CUMULATIVE INDEXES CONTRIBUTING AUTHORS, VOLUMES 56-60 A Contreras RG, 60:161-77 Gamba G, 58:649-68 Conway SJ, 60:267-86 Ganten D, 56:811-29 Abboud HE, 57:297-309 Corbin JD, 56:237-72 Garland T, 56:579-621 Agre P, 58:619-48 Costanzo JP, 60:55-72 Garthwaite J, 57:683-706 Aguilar-Bryan L, 60:667-87 Creazzo TL, 60:267-86 Gaston B, 57:151-70 Anderson JM, 60:121-42 Crill WE, 58:349-62 Gendler SJ, 57:607-—34 Ando Y, 56:711-39 Crowe JH, 60:73-103 Gibb AJ, 57:469-93, 495-519 Andresen MC, 56:93-116 Crowe LM, 60:73-103 Giebisch G, 59:413-36 Angleson JK, 60:347-63 Githens S, 56:419-43 D Gitlin JD, 58:51-71 Gleeson TT, 58:565-81 B Gluck SL, 58:427-45 Dallaporta B, 60:619-42 Godt RE, 60:267-86 Davies PF, 59:527-49 Babenko AP, 60:667-87 Good DW, 56:623—47 Delpire E, 58:649-68 Bansil R, 57:635-57 Granger DN, 57:311-32 DePaola N, 59:527-49 Barakat Al, 59:527-49 Griem ML, 59:527-49 Dickinson CJ, 59:273-98 Barbee KA, 59:527-49 Grieshaber MK, 60:33-53 Dietz HC, 56:763-96 Barchi RL, 57:355-85 Griffith OW, 57:707-36 Docherty R, 59:457-82 Barry DM, 58:363-94 Gross NJ, 57:135-50 Doerschuk CM, 57:97-114 Bell GI, 58:171-86 Gross SS, 57:737-69 Douglas JG, 56:649-69 Berne RM, 60:1-18 Grunwald ME, 58:395-426 Drazen JM, 57:151-70 Betz WJ, 60:347-63 Driscoll M, 59:659-89 Biber J, 58:607-18 Droogmans G, 59:145-70 H Bingle CD, 58:51-71 Dufau ML, 60:461-96 Block BA, 56:535-77 Blount P, 59:633-57 Hackett BP, 58:51-71 Border WA, 57:279-95 Hackney DD, 58:731-50 Boulton CL, 57:683-706 Haddad GG, 59:23-42 Bourque CW, 59:601-19 Edmonds B, 57:469-93, 495-519 Hamill OP, 59:621-31 Braun AP, 57:417-45 Evans GS, 56:399-417 Hand SC, 58:539-63 Breslow JL, 56:797-810 Exton JH, 56:349-69 Hardewig I, 58:539-63 Breyer MD, 56:711-39 Hazel JR, 57:19-42 Bryan J, 60:667-87 Hebert SC, 58:649-68; Burg MB, 59:437-55 59:413-36 Henry RP, 58:523-38 Feldman JL, 60:385—405 Herzlinger D, 56:671-89 Fineman JR, 57:115-34 Heymann MA, 57:115-34 Finn JT, 58:395-426 Hilfer SR, 58:93-113 Capel B, 60:497-523 Fischer TA, 57:805-26 Hilgemann DW, 59:193-220 Carpenter JF, 60:73-103 Fischman DA, 58:509-21 Hoffman D, 60:327—-46 Carter PA, 56:579-621 Flint N, 56:399-417 Hoffmann S, 56:811-29 Carter-Su C, 58:187-207 Floros J, 60:365-84 Hogg JC, 57:97-114 Cereijido M, 60:161-77 Forstner G, 57:585-605 Holliday LS, 58:427-45 Chapman HA, 59:63-88 Foskett JK, 60:689-717 Holst JJ, 59:257-71 Chen J, 59:527-49 Francis SH, 56:237-72 Holzbaur ELF, 58:751-92 Chew CS, 56:445-61 Franzini-Armstrong C, 56:509-34 Hoover R, 57:171-89 Cidlowski JA, 60:601-17 Friedman PA, 60:179-97 Hopfer U, 56:649-69 Clements JA, 59:1-21 Frizzell RA, 56:371-97 Hostetter TH, 57:263-78 Colbert C, 60:327-46 Howard J, 58:703-29 Coleridge HM, 56:69-91 G Hsueh AJW, 59:349-63 Coleridge JCG, 56:69-91 Huguenard JR, 58:329-48 Colquhoun D, 57:469-93, Huxley HE, 58:1-19 495-519 Gadsby DC, 57:387-416 Hwang T-C, 57:387-416 768 CUMULATIVE INDEXES CONTRIBUTING AUTHORS, VOLUMES 56-60 A Contreras RG, 60:161-77 Gamba G, 58:649-68 Conway SJ, 60:267-86 Ganten D, 56:811-29 Abboud HE, 57:297-309 Corbin JD, 56:237-72 Garland T, 56:579-621 Agre P, 