Odyssee at 13:41, 2 August 2021

2021-08-02T13:41:55Z

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	[[File:Kolisko_capillary_dynamolysis_1.gif\|thumb\|350px\|Capillary dynamolysis according to Lili Kolisko.]]		[[File:Kolisko_capillary_dynamolysis_1.gif\|thumb\|350px\|Capillary dynamolysis according to Lili Kolisko.]]

	'''Capillary dynamolysis''' ({{German\|[[a:Steigbildmethode\|Steigbildmethode]]}} "rising picture method") was developed by [[Lili Kolisko\|Lili Kolisko]] and is one of the image~~-creating methods~~ by which the "vital quality" of food and other substances can be assessed. The method was further developed by [[a:Wala\|Wala Heilmittel GmbH]] under the direction of [[a:Rudolf Hauschka\|Rudolf Hauschka]].		'''Capillary dynamolysis''' ({{German\|[[a:Steigbildmethode\|Steigbildmethode]]}} "rising picture method") was developed by [[Lili Kolisko\|Lili Kolisko]] and is one of the [[image forming method]]s by which the "vital quality" of food and other substances can be assessed. The method was further developed by [[a:Wala\|Wala Heilmittel GmbH]] under the direction of [[a:Rudolf Hauschka\|Rudolf Hauschka]].

	A variant of this method, in which the solution to be examined spreads out horizontally rather than vertically, is the [[round filter method]] developed by [[Ehrenfried Pfeiffer]].		A variant of this method, in which the solution to be examined spreads out horizontally rather than vertically, is the [[round filter method]] developed by [[Ehrenfried Pfeiffer]].

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[[File:Kolisko_capillary_dynamolysis_1.gif|thumb|350px|Capillary dynamolysis according to Lili Kolisko.]]

'''Capillary dynamolysis''' ({{German|[[a:Steigbildmethode|Steigbildmethode]]}} "rising picture method") was developed by [[Lili Kolisko|Lili Kolisko]] and is one of the image-creating methods by which the "vital quality" of food and other substances can be assessed. The method was further developed by [[a:Wala|Wala Heilmittel GmbH]] under the direction of [[a:Rudolf Hauschka|Rudolf Hauschka]].

A variant of this method, in which the solution to be examined spreads out horizontally rather than vertically, is the [[round filter method]] developed by [[Ehrenfried Pfeiffer]].

== Method (WALA) ==

In the first rising phase, 0.6 ml of an aqueous extract of the test sample, either pure or diluted to 50% with distilled water, is made to rise on a chromatography paper without the presence of an electric field. In the second rising phase, the silver rising phase, after an intermediate drying time of about 2 to 3 hours, 0.7 ml of 0.25% silver nitrate solution is allowed to rise so that it exceeds the so-called juice rising front by just under 1 cm. This results in a characteristic drop-like fringe on the first uniform riser front. The riser fronts of the first and second riser phase often remain recognisable as a horizontal line in the finished image. After another drying time of approx. 2 hours, the third rising phase, the iron rising phase, follows with 2 ml of 0.25% iron sulphate solution up to a total rising height of approx. twelve centimetres. The temperature is kept constant at 20°C during this time. The humidity should initially be 50 % rel. humidity and is increased during the 2nd and 3rd climbing phase.

After the subsequent drying process, a sample is found on the paper by whose morphological nature the quality of the sample can be assessed.

== Literature ==

* Magda Engqvist: ''Die Steigbildmethode. Ein Indikator für Lebensprozesse in der Pflanze.'', Vittorio Klostermann, Frankfurt am Main 1977

== Weblinks ==
* [http://www.levity.com/alchemy/kolisko.html Capillary Dynamolysis] - Article by ''Adam McLean''.
* [http://sciencegroup.org.uk/old/capdyn.htm Capillary Dynamolysis] - Article by ''David J. Heaf''.
* [http://kobra.bibliothek.uni-kassel.de/handle/urn:nbn:de:hebis:34-2007021417189 Aneta Zalecka, ''Entwicklung und Validierung der Steigbildmethode zur Differenzierung von ausgewählten Lebensmitteln aus verschiedenen Anbausystemen und Verarbeitungsprozessen''. Dissertation, Universität Kassel 2007]

[[Category:Formative forces]]
[[Category:Natural science]]
[[Category:Goetheanism]]
[[de:Steigbildmethode]]

Capillary dynamolysis - Revision history

Odyssee at 13:41, 2 August 2021

Odyssee: Created page with "Capillary dynamolysis according to Lili Kolisko. '''Capillary dynamolysis''' ({{German|a:Steigbildmethode|Steigbild..."