 |
| . |
 |
 |
|
|
 |
 |
| Electrogenetics: Biological Crystal Theory By Merrill Garnett First Pulse Projects, Inc. (2001) Online and in print |
| Merrill Garnett Biographical information (First Pulse Projects, Inc.) Curriculum Vitae + Current Publications; [ WORD ] |
| First Pulse: A Personal Journey in Cancer Research By Merrill Garnett with Bill Jones Illustrated with paintings by Joy Garnett First Pulse Projects, Inc. (1998; 2000) |
| SELECTED ABSTRACTS + TECHNICAL WRITINGS 2005 A Note On The Initial Dynamics Triggering Normal Cell Development M.Garnett, June 14, 2005 Periodicity measurements in liquid crystal lattices {HTML, off-site} Abstract: American Physical Society (April 18, 2005) M.Garnett, C.V.Krishnan, American Physical Society, Abstract, April 18, 2005; DOWNLOAD abstract [PDF] Bioinorganic Complexes as Nutritional Supplements and as Chemotherapy Agents M.Garnett, C.V.Krishnan, 29th Annual Meeting -- American Society of Preventive Oncology, Abstract, San Francisco, March 2005 Modulation of Impedance in DNA Solutions by Ions and Molecules: 2: Effect of Tetraalkyl Ammonium Ions. [PDF] M.Garnett, C.V.Krishnan, 207th Meeting of the Electrochemistry Society, Abstract, Quebec, Canada, 2005 Biological Nanocirculation by Radical Induced Dual Polarization [PDF] M.Garnett, C.V.Krishnan, 207th Meeting of the Electrochemistry Society, Abstract, Quebec, Canada, 2005 2004 Regulation of Ischemic Cell Death by the Lipoic Acid-Palladium Complex, Poly MVA, in Gerbils. [PDF] F.J.Antonowich, S. M.Fiore, L. M.Welicky, Experimental Neurology, May 2004 The Effects of Lipoic Acid/Palladium Complex on Hippocampal Progenitor Cells. F.J.Antonowich, S.M. Fiore, J.N. Davis, Experimental Neurology Solute-Solvent Interactions From Impedance Measurements: Concentration Dependence of DNA. M.Garnett, C.V.Krishnan, 205th Meeting of the Electrochemistry Society, Abstract 739, May 2004 2003 Dissipative Impedance in a Doped Liquid Crystal. M.Garnett, C.V. Krishnan, 1st Spring Meeting of the International Society of Electrochemistry , Abstract P06, Spain, 2003 Peroxide Doping of DNA Enables Dissipative Impedance. M.Garnett, C.V. Krishnan, 204th Meeting of the Electrochemistry Society, Abstract 1379, Orlando, 2003 Modulation of Impedance in DNA Solutions by Ions and Molecules: 1. Effect of Alkali Metal Ions. M.Garnett, C.V. Krishnan, 204th Meeting of the Electrochemistry Society, Abstract 1378, Orlando, 2003 A New Model For DNA Charge Transfer: Variable Electronic Circuitry. M.Garnett, C.V.Krishnan, 204th Meeting of the Electrochemistry Society, Abstract 1377, Orlando, 2003 Dopant Catalyzed Charge Dissipation in a Liquid Crystal. M.Garnett, C.V.Krishnan, 203rd Meeting of the Electrochemistry Society, Abstract 2703, Paris, 2003 Duplex Semiconductor Behavior of Mercury Electrode in Aqueous Solutions. M.Garnett, C.V.Krishnan, 226th American Chemical Society National Meeting, Abstract Inor.0028, New York 2003 2002 Pulsed Electrospinning Of Biopolymers [PDF] M.Garnett, C.V.Krishnan, 201st Meeting of the Electrochemistry Society, Abstract No.78, Philadelphia, May 2001 2001 DNA Reductase: A Synthetic Enzyme with Opportunistic Clinical Activity Against Radiation Sickness. M.Garnett, J.L.Remo, International Symposium on Applications of Enzymes in Chemical and Biological Defense, Plenary Session Abstracts, May 2001 X-Radiation Alteration Of DNA Reductase in Vitro. M.Garnett, November 2001 2000 Increased Pseudoinductance in Paired Mixtures of Biopolymers is a Model for a Twin Wire Mutual Inductance in RNA and DNA. M.Garnett, 198th Meeting of the Electrochemistry Society, Abstract 1152, Pheonix,, 2000 Soluble Sensors of Telephonic Signals. M.Garnett, J.L. Remo, 200th Meeting of the Electrochemistry Society, Abstract No.185, 2000 1999 Impedance Spectroscopy of DNA. M.Garnett, W.Garnett, Journal of Inorganic Biochemistry, Vol.74, 1999 1996 Charge Relay from MolybdateOxyradicals to Palladium Lipoic Complex to DNA. M.Garnett, W.Garnett, Conference in Oxygen Intermediates in NonhemeMetallobiochemistry, 1996 1995 Synthetic DNA Reductase. M.Garnett, Journal of Bioinorganic Chemistry, Vol.59, p.231; Lubeck 1995 |
|
| SELECTED GENERAL WRITINGS |
|
|
| Electrogenetics is the basis for designing medicines that can short circuit the electrical charges in cancer cells and produce their selective electrocution. Electrogenetics describes the energy requirements, energy exchanges, and electronic circuits, which allow gene reactions to occur in the living state. We will shortly describe the major intracellular and extracellular polymers of the tissue oscillation amplifier circuit. Also the electronic identities of key biopolymers. This will include the major: inductance, capacitance, dielectric transmitter, and electric ground; also the resonant frequencies. ____________________________________________________________________ |
 |
| The Fire in the Genes By Merrill Garnett Explore Magazine, Vol.13, no.1 (2004) |