58:619-48 Costanzo JP, 60:55-72 Garthwaite J, 57:683-706 Aguilar-Bryan L, 60:667-87 Creazzo TL, 60:267-86 Gaston B, 57:151-70 Anderson JM, 60:121-42 Crill WE, 58:349-62 Gendler SJ, 57:607-—34 Ando Y, 56:711-39 Crowe JH, 60:73-103 Gibb AJ, 57:469-93, 495-519 Andresen MC, 56:93-116 Crowe LM, 60:73-103 Giebisch G, 59:413-36 Angleson JK, 60:347-63 Githens S, 56:419-43 D Gitlin JD, 58:51-71 Gleeson TT, 58:565-81 B Gluck SL, 58:427-45 Dallaporta B, 60:619-42 Godt RE, 60:267-86 Davies PF, 59:527-49 Babenko AP, 60:667-87 Good DW, 56:623—47 Delpire E, 58:649-68 Bansil R, 57:635-57 Granger DN, 57:311-32 DePaola N, 59:527-49 Barakat Al, 59:527-49 Griem ML, 59:527-49 Dickinson CJ, 59:273-98 Barbee KA, 59:527-49 Grieshaber MK, 60:33-53 Dietz HC, 56:763-96 Barchi RL, 57:355-85 Griffith OW, 57:707-36 Docherty R, 59:457-82 Barry DM, 58:363-94 Gross NJ, 57:135-50 Doerschuk CM, 57:97-114 Bell GI, 58:171-86 Gross SS, 57:737-69 Douglas JG, 56:649-69 Berne RM, 60:1-18 Grunwald ME, 58:395-426 Drazen JM, 57:151-70 Betz WJ, 60:347-63 Driscoll M, 59:659-89 Biber J, 58:607-18 Droogmans G, 59:145-70 H Bingle CD, 58:51-71 Dufau ML, 60:461-96 Block BA, 56:535-77 Blount P, 59:633-57 Hackett BP, 58:51-71 Border WA, 57:279-95 Hackney DD, 58:731-50 Boulton CL, 57:683-706 Haddad GG, 59:23-42 Bourque CW, 59:601-19 Edmonds B, 57:469-93, 495-519 Hamill OP, 59:621-31 Braun AP, 57:417-45 Evans GS, 56:399-417 Hand SC, 58:539-63 Breslow JL, 56:797-810 Exton JH, 56:349-69 Hardewig I, 58:539-63 Breyer MD, 56:711-39 Hazel JR, 57:19-42 Bryan J, 60:667-87 Hebert SC, 58:649-68; Burg MB, 59:437-55 59:413-36 Henry RP, 58:523-38 Feldman JL, 60:385—405 Herzlinger D, 56:671-89 Fineman JR, 57:115-34 Heymann MA, 57:115-34 Finn JT, 58:395-426 Hilfer SR, 58:93-113 Capel B, 60:497-523 Fischer TA, 57:805-26 Hilgemann DW, 59:193-220 Carpenter JF, 60:73-103 Fischman DA, 58:509-21 Hoffman D, 60:327—-46 Carter PA, 56:579-621 Flint N, 56:399-417 Hoffmann S, 56:811-29 Carter-Su C, 58:187-207 Floros J, 60:365-84 Hogg JC, 57:97-114 Cereijido M, 60:161-77 Forstner G, 57:585-605 Holliday LS, 58:427-45 Chapman HA, 59:63-88 Foskett JK, 60:689-717 Holst JJ, 59:257-71 Chen J, 59:527-49 Francis SH, 56:237-72 Holzbaur ELF, 58:751-92 Chew CS, 56:445-61 Franzini-Armstrong C, 56:509-34 Hoover R, 57:171-89 Cidlowski JA, 60:601-17 Friedman PA, 60:179-97 Hopfer U, 56:649-69 Clements JA, 59:1-21 Frizzell RA, 56:371-97 Hostetter TH, 57:263-78 Colbert C, 60:327-46 Howard J, 58:703-29 Coleridge HM, 56:69-91 G Hsueh AJW, 59:349-63 Coleridge JCG, 56:69-91 Huguenard JR, 58:329-48 Colquhoun D, 57:469-93, Huxley HE, 58:1-19 495-519 Gadsby DC, 57:387-416 Hwang T-C, 57:387-416 768 CONTRIBU" TING AUTHORS 769 Liddle RA, 59:221-42 *yeritz RE, 56:763-96 Lopatin AN, 59:171-91 Ichikawa I, 59:395-412 Inagami T, 57:171-89 M Ingber DE, 59:575-99 Rand MJ, 57:659-82 Ishibashi K, 60:199-220 Madara JL, 60:143-59 Rayment I, 58:671-702 lyori M, 58:427-45 Magee J, 60:327-46 Rekling JC, 60:385-405 Izumo S, 59:551-71 Makino H, 56:273-95 Resche-Rigon M, 60:619-42 Manganiello VC, 56:273-95 Riese RJ, 59:63-88 Marrion NV, 59:483-504 