binding domains, the solution structures pancreatic islets, parallel effects of, 163 of, 377 Axonal transport (fast) is modulated by altering trans-axo- Calmodulin and plasma membrane Ca”* pump, solitary cal- lemmal calcium flux, 249 cium spike dependent on, 581 Calmodulin, calcium and, 355 CALMODULIN FIELD, NEW DEVELOPMENTS IN B THE: Collected Papers and Reviews, 353-472 Calmodulin, mutational analysis of, in Saccharomyces cere- Bradykinin-induced extracellular calcium-dependent and -in- visiae, 435 dependent increases in osteoblast-like MC3T3-E1 cells, Calmodulin orchestrates membrane responses to stimuli in different protein kinase C isozymes could modulate, 329 vivo in Paramecium mutants, 413 Brain mitochondria, effect of alkanols on Ca”* transport in, Calmodulin pathways in the cell functions, molecular phar- 41 macology of, 465 Buffering of calcium in the vicinity of a channel pore, 183 Calmodulin-dependent protein kinase activity, protein ki- 670 nase C activity and insulin secretion in pancreatic islets, | F parallel effects of arachidonic acid on, 163 Calmodulin/Ca”*-regulated nitric oxide synthases, 427 Favism, mechanisms of perturbation of erythrocyte calcium CaM kinase, decoding calcium signals by multifunctional, homeostasis in favism, 649 401 Fibroblasts (murine), interaction between mitogens upon in- Cancerous mammary and normal cells, mechanically intracellular Ca”* pools in murine fibroblasts, 603 duced electrical and intracellular calcium responses in, Fluo-3 to determine the effect of endotoxemia on concana- 501 valin A induced alterations in cytoplasmic free calcium in Cerebellar granule cells, L-glutamate and acetylcholine mo- rat spleen cells, 123 bilise Ca** from the same intracellular pool iin , using Fluorescence lifetime imaging of calcium using Quin-2, 131 transduction mechanisms with different Ca”* sensitivities, Fluorescent calcium indicators, effects of photolabile cal- 293 cium chelators on, 29 Channel pore, buffering of calcium in the vicinity of a, 183 Fluxes (calcium) in cells, new views on their significance: Channels (L-type calcium) of guinea pig cardiomyocytes in EDITORIAL, 273 cell-attached patches are stimulated by thrombin, but not FMLP- insensitive calcium pools in human leukocytes, thap- after intracellular dialysis, 203 sigargin reveals evidence for, 487 Concanavalin A induced alterations in cytoplasmic free cal- Fura-—2 and a modified image processing system — applica- cium in rat spleen cells as determined with Fluo-3, the ef- tions in studies of neutrophil motility and phagocytosis, a fect of endotoxemia on, 123 novel principle for quantitation of fast intracellular cal- Confocal microscopy, ¢e valuation using, Subcellular distribu- cium changes using, 473 tion of cytosolic Ca”* in isolated rat hepatocyte couplets, Fura-2 fluorescence, spectral characterization of the effect 89 of viscosity on: Excitation wavelength optimization abol- Cytochrome P-450 inhibitors, influx of calcium evoked by ishes the viscosity artifact, 313 Ca”* store depletion in human platelets is more suscep- | G tible to, than receptor-mediated calcium entry, 553 Cytosolic Ca”* in isolated rat hepatocyte couplets: Evalu- ation using confocal microscopy, subcellular distribution Glucose sensing of individual pancreatic B-cells involves of, 89 transitions between steady-state and oscillatory cytoplas- Cytosolic calcium and oxygen consumption in isolated rat mic Ca**,2 19 Glutamate and acetylcholine mobilise Ca”* from the same hearts, relationship between, 235 intracellular pooi in cerebellar granule cells using transduction mechanisms with different Ca** sensitivities, 293 | D GnRHs (two native) and protein kinase C modulators on goldfish pituitary cells, actions of. Studies