Prestimulation of wheat seedlings with gibberellic acid followed by application of an agitated high dilution of the same hormone
In previous multicentre studies, the influence of a homeopathic ultra-high dilution of gibberellic acid on wheat growth was scrutinized. Data showed that this test dilution slowed down stalk growth when experiments were performed in the autumn season.
To test the hypothesis that pretreatment of grains with high concentrations of gibberellic acid would enhance the growth-inhibiting effect of the ultra-high dilution of the plant hormone
Grains of winter wheat (Triticum aestivum, 500 or 1000 per group) were pretreated with (non-agitated) gibberellic acid 10-5, 10-4 and 10-3 or with water (â€œWâ€) for control prior to treatment with G30x or W30x. Grains were observed under the influence of extremely diluted gibberellic acid (10-30) prepared by stepwise dilution and agitation according to a protocol derived from homeopathy (â€œG30xâ€). Analogously prepared water was used for control (â€œW30xâ€). Seedlings were allowed to develop under standardized conditions for 7 days; plants were harvested and stalk lengths were measured.
Of the four pretreatment variants under study, Ge-3 yielded most growth, followed by Ge-4 , Ge-5 and finally W. This outcome was modulated by the application of G30x and W30x in that the inhibition obtained with G30x as compared to W30x was the greater the lower the pretreatment concentration of G had been.
The hypothesis that pretreatment of grains with high concentrations of gibberellic acid would enhance the growth inhibiting effect of G30x had to be rejected. Rather, G30x slowed down stalk growth most in the W group with p < 0.001, only moderately in the Ge-5 and Ge-4 group and not at all in the Ge-3 group.
How to Cite
HRIBAR-MARKO, Sonja et al. Prestimulation of wheat seedlings with gibberellic acid followed by application of an agitated high dilution of the same hormone. International Journal of High Dilution Research, [S.l.], v. 12, n. 42, p. 26-39, mar. 2013. ISSN 1982-6206. Available at: <http://highdilution.org/index.php/ijhdr/article/view/617>. Date accessed: 20 aug. 2018.
Plant and Microorganism Research