Robotewskyj A, 59:527-49 Martinac B, 59:633-57 Role LW, 57:521-46 Jackson MB, 57:447-68 Marumo F, 60:199-—220 toss R, 57:791-804 Jacobs E, 59:527-49 Massaro D, 58:73-92 en J, 57:69-95 James TN, 60:309-25 Massaro GD, 58:73-92 Janmey PA, 56:169-91 Mather JP, 57:219-44 Jefferson LS, 56:321-48 Matsusaka T, 59:395-412 Jiang C, 59:23-42 McBride DW, 59:621-31 hs G, 59:243-56 Johnston D, 60:327—-46 McGehee DS, 57:521-46 Sackin H, 57:333-53 Jorgensen AO, 56:509-34 McGowan SE, 59:43-62 loshima J, 59:551-71 Joseph L, 59:527-49 Mecham RP, 59:89-144 elson LC, 58:209-29 Mehler EL, 56:213-36 nds BE, 58:253-73 K Meissner G, 56:485-508 isaki S, 60:199-220 Mikawa T, 58:509-21 la M, 59:273-98 Kaipia A, 59:349-63 Minoo P, 56:13-45 nann HJ, 57:1-18 Kala P, 60:365-84 Mitic LL, 60:121-42 I er BA, 60:407-29 Kamm KE, 58:115-41 Morris AP, 56:371-97 hmidt-Nielsen K, 56:1-12 Kaplan MR, 58:649-68 Mount DB, 58:649-68 hneider MF, 56:463-84 Kasai H, 56:297-319 Murer H, 58:607-18 an H, 57:417-45 Ketteler M, 57:279-95 huster VL, 60:221-42 Kidd VJ, 60:533-73 N hwartz J, 58:187-207 Kimball SR, 56:321—48 J, 58:483-507 King KL, 60:601-17 Nabel EG, 56:741-61 Shah SV, 57:245-62 King LS, 58:619-48 Nabel GJ, 56:741-61 i G-P, 59:63-88 King RJ, 56:13-45 Nagel G, 57:387-416 re SA. 57:151-70 Kirby ML, 60:267-86 Naruse M, 57:171-89 I ., 60:161-77 Kirk K, 60:719-39 Nerbonne JM, 58:363-94 vlin CL, 58:483-507 Koepsell H, 60:243-66 Nichols CG, 59:171-91 berg DG, 58:275-97 Kolesnick RN, 60:643-65 Nilius B, 59:145-70 t LS, 58:187-207 Kono T, 56:273-95 Noble NA, 57:279-95 58:671-702 Kooyman GL, 60:19-32 fer SJ, 57:115-34 Korthuis RJ, 57:311-32 O “ro GN, 57:43-68 Kostrominova TY, 58:427-45 r AP, 57:607-34 Kotlikoff MI, 58:115—41 Oliet SHR, 59:601-19 *>1 AM, 58:143-70 Kroemer G, 60:619-42 KR, 60:105-19 Krénke M, 60:463-65 ver TA, 57:827-72 Kiiltz D, 59:437-55 ley E, $7:635-57 Kung C, 59:633-57 Pape H-C, 58:299-327 ib NC, 56:47-67 Kunze DL, 56:93-116 Paul M, 56:811-29 nark KR, 59:89-144 Kwon ED, 59:437-55 Perry SF, 59:325-47 t AF, 60:431-60 re K, 60:719-39 Petersen CCH, 56:297-319 *hr DJ, 57:707-36 Petersen OH, 56:297-319 2 RK, 58:583-605 Pfeffer JM, 57:805-26 v HM, 60:287-308 LaMont JT, 57:635-57 Pfeffer MA, 57:805-—26 kharev SI, 59:633-57 Leatherbury L, 60:267-86 Pilkis SJ, 58:171-86 Surprenant A, 56:117—40 Lee BS, 58:427-45 Podolsky DK, 58:253-73 Lee RE Jr, 60:55-72 Polacek DC, 59:527-49 seney HL, 58:751-92 Levi R, 57:771-90 Polonsky KS, 58:171-86 Levitan IB, 56:193-212 Ponganis PJ, 60:19-32 Li CG, 57:659-82 Potten CS, 56:399-417 Lichtenberger LM, 57:565-83 Prinz C, 59:243-56 k LA, 57:547-64 770 CONTRIBUTING AUTHORS Tavernarakis N, 59:659-89 Viana F, 59:145-70 Wolin MS, 57:737-69 Thompson EB, 60:525-31, Volin MV, 59:527-49 Wood JN, 59:457-82 575-600 Vilkel S, 60:33-53 Woodruff TK, 57:219-44 Tobacman LS, 58:447-81 Wu SM, 56:141-68 Torday JS, 59:43-62 W Wysolmerski JJ, 60:431-60 Traber PG, 58:275-97 Wagner J, 56:811-29 Y U Wagner PD, 58:21-50 Walsh PJ, 59:299-323 fakel SL, 57:447-68 Umans JG, 57:771-90 Wang W, 59:413-36 Yau K-W, 58:395-426 Underhill DM, 58:427-45 Wasserman