on intracellu- Dihydropyridine binding, testosterone sensitive, in the Har- lar calcium levels and gonadotropin release, 531 derian gland of the male hamster, 565 Gonadotropin-releasing hormone, transient but not oscillat- Dimethy] sulfoxide, inhibition of the human erythrocyte cal- ing component of the calcium mobilizing response to, de- cium pump by, 659 pends on calcium influx in pituitary gonadotrophs, 521 Divalent ions, evaluation of platelet calcium ion mobiliza- Granulosa cells3 ( chicken), thapsigargin increases cytoplas- tion by the use of various, 19 mic free Ca”* without influencing steroidogenesis in, 263 | H E Halothane and isoflurane on intracellular Ca”* regulation in Ehrlich tumour cells: Ca”*-uptake modification by alumi- cultured cells with characteristics of vascular smooth nium lactate, 277 muscle, the effects of, 513 Electron probe analysis of rabbit pulmonary artery: beta- Harderian gland of the male hamster, testosterone sensitive adrenergic effects on cellular Na, Mg, Ca, K and Cl in dihydropyridine binding in, 565 vascular smooth muscle, 593 Heart cell (neonatal rat), cellular origin of the rapidly ex- Endotoxemia on concanavalin A induced alterations in cyto- changeable calcium pool in the cultured, 627 plasmic free calcium in rat spleen cells as determined Hearts (isolated rat), relationship between cytosolic calcium with Fluo-3, The effect of, 123 and oxygen consumption in, 235 Enzyme binding domains (target), the solution structures of HeLa cells, an intracellular calcium store regulates protein calmodulin and its complexes with synthetic peptides synthesis in, but it is not the hormone-sensitive store, 303 based on, 377 Hemolytic plaque assay (reverse), evidence that basal secre- Erythrocyte calcium homeostasis in favism, mechanisms of tion of relaxin by individual cultured large luteal cells is perturbation of, 649 influenced by mobilization of intracellular calcium, ana- Erythrocyte calcium pump by dimethyl sulfoxide, Inhibition lysis by a, 571 of the human, 659 Hepatocyte (rat) couplets : Evaluation using confocal micro- SUBJECT INDEX (1992) scopy, Subcellular distribution of cytosolic Ca* in iso- in, 41 lated, 89 Mitochondria, interactions of calcium with yeast, 211 | I Mitogens, interaction between, upon intracellular Ca” pools in murine fibroblasts, 603 Molecular pharmacology of calmodulin pathways in the cell Indo-1, non-calcium interactions of, microspectrofluoro- functions, 465 metry as a tool fori in vestigation of, 59 Myosin light chain kinase fragment, solution structures of Influx of calcium evoked by Ca”* store depletion in human calmodulin and its complex with a, 391 platelets is more susceptible to cytochrome P-450 inhibi- N | tors than receptor-mediated calcium entry, 553 Inositol 1,4,5-trisphosphate and phospholipids mass in Xeno- pus oocytes, insulin and progesterone increase 32PO,-labe- Neural and non-neural cells, effects of Ca”* and calmodulin ling of, 341 on adenylyl cyclase activity in plasma membranes Inositol 1,4,5-trisphosphate and ryanodine binding sites in derived from, 107 rat liver, different localization of, 79 Neutrophil motility and phagocytosis, a novel principle for Inositol(1,4,5)trisphosphate-sensitive calcium store content, quantitation of fast intracellular calcium changes using modulation of, during continuous receptor activation and Fura-2 and a modified image processing system — appli- its effects on colohumn entry, 541 cations in studies of, 473 Insulin and progesterone increase 32PO,-labeling of phos- Nitric oxide synthases, Ca”*/calmodulin-regulated, 427 pholipids and inositol 1,4,5-trisphosphate mass in Xeno- Novel Calcium-Binding Proteins: Fundamentals and Clini- pus oocytes, 341 cal Implications - BOOK REVIEW, 77 