Medical Hydrology and Balneology: Environmental Aspects

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Medical Hydrology and Balneology: Environmental Aspects The texts are divided into those occurring in currently active spas, Alhama, Alicún de las Torres, Graena and Lanjaron, and those that took place in popularly recognized healing waters not considered officially today, though local people know them and use them because of their positive effects, hoping that soon they will recover official recognition and activity. The lodges, roads, and transportation of these times, indirect conditioners of the situation of the spas, as well as a text from a Medical Hydrology book, to get to know the professional point of view on the subject, occupy some of the pages. It is curious that most of the time, travelers and doctors agree in their appreciations. Keywords: Alhama de Granada, Alicún de las Torres, Graena, Lanjarón, Travelers 286 Balnea 2012, núm. 6, 285-286
Hippolytus´ house: a roman medical bath in complutum? Graña N (1) , Diaz E (2) (1) Medical Hydrologist, Madrid, Spain (2) Geologist, Madrid, Spain nargradev@yahoo.es Introduction and Objectives In Spain, a substantial number of the archaeologist findings of Roman Medical Bath are located in Extremadura, Galicia, east of Catalonia, south Andalucía and Murcia, all related to the main roman roads of Hispania. However, in the way from Tarraco to Emerita Augusta, are not many archaeological sites and practically none of them in Madrid, despite the abundance of medical mineral water (MMW) springs in the region. Because of this information we start a search of the archaeological sites with MMW in Madrid. In the site of Complutum, nowadays Alcalá de Henares, we found information about the site called La Casa de Hippolytus (Hippolytus House) where the architectonical buildings are a bath structure, set out as a collegia see, build by the Annios family1. Materials and Methods We realized an analysys of the data about the Casa de Hippolytus, also we analize the hydrogeologycal characteristics of the field and the water of the site zone and finally we compare the architectonical structures of differents romans baths with Hippolytus ones. In this site it was found a well with mix sulphurated and strong mineralized water that correlated with another sites founds. In a geological context, inside the Madrid basin3 Hippolytus House is over the Henares river terraces. The terraces are of the Medial Pleistocenus Age and consist of chippings, gravel, clay and sands, all of these materials are placed over clay, sand and gypsum of the Medial Miocenum of Madrid. Owing to the Miocen sediments works as an aquifer inside de Madrid basin, and are affected by a NorthEast- SouthWest fault, this would be the origin of the sulphurated water springs. Results In this site it was found a well with mix sulphurated and strong mineralized water that correlated with another sites founds. In a geological context, inside the Madrid basin3 Hippolytus House is over the Henares river terraces. The terraces are of the Medial Pleistocenus Age and consist of chippings, gravel, clay and sands, all of these materials are placed over clay, sand Balnea 287 ISBN: 978-84-669-1887-0 978-84-669-3482-4 2012, núm. 6, 287-288
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Balnea ISSN: 978-84-669-3482-4 Núm
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Balnea 2012, Núm. 6, 9-24 Contents
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Posters Papers Balnea 2012, Núm. 6
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38 th World Congress of the Interna
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38 th World Congress of the Interna
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Honorary Committee Honorary Preside
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PROGRAMME
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34 Medical Hydrology and Balneology
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SCIENTIFIC SESSIONS
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What’s new in Balneology? Karagü
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Balneology in Europe: results of a
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Balneology Research in Germany Gute
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Balneology Research in France Roque
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The State of art - Session 01 Lectu
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Medical Hydrology and Balneology: E
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Health resort therapy (spa therapy)
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The State of art, Health Resort Med
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State of the art, Health Resort Med
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The State of the art, Health Resort
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Impact of sulphurous water endotymp
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Balnea 2012, núm. 6, 64-65 Medical
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Methodology of Scientific Investiga
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Effectiveness the treatments with n
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Building a preventive medicine mode
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Climatotherapy - Thalassotherapy -
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Is Thalassotherapy simply a type of
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Assessment of the impact of weather
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Marine zootherapy as part of thalas
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Thalassotherapy and otaridotheraphy
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Thalasso medical centre in the salt
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Acute atopic dermatitis and balneot
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Change of the psoriasis area and se
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Climatotherapy - Dead Sea - Session
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Ultra-violet (UV) radiation propert
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Climatotherapy of skin diseases at
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Influence of single immersion in De
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New Trends 2 - Session 06 Lectures
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Implementing comprehensive care cli
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Results 138 Medical Hydrology and B
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148 Medical Hydrology and Balneolog
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Thermophysical study of peat from t
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Société Française de Médecine T
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Therapeutic education programs for