DH, 57:191-218 Yount RG, 58:671-702 Urata H, 56:811-29 Weber IT, 58:171-86 Wehling M, 59:365-93 Vv Weinstein AM, 56:691-709 Z Weinstein H, 56:213-36 Valdés J, 60:161-77 Wernick MN, 59:527-49 Zaret KS, 58:231-51 Vary TC, 56:321-48 Winegrad S, 59:505-25 Zeng N, 59:243-56 CHAPTER TITLES, VOLUMES 56-60 CARDIOVASCULAR PHYSIOLOGY Complex Models for the Study of Gene Function in Cardiovascular Biology EG Nabel, GJ Nabel 56:741-61 Molecular Genetic Approaches to the Study of Human Cardiovascular Disease HC Dietz Ill, RE Pyeritz 56:763-96 Insights into Lipoprotein Metabolism from Studies in Transgenic Mice JL Breslow 56:797-810 Transgenic Rats: New Experimental Models for the Study of Candidate Genes in Hypertension Research M Paul, J Wagner, S Hoffmann, 56:811-29 H Urata, D Ganten Cell Biology of Atherosclerosis R Ross 57:791-804 Angiotensin-Converting Enzyme Inhibition and Ventricular Remodeling after Myocardial Infarction JM Pfeffer, TA Fischer, MA Pfeffer 57:805-26 Traffic Signals on Endothelium for Lymphocyte Recirculation and Leukocyte Emigration TA Springer 57:827-72 Thin Filament-Mediated Regulation of Cardiac Contraction LS Tobacman 58:447-81 Inherited Diseases of the Vasculature CL Shovlin, J Scott 58:483-507 The Polyclonal Origin of Myocyte Lineages T Mikawa, DA Fischman 58:509-21 Endothelial Cell Regulation of Contractility of the Heart S Winegrad 59:505-25 Spatial Relationships in Early Signaling Events of Flow-Mediated Endothelial Mechanotransduction PF Davies, KA Barbee, MV Volin, 59:527-49 A Robotewskyj, J Chen, L Joseph, ML Griem, MN Wernick, E Jacobs, DC Polacek, N DePaola, AI Barakat The Cellular and Molecular Response of Cardiac Myocytes to Mechanical Stress J Sadoshima, S Izumo 59:551-71 Role of Cardiac Neural Crest Cells in Cardiovascular Development TL Creazzo, RE Godt, L Leatherbury, 60:267-86 SJ Conway, ML Kirby Molecular Insights into Cardiac Development HM Sucov 60:287-308 Normal and Abnormal Consequences of Apoptosis in the Human Heart TN James 60:309-25 CELL PHYSIOLOGY Phosphoinositides and Calcium as Regulators of Cellular Actin Assembly and Disassembly PA Janmey 56:169-91 Modulation of Ion Channels by Protein Phosphorylation and Dephosphorylation IB Levitan 56:193-212 Ca?+-Binding and Structural Dynamics in the Functions of Calmodulin H Weinstein, EL Mehler 56:213-36 Structure and Function of Cyclic Nucleotide-Dependent Protein Kinases SH Francis, JD Corbin 56:237-72 Physiologic Mechanisms of PostIschemic Tissue Injury DN Granger, RJ Korthuis 57:311-32 Ti CHAPTER TITLES Mechanosensitive Channels H Sackin 57:333-53 Molecular Pathology of the Skeletal Muscle Sodium Channel RL Barchi 57:355-85 The CFTR Chloride Channel of Mammalian Heart DC Gadsby, G Nagel, T-C Hwang 57:387-416 The Multifunctional Calcium/Calmodulin-Dependent Protein Kinase: From Form to Function AP Braun, H Schulman 57:417-45 Myocardial Potassium Channels: Electrophysiological and Molecular Diversity DM Barty, JM Nerbonne 58:363-94 Cyclic Nucleotide-Gated Ion Channels: An Extended Family with Diverse Functions JT Finn, ME