FACULTY OF BIOTECHNOLOGY AND ORGANIC SYNTHESES
Doctor of Sci. (Techn,), Professor of the Department of Polymer Synthesis. Member of Editorial Board of the journal «Manufacturing and Consumption of Elasioplastics». Has worked in Moscow Institute of Fine Chemical Technology since 1980»
Scientific interests: processes of olygomerization, polymerization and copolymerization in the prczencc of Ziegler catalytic systems, design of power saving and waste free technologies, high-effective and reliable equipment for polymerization processes. Elaborated and put into operation reactor for synthetic rubber by the method of solution polymerization. Author of more than 70 scientific works, 30 inventions, 6 textbooks, and a review.
Scientific partners: Institute of Chemical Physics RAS, Research Institute of Monomers for Synthetic Rubber, Lebedev Synthetic Rubber Researh Institute.
Basic publication: Influence of the Structure on Physical and Chemical Properties of E-ethylene-Propylene Rubber. // Vysoko-molekulyam. Soed. - 1967. Some Regularities of Continues Copolymerization of Ethylene, Propylene and D icyclopentadine in Liquid Propylene // Kauchuk i Rezina. - 1971. Stereoregular Bataline Rubber Synthesis in Mixed Solvent Butene-Tolu-ene // Prom. Sintetich. Kauchuka. -1989.
Doctor of Sci. ( Chem.), Professor of the Department of Polymer Synthesis Graduated from Moscow Institute of Fine Chemical Technology in 1962. Has worked in Moscow Institute of Fine Chemical Technology since 1962.
Scientific interests: kinetics and catalysis of polymerization, processes of cationic and stereo regular polymerization of the hydrocarbon monomers, catalytic synthesis of reactive oligomers. Proposed new mechanistic concept in the theory of cationic and srereoregular polymerization of the hydrocarbon monomers; proposed new catalytic systems for quailing cationic processes and for synthesis of the polyisobutilene, butyl rubber and cis-l,4-polybutadiene. Author and co-author of more than 100 scientific works and 12 inventions.
Scientific partners: Institute of Organoele-mcnt Compounds RAS, Scientific Research Institute of Monomers for Synthetic Rubber, Synthetic Rubber Plant Efre-movskii.
Training activities: 3 lecture courses in polymer chemistry and technology. Devised lecture course «Synthesis of the Reactive Oligomers». Trained 14 Candidates of sciences.
Basic publication: Special Features of the Kinetics and Mechanism of the Butadiene Polymerization with 'Soluble Nickel Compounds and Halogenides of Alkylallminum // Kinetica i Katalis. -1988. - vol.29.-No. 5. Quasiliving Proscsses in Polymerization of Isobutilene in the Presence of Catalitic System? Based on Aluminium Halidcs // Vysokomol. Soed. -1991. - vol.33. - N7. Macromolecular Design by Methods of the Quasiliving Cationic and Cordination Polymerizations. Abstracts of Papers. - USSR Conf. «Fundamental Problems of Modem Polymer Science, Oktober, Leningrad, 1990.
Doctor of 5ci. (Techn.). Professor of the Department of Petrochemical Synthesis and Artificial Liquid Fuel Technology. Graduated from Moscow Institute of Fine Chemical Technology In 1960. Has worked In Moscow Institute of Fine Chemical Technology since 1969.
Scientific interests: heterogeneous catalysis, high-temperature catalytic changes of organic products, catalytic properties of constructive metals and alloys, wall catalysis with metals during hydrocarbon medium flow in narrow chanels. Studied basic regularities of high-temperature changes of organic (fuel) composites in conditions of wall catalysis with constructive metals, elaborated foundations of the technology of fuel composites hydrolysis in the systems of chemical regeneration of heat in internal-combustion engines.
Scientific partners: Institute of Chemical Physics RAS, Institute of Petrochemical Synthesis RAS, Central Institute of Aer-cruft Motorbuilding, Central Research Institute of Materials.
Training activities: devised lecture courses «Theoretical Principles of Petrochemical Processes and Artificial Liquid Fuel Manufacturing», «Chemistry of Combustible Raw Materials», «Energetically and Chemical Problems of Combustible Raw Material Application». Trained 3 Candidates of science.
Basic publications: Internal-Combustion Engines with Thermochemical Conversion of Fuel.-Moscow, 1988. Ecological Aspects of Application of Chemical Heat-Regeneration Systems in Engines During War Industry Conversion.- Moscow, 1992.
Doctor of Sci. (Eng.) professor Departament of Fine Organic Compounds Chemist try and Technology, expert on magnetic media of NIIKHIMFOTOPROEKT scientific center. Graduated from electrotechnical department of the Leningrad Cinematography Institute in 1952. Member of Cinematography Union of Russian Federation, member of the Russian Union of a scientific and applied photograph, member of editor board of "Engineering of Cinematography and Television" magazine.
Scientific interests: facilities and systems of information registration, magnetic, magnetooptical and optical record of signals. One of foundations and head of the Russian school in the field of recording media. Developed original technology of obtaining of chrome dioxide powder (patented), magnetic metallic iron powder, metal coated magnetic tapes, optimization of magnetic record media properties. The author of more than 200 scientific and technical publications, including 7 books and 11 patents. Five of these works, including one book, are translated to foreign languages.
Scientific partners: Scientific Research Institute of Chemistry and Technology of elementoogranic compounds, Scientific Research Institute of magnetic media, Shostka, Ukraine, INCS RAS.
Training activities: compiled and delivers lecture courses “Technology of magnetic media" and "Technology and application of modern recording materials". Prepared 11 candidates of science.
Basic publications: "Videorecorder" Moscow, Art publishers, 1973, "Non-silver Photograph", Moscow, Art publishers, 1984, "Magnetic record media", Moscow, Art publishers, 1989, "Digital photograph", Moscow, Lerusha publishers, 1998, "DVD Empire", Moscow (to be published).
Doctor of Sci.(Chem,), Professor Department of Biotechnology. Graduated from Moscow Institute of Fine Chemical Technology in 1972. Has worked in Moscow Institute of Fine Chemical Technology since 1972^
Scientific interests: investigation of model and biological membranes by nuclear-magnetic resonance, electron microscopy, and neutron diffraction. Obtaining, synthesis, and modification of lipids from natural materials. Elaboration of new materials based of chemisorbed molecular films on inorganic supports. Author and co-author of more than 150 publications in Russian and foreign literature, including 6 inventions, and 4 rewires.
Scientific partners: Institute of Combined Nuclear Studies (Dubna), Institute of Biophysics RAS (Pushino), Moscow State University.
Training activities: devised lecture courses «Methods of Investigation in Biotechnology», «Membrane Structure and Functions». Trained 11 Candidates of sciences.
Basic publications: Polymorphism of Model and Biological Membranes//Biol. Mem-br.l990.-vol.9.-No.7. 2H-NMR in studies of polypeptide chain dynamics in mem-brans// Biol. Membr.-1992.-vol.9.-No.l2. The Synthesis and Use ofThionphosphoe-ihids in 31P NMR Studies A Lipid Polymorphism. Biochim. Biophysica Acta 685.-1982.-p.l44-152. Polymorphic Behaviour of Cramnegative Bacteria Mem-brabes//I.MembrantBiol.-1987.-No.lOO.
Doctor of Sci. (Cbem.), Professor of Polymer Syntheses Department. Graduated from Moscow Institute of Fine Chemical Technology in 1956, Has worked in Moscow Institute of Fine Chemical Technology since 1962.
Scientific interests: kinetics and mechanism of emulsion and suspension radical polymerization, synthesis of medical purpose polymers. Proposed function fundamental concept of influence of monomer emulsion composition on formation mechanism of polymer-monomer particles, their distribution, molecular-mass distribution of obtained polymers and on physical and mechanical properties of latex films. Investigated emulsion polymerization in the presence of new surfaceactive monomer-emulators, and soluble in monomer surfaceactive compounds. Showed the possibility of ecologically pure technology design. Proposed scientific principles of biomedical polymer suspensions syntheses with narrow range of particle distribution in wide range of diameters.
Scientific partners: Institute of Physical Chemistry RAS, Institute of Organoelement Compounds RAS, Institute of Physical and Chemical Medicine RAMS.
Training activities: devised lecture course «Technology of Polymers and Polymer Suspension Synthesis by Emulsion and Suspension Polymerization.» Trained 52 Candidates and 4 Doctors of sciences.