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Metabolic Syndrome: education progr
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Development of a therapeutic progra
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Therapeutic education for patients
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Withdrawal from benzodiapezines in
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A proposal for a glossary of peloid
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Biophysical skin effects of peloids
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Mud cure in Russia: history, achiev
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Clinical effects of mud-bath therap
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Impact of peloidotherapy on hystolo
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Impact of Mud Therapy in pathogenes
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Effects of mud-bath applications on
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Chondrogenic effect of the sulphuri
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Balneotherapy and mud-therapy in kn
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Biology - Session 09 Lectures Vetri
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Which is better for health promotio
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Heat-shock protein 70 is affected b
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A possible physiological mechanism
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Thermal changes of fingers after co
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Case study: geochemical transformat
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Hydrogen sulfide as an anti-inflama
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Determination of selenium in minera
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Scientific Basics of Water and Hydr
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Balnea 2012, núm. 6, 208-209 Medic
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Health tourism sustainable - Enviro
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Recent contributions of the Geologi
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Page 227 and 228: Salt rooms and halotherapy in europ
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Page 231 and 232: Carbocrenotherapy and the scleroder
Page 233 and 234: Legionella infection from spa water
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Page 240 and 241: Medical Hydrology and Balneology: E
Page 259: Miscellaneous - 1 - Session 14 Lect
Page 264 and 265: “Balneo-check”: software for ba
Page 270 and 271: Clinical practice and scientific in
Page 273: Sociedad Española de Hidrología M
Page 276 and 277: The story of Spanish Society Medica
Page 287 and 288: Medical Hydrology and Climatology T
Page 289 and 290: Hippolytus´ house: a roman medical
Page 291 and 292: Spatio-cultural sustainability of t
Page 293 and 294: An introduction to clinical ethics
Page 295 and 296: Influence of sodium alginate on the
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Page 299: POSTERS PAPERS
Page 303 and 304: Omega-6-eicosanoid may be involved
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Page 307 and 308: Underground microclimate influence
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Page 313 and 314: An analysis of the behaviour of a m
Page 315 and 316: Technical audit of the thermal wate
Page 317 and 318: New trends P9 Does balneology still
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Page 322 and 323: Effectiveness of exercise program f
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High concentration artificial CO2-w
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Hypoxic adaptation in patients with
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Control of legionella Benhammou S (
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Puente Viesgo’s spa therapy for p
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Association of behaviral and psycho
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Effects of a rehabilitation treatme
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Water physical therapy is effective
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Effects on body composition in brea
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Depression and thermal treatments:
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Analysis of the effects of a hydrot
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A comparison land-water environment
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Aquatic physiotherapy program in pr
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Physiotherapy and low back pain: ef
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Musculoskeletal disorders and aquat
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Nutrition as a potential determinan
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Magnesium waters from Serbia Jovano
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Neurological activity of mineral wa
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Diuresis-crenotherapy in reno-urina
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Mud therapy resources in Bulgaria I
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Mud maturation in Copahue, Argentin
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Efficacy and tolerability of mud pa
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Climatotherapy - Thalassotherapy De
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Temperature and relative air humidi
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The medical spa preferences of the
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Therapeutic indications of the mine
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Study of density, thermal conductiv
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Efficency of underwater ultrasound
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Health workers knowledge about medi
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Historiography of acidulous waters
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Perception and Knowledge about Baln
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Splendour and decadence of spa tour
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Aqui o Thermes, cluster thermal aqu
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Traffic evolution of the website of
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Abramovic D: 181 Adeagbo JT: 272 Ad
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Fernández-González MV: 387, 389,
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Metlak A: 227 Michán A: 102 Mígue
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Vita P: 74 Vitale M: 46, 63 Vitoria
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Medical Hydrology and Balneology: Environmental Aspects

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