It is antidoted by Am.carb and Cham.No information about nux as an antidote.

Long before the discovery of "cold fusion" by Pons and Fleischman,other scientists had variously found phenomenal evidence ofnon-radioactive, low-energy transmutation of light elements in plant,animals and minerals. These reactions have come to be known as"biological transmutations" or "nuclido-biological reactions". Thisclass of nuclear reactions is of great importance to the progress ofhuman knowledge in the fields of physics, cosmology, biology, geology,ecology, medicine, nutrition and agriculture. The exact mechanisms ofbiological transmutations remain unknown, though a few theories havebeen proposed to explain them. Biological transmutations exist andcannot be denied; they are the very core of living nature, which couldnot function without them.

The study of biological transmutation can be said to have begun inthe 17th century with the famous experiment by von Helmont, who grew awillow tree in a clay vase with 200 pounds of soil. After 5 years, hedried the soil and found that its weight had decreased by only 2ounces: "Water alone had, therefore, been sufficient to produce 160pounds of wood, bark and roots" (plus fallen leaves which he did notweigh). Presumably, there were some minerals in the water he fed to thetree. Nowadays we know that plants form carbohydrates from atmosphericcarbon dioxide, but their mineral content is derived from soil, notair. It may be possible, however, that the ORMEs (Orbitally RearrangedMonoatomic Elements), discovered by David Hudson in the 1980s, exist inthe atmosphere and are utilized by plants.

In 1799, the French chemist Vauquelin became intrigued by thequantity of lime which hens excrete every day. He isolated a hen andfed it a pound of oats which were analyzed for lime (CaO). Vauquelinanalyzed the eggs and feces and found five times more Ca was excretedthan was consumed. He concluded that lime had been created, but couldnot figure out how it happened.

In 1822, the English physiologist Prout studied the increase ofcalcium carbonate inside incubating chicken eggs, and was able to showthat it was not contributed by the shell.

In 1831, Choubard germinated watercress seeds in clean glassvessels and showed that the sprouts contained minerals which did notpreviously exist in the seeds.

In 1844, Vogel also found evidence of biological transmutation. J.J. Berzelius reported the experiment in his Treatise on Mineral, Plant and Animal Chemistry (1849):

Circa 1850, Lauwes and Gilbert observed an inexplicable variation in the amount of magnesium in the ashes of plants.

From 1875-1883, von Herzeele conducted 500 analyses which verifiedan increase in weight in the ashes of plants grown without soil in acontrolled medium. He concluded that, "Plants are capable of effectingthe transmutation of elements". His publications so outraged thescientific community of the time, they were removed from libraries. Hiswritings were lost for more than 50 years until a collection was foundin Berlin by Dr. Hauscka, who subsequently published von Herzeele'sfindings.

M. Baranger (Ecole Polytechnique, Paris) became intrigued with VonHerzeele's experiments, but he thought that the number of trials hadbeen too limited and the precautions against error were insufficient.Baranger decided to repeat the experiments with all possibleprecautions and a very large number of cases which would allow astatistical study. His research project lasted four years and involvedthousands of analyses. Baranger verified the content of P, K, and Ca ofvetch seeds before and after germination in twice-distilled water towhich pure calcium chloride was/was not added. Hundreds of lots of 7-10grams each were selected, weighed to 1/100th milligram, and graded,then germinated in a controlled environment. The plants were tested bythe methods described by A. Brunel-Tourcoin in his Practical Treatise of Plant Chemistry(1948). Baranger found a significant decrease in P in the Ca-series oftests. Non-germinated seeds and seeds germinated in the distilled watershowed no significant change in their levels of K. Those seeds treatedwith CaCl₂ showed a 10% increase in their K content.

None of the specialists who examined Baranger's work were able to find any experimental errors. Baranger concluded:

These results, obtained by taking all possible precautions, confirmthe general conclusions proposed by V. Herzeele and lead one to thinkthat under certain conditions the plants are capable of formingelements which did not exist before in the external environment.

[The practical consequences] cannot be underestimated... Certainplants would bring to the soil some elements useful for the growth ofother plants; this would lead us especially to define and revise thecurrent notions on fallows, rotations, mixed crop, fertilizers and themanuring of infertile soils. Nothing prevents us from thinking thatcertain plants are capable of producing rare elements of industrialimportance....

In the sub-atomic field, the plant supplies us with an example oftransformation which we are not capable of performing in the laboratorywithout bringing into action particles of high-energy... It seems thatthe theoretical consequences in the field of sub-atomic physics are notnegligible.

So, now what, Alex?

Regards,

Kaviraj.