Insulin secretion, calmodulin-dependent protein kinase activ- | 0 ity and protein kinase C activity in, parallel effects of arachidonic acid on, 163 Insulinoma (glucose-responsive), Na*/Ca”* exchange in plas- Oocytes (Xenopus), insulin and progesterone increase **PO4- labeling of phospholipids and inositol 1,4,5-trisphosphate ma membrane vesicles from, 1 Intracellular calcium ‘signatures’ evoked by different agon- mass in, 341 Oscillatory cytoplasmic Ca’*, glucose sensing of individual ists in isolated bovine aortic endothelial cells, 227 Ionomycin produces an improved volume recovery by an in- pancreatic B-cells involves transitions between steady- creased efflux of taurine from hypoosmotically stressed state and, 219 molluscan red blood cells, 321 Osteoblast-like MC3T3-E1 cells, protein kinase C isozymes Isoflurane and halothane on intracellular Ca” * regulation in (different) could modulate bradykinin-induced extracellu- cultured cells with characteristics of vascular smooth lar calcium-dependent and -independent increases in, 329 Oxygen consumption and cytosolic calcium in isolated rat muscle, the effects of, 513 hearts, relationship between, 235 L | P Leucocytes (human), thapsigargin reveals evidence for fMLP-insensitive calcium pools in human leukocytes, 487 Pancreatic (single) B-cells from normal rats exhibit an in- itiald ecrease and subsequent increase in cytosolic free Liver (rat), different localization of inositol 1,4,5-trisphosphate and ryanodine binding sites in, 79 Ca”* in response to glucose, 69 Pancreatic B-cells, glucose sensing of individual, involves Luteal cells (individual cultured large), evidence that basal transitions between steady-state and oscillatory cytoplas- secretion of relaxin by, is influenced by mobilization of intracellular calcium: Analysis by a reverse hemolytic mic Ca**,2 19 Pancreatic islets (permeabilized), effect of lysophospholi- plaque assay, 571 pids, arachidonic acid and other fatty acids on regulation Lysophospholipids, arachidonic acid and other fatty acids on regulation of Ca”* transport in permeabilized pancre- of Ca”* transport in, 193 Pancreatic islets, parallel effects of arachidonic acid on in- atic islets, effects of, 193 sulin secretion, calmodulin-dependent protein kinase ac- M tivity and protein kinase C activity in, 163 Pancreatoma cell line AR4-2J, mechanisms of activated Malignant hyperthermia, abnormalities in the regulation of Ca”* entry in the rat, 49 blood platelet free cytosolic calcium in, I (human) & I Paramecium mutants (in vivo) show that calmodulin orches- (pig), 149, 157 trates membrane responses to stimuli, 413 Mating factor-activated Ca”* influx, characterization of the Phagocytosis and neutrophil motility, a novel principle for energy-dependent, ii n Saccharomyces cerevisiae, 615 quantitation of fast intracellular calcium changes using Mechanisms of activated Ca”* entry in the rat pancreatoma Fura-2 and a modified image processing system — appli- cell line AR4-2J, 49 cations in studies of, 473 Microspectrofluorometry as a tool for investigation of non- Phospholipids and inositol 1 .4,5-trisphosphate mass in Xeno- calcium interactions of Indo-1, 59 pus , insulin and progesterone increase 32PO,4-labe- Mitochondria (brain), effect of alkanols on Ca** transport ling of, 341 672 CELL CALCIUM Photolabile calcium chelators on fluorescent calcium indica- S tors, Effects of, 29 Pituitary gonadotrophs, transient but not oscillating compo- Saccharomyces cerevisiae, characterization of the energy-de- nent of the calcium mobilizing response to gonadotropin- pendent, mating factor-activated Ca”* influx in, 615 releasing hormone depends on calcium influx in, 521 Saccharomyces cerevisiae, Mutational analysis of calmo- Plasma membrane