Basic publications: Emulsion Polymerization of Stiren Initiated by Oil Soluble Initiators// Dokl. Akad. Nauk SSSR.-1988.- 301.- No.3. Syntheses and Characteristics of Microspheres with Aldehyde Groups on the Surface// Polimery.-1991.-XXXVI.- No.6. Dispersion Composition of Monomer Emulsion and Influence upon Mechanism of Polymer-Monomer Particle Formation// Vysokomolec. Soed.1991.-A33.- No.7.
Doctor of Sci. (Phys.-Math.). Professor of the Department of Polymer Syntheses. Head of the Laboratory of Composite Polymer Materials, Karpov Institute of Physical Chemistry. Graduated from Kiev Polytechnic Institute m 1951. Has worked in Moscow Institute of Fine Chemical Technology since 1986.
Scientific Interests: relation between structure and properties of polymers, thermodynamics of deformation of solid and rubber-like polymers and polymer materials, crystallization and melting, phase and micro-phase separation in multicomponent polymer systems, mesophase behavior of flexible misogynic and rigid nonmesogenic macromolecules, thermophysical methods of polymer characterization. Developed a unified thermodynamic approach to description of reversible deformation of homogeneous and heterogeneous polymers, based on direct calorimetric measurements of heat and energy effects of deformation. Discovered the unique ability of flexible linear and cyclolinear polyorganosiloxanes to form a mesophase state; which differs from the well-know liquid crystalline state, obtained a number of important results concerning crystallization kinetics of polymers, polymer mixtures, and block polymers, polymer mixtures, and block polymers. Author and coauthor of more than 250 papers, including 3 monographs.
Training activity: devised lecture course «Physical Chemistry of Polymers and Composite Polymer Materials». Trained 18 Candidates of science.
Basic publications: Thermal Physics of Polymers.- Khimiya, 1982. Phase State and Deformation Behaviour of Block Polymers// Zh. Fiz. Khim.- 63- 23- 1989. Thermophysical Properties of Polymers, Springer-Verlag, Heidelberg, 1992.
Doctor of Sci.(Chem.), Professor of the Department of Biotechnology, 1985 State Prize Winner. Graduated from Prague’s Chemical-Technological Institute In 1959, Has worked in Moscow Institute of Fine Chemical Technology since 1960.
Scientific interests: chemistry of sphingolipides, lipopcptides, peptide immunomodulators, enzymes of lipid and protein metabolism (phospholipase and peptidasc, synthetic application of enzymes, and immobilized ferments. Peptid alkaloids. Pioneered the synthesis of neutral plasmalogenes, synthesis of sphingomyelins, thiocerebrasids, obtained immobilized ureasc, aminoacilase, proteases, phospholipids and proposed methods of their application in synthesis of peptides, glycerophospholipids, and their metabolic products, elaborated method of phosphorilation and stercospecific synthesis of glyco- and phosphoglycosphingolipids. Proposed original synthetic method of geometrical isomer, retinyldenpeptides, vi-tamines A, B6, pylocarpin, immunoglobulins with lowered anticomplementaiy activity, affine sorbets, hydrophobic peptide immunomodulators and plant growth regulators. Author and co-author of more than 180 papers, including 23 inventions, 3 textbooks, and monograph.
Scientific partners: Moscow State University Department of Chemical Enzymology, Institute of Immunology RAMS, Institute of Physiologically Active Compounds RAS.
Training activities: devised lecture course «Chemistry and Technology of Bioactive Compounds», «Immunochcmisuy», «Principles of Membranology», took part in formation of curricula for specialty «Biotechnology». Trained 24 Candidates of science.
Basic publications: Neutral Plasmalogen Synthesis // Dokl.Acad. Nayk SSSR.-1964.-vol.l59. Method of Sphingolipides Synthesis from Ceramides// Khimiya Prirodn. Soedincnii.-1974.-No.5. Synthesis of Higher Alkyi Ethers of Pcptides// Zh. Obsh. Khim.-1988.vol.58.-No.lO. Thioglycosphingolipides Synthesis/ / Bioorg. Khim.-1991.-vol.l7.-No.3. Optimization of Immobilised on DEAE-scfa-dex À-50 Aminoacylasc Preparations from Asp. Oryxal// Biotekhnologiya.-1992.-No.2.
Doctor of Scl, (Cbem.), Professor, Head of the Department of Polymer Synthesis. Graduated from the Department of Chemistry, Moscow State University (1959). Has worked in Moscow Institute of Fine Chemical Technology since 1985.
Scientific interests: reactions of polymer synthesis and their chemical transformations, kinetics and mechanism of radical polymerizations, synthesis of biological and medical polymers, the polymers for the electronics. Found and studied the kinetic and thermodynamic effects of the formation of complexes in polymerization reactions, developed fundamental mechanistic concept of alternating radical polymerization, kinetic regularities of polymerization of surface-active and lipids-like monomers in monolayers, liposomes, and micelles. Created a number of priciplalle new composite sorbents for the chromatography of biopol-ymers by conducting reactions in the adsorption layers of the inorganic matrix. Created new systems for the immuno- and hybridization analyses founded at the polymer dispersions and membrans. Proposed new methods of capsulation of the living cells and ferments into thermally reversible polymer hydrogels. Aauthor and co-author of more than 350 scientific papers and reviews, 120 inventions, and 2 monographs.
Scientific partners: Institute of Bioorganic Chemistry RAS, Kargin Research Institute of Polymers (Dzerginnsk of Nizchni-Novgorod Region), Research Institute of Material Researching (Zeienograd).
Training activity: Devised lecture course «Polymer Materials for Biology, Biotechnology, and Medicine», organized the specialization «Chemical Technology of Polymers for Biology and Medicine» and «Chemical Technology of Polymer Materials for Electronics». Trained 8 Doctors and 45 Candidates of science.
Basic publications: Alternating Radical Co-polymerization, Frontiers of Macromolecular Science, Blackwell Sci. Publ., 1989. Polymer-Coated Adsorbents for the Separation of Biopolymers and Particles, Advances in Polymer Science, 1992, vol.104. Functional Polymeric Monolayers and Liposomes Macromoleculare Chemie, Macromol. Symp., 1991, vol.46. A Novel Approach to Nonradioactive Hybridization Assay of Nucleic Acids Using Stained Latex Particles, Analytical Biochemistry, 1991, vol.198. The Influence of Structural Effects on the Properties of Polymeric CTC, New polymeric Materials,1992,vol.3. A Novel Technigue for Entrapment of Hybridoma Cells in Scinthetic Thermally Reversible Polymers, Biotechnology Tub-nigues, 1991, vol.5
Doctor of (Che.), professor of Department of the Department of Chemistry and Chemical Engineeringfor Organoelement Compounds. Graduated from M.V. Lomonosov Moscow Institute of Fine Chemical Technology in 1973. Has worked in Moscow Institute of Fine Chemical Technology since 1973.
Scientific interests: reactivity and mechanisms of reactions of organoelement compounds, kinetics and macrokinetics of chemical reactions, chemistry and technology of high-molecular compounds.
The scientific partners: State Scientific-Research Institute for Chemistry and Technology of Organoelement Compounds, Institute of Inorganic and Organoelement Synthesis RAS, Institute of Organic Chemistry RAS, Institute of Petrochemical Synthesis RAS, Institute of Inorganic Chemistry RAS and other.
Pedagogical activity: the senior lecturer, assistant manager by faculty “Chemistry and technology of organoelement compounds”. Readable rates of lectures — “Bases of physics and chemistry of high-molecular compounds”, “ Theoretical bases of chemistry and technology of organoelement compounds”, “Solvent Effects in reactions of organoelement compounds”, “ Processing and application of organoelement compounds”.
Basic scientific articles: Role of a phase condition of reactionary system during hydrolytic condensation methylphenyldichlorosilane. // Polym. Science, Ser. A. 1985, ò. 27, ¹ 5, p.1041 - 1046.; Definition of area of course of hydrolytic polycondensation methylphenyldichlorosilane. // Chim. Prom., 1986, ¹ 3, with. 14 - 17.; A zone of reaction of hydrolytic polycondensation organochlorosilanes. // Chim. Prom. 1989, ¹ 4, with. 20 - 24.; Macrokinetics of Hydrolytic Polycondensation of organochlorosilanes (Review). Polym. Science, Ser. A, 1995, 37, 3, 266-294, (Engl. Transl); Concentration oscillations in condensation of organosilanols. Russ. Chem. Bull., 1997, (Engl. Transl).
Docior of Scl.(Chem.), Professor, Deputy Head of the Department of Biotechnology. Graduated from Moscow Institute of Fine Chemical Technology in 1972, Has worked in Moscow Institute of Fine Chemical Technology since 1972.
