Matches in DBpedia 2016-04 for { ?s ?p "Boyd E. Haley (born September 22, 1940, Greensburg, Indiana) is a retired professor of chemistry at the University of Kentucky. The basic research interest of his laboratory centered on biochemical and biomedical problems involving control at the molecular level, particularly in biological systems regulated by protein–nucleotide interactions where the bioenergetics involved are expressed through site-specific nucleotide binding of high affinity or through protein substrate phosphorylation. He has also investigated the effect of mercury on tissues and published on similarities between these and some biochemical changes reported in nerve cells in Alzheimer's disease and autism. His views about mercury and dental amalgams go against the consensus held in the medical community."@en }
Showing triples 1 to 2 of
2
with 100 triples per page.
- Boyd_Haley abstract "Boyd E. Haley (born September 22, 1940, Greensburg, Indiana) is a retired professor of chemistry at the University of Kentucky. The basic research interest of his laboratory centered on biochemical and biomedical problems involving control at the molecular level, particularly in biological systems regulated by protein–nucleotide interactions where the bioenergetics involved are expressed through site-specific nucleotide binding of high affinity or through protein substrate phosphorylation. He has also investigated the effect of mercury on tissues and published on similarities between these and some biochemical changes reported in nerve cells in Alzheimer's disease and autism. His views about mercury and dental amalgams go against the consensus held in the medical community.".
- Q895923 abstract "Boyd E. Haley (born September 22, 1940, Greensburg, Indiana) is a retired professor of chemistry at the University of Kentucky. The basic research interest of his laboratory centered on biochemical and biomedical problems involving control at the molecular level, particularly in biological systems regulated by protein–nucleotide interactions where the bioenergetics involved are expressed through site-specific nucleotide binding of high affinity or through protein substrate phosphorylation. He has also investigated the effect of mercury on tissues and published on similarities between these and some biochemical changes reported in nerve cells in Alzheimer's disease and autism. His views about mercury and dental amalgams go against the consensus held in the medical community.".