Grunwald, K-W Yau 58:395-426 Physiology and Biochemistry of the Kidney Vacuolar H* -ATPase SL Gluck, DM Underhill, M Iyori, 58:427-45 LS Holliday, TY Kostrominova, BS Lee Jon Channels in Vascular Endothelium B Nilius, F Viana, G Droogmans 59:145-70 Inward Rectifier Potassium Channels CG Nichols, AN Lopatin 59:171-91 Cytoplasmic ATP-Dependent Regulation of Ion Transporters and Channels: Mechanisms and Messengers DW Hilgemann 59:193-220 A View of SUR/Kjp6.X, Karp Channels AP Babenko, L Aguilar-Bryan, 60:667-87 J Bryan CIC and CFTR Chloride Channel Gating JK Foskett 60:689-717 Functional Properties and Physiological Roles of Organic Solute Channels K Kirk, K Strange 60:719-39 COMPARATIVE PHYSIOLOGY Thermogenesis in Muscle BA Block 56:535-77 Evolutionary Physiology T Garland Jr, PA Carter 56:579-621 Thermal Adaptation in Biological Membranes: Is Homeoviscous Adaptation the Explanation? JR Hazel 57:19-42 Proteins and Temperature GN Somero 57:43-68 The Evolution of Endothermy in Mammals and Birds: From Physiology to Fossils J Ruben 57:69-95 Multiple Roles of Carbonic Anhydrase in Cellular Transport and Metabolism RP Henry 58:523-38 Downregulation of Cellular Metabolism During Environmental Stress: Mechanisms and Implications SC Hand, I Hardewig 58:539-63 Post-Exercise Lactate Metabolism: A Comparative Review of Sites, Pathways, and Regulation TT Gleeson 58:565-8 1 Upper Limits to Mass-Specific Metabolic Rates RK Suarez 58:583-605 Evolution and Regulation of Urea Synthesis and Ureotely in (Batrachoidid) Fishes PJ Walsh 59:299-323 The Chloride Cell: Structure and Function in the Gills of Freshwater Fishes SF Perry 59:325-47 The Physiological Basis of Diving to Depth: Birds and Mammals GL Kooyman, PJ Ponganis 60:19-32 Animal Adaptations for Tolerance and Exploitation of Poisonous Sulfide MK Grieshaber, S Vélkel 60:33-53 Biological Ice Nucleation and Ice Distribution in Cold-Hardy Ectothermic Animals RE Lee Jr, JP Costanzo 60:55-72 The Role of Vitrification in Anhydrobiosis JH Crowe, JF Carpenter, LM Crowe 60:73-103 ENDOCRINOLOGY Role of ATP in Insulin Actions H Makino, VC Manganiello, T Kono 56:273-95 Calcium and Hormone Action OH Petersen, CCH Petersen, H Kasai 56:297-319 Regulation of Protein Synthesis by Insulin SR Kimball, TC Vary, LS Jefferson 56:321-48 CHAPTER TITLES 773 Phosphoinositide Phospholipases and G Proteins in Hormone Action JH Exton 56:349-69 Endothelium as an Endocrine Organ T Inagami, M Naruse, R Hoover 57:171-89 Regulation of Glucose Fluxes During Exercise in the Postabsorptive State DH Wasserman 57:191-218 Inhibin, Activin, and the Female Reproductive Axis TK Woodruff, JP Mat 57:219-44 Defects in G Protein-Coupled Signal Transduction in Human Disease AM Spiegel 58:143-70 Glucokinase Mutations, Insulin Secretion, and Diabetes Mellitus SGI Bell, SJ Pilkis 58:171-86 KS Polonsky Molecular Mechanism of Growth Hormone Action C Carter-Su, J Schwartz, LS Smit 58:187-207 Regulation of Ovarian Follicle Atresia A Kaipia, AJW Hsuel 59:349-63 Specific, Nongenomic Actions of Steroid Hormones M Wehling 59:365-93 Sexual