Scientific interests: synthesis of modified polar lipids, design of diagnostic kits and drugs on their basis, molecular probes for biological membranes, biosensor components, problems of self-formation and matrix synthesis, phospholipids immunochem-istry. Elaborated original methods of fluorescent analogs of phospho- and glycolipids obtaining, universal method of natural phospholipids immobilisation, co-author of liposomic drug for medical treatment of new borns children with disease, fatty emulsion for parenteral nutrition, several diagnostic preparations. Author and co-author of 84 scientific papers, including 4 rewies and 8 investigations.
Scientific partners: Institute of General Pathalogy and Pathalogical Physiology RAS, Institute of Physico-Chemical Medicine RAMS, State Scientific Narcological Centre, Branch of the Institute of Chemical Physics RAS.
Training activities: devised the course «General Microbiology and .Biotechnological Principles», «Biotechnology of Proteins and Ferment Preparations» and prepared comment dictionary for related courses. Trained 7 Candidates of sciences.
Basic publications: New Appoach to Fluorescence-Marked Clycerophospholipids Synthesis// Dokl.Akad. Nauk SSSR.-1984.-vol.279.- No.2. Investigation of Water Phospholipids Dispersions Influence on Immunity and Nonspecifical Hemolysis// Biol. Membran.-1985.vol.2.-No.4. Contemporary Methods of Modified Glucero-phospholipid Obtaining (review)// Usp. Khim- 1988.- vol.57.-No.4. Phospholip-ides Immunochemistry (review)// Biol. Membr.-1991.-vol.8.-No.lO. General Approach to Covalent Immobilization of Natural Phospholipids// Bioorg. Khim.-1992.-vol.l8.-No.4.
Doctor of Sci. (Tech.), Professor, Academician of RANS, Heard of the Department of Biomedical and Pharmaceutical Technology. Graduated from Lomonosov Moscow Institute of Fine Chemical Technology in 1976. Has begun his career in Belgorod Vitamin Factory where he took number of positions from a processing technologist to the Main Technologist of the factory. He has been working in the field of pharmaceutical chemistry and technology more than 25 years. In 2000 he was an initiator of organization of the new Department of Biomedical and Pharmaceutical Technology in Lomonosov State Academy of Fine Chemical Technology.
Training activities: devised the lecture course “Bioconversion of Phytosource” and related the laboratory course, wrote 2 textbooks.
Scientific interests: studies in the field of elaborating and fabrication of new drugs, veterinary medicines, food supplements and functional food (tea drinks, syrups, tonics). He has developed 4 drugs, 4 veterinary medicines, more than 25 food supplements and more than 50 tea drinks, syrups and tonics. He is an author of 140 publications including more than 30 Russian and foreign patents.
Partners: “PHARMA CENTRE” company, “PHYTOPREPARAT” factory, “UFA VITA” factory, Feeding Institute of RAMS, Karpov Institute, Control Institute of Russian Health Ministry et al.
Doctor of Science (Chem.), Associate Professor of the of the Department of Chemistry and Chemical Engineering for Organoelement Compounds. Lenin Komsomol Prize on Science Winner, Member of Organosilicon Compounds Section of the Organoelement Compounds Chemistry and Technology State Research Institutes Scientific Council. Graduated from Mendeleev Moscow Chemico Technological Institute in 1971. Has worked in Moscow Institute of Fine Chemical Technology since 1992.
Scientific interests: application of organoelement monomers in general organic synthesis. Determined regularities of obtaining of silicon-nitrogen-containing compounds, that allowed design organosilicon compounds technologies and to promote industrially 18 elaborations, including a set of elaborations of antisclerotic drugs «Parmidin», «Kalium Orotat», sililating reagent «hexamethyldis-ilazan» manufacturing, ogranic products (dimethylsulphoxide and dimethylsulphone) and new catalysts of silicon rubbers hardening. Author and co-autor of 150 scientific works, including 57 inventions and 5 patents.
Scientific partners: State Research Institute of Organoelement Chemistry and Technology, Research Institute of Polymer Materials, Research Institute «MedPolimer», Research Institute of Chemical Physics, Scientific Industrial Associations «Moiniya» and «Impul's».
Training activities: Trained 3 Candidates od science.
Basic publications: Organosilicon Urethan Application.-Moscow, 1979. Carbon Dioxide in Organosilicon Chemistry.-Moscow, 1980. Carbofunctional Organosilicon Compounds Synthesis. Silicon-Containing Amids and Formamids// Dokl. Acad. Nauk SSSR.- 1980,-vol. 254.- No 6. Silicon Derivatives of Oxycarbamine Acid. Tremethylsiloxy Isocyanate - new Reagent in Organic Synthesis// Zn. Obhch. Khim.-1983.- vol.53.-No 3. Interaction of Chlo-rosilans with Aminoalcohol Derivatives and o-silylurethans. Synthesis of New Organosilicon heterocycles // Zn. Obshch. Khim.-1988.- vol. 58.- No 1. Silicon-Derivatives of Carbazide Acids. Synthesis, Preparative Separation, Conformation and Some Properties of Persililated Hydrazino-N-N'-di-carboxylic Acids Tautomers// Zn. Obshch. Khim.- 1991.-vol.61.- No 5.
Doctor of Sci.(Chem.). Professor, Member of Russian Engineering Academy of Sciences, Head of the Departament of Fine Organic Compounds Chemist try and Technology, Dean of the Biotechnol by and Organic Synthesis Faculty. Graduated from Pragues Chemico-Technological Insfitute in 1961. Has woked In Moscow Institute of FineChemical Technology since that time.
Scientific interests: studies of natural and synthetic porphyrins, their matal complexes and hcme-containing proteins. Devised general method of completely unsymmetrical porphyrin obtaining from linear polypyrrolic compounds. Proposed a group of sensitizers for photodynamic cancer therapeutics on the basis of porphyrins and their hydrogcneted analogs. This method is promoting in clinical practice by means of «photogem» preparation. Author and co-author of more than 250 scientific papers, including 30 inventions and 2 monographs.
Scientific partners: Institute of Bioorganic Chemistry RAS, Institute of Chemical Physics RAS. Gercen Research Oncology Institute, Scientific Centre of Laser Midicine.
Training activities: Devised the lecture course «Synthetic Methods of Bioactive Compounds» and related laboratory course. Trained 15 Candidates of chemical science.
Basic publications: Photosensitizers based on Porphyrins and Related Compounds for Photodynamic Cancer Therapeutics//Science and Technics Rezults. Contemporary problems of laser physics.-1990.-vol.3. Re-giospecific Synthesis of Ether-Bonded Oligomers of Haematoporphyrin IX and its Relatives// Tetrahedron Letters.-1990.-vol.31.-No.44. Synthesis and Study of Chlorin and Porphyrin Dimers with Ether Linkage// Tctrahedron.-1992.-vol.48.-No.31. Fabfe-Laser IR Luminiscencc Diagnostics of Malignant Tumours Using Rare Earth Porphyrins// J. of Photochemistry and Photobiology, B:Biology. - 1990.No.7.
Candidate Sci. (Techn.), Professor of the Department of Basic Organic Synthesis Chemistry and Technology. Graduated from Moscow Institute of Fine Chemical Technology in 1957. Has worked in Moscow Institute of Fine Chemical Technolocgy since 1957,
Scientific interests: determinated processes of chemical technology and their mathematical discription, simulation of «liquid-vapour» and «liquid-liquid» phase equilibria, methodology of synthesis of technological systems of multicomponcnt nonidcal mixure separation. Deternimed fundamental regularities of local geometrical properties of phase distillation diagrams, elaborated computer-assistant strategy of fast analysis of topological and geometrical characteristics of these diagrams and the technique of complete «liquid-liquid» and «liquid-vapour» equilibra model design, proposed simulation of vapour-liquid equilibrium, worked out the software package and hardware for synthesis of separation systems. Author and co-author of more than 170 scientific papers, including 10 inventions, and 2 textbooks.
Scientific partners: Institute of Organic Chemistry RAS, Ural andAltay Polytech-nical Institutes, Scientific Production Association «Polimersintez».
Training activities: devised lecture courses and computer instruction course on Computer Aided Scientific Research and Design of Organic Compound Chemical Technology. Trained 15 Candidates of sciences.
Basic publications: Analysis Dynamic Systems of Distillation and Rectification // Teor. Osnov. Khim. Tekhn.-1987.-vol.21.-No.3. Qualitative Models of Vapour-Liquid Equilibrium// Tcor. Osn. Khim. Tckhn.-1990.-vol.24.-No.6. Thermody-namic Interpretation of Liquid-Vapour Equilibrium Qualitative Models // Automated Analysis of Multicomponent Azeo-tropic Structures //Teor. Osn. Khim. Tekhn.- 1991.- vol.25.-No.!. Structure Analysis of Liquid-Vapour Equilibrium Diagrams. Textbook.Moscow,1988.
