| Title |
| The Central Organization of the Thermoregulatory System |
| Application of Heat and Cold: Physiological Responses and Therapeutic
Implications |
| Cerebral Regulation ofThirst |
| Hypothalamic Neuroendocrine Responses to Cold and Dehydration
Stress |
| Differential Activation of Nitrergic Hypothalamic Neurons by Heat
Exposure and Dehydration |
| Thermoregulation as Survival Mechanism in Individuals and Species:
Mutual Control of Body Temperature, Ingestion, and Reproduction
in the Hypothalamus |
| Merits of Diluted Sweat with Training on Arterial Pressure and
Body Temperature Regulation in Heat Stress |
| Thermal Stress and Water Supplementation |
Adaptive Changes in Sweat Gland Function |
| Protective Measures Against Solar Radiant Heat and Ultraviolet
Irradiation |
| Central and Peripheral Control of Sweating Mechanisms: Modifications
byThermal Acclimatization and Physical Training |
| Global Warming and Deaths from Heat Stroke |
| Tackling Cold Stress |
| Brown Adipose TIssue and Nonshivering Thermogenesis in Stressful
States |
| Diurnal and Seasonal Reactivity Patterns of Chemical Transmission
in the Suprachiasmatic Nuclei and ether Brain Entities Related to
Hibernation |
| Induced Hypothermia in Cardiovascular and Brain Surgery |
| Postanesthetic Shivering |
| Sympathetic Adjustment of Cardiovascular Contral and Thermoregulation
in Humans Exposed to Heat Stress |
| Muscle Sympathetic Nerve Activity During Acute Increase in Core
Temperature in Humans |
| Sympathetic Control of Sweating and Cutaneous Active Vasodilatation |
| Lesions of the Central Nervous System and Sudomotor Impairments |
| The Rat Tail as a Model Organ für Peripheral Vasodilation |
| Concept of Selective Brain Cooling and Hs Implication |
| Selective Brain Cooling in Mammals: General and Regional. Modes
of Operation |
| The Role of Juvenile Thermoregulatory Thermogenesis in the Development
of Normal Energy Balance or Obesity |
| Endocrine Responses to Heat and Cold Stress |
| Thermal Stress and Immunity |
| Autonomie and Neuroendoerine Modulation of Cellular Immunity |
| Exereise and Immunity |
| Changes in Immune Aetivities by Heat Stress |
| Autonomie and Endocrine Adjustments in Fever |
| Adaptive Changes in the Sympathetie Nervous and Endoerine Systems
During Fever Indueed by Interleukin-1ß in Conseious Rats:
Potential Neural Mechanism |
| Neuroanatomy of Fever: Loealization of Cytokine and Prostagiandin
Systems in the Brain |
| Temperature Homeostasis and Redox Homeostasis |
| Fever and Related Host Defense Responses |
| Title |
| Stress Response: Overview |
| Induction of Heat-Shoek Proteins and Their Biological Functions |
| Fundamental Aspects of Hyperthermia on Cellular and Molecular
Levels |
| Leaming from Baeteria: Molecular Chaperones in Ribosomes and Thermophilie
Adaptation |
| Molecular Chaperone and Folding: Lessons from Heat Shock Protein
Research |
| Modifieations of Stress Response in Mammalian Cells Incubated
at Low Temperature, Thermotolerant Cells, and Neuronal Cells During
Differentiation |
| Mammalian 105-kDa Heat-Shock Protein HSP105 and Its Biological
Function |
| Induction of Heat-Shock Pro teins in Ischemie Heart and Myocardial
Protection |
| Theoretical and Experimental Basis of Hyperthermia
|
| Thermal Responses of Microcirculation and Modification of Tumor
Blood Flow in Treating the Tumors |
| Heat Inactivation of DNA-Dependent Protein Kinase: Possible Mechanism
of Hyperthermia Radiosensitization |
| Recent Aspects of Elucidating the Cellular Basis of Thermochemotherapy |
| Effects of Hyperthermia-lnduced Changes in pHValue on Tumor Response
and Thermotolerance |
| Enhancement of Hyperthermia Effects Using Rapid Heating |
| Molecular and Cellular Factors Determining Cell Susceptibility
to Heat Shock |
| Enhancement of Cytotoxie Effects of Chemotherapeutic Agents with
Hyperthermia In Vitra |
| Radiofrequency Hyperthermia Alone in the Palliative Treatment
of Mucinous Carcinomatosis: Optimizing and Monitoring Heat Delivery |
| Cancer Gene Therapy in Conjunction with Hyperthermia Under the
Control of Heat- Inducible Promoter |
| Current Status of Clinical Hyperthermia Oncology in Japan |
| Physiology and Psychology in Hyperthermia Oncology: Contribution
of Clinceal Oncologists in the Development of Heating of Deep-Seated
Tumors |
| Title |
| Clinical Usefulness of Long- Term Thermohydrotherapy (Balneotherapy) |
| Combined Radon and Heat Exposure forTreatment of Rheumatic Diseases:
A Clinical Approach |
| Thermonociception: Sensory and Modulatory Mechanisms in Pathological
Conditions |
| Regulation of Efferent Functions of C-Fiber Nociceptors |
| Pathogenesis and New Strategies in Rheumatoid Arthritis |
| Thermotherapy of Pain, Trauma, and Inflammatory and Degenerative
Rheumatic Diseases |