Differentiation of Avian Brain and Behavior: Current Views on Gonadal Hormone-Dependent and -Independent Mechanisms BA Schlinger 60:407-29 The Physiology of Parathyroid Hormone-Related Protein: An Emerging Role as a Development Factor JJ Wysolmersk 60:431-60 The Lutenizing Hormone Receptor ML Dufau 60:461-96 Sex in the 90s: SRY and the Switch to the Male Pathway B Capel 60:497-523 GASTROINTESTINAL PHYSIOLOGY Vesicle Targeting and Ion Secretion in Epithelial Cells: Implications for Cystic Fibrosis AP Morris, RA F 56:371-97 Primary Cultures for Studies of Cell Regulation and Physiology in Intestinal Epithelium GS Evans, N Flint 56:399-417 Pancreatic Duct Cell Cultures S Githens 56:419-43 Parietal Cell Culture: New Models and Directions CS Chew 56:445-61 In Defense of the Oral Cavity: Structure Biosynthesis, and Function of Salivary Mucins LA Tabak 57:547-64 The Hydrophobic Barrier Properties of Gastrointestinal Mucus LM Lichtenberge 57:565-83 Signal Transduction, Packaging, and Secretion of Mucins G Forstnetr 57:585-605 Epithelial Mucin Genes SJ Gendler, AP S 57:607-34 Mucin Biophysics R Bansil, E Star 57:635-57 rransgenic Approaches to Salivary Gland Research LC Samuelsor :209-29 Molecular Genetics of Early Liver Development KS Zaret 8:231-51 The Trefoil Peptide Family BE Sands, DK P 58:253-73 Intestine-SpecifGiecne Transcription PG Traber, DG S 275-97 Cholecystokinin Cells RA Liddle 221-42 Physiology of Isolated Gastric Endocrine Cells G Sachs, N Zeng, C Pr :243-56 Enteroglucagon JJ Holst 257-71 he G Cell M Sawada, CJ Dickinson 273-98 Routes and Mechanism of Fluid Transport by Epithelia KR Spring 60:105-19 Molecular Architecture of Tight Junctions LL Mitic, JM Ar 60:121-42 Regulation of the Movement of Solutes Across Tight Junctions JL Madara 60:143-59 Role of Tight Junctions in Establishing and Maintaining Ceil Polarity M Cereijido, J Valdés, L Shoshani, 60:161-77 RG Contreras 774 CHAPTER TITLES NEUROPHYSIOLOGY Nucleus Tractus Solitarius - Gateway to Neural Circulatory Control MC Andresen, DL Kunze 56:93-116 Control of the Gastrointestinal Tract by Enteric Neurons A Surprenant 56:117—40 Synaptic Transmission in the Outer Retina SM Wu 56:141-68 The 5-HT; Receptor Channel MB Jackson, JL Yakel 57:447-68 Mechanisms of Activation of Muscle Nicotinic Acetylcholine Receptors and the Time Course of Endplate Currents B Edmonds, AJ Gibb, D Colquhoun 57:469-93 Mechanisms of Activation of Glutamate Receptors and the Time Course of Excitatory Synaptic Currents B Edmonds, AJ Gibb, D Colquhoun 57:495-519 Physiological Diversity of Nicotinic Acetylcholine Receptors Expressed by Vertebrate Neurons DS McGehee, LW Role 57:521-46 Queer Current and Pacemaker: The Hyperpolarization-Activated Cation Current in Neurons H-C Pape 58:299-327 Low-Threshold Calcium Currents in Central Nervous System Neurons JR Huguenard 58:329-48 Persistent Sodium Current in Mammalian Central Neurons WE Crill 58:349-62 Chemical Activators of Sensory Neurons JN Wood, R Docherty 59:457-82 Control of M-Current NV Marrion 59:483-504 Electrical and Calcium Signaling in