For each neurochemical there is an optimal amount which differs for every individual. Above or below this amount, mental function will not improve markedly or will even decrease. Drug effects may be subtle at first, requiring a period of learning for full realization of its benefits. The schematic diagram here shows how neurotransmitters carry messages […]
Read more Revitalizing Your Brain Power II
- acetycholine, acetylcholine, anticholinergic, antioxidants, calcium pantothenate, choline, cholinergic nervous system, Deaner, enzymes, free radicals, gout, hormones, hydrogen peroxide, joints, kidneys, lecithin, memory, MIT, neurochemicals, neurochemistry, neurons, neurotransmitters, oxidation, pantothenic acid, phosphatidyl choline, RNA, scopolamine, senility, synapses, uric acid, vitamin B12, vitamin B5, xanthine oxidase
… Spontaneous mutations, cancer, and aging can be looked upon as a result of continuous “internal radiation” while these same processes produced by external radiation are largely the result of an increment in the amount of total “radiation” to which the organism is exposed. —Dr. Denham Harman, originator of the free radical theory of aging […]
Read more Our Subversive Free Radicals I
- atherosclerosis, cancer, DNA, enzymes, fats, free radicals, glutathione peroxidase, hydrogen peroxide, immune system, molecules, mutations, nucleic acid, oxidation, radiation, RNA, SOD, superoxide dismutase, vitamin c, vitamin E
Everyone is familiar with the so-called “annual” plants which live only a few months, from the time when they sprout, until, after the production of seed, death comes to them naturally. … Natural death can be postponed if the plant be prevented from seeding. —Elie Metchnikoff, The Prolongation of Life (1908) Do DNA genetic clocks […]
Read more Turning Back Aging Clocks I
- aging clocks, baldness, cell division, diabetes, DNA, Dr. Leonard Hayflick, EGF, egg cells, epidermal growth factor, fibroblasts, hormone control, keratinocytes, lipofuscin, menopause, MIT, mutations, ovaries, oxidation, pituitary gland, polypeptide hormone, sperm, spermatagonia, testis
Although the work was directed at amyloid formation, data was also cited that showed the pronounced beneficial effect on the mice’s mortality rate by adding Santoquin antioxidant to the diet. Without the antioxidant in the diet, 20% survived to 1814 months; on diets with 0.2% Santoquin, 20% survived for 23 months. This was not the […]
Read more Our Subversive Free Radicals VIII
- amino acid, amyloid formation, antioxidants, encephalomalacia, free radicals, lipids, Monsanto, nutrients, oxidation, oxygen, peroxides, Santoquin, unsaturated fats, unsaturated oils, vitamin E, vitamins
BHT has extended the life spans of mice in experiments by Dr. Denham Harman. In some species which have a naturally short life span and tend to die of cancer, the BHT’s life extending effects probably stemmed from its suppression of cancer development. Harman has also demonstrated an increase in average life span with BHT […]
Read more Our Subversive Free Radicals V
- antioxidants, autoxidation, beta-blocker drug, BHA, BHT, brain, calories, cancer, cardiovacular disease, central nervous system, cerebral-spinal fluid, CNS, copper, CSF, cysteine, docosahexanoic acid, Dr. Denham Harman, free radical theory of aging, free radicals, free-radicals, high blood pressure, immune system, linolenic acid, lipids, low dose of aspirin, oxidation, polyunsaturated fats, propranolol, safflower oil, saturated fats, selenium, SOD, spinal cord, stomach cancer, vitamin A, vitamin B1, vitamin B5, vitamin B6, vitamin c, vitamin E, zinc
Free radicals are intermediates in many normal and necessary metabolic reactions. Thus, all oxygen-using organisms have had to evolve defensive mechanisms against free radicals: The enzymes catalase and peroxidase break down hydrogen peroxide and other peroxides, superoxide dismutase (called SOD) controls the superoxide free radical, and glutathione peroxidase also controls peroxides. Antioxidants such as vitamins […]
Read more Our Subversive Free Radicals III
- acid hydrolases, air pollution, antioxidants, bacteria, bioavailability, brain, cancer, catalase, Cross-linking, enzymes, free radicals, genetic defects, glutathione peroxidase, heart, hyaluronate, hydrogen peroxide, liver, lysosomes, malonaldehyde, maximum lifespan potential, metabolic reactions, mlp, mutagen, oxidation, peroxidase, peroxidized fats, progeria, radiodurans, red blood cells, rheumatoid arthritis, selenium, SOD, superoxide dimutase, superoxide dismutase, superoxide radicals, vitamin E
Proteins are complex molecules, made up of amino acids, which perform a wide variety of functions in the human body, from chemical reaction-controlling enzymes, to structural molecules like collagen, to necessary components in human memory. In order to function properly, proteins must assume a correct three-dimensional configuration. In their proper shape, some proteins act as […]
Read more Cross-linked Molecules and Aging in Skin, Arteries, and Other Tissues III
- acetaldehyde, alcohol, amino acid, arteries, blood vessels, chelating agent, collagen, connective tissue, Cross-linking, diabetes, EDTA, EGTA, enzymes, free radicals, hemorrhage, ketones, lipids, metal ions, molecules, muscles, nitrogen, oxidation, oxygen, plasma, plasma lipids, protein, proteins, smog, sodium citrate, sulfur, tobacco, unsaturated fats, vitamin c, wine
Selenium, a mineral, is an important trace element in immune system function. It has been found in experimental animals to act as an anti-carcinogen and anti-mutagen (can prevent DNA mutations—undesired alterations of your DNA master blueprint in the presence of some mutagenic agents). Selenium is an essential part of your enzyme called glutathione peroxidase, which […]
Read more Aging and the Immune System III
- Allan L. Goldstein, anti-carcinogen, anti-mutagen, aorta, bacteria, bromelain, cholesterol, DNA, Dr. Takashi Makiodan, enzymes, fibroblasts, glutathione peroxidase, high-cholesterol diet, hydrogen peroxide, immune system, immune system suppressants, interferon, lymphocytes, oxidation, papain, peroxides, selenium, stem cells, T-cells, thymosin, thymus gland, trypsin, vitamin A, vitamin c, vitamin E, white blood cells