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Oxygen multistep therapy
- Titel
- Oxygen multistep therapy
- Untertitel
- physiological and technical foundations : 50 Tables
- Einheitssachtitel
- Sauerstoff-Mehrschritt-Therapie
- Autor
- Ardenne, Manfred von
- Verleger
- Georg Thieme Verlag
- Thieme Medical Publishers, Inc.
- Erscheinungsort
- New York
- Stuttgart
- Erscheinungsdatum
- 1990
- Umfang
- 9 ungezählte Seiten, 402 Seiten
- Sprache
- Englisch
- Deutsch
- Signatur
- 2006 8 063760
- Vorlage
- SLUB Dresden
- Digitalisat
- SLUB Dresden
- Lizenz-/Rechtehinweis
- Urheberrechtsschutz 1.0
- Nutzungshinweis
- Freier Zugang - Rechte vorbehalten 1.0
- URN
- urn:nbn:de:bsz:14-db-id18424987382
- PURL
- http://digital.slub-dresden.de/id1842498738
- OAI-Identifier
- oai:de:slub-dresden:db:id-1842498738
- SLUB-Katalog (PPN)
- 1842498738
- Sammlungen
- LDP: SLUB
- Varia
- Strukturtyp
- Monographie
- Parlamentsperiode
- -
- Wahlperiode
- -
- Titel
- Introduction
- Digitalisat
- SLUB Dresden
- Strukturtyp
- Kapitel
- Parlamentsperiode
- -
- Wahlperiode
- -
Inhaltsverzeichnis
- MonographieOxygen multistep therapy -
- EinbandEinband -
- TitelblattTitelblatt -
- KapitelWidmung -
- KapitelPreface -
- KapitelAcknowledgements -
- InhaltsverzeichnisContents -
- KapitelIntroduction 1
- Kapitel1. Physiological foundations 6
- Kapitel2. Basis of the main therapy steps 122
- Kapitel3. Technical foundations 162
- Kapitel4. Variants of the oxygen multistep therapy 216
- Kapitel5. Areas of oxygen multistep therapy application 249
- KapitelSupplement 318
- LiteraturverzeichnisReferences 382
- SachregisterIndex 394
- EinbandEinband -
- Titel
- Oxygen multistep therapy
- Autor
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Introduction The amount of energy provision in the organ ism, that is, primarily the resynthesis of adeno sine triphosphate (ATP) according to the needs of the body, is the major factor influencing the health peaks and throughs of human life. This simple biophysical thesis is recognizable as a basic law of our existence when one remembers that the reduction in physical and mental pow ers, that is, energy deficiency, is a main charac teristic of extreme old age. Furthermore, in this connection we should remember the main char acteristic of conditions of weakness of all kinds, which is that in such phases the organism minimizes its energy requirements by lack of movement (e.g. bedrest), in order to ensure the balance between the critically reduced energy provision, and energy consumption. Finally, everyone knows that a high provision of energy is a main characteristic of youth. These considerations lead to a way of thinking that is still unusual in present day medicine, a way which may even at first seem disconcerting. But they force us to the conclusion that all events, mechanisms and processes which weaken, strengthen or even lastingly increase the provi sion of energy in the organism are of fundamen tal significance for both theoretical and practi cal medicine in particular for the prevention, prophylaxis and therapy of all diseases, crises or complaints with energy deficiency as their com mon cause. It follows that the quantitative determination of energy provision in the human organism leads to a comprehensive diagnostic characteristic value of exceptional significance. Even after just the first steps along the way out lined the question of the bottleneck in energy formation in the organism appears. It is known that energy is generated in the organism mainly as chemical energy in the form of energy-rich phosphates, particularly as adenosine triphos phate (ATP) [1], discovered in Berlin-Dahlem in 1930 by K.H. Lohmann. Under normal living conditions the formation of these energy-rich phosphates is not limited by the intake of food but by the oxygen transport to the body tissue. The determination, the natural dynamics, and the process of increase in the O2 transport to the body tissue become the key to further pro gress. We recognize that “Oxygen is the giver of life!” The words of Otto Warburg, which were repeatedly spoken in discussions with him in his Dahlem Institute of Cell Physiology, made a deep impression on the author. This, not only because they came from the researcher who contributed more than any other to the ex planation of the respiration and fermentation metabolism of living cells, but because such a comprehensive biological basic truth is con tained in this short theorem. O2 presents itself as the energetic prerequisite for the differentiation of cells in the slow phylogenetic and the fast ontogenetic develop ment of more highly organized life. O2 thereby also proves itself to be the prerequisite for the maintenance of life, and its deficiency leads to complaints, suffering, diseases or death. The generic term "O2 deficiency” can be de fined as the combined or individual effect of critically reduced O 2 transport to the tissues (O2 offer to the tissues), critically reduced O 2 utilization of the tissue, and critically increased O 2 requirements of the tissue. The long-lasting (e.g. for weeks to months) amelioration or elimination of O2 deficiency and, moreover, an increase as strong and as long-lasting as possible in the O 2 transport to the body tissue, is the aim and effect of oxygen multistep therapy (O 2 MT). Various procedure variants, some with different fields of indication, are practised. Alongside the 36 h O2 multistep procedure, which requires more time and energy, a 15 min O 2 multistep quick procedure with simultaneous physical exertion has been developed, which can free the organism from its deficient situation in just over 30 min. O2 multistep short procedures have also been designed for nonable-bodied pa tients. For these patients the increase in cardiac output and in the respiration minute volume is brought about, not by physical exertion, but by drugs. All these procedures generally cause an increase in the arterial resting Po 2 and a drop in the mixed venous resting Po 2 , or an increase in the O2 absorption and/or CO 2 production at rest, in addition to an increase in the physical performance capacity. Moreover, the improve ment which occurs in the O 2 status is reflected in a shortening of reaction times and a drop in the “biological age”, an improvement in infor-
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