Doctor of Science (Chem.). Professor of the Department of Chemistry and Technology of Fine Chemical Compounds. Graduated from Moscow Institute of Fine Chemical Technology in 1957. Has worked in Moscow Institute of Fine Chemical Technology since 1957.
Scientific interests: fine organic syntheses using acetylenic chemistry, organo-element chemistry, catalysis with metal complexes, and enzymatic catalysis, chemistry of bioactive compounds, biotechnology of low-molecular lipid bloregulators of the eicosa-noid class (prostaglandins, leukotrienes, hepoxilines, ect.), their precursors-natural unsaturated polyacids, and also inhibitors of their biosynthesis. Created the scientific foundations of synthesis of eicosanoids, their precursors, and isotope labelled analogs. The method of arachidonic acid and prostaglandins Å2 and F2 production based on this acid was applied. Tritium-labelled eicosapolyenoic acids and prostaglandins A-F series 1-3 have been synthesized and supplied to the firm “Nuclon”. Has 40 inventor’s certificates and 4 patents
Scientific partners: Institute of Molecular Genetics RAS, National Endocrinological Scientific Center RAMS, Belosersky Institute of Physical and Chemical Biology of Moscow State University, Institute of Biochemistry of Medical Department of Humboldt University (Berlin, Germany), Institute of Chemistry of Academy of Sciences of Mongolia.
Training activities: co-author of two-volume textbook: “Chemistry of Bioactive Natural Compounds”. M., vol.1 - 1970.voI.II -1976. Trained 6 Candidats of Science.
Basic publications: Leicotriene - Natural Bioactive Metabolites of Unsaturated Polyacids// Usp. Khim- 1986- vol.55.-No.5. Lipoxigenase Transformation Inhibitors of Polienoic Acids// Usp. Khim.- 1990.- vol.59.- No.5. Pathways of Biosynthesis of Lipoxygenase Acyclic Metabolites of Polienoic Acids// Bioorgan. Khimiya.- 1991.- vol.17.- No.7. Polyacetyienic Strategy of Oriented Synthesis of Unsaturated Polyacids and Their Metabolites - Eicosanoids// Zh. Vses. Khim. O-va im. D.I.Mendeleeva.- 1991.- vol.36.- No.4. w-Oxydation impairs oxydizability of polyenoic fatty acids by 15-lipoxygenases: consequences for substrate orientation at the active site // Biochemical J., 1998, v.336
Doctor of Sc'i. (Chem.), Member of the Russian Technology Academy, Professor of the Department of Biotechnology. Graduated from Kasan Institute of Chemical Technol' ogy in 1964. Now works In Moscow Institute of Fine Chemical Technology.
Scientific interests: physical and chemical methods of intensification of biopurification of industrial waste waters by homogeneous reagents, disperse phases and immobilized cells; intensification of biosynthesis of bio-active compounds by chemical and biological agents of stimulative action; physical chemistry of enzyme destruction. Generalized the fundamental regularities of oxidation processes regulation in polymers, hydrocarbon and living systems (microbielle cells); discovered effect of synergism of exogeneous antioxidants action as regulators of metabolite biosynthesis; obtained a number of important results for intensification of industrial productions of microbilelle protein, aminoacids and organic acids. Author and co-author of 205 scientific works, including 23 inventions, 2 textbooks, and 2 monographs (Elsevier Sci. Pupl.).
Scientific partners: Institute of Chemical Physics RAS, Institute of Protein Synthesis RAS, Kazan Technological University.
Training activities: Author and co-author of two textbooks: «Monomer Technology for Synthetic Rubber», Leningrad. - 1981, «Theoretical Principles of Microbiological Technology».
Basic publications: Phosphororganic Stabilizers for Polymers; Effeciency and Mechanisms of Action// In: «Developments in Polymer Stabilization», Ed. G. Scott, ElsevierAppl. Sci., England, 1980. P(31) - CIDNP. Investigation of the Reaction of Dialkyl-dithiophosphric Acides with CHP // Polymer Degradation and Stability. -1991. Mechanisms of Antioxidant Action in Living Organisms //In: «Atmospheric Oxidation and Antioxidants». Ed. G. Scott, Elsevier Sci. Publ., Netherlands. -1993.
Doctor of Sci.(Chem.). Professor of the Departament of Polymer Synthesis, Vice-Dean of the Biotechnology and Organic Synthesis Faculty. Graduated from Moscow Institute of Fine Chemical Technology in 1980.
Scientific interests: Heterophase polymerization, mechanism of formation of polymer-monomeric particles, their phase structure and morphology, synthesis polymeric suspensions with a various diameter of particles and narrow distribution of particles on the sizes.
The basic researches are carried out in the field of study of the mechanism heterophase polymerization. The ways of synthesis of monodisperse polymeric suspensions with various functional groups on a surface of particles are developed. Diagnostic tests - systems on various virus and infectious diseases are developed. The author more 100 scientific publications, including 12 copyright certificates and patents.
Scientific partners: Institute of Physical Chemistry RAS, Russian University of Friendship of the Peoples, Moscow State University.
Training activities: Devised the lecture course « Synthesis of polymers and latexes by a method heterophase polymerization » and related laboratory course. Trained 4 Candidates of chemical science.
Basic publications: Synthesis of Polymer Suspensions for Immunochemical Studies// J.of Applied Polymer Science.-1996.- vol.61.-pp.1465 – 1471; Synthesis of monodispersed functional polymer microsheres for immunodiagnostic research// Uspekhi khimii. –1996.- vol. 65.- ¹ 2.- pp.178-192 ;Characteristic features of heterophase polymerisation of styrene with simultaneous formation of surfactants at the interface// Russ. Chem. Rev.- 2001. – vol. 70.- ¹ 9.-pp. 791-800;
M.D.,Professor of the Chair of Biotechnology. Corresponding Member of Russian Academy of Medical Sciences (1991), Soros Professor (1997). Graduated from the 1-st Medical Leningrad Institute (1960). Has been working at the Institute of Fine Chemical Technology since 1990.
Scientific interests: medical cell biology and biotechnology, cellular mechanisms of atherosclerosis, cellular mechanisms of liver diseases (including cirrhosis). He has created the first cell biology laboratory in USSR to rise and maintain the primary culture of human endothelial, smooth muscle cells, hepatocytes and enterocytes to study the cellular manifestations and cellular events connected with the atherosclerotic plaque formation and atherogenic disorders of lipoprotein metabolism. Authour and coauthor of 350 scientific paper (250 -published in international journals) and 8 books.
Scientific collaboration: cooperation with the US, France, Germany, England and Finland in the field of atherosclerosis and medical cell biology. Last years- cooperation with the Institute of Biological Medicine, Department of Immunology
Center of Obstetrics, Gynecology and Perinatalogy of RAMS, Helmholtz Institute of Eyes Diseases in field of regional stem cells, embryonic stem cells and cell transplantation.
Lecturing activity: Moscow Institute of Radioelectronics and Automatics, Professor at the Chair of Medical Biotechnology ( course of lectures in the field of molecular and cellular biology ) ( 1985- 1997 yy). Lecturing as a Soros professor in many cities of Russia for teachers, university and medical students.
Main publications: Critical chemical steps in embryogenesis and teratogenesis,1977, Medicine,350 p; Medical Cell Biology, BEBMPH,1998,250p; Cell and Tissue Transplantation : new realities in Medicine. In book: Fetal Cell and Tissue Transplantation.,1998,BEBMPH, p.13-28; From Organ to Cell Transplantation., In book: Fetal Cell and Tissue Trasplantation.,1996,p.18-30,BEBMPH
Member of the Russian Engineering Academy, Corresponding Member of me International Engineering Academy, Honorable Scientist of Russia, Doctor of Science (Techn.), Professor of the Department of Basic Organic Synthesis Chemistry and Technology. Graduated from Moscow Institute of Fine Chemical Technology in 1954. Has worked in Moscow Institute of Fine Chemical Technology since 1956,
Scientific interests: theoretical principles of chemical technology, physical and chemical principles of separation and combined reaction-mass-exchange processes. Discovered fundamental regularities of azeotropy in multicomponent systems, created the theory of tangential azeotropy, formulated with coauthors principles of thermodynamical top-ological analysis of the phase equilibrium diagrams and principles of the synthesis of homogeneous flowsheets, including flowsheets with combined processes. Author and co-author of more than 600 scientific works, including 34 inventions, 10 patents, and 6 monographs.