Dendrites of Hippocampal Pyramidal Neurons J Magee, D Hoffman, C Colbert, 60:327-46 D Johnston The Synaptic Vesicle Cycle WJ Betz, JK Angleson 60:347-63 PREFATORY CHAPTERS About Curiosity and Being Inquisitive K Schmidt-Nielsen 56:1-12 Amarcord HJ Schatzmann 57:1-18 A Personal View of Muscle and Motility Mechanisms HE Huxley 58:1-19 Lung Surfactant: A Personal Perspective JA Clements 59:1-21 By Choice or By Chance: Factors that Influenced My Life and Career RM Berne 60:1-18 RENAL AND ELECTROLYTE PHYSIOLOGY Ammonium Transport by the Thick Ascending Limb of Henle’s Loop DW Good 56:623-47 Novel Aspect of Angiotensin Receptors and Signal Transduction in the Kidney JG Douglas, U Hopfer 56:649-69 Renal Stem Cells and the Lineage of the Nephron D Herzlinger 56:671-89 Mathematical Models of Tubular Transport AM Weinstein 56:69 1-709 Hormonal Signaling and Regulation of Salt and Water Transport in the Collecting Duct MD Breyer, Y Ando 56:711-39 The Role of Reactive Oxygen Metabolites in Glomerular Disease SV Shah 57:245-62 Progression of Renal Disease and Renal Hypertrophy TH Hostetter 57:263-78 Transforming Growth Factor-8 and Angiotensin II: The Missing Link from Glomerular Hyperfiltration to Glomerulosclerosis? M Ketteler, NA Noble, WA Border 57:279-95 Role of Platelet-Derived Growth Factor in Renal Injury HE Abboud 57:297-309 Molecular Mechanisms of Renal Apical Na/Phosphate Cotransport H Murer, J Biber 58:607-18 CHAPTER TITLES 775 Pathophysiology of the Aquaporin Water Channels LS King, P Agre 58:619-48 Molecular Mechanisms of NaC! Cotransport MR Kaplan, DB Mount, | Delpire, 58:649-68 G Gamba, SC Hebert Biological Functions of Angiotensin and Its Receptors T Matsusaka, I Ichikav 59:395-412 Renal K* Channels: Structure and Function W Wang, SC He jiebisch 59:413-36 Regulation of Gene Expression by Hypertonicity MB Burg, ED Kwon D Kiiltz 59:437-S5 Codependence of Renal Calcium and Sodium Transport PA Friedman 60:179-97 Aquaporin-2 and -3: Representatives of Two Subgroups of the Aquaporin Family Colocalized in the Kidney Collecting Duct S Sasaki, K Ishibashi, F Marumo 60:199-220 Molecular Mechanisms of Prostaglandin Transport VL Schuster 60:221-42 Organic Cation Transporters in Intestine, Kidney, Liver, and Brain H Koepsell 60:243-66 RESPIRATORY PHYSIOLOGY Epithelial-Mesenchymal Interactions in Lung Development P Minoo, RJ Kir 56:13-45 Pulmonary Intravascular Macrophages NC Staub 56:47-67 Pulmonary Reflexes: Neural Mechanisms of Pulmonary Defense HM Coleridge, JCG Coleridge 56:69-91 Leukocyte Traffic in the Lung JC Hogg, CM Doerschuk 57:97-114 Regulation of Pulmonary Vascular Tone in the Perinatal Period JR Fineman, SJ Soifer, MA Heymann 57:115-34 Extracellular Metabolism of Pulmonary Surfactant: The Role of a New Serine Protease NJ Gross 57:135-50 Chemical Regulation of Pulmonary Airway Tone JM Drazen B Gaston, SA Shore 57:151-70 Determinants of Maximal Oxygen Transport and Utilization PD Wagner 58:21-S0 Mechanisms of Gene Expression and Cell Fate Determination in the Developing Pulmonary Epithelium BP Hackett, CD Bingle, JD