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Recent Publication of Research Triangle Park Laboratories, Inc's Principal Scientist. Study Reveals Biological Clock in Plants. Raleigh, NC, July 11, 2011: Scientists at Research Triangle Park Laboratories have discovered that plants have a built-in energy-transfer mechanism that could represent a potential biological clock. According to Roy T. Gorman, principal scientist, this energy-transfer mechanism or biological clock operates under both light and dark conditions, which indicates that the circadian rhythm they observed occurs independently of light or photosynthesis. “The implications of these findings could extend to all organisms,” said Gorman. “And the fact that this energy-transfer mechanism or biological clock isn’t dependent on light or chemicals opens up many new areas for research that might help explain how organisms harvest energy.” RTP Labs recorded changes in pH, a measure of acidity or alkalinity, in water-culture tanks in which Chrysanthemums were grown. Their surprising results demonstrated an increase in pH (greater than pH 7) when the water temperature decreased and a decrease in pH (less than pH 7) when the water temperature increased. “Low levels of pH (<3) were attributed to acid released from the root mass of the plants,” Gorman explains “But the high levels of pH (>9) appear to result from the splitting or dissociation of water molecules into various forms of elemental hydrogen and hydrogen plus oxygen.” Hydrogen has long been recognized as a potential source of clean energy that may one day supplement our dwindling supplies of hydrocarbon fuels. An abundant source of hydrogen can be found in water, simply H2O, but finding an economical means of separating hydrogen from water remains an elusive goal. Many studies have attempted to identify an inexpensive method for splitting the water molecule, but so far all have required more energy than can be gained from this process. Results of the RTP Labs study strongly suggest that water will dissociate naturally. Harvesting hydrogen from this naturally dissociated water may be far more economical than splitting water to obtain hydrogen. Further studies in this area may reveal a potential new and economical source of energy as well as a means of providing clean water for human consumption. This study was recently published in the WATER, and is available online at http://www.waterjournal.org/volume-3. Further information is available from Research Triangle Park Laboratories, Inc. |
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