Scientific partners: Research Institute of Organic Synthesis, Research and Design Institute of Petropeum, Scientific Production Association «YarSyntez», Russian Scientific Research Institute of Vitaminy.
Training activities: devised lecture course «Physical and Chemical Principles of Separation and Combined Processes». Trained 65 Candidates of science.
Basic publications: Thermodynamical Top-. ological Analysis and Problems of Multi-component Polyazeotropic Mixtures Separation // Teoret. Osn. Khim. Tekh-nol.l987.-vol.XXI.-No 1. Principles of Basic Organic and Petrochemical Technology.Moscow, 1992. Multicomponent Rectification. Theory and Design.-Moscow, 1983. Basic Organic Technology. Combined Processes.-Moscow,1993. Physical and Chemical Principles of Distillation and Rectification.-Leningrad, 1975.
Doctor of Sci. (Chem ), Professor of the Department of Chemistry and Technology of Fine Organic Compounds, State Prize Winner. Graduated from Moscow Institute of Fine Chemical Technology in 1953. Has worked in Moscow Institute of Fine Chemical Technology since 1953.
Scientific interests: lipid chemistry, natural and modified lipid synthesis, affine chroma-tography of lipolytic enzymes and properties, posessing specific properties to lipids, immobilization of lipolytical enzumes, lipid properties in the composition of model membrane study and liposomatic biopoly-mer form obtaining. She pioneered in synthesis of some classes of aldehydogenic lipids (plasmalogens), obtained lipid bi-oregulator (thrombosite activation factor), its analogs and antagonists. Studied liposomatic hemoglobin form (hemosomes) obtaining and showed its ability to reversible oxygenation. Elaborated methods of different lipid ligand immobilization on organic and inorganic matrixes. Carried out comparative study of different lipids with ether and ester bond in the composition of model phospholipid membranes and determined principle peculiarities of their behaviour. Author and co-author of more than 300 scientific works, including 30 inventions, textbook in two parts, and monograph.
Scientific partners: Bioorganic Chemistry Institute RAS, Belosersky Research Institute of Physico-Chemical Biology (Moscow State University).
Training activities: devised lecture course «Chemistry of Bioactive Compounds» and related laboratory course. Trained 25 Candidates of sciences.
Basic publications: Synthesis of Phosphati-dal-N,N- Dimethylethanolamm// Tetr.Lett.-1971.p.4605-4607. Study of Reversible Oxygenation of Gemas Derivatives, Building in Phospholipid Membrane// Bioorg. Khim.-1979.-vol.5.-No.10. Synthesis of Biospecific Sorbents for Proteins Extraction// Bioorg. Khim,-1980.-vol.6.-No.9. Immobibilized Phospholipids Interaction with Phospholipase A2// 25 Int. Conf. on the Biochemistry of Lipids. Sept.-Antwerp/Belgium/,1984. Highstable Polymer Liposomas Obtained on the Basis of Dien-containing Phospha-tidilholin// Dokl. Akad. Nauk SSSR. Biofizika.-1991.-vol.321.-No.5.
Doctor of Sci. (Techn.). Professor of the Department of Chemistry and Chemical Engineering for Basic Organic Synthesis. Member of the International Informatization Academy. The Dean of Foreign Students Department. Graduated from Moscow institute of chemical technology named after D.I. Mendeleev in 1970. Has worked in Moscow Insitute of Fine Chemical Techology since 1978.
Scientific interests: application of mathematical and computer methods for the studies of reaction, distillation and combined reactive-distillation processes. Computer-aid design of automated systems chemical-engineering flow sheets. Author and co-author of more than 80 scientific works.
Scientific partners: AO “Russian Research and Development Institute for Organic Synthesis; NPO “Vitamins”, Moscow, Russia; D.I.Mendeleev University of Chemical Engineering of Russian Federation.
Training activities: devised lecture courses on application of mathematical and computer methods to chemistry and chemical engineering; supervised bachelors’ and masters’ graduation works; member of State Examination Commission. Devised 4 methodical brochures and 2 text books. Laureate of the International Academy Publishing House award for the best publication in 1998.Trained 5 Candidates of sciences.
Basic publications: “Tekhnologiya Osnovnogo Organicheskogo Sinteza: Sovmeshchennye Protsessy (Technology of Basic Organic Synthesis: Combined processes” // Moscow: Khimiya, 1993. “Reactive-Distillation is an Advanced Technique of Reaction Process Operation” // Chem. Engng Sci., 1996, vol. 51, no. 11. “Analysis of Energy Expenditures in Systems with Selective Mass Transfer to the Surrounding Medium” // Teor. Khim. Tekhnol., 1997, vol. 31, no. 1 [Theor. Found. Chem. Eng. (Engl. Transl.), vol. 31, no. 1]. “Flow Sheets Using the Redistribution of Concentration Fields due to Chemical Reactions” // Teor. Khim. Tekhnol., 1997, vol. 31, no. 2 .
Compounds. Scientific interests: bioorganic chemistry of natural inositol containing phospholipids, synthesis of complex lipids for fundamental researhes and for scrining of new medicines, developing of methods for synthesis of polyol derivatives, reactions of phosphorylation and glycosylation, optical resolution of racemates by chemical, enzymatic and chromatographic methods, identification of natural compounds by spectral and chromatografic methods, lipids as intracellular bioregulators and subjects for nanobiotechnology in process of designing liposomal forms of biologically active substances. Author and co-author of 4 books, 10 reviews, 60 publication in periodicals, 1 invention.
The scientific partners: Institute of Bioorganic of Chemistry RAS, Ivanovsky’s Iinstitute of Virology RAMS, Faculty of Farmacy University of Strasbourg (France ), Chemical Faculty of Milan’s Polytechnic Institute (Italy)
Training activity: evised special courses for laboratory practice, supervising of MS traines and postgraduated studens, consultes of 10 Ph.D. Thesis’s.
Representative publications: myo-Inositol and Phosphoinositides. Moscow, ublishing House of Academy of Sciences,1987. 248 pages(in russian). Physiologically active lipids. Moscow, Publishing House of Academy of Sciences,1991. 136 pages(in russian). Inositol Phosphates and Derivatives: Biochemistry and Therapeutic Potential. A.B.Reitz, Ed.;ACS Symp. Series 463. American Chemical Society: Washington,D.C. 1991(with V.I.Shvets, L.Schmitt et al.). Phosphoinositides: Chemistry, Biochemistry and Biomedical Applications. K.S.Bruzik,Ed.; ACS Symp. Series 718; American Chemical Society: Washington, D.C. 1999 (With V.I.Shvets).
Doctor of Sci. (Chem.), Leading scientific collaborator of department of Polymer synthesis.Graduated from LSAFCT in 1968. Worked in LSAFCT since 1971.
Scientific interests: synthesis of polymers with special properties, gas separating membranes based on polymers with chemically active functional groups, electro- and photochromic polymers and materials based on them, polymers for energy transformation, optical sensors polymers, polymer complexes with charge transfer, chemical modification of polymer materials surfaces and their protection from microorganisms. Formulated fundamentals of constructing high selective membranes of high permeation for separation of reactive gases from gas mixtures. Prepared membranes of high efficiency for separation of carbon dioxide from vapor-air mixtures. Author and co-author of more than 120 scientific works including 24 inventions.
Scientific partners: Frumkin Institute of Electrochemistry of RAS, State Scientific Center “Institute of Medical-biological Problems”, Space corporation “Energy” named after S.P.Korolev.
Training activities: devised lecture course “Polymers with special properties”, prepared 4 candidates of science.
Basic publications: The influence of structural effects on the properties of polymeric CTC// New Polymeric Mater., 1992, v. 3. p. 187-196. Polymethacrylates with immobilyzed dyings. Optical and sorption properties // Vysokomol. Soed., A-series, 1994, Vol.36, ¹8, p. 1326-1330. Light influence on thermodynamic equilibrium in reaction of complex-forming of viologene and ferrocyanide-ion. // Izvestia AS, Chem. series, 1995, ¹1, p. 92-95. Selective transfer of carbon dioxide in annionite membranes based on polyethylene doped by polyvynilpyridine // Vysokomol. Soed., A-series, 1995, Vol.37, ¹10, p. 1747-1752.
Doctor of Science (Chem.), Professor of the Department of Polymer Syntheses. Head of the Department of Polymer Synteses of Karpov Institute of Physical Chemistry. Graduated from Moscow Institute of Fine Chemical Technology in 1960. Has worked in Moscow Institute of Fine Chemical Technology since 1986.
