Bildschaffende Methode: Unterschied zwischen den Versionen

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'''Bildschaffende Methoden''' sind Verfahren zur Qualitätsdarstellung von organischem Material, Wasser und wässrigen Lösungen und Gemischen. Mancherorts wird die Ansicht vertreten, dass die Inhaltsstoffanalyse ([[Wikipedia:Analytik|Analytik]]) von Lebensmitteln die Qualität nur teilweise erfasse; die sogenannte „Vitalqualität“,  „Lebenskraft“ oder „innere Qualität“ von Lebensmitteln sei dagegen durch bildschaffende Verfahren beurteilbar.
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Die bekanntesten bildschaffenden Methoden sind die [[Steigbildmethode]] von L. Kolisko und R. Hauschka (Wala), die [[Kupferchloridkristallisation]] von E. Pfeiffer, und das [[Rundfilterchromatogramm]], die aufgrund von Fragestellungen entwickelt wurden, die auf [[Rudolf Steiner]] zurückgehen.
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Das Prinzip dieser Untersuchungsverfahren besteht darin, eine Probe einem System zuzusetzen, in dem aufgrund einer dem System eigenen Instabilität (non-equilibrium system) ein formbildender (strukturbildender) Vorgang stattfindet. Die so entstandenen Strukturen werden nach [[Morphologie|morphologischen]] Kriterien ausgewertet (bei Kupferchloridkristallisation beispielsweise Art, Anzahl und Ordnung der Verzweigungen, mit Computer-Bildanalyse messbare Eigenschaften der Textur) und im Hinblick auf den Untersuchungsgegenstand beurteilt.
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Die Mehrzahl der bildschaffenden Methoden sind wissenschaftlich nicht anerkannt, einzelne erlangten aber eine begrenzte Bedeutung im Bereiche der Lebensmittelbranche ([[Wikipedia:Naturkost|Naturkost]]) und zur Wasseruntersuchung ([[Tropfbildmethode]]).  Die bildschaffenden Methoden sind nicht mit den bildgebenden Verfahren der Medizin und Methoden zur Visualisierung von Daten zu verwechseln.
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==siehe auch==
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[[Kupferchloridkristallisation]]
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[[Tropfbildmethode]]
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==Literatur==
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* J.-O. Andersen: ''Development and application of the biocrystallisation method''.  Biodynamic Research Association, Denmark, Report No. 1, 2001
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* J.-O. Andersen et al.: ''Comparative study between biocrystallisation and chemical analysis of carrots (Daucus carota L.) grown organically using different levels of green manures''.  Biological Agriculture and Horticulture 19, 29-48, 2001
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* J.-O. Andersen et al.: ''Computerised image analysis of biocrystallograms originated from agricultural products''.  Computers and electronics in agriculture 22, 51-69, 1999
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* J.-O. Andersen et al.: ''A refined biocrystallisation method applied in a pictomorphological investigation of a polymer''.  Elemente der Naturwissenschaft 68, 1-20, 1998
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* E. Pfeiffer: ''Studium von Formkräften an Kristallisationen''. Dornach, 1931
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* E. Pfeiffer: ''Empfindliche Kristallisationsvorgänge als Nachweis von Formkräften im Blut''. Verlag E. Weise, Dresden, 1935
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* A. und O. Selawry: ''Die Kupferchlorid-Kristallisation in Naturwissenschaft und Medizin''. Gustav Fischer Verlag, Stuttgart, 1957
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* A. Fyfe: ''Die Signatur des Mondes im Pflanzenreich''. Verlag Freies Geistesleben, Stuttgart, 1967
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* Dittmar Jahnke: ''Morphologische Typisierung von Tropfenbildversuchen und Tropfenbildern''. ''Morphologische Unterscheidungsmerkmale für die Auswertung von Wasserqualitäts-Untersuchungen mit der Tropfenbildmethode''. Sensibles Wasser '''2''', Herrischried 1993, ISBN 3-931719-01-4
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* Andreas Wilkens, Michael Jacobi, Wolfram Schwenk: ''Die Versuchstechnik der Tropfbildmethode - Dokumentation und Anleitung''. Sensibles Wasser '''5''', Herrischried 2000, ISBN 3-931719-04-9
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* Wolfram Schwenk (Hrsg.): ''Schritte zur positiven Charakterisierung des Wassers als Lebensvermittler''. ''Ausgewählte Texte aus 40 Jahren Wasserforschung mit der Tropfbildmethode''. Sensibles Wasser '''6''', Herrischried 2001, ISBN 3-931719-06-5
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[http://www.hiscia.ch/infos/allgliteratur/Mistilteinn2000/MT2000_Flueckiger_72dpi.pdf PDF-Broschüre zur Krebsforschung (330kb)]
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[[Kategorie:Medizin]]
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[[Kategorie:Naturwissenschaft]]
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[[Kategorie:Morphologie]]
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{{Wikipedia}}
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