Ca”* pump and calmodulin, solitary cal- dulin in, 435 cium spike dependent on, 581 Sarcoplasmic reticulum, ryanodine-affinity chromatography Platelet calcium ion mobilization by the use of various dival- purifies 106 kD Ca”* release channels from skeletal and ent ions, evaluation of, 19 cardiac, 635 Platelets (human & pig), abnormalities in the regulation of Sodium/calcium (Na*/Ca”*) exchange activity and its role in blood platelet free cytosolic calcium in malignant hyper- regulation of intracellular calcium concentration in bo- thermia. I & II, 149, 157 vine adrenal chromaffin cells, Presence of, 99 Platelets (human), calcium influx evoked by Ca”* store de- Sodium/calcium (Na*/Ca”*) exchange in plasma membrane pletion in, is more susceptible to cytochrome P-450 in- vesicles from a glucose-responsive insulinoma, 1 hibitors than receptor-mediated calcium entry, 553 Spectral characterization of the effect of viscosity on Fura—2 Preface: NEW DEVELOPMENTS IN THE CALMO- fluorescence DULIN FIELD, 353 Excitation wavelength optimization abolishes the viscosity PRL and TSH secretion induced by 1T RH in normal rat pitui- artifact, 313 tary cells, an acute release of Ca”* from sequestered intra- Spleen (rat) cells as determined with Fluo-3, effect of endo- cellular pools is not the primary transduction mechanism toxemia on concanavalin A induced alterations in cyto- causing the initial burst of, 173 plasmic free calcium in, 123 Progesterone and insulin increase **PO4-labeling of phospholipids and inositol 1,4,5-trisphosphate mass in Xeno- | T pus oocytes, 341 Protein kinase C activity, insulin secretion, calmodulin-de- Taurine (increased efflux of) from hypoosmotically stressed pendent protein kinase activity in pancreatic islets, paral- molluscan red blood cells, ionomycin produces an im- lel effects of arachidonic acid on, 163 proved volume recovery by an, 321 Protein kinase C and two native GnRHs modvlators on gold- Testosterone sensitive dihydropyridine binding in the Harde- fish pituitary cells, actions of. Studies on intracellular cal- rian gland of the male hamster, 565 cium levels and gonadotropin release, 531 Thapsigargin increases cytoplasmic free Ca* without in- Protein kinase C isozymes (different) could modulate brady- fluencing steroidogenesis in chicken granulosa cells, 263 kinin-induced extracellular calcium-dependent and -inde- Thapsigergin on cardiac muscle cells, Effect of, 281 pendent increases in osteoblast-like MC3T3-E1 cells, 329 Thapsigargin reveals evidence for {MLP-insensitive calcium Protein synthesis in HeLa cells regulated by an intracellular pools in human leukocytes, 487 calcium store, but it is not the hormone-sensitive store, Thrombin stimulates L-type calcium channels of guinea pig 303 cardiomyocytes in cell-attached patches but not after intra- Pump (calcium) isoforms : diversity, selectivity and plas- cellular dialysis, 203 ticity : REVIEW ARTICLE, 9 TRH induced acute release Ca”* from sequestered intracellu- | Q lar pools is not the primary transduction mechanism causing the initial burst of PRL and TSH secretion (in normal Quin-2 used in fluorescence lifetime imaging of calcium, rat pituitary cells), 173 131 TSH and PRL secretion induced by TRH in normal rat pituitary cells, an acute release of Ca”* from sequestered intra- | R cellular pools is not the primary transduction mechanism causing the initial burst of, 173 Red blood cells (molluscan), ionomycin produces an im- | v | proved volume recovery by an increased efflux of taurine from hypoosmotically stressed, 321 Relaxin, evidence that basal secretion of, by individual cul- Vascular smooth muscle, beta-adrenergic effects on cellular tured large luteal cells is influenced by mobilization of in- Na, Mg, Ca, K and