Scientific interests: syntheses of polymers with specific properties: thermostable and liquid-crystalline polymers, water-soluble polymers, radiation-induced graft polymerization, polymerization of ciystallinc diaccty-lenes. Formulated fundamentals of syntheses of highly termostable polymers by isomerization cyclization, prepared novel liquid-ciystalline polymers, worked out technological foundations of acrylamide (co)polymer syntheses, studied the mechanism of radiation-induced grafting of polar monomers on fluoroplastics and prepared novel matherials for membranes. Author and co-author of more than 120 scientific works, 1 monograph, and 27 inventions.
Scientific partners: Institute of Organoele-ment Compounds RAS, Institute of Plastics.
Training activities: devised the lecture course «Chemistry and Chemical Technology of Polymers for Plastics and Fibers». Trained 12 Candidates and 2 Doctors of sciences.
Basic publications: Advances in Synthesis of Polymers Based on Acrylamide// Plast. Mass.- 1984.- No.10. Polymerization of Aminoalkil(meth)acrylates and Their Salts // VysokomoIec.Soed.-1989.- vol.31A.-No.7. Application of Radiation-Induced Graft Polymerization to Synthesis and Modifyng of Gas-Separating Membranes // Vysokomolecul. Soed.-1991.-vol.33A-No.7. Radical Polymerization of Water-Soluble Monomers in Various Solvents// Europ. Polymer J.-1991.-vol.27.- No.6. Novel Aromatic Rigid Rod Comblike Polyamides and Polyesters// Vysokomol. Soed.- 1993.-vol.35.-No.!.
Doctor of Science (Chem.). Professor of the Department of Basic Organic Synthesis Chemistry and Technology. Graduated, from Moscow Institute of Fine Chemical Technology in 1958. Has worked in Moscow Institute of Fine Chemical Technology since 1958.
Scientific inlcresis: chemistry of alkynes, catalytic reactions involving alkynes, catalysis with metal complexes, the mechanism of polyfunctional catalysts action in oxidation, carbonylation, addition reactions, meth-odological problems of mechanistic studies of complex reactions, various aspects of mathematical chemistry related to graph-theoretical methods. Formulated physical and chemical principles of homogeneous catalytic reactions of alkynes, proposed classification or reaction mechanisms according to the type and intermediates nature. Proposed new catalytic systems and discovered new reactions of alkynes. Rational methodology of mechanistic studies and kinetic modelling was justified. Proposed classification of complex reaction mechanisms based on graph theory and the concept of topological mechanism structure. Author and co-author of more than 350 scientific papers, including 50 inventions. 3 monographs, and 5 textbooks.
Scientific parlners: Research Institute “Syntez”, Saratov Branch of Polymer Research Institute, Karpov Research Physico-Chemical Institute, Higher Chemico-Technological Institute, Burgas (Bulgaria), Karnegie Mellon Univ.(Pittsburg, USA).
Training activities: compiled lecture courses “Physical and Chemical Principles of Reactor Processes” and “Chemistry and Technology of Catalysis with Metallcom-plexes”, trained 40 Candidates of sciences.
Basic publications: Catalytic Transformations of Alkynes in Solutions of Metal Complexes.Moscow, 1968. Acetylene. Chemistry. Reactions Mechanisms. Technology.-Moscow, 1991. . Chemical Reaction Networks A Graf-Theoretical Approach. CRC Press, 1996 // The Mechanism of Catalysis in Homogeneous Polyfunctional Catalytic Systems// In: Fundam. Research in Homogen. CataL, Gordon and Breach, London, 1986. Classification and Coding of Chemical Reaction Mechanisms.//In:Mathematical Chemistry, vol. 2, Chemical Graph Theory: Reactivity and kinetics,E.ds., Gordon and Breach, 1992. Topological Structure of Complex Reactions Mechanisms//Theor. i Experiment. Khim.-1988.-No. 3. Kinetics and Mechanism of Dimethyloxalate Synthesis by Oxidative Carbonylation of Methanols // Kinetika i Kat.-1984.-vol.25.-No. 2. Tnorg.Chem. Acta, 1998, p.202
Doctor of Science (Techn.), Professor, Rector of the Institute, Head of the Department of Basic Organic Synthesis Chemistry and Technology, Member of Russian and International Engineering Academy, Secretary of «Chemical Technologies» Section. Graduated from Moscow Institute of Fine Chemical Technology in 1960. Has worked in Moscow Institute of Fine Chemical Technology since 1960.
Scientific interests: theoretical principles of chemical technology, principles of waste-free productions desigh in basic organic and petrochemical synthesis, theoretical basis and technological principles of complex mixure separation processes. Elaborated theoretical principles of splitting and heter-oazeotropic mixure separation, that permit -ed design of separation technologies for azeotropic mixures of any complexibility, elaborated general principles of design for waste-free organic synthesis productions, this enables material- and power-saving technology design and existing technologies improvement. Author and co-author of more than 250 scientific works, including 50 inventions and 6 textbooks.
Scientific partners: Russian Research Institute of Organic Synthesis, Scientific Production Association «YarSyntez», Research Institute «Synthcz», Russian Scientific Research Institute of Vitaminy.
Training activities: devised lecture courses «Chemistry and Technology of Basic Organic Synthesis», «System Regularities in General Organic Synthesis», «Principles of Waste-Free Technology Design in Basic Organic and Petrochemical Synthesis». Now delivcres lecture course «Chemistry and Technology of Organic Synthesis». Trained 25 Candidates of science.
Basic publications: Effect of Separation Efficiency on Reaction-Distillation Process// Theor. Osn. Khim. TeknoL-1989.-vol. XXI 11.-No 6. Solvent Choisc for Combined Reaction-Extractive-Distillation Process// Zh. Prikl. Khim.-1991.- No 9. Rational Separation Conditions Choise.1. Inversion Phenomena of Separating Agents Interaction. 2. Regularities of Extractive Rectification in 4-Componcnt Mixures// Zh. Prikl. Khim.- 1988.- vol. 61.- No 9.
Doctor of Sci. (Tech.), docent, corresponding member of Russian Engineering Academy, laureate of Lenin Komsomol Premium, professor of Chemical Engineering in Basic Organic Chemistry Department. Graduated from Lomonosov’s Moscow Institute of fine Chemical Technology in 1982 and has worked in it since that time.
Training activities. Developed and reads the lecture course “Modern problems of Chemical Technology”, reads the courses “Chemical Technology of Organic Compounds”, “Chemical Technology of Basic Organic and Petrochemical Synthesis”, has trained 3 candidates of technical sciences.
Scientific interests. Studies in optimization of industrial multicomponent distillation flowsheets, synthesis of optimal distillation sequences, topology of separation flowsheets. Author of 55 scientific papers.
Scientific partners. Scientific Institute of Organic Synthesis, Scientific Institute “Synthesis”, “Hyprokauchuk”.
Tretjakov Valentin Filippovich
The doctor of chemical sciences, professor, academician RAIS. The manager by faculty of petrochemical processing technology and artificial liquid fuel of name A.N. Bashkirova, head of a department of Institute of petrochemical processing of name A.B.Topchieva RAS. In Institute of petrochemical processing works since 1969. Has ended chemical faculty the Caspian higher naval school of name S.M. Kirova, Azerbaijan state institute of petroleum and chemistry of name M.Azizbekova on a specialty the chemist - technologist basic organic and petrochemical processing.
Pedagogical activity: the experience of pedagogical activity - 26 years, scientific - 36 years, read courses of lectures on organic chemistry, petrochemistry and chemistry on the basis of one-carbon molecules.
The member of expert advice HCC Russian Federation, member of Scientific advice on chemistry of mineral rigid fuel, member of advice dissertational, member of editorial board of the journal “ Chemistry of rigid fuel ”. The author of original scientific development, number of the patents, monographies and more 150 scientific publications.. For the last scientific development (2000-2003 y.) on the international exhibitions is awarded by five golden medals (Brussel, Moscow). He prepares more than 25 candidates of sciences, magisters and engineers.
Scientific interests: petrochemistry, organic chemistry, geterogenal catalysis, ecological catalysis, protection of a surrounding medium.
Scientific communications(connections): institute of a catalysis of the Bulgarian academy of sciences, University Colima in Mexico, Saratov university, MGU of name M.V. Lomonosova, Institute organic chemistry of name N.D. Zålinskogo, Institute of chemical physics of the Russian academy sciences, ÌGÒU of name Kosigina.
