""Front Cover""; ""CONTENTS""; ""Introduction""; ""Bioantioxidants: yesterday, today, tomorrow""; ""Peroxide oxidation of lipids in biological membranes and food additives""; ""The influence of antioxidants on the signaling system of sphingomyelinic cycle and apoptosis""; ""The features of biological membrane lipid peroxide oxidation under the effect of ultra-low concentrations of antioxidants""; ""Structure, pharmacological properties and medical application of heteroaromatic antioxidants""; ""The mechanisms of photodamaging of visual retinal and pigment epithelium cells of the eye""

""The antioxidant role of shielding eye pigments -- melanins and ommochromes, and physicochemical mechanism of their action""""Enzymatic catalysis: kinetics, active site structure, bioinformatics""; ""Enzymes and their regulators in modern drugs""; ""Structure and functions of firefly luciferase""; ""Stabilization of subcellular structures by functioning: a creative approach to solution of many problems""; ""Protein aggregation kinetics""; ""Nikolai M. Emanuel -- the originator of biochemical investigations in the field of chemotherapy in N.N. Semenov Institute of Chemical Physics, RAS""

""Antitumor effects of nitric oxides and NO-donors""""Nitrosoalkylureas in modern antitumor chemotherapy""; ""The value of antioxidant properties of lipids in radiation damage and membrane repair""; ""Molecular and cellular mechanisms of the organism responses to damages and their modification by compounds""; ""Radioprotection of DNA with free radical reaction inhibitors -- a welfare or ...? Steric modeling""; ""Academician N.M. Emanuel and establishing of the principles for the control of aging of the living organisms""

""When creating an embryo, cells are synthesizing transitory ""perichromosomal"" DNA-containing organelles necessary for interpreting positional information""""Mitochondria: oxidative stress, mitochondrial DNA mutation, pathologies, aging and apoptosis""; ""The study of biological activity of antioxidants on herbal objects""; ""Principles of genetic activity of nitric oxide (NO) and NO-donating agents in modeling of the cell stress response and new drug development""