10. Marques RM, Marques-Silva GG, Bonato CM. Effects of high dilutions of Cymbopogon
winterianus Jowitt (citronella) on the germination and growth of seedlings of Sida rhombifolia.
Int J High Dilution Research, 2008, 7, 22, 31-35. This research comes from the State University of
Maringa, in Parana, Brazil and was performed to ascertain the effects of various homeopathically
prepared potencies of citronella against Sida rhombifolia, an invasive weed endemic in Southern Brazil
and many other parts of the world, including Northern Australia. Sida seedlings were exposed to 3C,
6C, 12C, 24C and 30C homeopathic potencies of citronella and a control substance, These plants were
then monitored for root system growth, shoot length, total fresh mass, germination percentage and
germination speed. This process was carried out 5 times and on analysis of the measurements it was
found that all of the citronella potencies increased all parameters measured. Specifically, the 3C and
24C potencies had the greatest effect on root length, the 6C and 12C potencies had the greatest effect
on shoot length, the 6C had the greatest effect on total biomass growth, and the 12C on germination
percentage and germination speed.
11. Gangar H.U. Management and Control of Genetic Processes in Cotton Plants through
Homoeopathy. Indian Journal of Research in Homoeopathy, 2007, 1, 1, 1-5, In this Indian research,
the effects of homeopathically prepared solutions on a broad range of parameters, using plants as the
subjects, were measured. The homeopathic solutions were used in CM (100,000C) potencies and
made from differing source materials. These were then assessed for their capacity to influence growth,
germination, flowering and fruiting of cotton plants, compared to inactive dilutions applied in the same
manner. In all cases, the homeopathically prepared solutions had a clear and objective effect on the
parameter assessed. Work was also done here which confirmed that different potencies of different
homeopathic drugs have a remedy-specific electrical charge.
12. Rossi F, et al. Application of homeopathic remedy Carbo vegetabilis and development of
plants of Lettuce. Int J High Dilution Research, 2006, 5, 17, 23-30. A significant amount of work has
been done to determine the effect effects of homeopathically prepared substances have on plants. This
study sought to investigate the effect of a number of different potencies of the homeopathic product,
Carbo vegetalis, on the development of seedlings of the lettuce, Lactuca sativa. Lettuce seedlings
housed in an environment likely to induce stress, a shaded greenhouse and a greenhouse in full sun,
were exposed to Carbo veg 6C, 12C, 30C, 100C or one of 2 control substances. An analysis of the
results confirmed the action of Carbo veg in these environments, with the 100C have the most notable
effect on seedlings grown in the stressed environment.
13. Sukul S, Mondal S, Sukul NC. Sepia 200 cH in 1:1,000 dilution counteracts the effect of salt
stress in cowpea seedlings but vehicle 90% ethanol proves ineffective in the same dilution. Int J
High Dilution Res, 2012, 11, 41, 237-246. Work carried out at the Department of Botany, Visva-Bharati
University in West Bengal, looked at the influence of homeopathically prepared Sepia 200C on the
very common problem experienced by those growing cowpea in soil with rising salinity levels- salt
stress. To do this, the team grew cowpea seedlings over moist filter paper in Petri dishes and divided
them into 4 groups: (1) control in sterile water, (2) in 50 mM NaCl solution, (3) seeds pretreated with
90% ethanol diluted with water 1:100 and then transferred to 50 mM NaCl solution, and (4) seeds
pretreated with Sep 200C diluted with water 1:100 and transferred to 50 mM NaCl solution. The data
were analyzed by ANOVA followed by Student’s t-test and this showed that, compared to controls,
Sepia 200C significantly increased the growth, sugar, chlorophyll, protein and water content of the
seedlings, thereby confirming that it counteracted the effects of salt stress.
14. Trebbi G, et al. Phytopathological and nutraceutical evaluation of cauliflower plants treated
with high dilutions of arsenic trioxide. Int J High Dilution Res, 2012, 11, 40, 161-162. Proceedings
of the XXVI GIRI Symposium; 2012, Sep 20-22; Florence (Italy). The fungus, Alternaria brassicicola, is a common cause of dark leaf spot disease in cauliflower (Brassica oleracea L.). In this study,
researchers from the University of Bologna tested the antifungal capacity of homeopathically prepared
Arsenic trioxide 35X and Cuprum metallicum 5X and compared to controls. 2 experiments were
performed. In the first, spore suspensions were prepared in the test substances and their inhibiting
effect on germination was recorded microscopically after incubation at 25°C for 5 hours. In the second
experiment, the same treatments were tested on plants artificially inoculated with the fungus. To do this
the test field in which the plants were to be grown was divided into plots according to a complete
randomized block design. In the first trial, plants were artificially inoculated and treated every week; the
infection level was evaluated on cauliflower heads. The second trial was performed on the same field
with the aim to induce a natural infection, mediated by infected crop residues. Measurement endpoints
concerned the evaluation of some physiological parameters along with the glucosinolate content on
cauliflower heads. On analysis, the team found that Arsenic 35X and Cuprum 5X induced a significant
decrease of mean infection level (-50%). In addition, physiological and nutraceutical analyses of
healthy heads demonstrated that Arsenicum induced a significant increase of both head size and
glucosinolate content.