Gitlin 58:51-71 Formation of Pulmonary Alveoli and Gas-Exchange Surface Area: Quantitation and Regulation GD Massaro, D Ma 58:73-92 O2-Sensing Mechanisms in Excitable Cells Role of Plasma Membrane K* Channels GG Haddad, C Jiang 59:23-42 The Pulmonary Lipofibroblast (Lipid Interstitial Cell) and Its Contribution to Alveolar Development SE McGowan, JS T 59:43-62 Emerging Roles for Cysteine Proteases in Human Biology HA Chapman, RJ Riese, G-P Shi 59:63-88 Cellular and Molecular Mechanisms of Pulmonary Vascular Remodeling KR Stenmark, RP Mecham 59:89-144 Surfactant Proteins: Molecular Genetics of Neonatal Pulmonary Diseases J Floros, P Kala 60:365-84 PreBétzinger Complex and Pacemaker Neurons Hypothesized Site and Kernel for Respiratory Rhythm Generation JC Rekling, JL Feldman 60:385—405 SPECIAL TOPICS: APOPTOSIS Introduction: Apoptosis EB Thompson 60:525-31 Proteolytic Activities that Mediate Apoptosis VJ Kidd 60:533-73 The Many Roles of C-Myc in Apoptosis EB Thompson 60:575-600 Cell Cycle Regulation and Apoptosis KL King, JA Cidlowski 60:601-17 The Mitochondrial Death/Life Regulator in Apoptosis and Necrosis G Kroemer, B Dallaporta 60:619-42 M Resche-Rigon 776 CHAPTER TITLES Regulation of Ceramide Production and Apoptosis RN Kolesnick, M Krénke EXCITATION-CONTRACTION COUPLING Control of Calcium Release in Functioning Skeletal Muscle Fibers MF Schneider 56:463-84 Ryanodine Receptor/Ca** Release Channels and Their Regulation by Endogenous Effectors G Meissner 56:485-508 Structure and Development of E-C Coupling Units in Skeletal Muscle C Franzini-Armstrong, AO Jorgensen 56:509-34 MECHANOSENSITIVITY Tensegrity: The Architectural Basis of Cellular Mechanotransduction DE Ingber 59:575-99 Osmoreceptors in the Central Nervous System CW Bourque, SHR Oliet 59:601-19 Induced Membrane Hypo/Hyper-Mechanosensitivity: A Limitation of Patch-Clamp Recording OP Hamill, DW McBride Jr 59:621-31 Mechanosensitive Channels of Escherichia coli: The MscL Gene, Protein, and Activities SI Sukharev, P Blount, B Martinac, 59:633-57 C Kung Molecular Modeling of Mechanotransduction in the Nematode Caenorhabditis elegans N Tavernarakis, M Driscoll 59:659-89 MOLECULAR MOTORS The Active Site of Myosin I Rayment, C Smith, RG Yount 58:671-702 The Movement of Kinesin Along Microtubules J Howard 58:703-29 The Kinetic Cycles of Myosin, Kinesin, and Dynein DD Hackney 58:731-5S0 Mutational Analysis of Motor Proteins HL Sweeney, ELF Holzbaur 58:751-92 NITRIC OXIDE Nitric Oxide as an Neurotransmitter in Peripheral Nerves: Nature of Transmitter and Mechanism of Transmission MJ Rand, CG Li 57:659-82 Nitric Oxide Signaling in the Central Nervous System J Garthwaite, CL Boulton 57:683-706 Nitric Oxide Synthases: Properties and Catalytic Mechanism OW Griffith, DJ Stuehr 57:707-36 Nitric Oxide: Pathophysiological Mechanisms SS Gross, MS Wolin 57:737-69 Nitric Oxide in the Regulation of Blood Flow and Arterial Pressure JG Umans, R Levi 57:771-90 PATHOPHYSIOLOGY Molecular Mechanisms of 8-Adrenergic Relaxation of Airway Smooth Muscle MI Kotlikoff, KE Kamm 58:115-41