Abstract
Mercuric chloride 30c and Mercuric iodide 30c were prepared by successive dilution in 30 steps of 1:100 followed by sonication
at 20 KHz for 30 s at each step. Both were prepared in two media: 90% ethanol and
distilled water. Three preparations of Mercuric chloride 30 in water were used: 12-month old, 1-month old and 4-day old. The controls for
the water and ethanol–water preparations were pure water 30c and 90% ethanol 30c,
respectively. For the three water preparations there were three matched controls of
water 30c of the same ages. Each potentized substance or its control was mixed with
distilled water 1 : 100 before testing. Hydrolysis of starch by α-amylase was measured
by the standard procedure after incubation for 15 min at 27°C.
Mercuric chloride 30c and Mercuric iodide 30c in both water and aqueous ethanol media, enhanced enzyme activity significantly,
compared to their respective controls. Mercuric chloride 30c, prepared in water 12 months previously, produced no significant change in the
enzyme activity compared to its control.
We hypothesize that the structure of the active molecule imprinted on water polymers
during the process of dynamization. The specifically structured water interacts with
the active sites of α-amylase, modifying its activity. Ethanol molecules have large
non-polar part stabilizing the water structure and thus retaining activity for a longer
time.
Keywords
α-amylase - starch - hydrolysis -
Mercuric chloride
-
Mercuric iodide
- Mercurius corrosivus ageing