Cl in : Electron probe analysis of rab- tracellular calcium: Analysis by a reverse hemolytic bit pulmonary artery, 593 plaque assay, 571 Vascular smooth muscle, the effects of halothane and isoflu- Ryanodine and inositol 1,4,5-trisphosphate binding sites in rane on intracellular Ca”* regulation in cultured cells with rat liver, different localization of, 79 characteristics of, 513 Ryanodine-affinity chromatography purifies 106 kD Ca** Viscosity on Fura-2 fluorescence, effects on release channels from skeletal and cardiac sarcoplasmic Excitation wavelength optimization abolishes the viscosity reticulum, 635 artifact, 313 OF ONES ei Cell Calcium (1992) 13, 673-674 © Longman Group UK Ltd 1992 Author Index to Volume 13 Clark CL, 571 Grapengiesser E, 219 Clarkson WD, 553 Greenwell JR, 227 Clement JM, 1 Greer MA, 173 Albitz R, 203 Colca JR, 163 Grover AK, 9 Anghileri LJ, 277 Collingridge GL, 293 Grueninger S, 281 Anraku Y, 445 Cooper DMF, 107 Guida L, 649 Atkinson MB, 249 Corcuff J-B, 521 Gustafson M, 473 Audy M-C, 521 Culberson LH, 1 Guérineau NC, 521 Gylfe E, 219 Bancel F, 59 Damonte G, 649 Barbato G, 391 Davis TN, 435 Hagar AF, 123 Bax A, 391 De Flora A, 649 Hanson PI, 401 Benatti U, 649 Droogmans G, 203 Heemskerk JWM, 553 Berlin RD, 303 Heizmann CW, 77 Bird GSU, 41 | E Hellman B, 219 Bond M, 249 Hentsche) H, 149 Bonnin M, 521 Hidaka H, 465 Bouali-Benazzouz R, 521 Easom RA, 163 Ho C-M, 99 Boyajian CL, 107 Enomoto K, 501 Hoenig M, 1 Braam J, 457 Hofmann JG, 149 Breuer AC, 249 | Brodie SG, 565 Burgstahler AD, 89 Busa WB, 313 Feng L, 79 Ferguson DC, 1 Taizzo PA, 513 Fink HS, 149, 157 Ikura M, 391 Finkel MS, 635 Irving AJ, 293 Foder B, 581 Ishikawa T, 465 Caldwell KK, 107 Forteleoni G, 649 Iversen JG, 487 Carafoli E, 353, 649 Furuya K, 501 Casteels R, 203 Férstermann U, 427 Cattaneo MG, 603 Chambers JP, 565 | G Chang JP, 531 Jaynes C, 341 Chern Y-J, 99 Jobin RM, 531 Chiesi M, 281 Gillespie JI, 227 Johnson C, 227 Chueh S-H, 99 Goalstone M, 341 Johnson ML, 131 673 | | Sparber, 603 Spitzer JA, 123 Stern MD, 183 Kakei M, 69 Ohya, Y, 445 Stith BJ, 341 Kanabrocki JA, 413 Oka N, 329 Szmacinski H, 131 Kao L-S, 99 Okano Y, 329 Khan I, 9 Ozaki Y, 19 | T Klee, CB, 353, 391 Kojima S, 235 Kraus-Friedmann N, 79 Takemura H, 49 Kretsinger RH, 363 Tanaka H, 69 Kumar P, 565 Pardo JP, 211 Taylor MJ, 571 Kume S, 19 Parmley WW, 235 Thastrup O, 49 Kung C, 413 Pereira B, 79 Thompson JL, 541 Pierce SK, 321 Till U, 149, 157 Pollock JS, 427 Trewhella J, 377 Post JA, 627 Tsang BK, 263 Prasad KR, 615 Turk J, 163 Lagenaur C, 635 Preston RR, 413 | Lakowicz JR, 131 Preston SF, 303 Landt M, 163 Putney Jr JW, 49 Langer GA, 627 Lenzen S, 193 Uribe S, 211 Lin Y-J, 99 Ling K-Y, 413 | v Lynch M, 227 Rotnes JS, 487 Rangel P, 211 Reiter RJ, 565 Vaughan MK, 565 Romero PJ, 659 Viallet P, 59 Rosoff PM, 615 Vicentini LM, 603 Maak S, 157 Rottenberg H, 41 Vigo J, 59 Maeno T, 501 Rowland-Faux LM, 321 Von Lengerken G, 157 Magnusson K-E, 473 Rustenbeck I, 193 Magrini L, 603 | Ww a Maley ME, 413 Marbach M, 41 McDaniel ML, 163 Wang X, 173 Melloni E, 649 Sage SO, 553 Whitfield JF, 263 Meloni T, 649 Saimi Y, 413 Wikman-Coffelt J, 235 Menendez-Pelaez A, 565 Sakai T, 329 Williams RJP, 273, 355 Menniti FS, 49 Salama G, 635 Wolf BA, 163 Meyer T, 401 Salmon J-M, 59 Wrzosek A, 281 Mills LA, 163 Sargeant P, 553 Wu ST, 235 Mollard P, 521 Sato N, 173 | Morley P, 263 Scharff O, 581 Murad F, 427 Schmidt HHHW, 427 Schneider H, 281 Schofield JG, 293 Yada T, 69 Schulman H, 401 Yamagishi S, 501 Schwartz J-L, 263 Yatomi Y, 19 Sdraffa A, 649 Nakane M, 427 Seavey BR, 413 Nathanson MH, 89 Shome K, 635 Nigam M, 635 Shuttleworth TJ, 541 Nilius B, 203 Silva S, 341 Zaidi NF, 635 Nowaczyk K, 131 Somlyo AP, 593 Ziegler A, 593 Nozawa Y, 329 Somlyo AV, 593 Zucker RS, 29 |1 ,