Table Of Content

Thermochimica Acta, 193 (1991) 449 Elsevier Science Publishers B.V., Amsterdam AUTHOR INDEX Addink, A.D.F., 41 Hansen, L.D., 67 Rialdi, G., 349 Aki, H., 287 Hartung, J., 183 Russell, $.J., 195 Hirata, T., 99 Barisas, B.G., 349 Sauer, P.J.J., 49 Battistel, E., 349 Kemp, R.B., 253 Schaarschmidt, B., 125 Beezer, A.E., 195 Klump, H.H., 391 Schuller, D., 135 Blume, A., 299 Kriger, D., 173 Schultze-Motel, P., 57 Breidenbach, R.W., 67 Seymour, R.S., 91 Buckton, G., 195 Lambelet, P., 417 Smit, H., 41 Lamprecht, I., 125 Sobolewski, C.H.M., 391 Castronuovo, G., 363 Criddle, R.S., 67 Maeder, D.L., 391 Van den Thillart, G., 41 Marison, I.W., 215 Van Waversveld, J., 41 Dauncey, M.J., 1 Monti, M., 281 Visser, H.K.A., 49 Daut, J., 269 Motzkus, Ch., 125 Volker, J., 391 Drong, K., 125 Miller, B.G., 135 Von Stockar, U., 215 Minzing, K., 441 Ebens, J., 135 Weppen, P., 135 Elzinga, G., 269 Niermann, Th., 391 Nishimoto, T., 99 GroB, T., 269 Yamamoto, M., 287 Grossklaus, R., 173 Raemy, A., 417 Gustafsson, L., 145 Reh, U., 107 Zentgraf, B., 243 Thermochimica Acta, 193 (1991) 451-452 Elsevier Science Publishers B.V., Amsterdam SUBJECT INDEX Animal cells Calorimetric studies of heat flux in animal Drug binding cells, 253 Flow microcalorimetry for human erythro- Aquatic animals cyte hemolysis induced by ionic drug bind- A novel 1 liter flow-through calorimeter for ing, 287 heat production measurements on aquatic animals without stress, 41 Ecology Arum lily Calorimetry in ecology, 107 Analysis of heat production in a thermogenic Enzymes arum lily, Philodendron selloum, by three Thermodynamics of enzymes in unusual en- calorimetric methods, 91 vironments, 349 Erythrocyte hemolysis Basal metabolism Flow microcalorimetry for human erythro- The contribution of the sodium pump to the cyte hemolysis induced by ionic drug bind- basal metabolism of isolated cardiac muscle: ing, 287 a calorimetric study, 269 Batch microcalorimetry A bioassay of pollutants from animal house Flame-retardant air by batch microcalorimetry, 183 DSC, DTA, and TG of cellulose untreated Bench-scale calorimetry and treated with flame-retardants, 99 Bench-scale calorimetry in biotechnology, Flow microcalorimetry 243 Flow microcalorimetry for human erythro- Biotechnology cyte hemolysis induced by ionic drug bind- Large-scale calorimetry and biotechnology, ing, 287 215 Flow-through calorimeter Bench-scale calorimetry in biotechnology, A novel 1 liter flow-through calorimeter for 243 heat production measurements on aquatic Bombus lapidarius animals without stress, 41 Heat loss and thermoregulation in a nest of Food the bumblebee Bombus lapidarius (Hymen- Thermal behaviour of foods, 417 optera, Apidae), 57 Bumblebee Heat flux Heat loss and thermoregulation in a nest of Calorimetric studies of heat flux in animal the bumblebee Bombus lapidarius (Hymen- cells, 253 optera, Apidae), 57 Heat loss Heat loss and thermoregulation in a nest of Caecal flora the bumblebee Bombus lapidarius (Hymen- In vitro energy conversion of sugars and optera, Apidae), 57 sugar substitutes by rat caecal flora, 173 Heat production Cardiac muscle A novel 1 liter flow-through calorimeter for The contribution of the sodium pump to the heat production measurements on aquatic basal metabolism of isolated cardiac muscle: animals without stress, 41 a calorimetric study, 269 Analysis of heat production in a thermogenic Cellulose arum lily, Philodendron selloum, by three DSC, DTA, and TG of cellulose untreated calorimetric methods, 91 and treated with flame-retardants, 99 Hybridoma cells Cereal Calorimetric studies of lymphocytes and hy- DSC studies of starch in cereal and cereal bridoma cells, 281 products, 441 Hymenoptera, Apidae Chromatin Heat loss and thermoregulation in a nest of Conformational changes in nucleic acids/ the bumblebee Bombus lapidarius (Hymen- chromatin structure, 391 optera, Apidae), 57 452 Infants Plant Calorimetry of newborn infants: techniques Plant calorimetry: how to quantitatively com- and applications, 49 pare apples and oranges, 67 Pollutants Large-scale calorimetry A bioassay of pollutants from animal house Large-scale calorimetry and biotechnology, air by batch microcalorimetry, 183 215 Pollution Calorimetric investigations of pollution by Lymphocytes xenobiotics, 125 Calorimetric studies of lymphocytes and hy- Protein bridoma cells, 281 Proteins in aqueous solutions. Calorimetric studies and thermodynamic characterization, Megacalorimetry 363 Large-scale calorimetry and biotechnology, 215 Membranes Rat Biological calorimetry: membranes, 299 In vitro energy conversion of sugars and Microbes sugar substitutes by rat caecal flora, 173 On-line estimation of biological oxygen demand using direct calorimetry on surface attached microbial cultures, 135 Sodium pump Microbiological calorimetry, 145 The contribution of the sodium pump to the Microbial cultures basal metabolism of isolated cardiac muscle: On-line estimation of biological oxygen de- a calorimetric strudy, 269 mand using direct calorimetry on surface Starch attached microbial cultures, 135 DSC studies of starch in cereal and cereal Microcalorimetry products, 441 Flow microcalorimetry for human erythro- Stress cyte hemolysis induced by ionic drug bind- A novel 1 liter flow-through calorimeter for ing, 287 heat production measurements on aquatic animals without stress, 41 Newborn Sugar Calorimetry of newborn infants: techniques In vitro energy conversion of sugars and and applications, 49 sugar substitutes by rat caecal flora, 173 Nucleic acids Conformational changes in nucleic acids/ chromatin structure, 391 Thermoregulation Heat loss and thermoregulation in a nest of Oxygen demand the bumblebee Bombus lapidarius (Hymen- On-line estimation of biological oxygen de- optera, Apidae), 57 mand using direct calorimetry on surface attached microbial cultures, 135 Whole-body calorimetry Pharmaceutical Whole-body calorimetry in man and animals, Pharmaceutical calorimetry: a selective re- 1 view, 195 Philodendron selloum Analysis of heat production in a thermogenic Xenobiotics arum lily, Philodendron selloum, by three Calorimetric investigations of pollution by calorimetric methods, 91 xenobiotics, 125