Doctor of Chemical Sciences, Professor department of chemical technology of Lomonosov Moscow State Academy of Fine Chemical Technology. 1972 graduation of Lomonocov-Moskow State University and KSU of Lenin of Moldova of the faculty of chemistry, chair of physical chemistry, gold diploma. 1973-1980 reader at Hanoi State University of Technology at the chair of kinetic and catalysis. 1980-1985 chief production engineer and designer of commercial production of activated carbon carrier made from vegetable starting material for vinylchloride synthesis catalysts. 1982-1985 Assitant professor at Hanoi University of Technology,-elaboration of the manual “Kinetics and Catalysis”. Head of the State program on developing of new catalysts of reforming based on synthetic and natural zeolites. chief engineer-adviser in petrol refinery at the department of petrol and gas of SRV. 1985-1989 Head of investigations on kinetic and catalysis in Chishinev and Kharcov Universities, builder of a pilot plant for determination of the parameters of solids and sorbents. Since 1989 leading scientific researcher at Moscow State Academy of Fine Chemical Technology and Moscow State University in the field of catalysis and adsorption, namely of new generation of catalysts for vinyl acetate and vinyl chloride as well as catalysts for oxidation based on carbon sorbents. At present head of state program on removal of microelements: Mn, Sn, Fe, Zn, Os and ions Na+, K+, Cl-, F- from water and wine materials and the leading specialist in the state program “Catalysts and catalytical technologies of new generation at MITHT”. Since 2003 Head of scientific-research center on “Adsorption and surface phenomena” at MITHT.
Scientific interests: Current research interests include: quantum adsorption and adsorption of gases & vapors; adsorption of liquid phase; new catalysts for separation of ortho-, meta- and para-xylen based on new types of zeolites and natural sorbents at Moscow State Academy of Fine Chemical Technology (MITHT); new methods of producing of silicagel and zeolites from “zero-zols”; surface phenomena; surfactants; chemical thermodynamics; surface phenomena in membranes; micro emulsions; hemosorbents and enterosorbents based on activated carbon; new activated carbons from vegetable materials and catalysts based on them, new technologies of producing graphite materials; catalysts for heterogeneous processes (oxidation, vinyl acetate, vinyl chloride synthesis etc).
Author of over 150 research and review papers in journals; 10 patents; 3 textbooks .
Doctor of Sciences ( in Bioorganic Chemistry), professor Department of Biotechnology. He graduated from the Department of Chemistry and Technology of Fine Organic Compounds M.V.Lomonosov Institute of Fine Chemical Technology in 1980.
Scientific interests: Development and design a new synthetic approaches for preparation compounds from vitamine A family. Investigation of double bonds formation processes in polyenic compounds series (carotenoids and retinoids). Study of structure-function relationship in retinoid-protein complexes: bacteriorhodopsin and nuclear retinoic acid' receptors. Synthetic approaches for natural compounds preparation, with stable isotops labeling. Design of technical devices on bacteriorhodopsin and its analogs basis for biomolecular electronics. Design and synthesis of new anti aggregative drugs from isoxazole derivatives. Creation of new synthetic approaches for preparation heterocyclic compounds from pyridine and isoxazole series. He is author and coauthor more than 70 scientific publications in Russian and foreign literature, including 1 USSR author sertificate on inventory and 3 reviews. He is International Carotenoid Society member (1996).
Scientific partners: yu.a. Ovchinni-kov and M. M. Shemyakin Institute of Bioorganic Chemistry RAS; N.M. Emanuel Institute for Biochemical Physics RAS; A.N. Belozersky Institute for Physic-Chemical Biology M.V. Lomonosov Moscow State University; Institute for Cell Biophysics RAS, Pushchino na Oke; State Research Institute of Protein Synthesis.
Training activity: He creates the lection courses: "Computer modelling methods in Physico-Chemical Biology", "Identification, Analysis and Intercon-versions of Functions in Organic Synthesis". Supervision of 30 enginers, BS&MS trainees, consultes of 5 Ph.D. Thesis.
Basic publications: "Chromo-phoric groups of retinylideneproteins" B.I. Mitsner, À.À. Khodonov, in: "Light-sensitive biological complexes and optical registration of information" (Rus) ed. H.R. Ivanitsky, Pushchino, ANSSSR, 1985, pp. 38-49. "Retinal analogs: synthesis and interaction with bacterioopsin", B.I. Mitsner, À.À. Khodonov, E.N. Zvonkova, R.P. Evstigneeva, Bioorgan. Khim. (Rus), 1986, v. 12, N 1, pp. 5-53. Retinal analogs and their application for bacteriorhodopsin investigation. À.À. Khodonov , S.V. Eremin, J. L. Lockshin, V.I. Shvets, O.V. Demina, L.V. Khitrina, A.D. Kaulen. - Bioorgan. Khim. (Rus), 1996, v. 22, N 10-11, pp. 745-776.
Doctor of Science (Chem.), Professor, Corresponding Member of Russian Academy of Sciences, Head of the Department of Chemistry and Chemical Engineering for Organoelement Compounds. State Prize Winner. Chairman of two Specialised Councils under State Research Institute of Chemistry and Technology of Organoelement Compounds, Chairman of Higher Expert Commissions Experts Coubcil. Member of two Scientific Councils under RAS Presidium.
Scientific interests: chemistry and technology of silicon, germanum, tin, phosphorus, sulfur, iron, chrome, magnesium containing compounds. Developed important field of organoelement chemistry, the chemistry of organoelement compounds termal gas-phase reactions. Elaborated scientific principles of new general method of arylchlosilanes with halogen derivatives of aromatic hydrocarbon synthesis in flow systems. Method is widely applied in industrial production of main organosilicon monomers. Proposed processes with non-stable intermediates (dichlorosililen, dichlo-rosilanon, etc.). Discovered new class of compounds - silicon-containing heterocy-cles with one or more silicon atoms in the cycle. Elaborated principles of organoelement (germanium, tin) systhesis from organosilicon compounds. Author and co-author of more than 600 scientific papers, including 240 inventions.
Scientific partners: Zeiinsky Institute of General Chemistry RAS, Nesmeyanov Institute of Organoelement Compounds Synthesis RAS, Irkutsk Institute of Organic Chemistry RAS, Institute of Organic Chemistry (Riga), Topchiev Institute of Petrochemical Synthesis RAS, Mendeleev Russian Chemico-Tcchnological University, State Institute of Organoelement Compounds Chemistry and Technology.
Training activities: compiled two courses on organoelement compound chemistry and technology. Trained more than 40 Doctors and Candidates of science.
Basic publications: Organosilicon Monomer Synthesis. Monograph.-Moscow, 1961. Organosilicon Compounds Containing Phosphorus// Organomctal. Chem. Revs.-1968. Development of the Idea of Direct Organochlorosilan Synthesis Reaction Mechanism// Usp.Khim. -1976. Olygo-mcric Organooxiphosphasenes// Usp. Khim.-1981. Gas-Phase Reactions of Dichlorosilyne// J. Organometal. Chem.-1984. Gas-Phase Thermal Synthesis of Organosilicon Compo
Doctor of Science (Chem.), professor Department of Chemistry and Technology of Fine Chemical Compounds. State Prize Winner. Head of me Laboratory of Physical. Chemical and Photographic Investigations in Khimfotoproeki Research Institute. Graduated from Leningrad Technological Institute in 1959. Disciple of Academician Y.K. Sirkin.
Scientific interests: theory of photographic processes, photochemistry, spectral sensitization of photographic materials, chemical bond and molecules structure. Author of chemical theory of photomaterials supersen-sitization, succesfully realized in photo-films of new generation. Co-author of domestic black- and white and colour photomaterials elaboration for acrocosmic survey, science and technic. Author and co-author of more than 200 scientific works, including 60 inventions.
Scientific partners: Institute of Physics RAS, Institute of Chemical Physics RAS, Kurchatov Institute of Atomic Power, Vavilov State Optical Institute.
Training activities: devised the course «Theoretical Principles of Photografic Processes». Head of Education Centre «Chemical Photographic Project RI -Moscow Institute of Fine Chemical Technology».
Basic publications: Chemical Theory of Silver Halogenids Spectral Sensitization// Usp. Nauchn. Fotografii.-1986.-vol.24.-p.69-108. Chemical Aspects of Spectral Sensitization//J.Inform. Rec. Mater.1991.-vol.l9.-No.!. Problems of Photomaterials Supcrsensitization// Zh. Nauchn. i Prikl. Fotografii i Kinemat.-1992.-vol.31.-No. 1. Correlation of Spectrum and Chemical Sensitization Problems// Zh. Nauch. i Prikl. Fotograf. i Kinemat.-1992.-vol.37.-No. 2.-p.l39-154. New Forms of AgBr Microcrystals// Dokl. RAS.-1993.-vol.l993.-vol.328.-No.l.-p.75-77.
Doctor of Sci. (Chem.), Professor, Deputy Rector on Training Activities, Head of Biotechnology Department. Member of the Russian Biotechnological Academy, USSR State Prize Winner, USSR Honorable Chem' ist. Member of RAS Presidium on preoiitet direction «Science About Life and Biotechnology», Member of RAS Council on Physiologically Active Compounds, Fine Organic Synthesis and Biotechnology, Member of European Society on Nuclein Acids Chemistry. Presidium Member of Russian Biochemical and Biotechnological Society. Graduated from Moscow Institute of Fine Chemical Technology in 1958. Has worked in Moscow Institute of Fine Chemical Technology since 1958.
Scientific interests: conducts systematical fundamental works on obtaining, chemical and biological synthesis of natural and modified phospholipids and glycolipids, determination of their structure and study of their main physical and chemical, biological, immunological, and pharmacological properties for futher creation and production of medicines of lipid nature, components of biosensory mechanisms. Author and coauthor of more than 500 scientific works, including 41 inventions and patents, 8 monographs and 2 textbooks.
Scientific partners: Institute of Bioorganic Chemistry RAS, Strasburg University (France), Leydens University (Holland), National Institute of Medicine Investigations (Gr. Britain), «Cianamid» Firm (USA), «Bioiek» enterprise (Ukraine), etc.
Training activities: compiled lecture courses «Methods of Obtaining of Bioactive Compounds» and «Chemistry and Technology of Bioactive Compounds». Trained 33 Candidates of science and 9 Doctors of science.
Basic publications: Mio-inosite and Phos-phoinositids.-Moscow.- 1987. Physiologically Active Lipids.-Moscow,1991. Synthesis and Complexation Properties of Inositol Phosphates, Chapter 12 in «Inositol Phosphates and Related Compounds:
Systhesis, Biochemistry, and Therapeutic Potential»,ACS Symposium Series, 463, Washington, 1991.
Doctor of Sci.(Chem), Prof. of the Department of Chemistry and Technology of Basic Organic Synthesis. Deputy Head of Higher Educational Institutions Department under Russian State Commettee on Higher Education. Graduated from Moscow Institute of Fine Chemical Technology in 1964.
Scientific interests: catalysis by metals complexes and polyfunctional systems, chemical kinetics, katalytical chemistry of acetylene and its derivatives, stereo- and regeoselec-tivity of addition of HX molecules to multiple bonds, investigated and determined main regularities of chemical transformations of acetylenes in cuprochloric solutions. Designed original method of obtaining of propionie aldehyde from methylacetylene (products of anormalous water addition to multiple bond) utilizing polyfunctional catalyst Cu(I)-RSH-HX, methods of methylisopropylene-ether and isopropenylacetate obtaining from methylacetyle-nallene fraction. Designed high-active mercurial-pure acetylene hydrochloration catalysts, catalysts for anormalous HC1 addition to methylacetylene. Author and co-author of more than 110 scientific works, including 22 inventions, and 2 textbooks.
Scientific partners: Scientific Production Association «Syntez», Russian Research Institute of Organic Synthesis, Institute of Chemical Physics RAS.
Training activities: devised lecture course «Theory of Reactive Processes of Basic Organic and Pertochemical Synthesis» and laboraty course on catalytic reactions of HX molecule addition to triple bond. Trained 10 Candidates of Sciense.
Basic publications: New Method of Selectiv Operation of Hydratation Reactions of Triple Bond // Zh. Org. Khim.-1979.-vol.l5.-No.2. Kinetics and Mechanism of M ethyl Acetylen Hydratation in Cuprochloric Solutions// in the Presence of Thiols/ /Kinetika i Kataliz.-1986.-vol.27.-No. 6. Determination of Composition of Active Clorine Copper(I) Complexes in Reactions of Acetylene Compounds// Acetylene. Chemistry. Reaction Mechanisms. Technology.-Moscow, 1991. Modelling the Catalytic Hydrochlorination of Ethyne// Applied Catalysis.-1990.vol.67.-p.l57. The Mechanism of Anomalous V^ater Addition to Triple Bond in Polyfunctional Catalyst Solution// Proc. XIX Intern. Conf. on Coordinational Chemistry. Prague, Czechoslovakia, September 4-8, 1978, p.1116.
Doctor of Sci. (Chem.). Professor of the Department of Chemistry and Technology of Fine Chemical Compounds. Winner of the State premium a USSR. In 1959 graduated from Chemical-technological faculty of the Leningrad institute of the film-engineers. Has worked in Moscow State Academy of Fine Chemical Technology since 1994.
Scientific interests: the theory of photographic process, mechanism of operation of various kinds of radiations on photographic layers, research and development of photographic materials for a science and engineering. The author of methods of research sensometric and structuremetric characteristics short-wave and soft x-ray radiation and electrons of average energies. The co-author of serials of works photographic materials for a science and engineering, and also colour photomaterials and special kinds of technical films.
The scientific partners: physical institute of RAS, Institute of common physics of RAS, S.I.Vaviliv State optical institute, Institute ñïåêòðîñêîïèè of WOUNDS.
Pedagogical activity: main directions of scientific activity – photographic registration of various kinds of radiations and mechanism of their operation on microchips halogenids of silver, research of the photographic characteristics at short-wave ultraviolet and x-ray radiation, and also electrons of average energies. The co-author of series of works on photographic materials for the scientific and technical purposes, and also colour photomaterials special kinds of technical films. The author and co-author more 160 scientific works, including more than 50 inventions. Has developed an educational course “the “Know-how” of films.
The main publications: Application of photographic films for diagnostics of laser plasma.// - Quantum. Electronics, 1977, ¹ 10, ñ.2233. Sensitivity photographic emulsy to electron of energy 5-40 Electronk kEv.// - Journal of a scientific and application photo and cinematographies , 1976, ¹ 5, ñ.346. Electron beam registrar for record of snapshots from scanners of the high sanction.// - Space researches, 1980, ¹ 33. Photographic registration vacuum and soft x-ray radiation.// - 3 International conference on HUV-radiation. - Ì., 1982, ñ.243. Electron Microscopy and Analysis of Images in Studies of Color Motion Picture Photogr. Materials. - Proc. Of Int. Congr. Of Phot. Sci. ICPS 90 - Beijing, p. 13 8. Investigation of Sensitometric characteristics of X-ray photoemulsions in the Spectral range of 15-80A//. - Nuclear. Inst. And Metods in Physics Researh, 1991, V.308, p.343. Measurement of the space sanction of x-ray photographic films. -Pribl. Itech.Expert., 1997, ¹ 6, ñ.1.
The doctor of chemical sciences, professor of department of biotechnology Moscow Lomonosov State academy of Fine Chemical Technology. Graduated from Chemical faculty Moscow Lomonosov State University in 1952. Worked in SIA "Vitamins" till 1995. In Moscow Lomonosov State academy of Fine Chemical Technology since a 1995.
Scientific interests: Synthesis and updating of vitamins and coenzyme, development of methods of production of new medicinal preparations on the basis of vitamins. The Concurrent Ana-lysis; a study: a Structure - Activity Relationship on examples of analogs Cobamic Coenzymes and substratum’s Reverse Transcriptase HIV. Chemistry of nucleosides and their analogous, search of substances with anti-virus activity (anti -HIV and, anti-HSV activity). The author and co-author more 250 scientific publication in Russian and foreign literature, including more than 50 inventions and 3 monographic reviews and monographs.
The scientific partners: Engelgardt Institute of Molecular Biology RAS, Ivanovsky Institute of Virology RAMS.
Training activity: devised lecture courses: "Structure and functions of nucleic acids", " Technology of preparations with combined chemical-technological and by biotechnological processes " and " Methods of deriving of biologically active substances ". Trained of 15 candidates of sciences, consulted of 2 doctoral thesis’s.
Basic publications: The reaction of phenylboronic acid with nucleosides and mononucleotides (1969). Tetrahedron 25, 477. Effect of aglicone on the rate of cyanide clevage of Co-C-bond in nucleoside analogues of cobamide coenzyme. 1971 Tetr. Lett., ¹ 25, 2309. Vitamins, Coenzymes, nucleotidic Cofactors, products of their chemical transformation, molecular basis of an operation as medicinal preparation. (1973), The Journal Russian Mendeleev Chemical Society, 18, ¹ 2, 146
Structure, properties and mechanism of an action of cobamic coenzyme. (1983). The totals of a science and engineering. iss., Bioorganic chemistry, volume. 5. Moscow, ed. VINITI, 1 - 198
