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   54
   Ц 83

    Tsuber, Viktoriia Yuriivna.
    Medical Chemistry : textbook [for foreign students seeking higher education with a master's degree, majoring in specialties 221 ''Dentistry'', 222 ''Medicine'' in higher education institutions of the Ministry of Health of Ukraine] / V. Y. Tsuber, A. A. Kotvytska, K. V. Tykhonovych ; ed. V. Y. Tsuber. - K. : Medicine Publishing, 2022. - 391 p. : graph., scheme, il. ; 22 cm. - На англ. мові. - Index words: p. 386-391. - ISBN 978-617-505-895-4 : 400.00 грн.
Переклад назви: Медична хімія: підручник / В. Ю. Цубер, А. А. Котвицька, К. В. Тихонович

УДК

54:61(075.8)

Рубрики: ХІМІЯ(АНГЛ)--Підручник

МЕДИЦИНА

Кл.слова (ненормовані):
підручники
Анотація: Contents Preface..........................9 CHAPTER 1. Chemical thermodynamics................ 11 Thermodynamic system.............. 11 Thermodynamic parameters and thermodynamic processes..................... 13 Internal energy..................... 14 Enthalpy...................... 15 Standard enthalpy change............. 17 The Hess' law.................... 18 Calorimetry.................... 21 Energy values of nutrients.............22 The First Law of Thermodynamics .............23 Entropy....................... 24 Second Law of Thermodynamics .............29 Free energy ....................32 Spontaneous processes..................32 Macroergic compounds in the organism......... 36 CHAPTER 2. Chemical kinetics................. 42 Rate of chemical reaction................42 Factors that affect reaction rate.............44 Effect of concentrations of substances on reaction rate. Law of mass action....................46 Molecularity of reactions .................48 Reaction order .....................50 Effect of temperature on reaction rate............ 51 Recap of collision theory of reaction rate.......... 57 Complex reactions..................... 58 Catalysis......................... 65 Properties of catalysts................. 65 Important concepts of catalysis.............. 66 Catalysis by phase: heterogeneous and homogeneous catalysts....................... 68 Catalysis by chemical interaction: acid-base and redox catalysts....................... 71 Mechanism of catalysis................. 72 Theories of catalysis................... 73 Enzymes......................... 75 Properties of enzymes ................75 Measuring enzyme activity............... 76 Classification of enzymes................. 77 Properties of the active site..............77 Kinetics and mechanism of enzyme activity......... 78 Factors affecting velocity of enzymic reactions........ 81 Inhibition of enzyme activity.............. 82 Regulation of enzyme activity............. 84 Medical enzymology.................. 86 CHAPTER 3. Chemical equilibrium. Heterogeneous equilibriums in the organism ......................91 Chemical equilibrium....................91 Kinetics of chemical equilibrium.............. 91 Factors affecting chemical equilibrium. Le Chatelier's principle...................... 93 Thermodynamics of chemical equilibrium......... 98 Solubility product. Heterogeneous equilibriums in the organism... 100 Solubility product.................. 101 Heterogeneous equilibriums in the organism......... 105 Formation and remodeling of bone tissue........ 105 Formation of kidney stones............ 106 CHAPTER 4. Biogenic elements................ 109 Classification of biogenic elements by the amount in the organism.................. 109 Classification of biogenic elements by the electron structure of the valence shell.................. 110 ^lacroelements...................... 112 Macroelements of the s-block.............. 112 Macroelements of the p-block............. 118 Microelements...................... 133 Microelements of the s-block............... 133 Microelements of the p-block............... 134 Microelements of the d-b\ock.............. 135 CHAPTER 5. Coordination complexes ................ 148 Structure of coordination complexes.......... 148 Coordination number and denticity of ligands....... 149 Donor-acceptor mechanism of bond formation........ 150 Isomerism of coordination complexes........... 151 Classification of coordination complexes......... 151 Nomenclature of coordination complexes .......... 152 Stability constant of coordination complexes......... 153 Chelate complexes................... 154 Coordination complexes in the organism......... 159 CHAPTER 6. Solutions. Solubility. Composition of solutions....... 168 Solutions...................... 168 Classification of solutions............... 168 Solubility...................... 169 Polarity...................... 170 Mechanism of dissolution.............. 171 Solubility of gases in liquids.............. 173 Transport of gases in blood............ 176 Nernst distribution law................ 177 Composition of solutions.................. 179 Mass fraction..................... 179 Mole fraction..................... 182 Molarity....................... 182 Normality..................... 185 Molality..................... 189 Measurements of concentration of solutions. Titrimetric analysis......................... 190 Methods of titrimetric analysis by chemical reaction...... 193 Acid-base titration................. 193 Complexonometric titration.............. 197 Redox titration................... 198 Precipitation titration.................. 200 Methods of titrimetric analysis by technique ......... 201 Colligative properties of solutions.............. 201 Vapor pressure depression.............. 202 Equilibrium vapor pressure............. 202 Raoult'sLaw...................203 Boiling point elevation................ 204 Freezing point depression.............. 205 Osmosis..................... 207 Osmotic pressure................ 207 Osmolarity and osmolality..............209 Isotonic, hypotonic, and hypertonic solutions....... 209 Plasmolysis and hemolysis..............210 Solutions isotonic to blood............. 211 The osmotic pressure of blood. Osmoregulation....212 CHAPTER 7. Acids and bases. Buffer solutions ............. 216 Electrolytes .....................216 Acids and bases..................... 217 Ion theory (Arrhenius definition)............ 217 Proton theory (Bransted-Lowry definition)...... 219 Electron theory (Lewis) ..............219 Dissociation of water ..................219 Salt hydrolysis....................222 Hydrolysis constant.................. 223 Degree of salt hydrolysis................ 224 Buffer solutions..................... 225 Types of buffer solutions................ 225 Mechanism of buffering................. 226 Buffer capacity................... 229 pH of buffer solutions. Henderson—Hasselbalch equation... 230 Acid-base homeostasis................... 232 Buffer systems of blood............... 233 Disorders of acid-base homeostasis............ 235 CHAPTER 8. Electrode processes................. 240 Electrode potential................... 240Galvanic cell. Electromotive force............. 246 Potentiometry.................... 248 Diffusion potential...................252 Membrane potential................. 252 Redox systems. Redox potentials............... 253 Redox reactions in the organism. Biological oxidation......256 CHAPTER 9. Surface phenomena. Adsorption. Chromatography...... 263 Surface phenomena.................. 263 Adsorption ......................264 Surface phenomena at liquid-gas phase interfaces. Surface tension................... 266 Surface-active compounds................ 268 Surface phenomena at liquid-liquid phase interface. Emulsions..................... 273 Surface phenomena at immobile phase interfaces..... 276 Molecular adsorption..................279 Chromatography ...................287 Methods of Chromatography by aggregate state of phases ......................287 Methods of Chromatography by type of interaction..... 290 Methods of Chromatography by technique.......... 293 CHAPTER 10. Disperse systems. Colloidal solutions......... 300 Disperse systems................... 300 Colloidal solutions ...................302 Purification of colloidal solutions ........... 304 Preparation of colloidal solutions............ 308 Structure of colloidal particles .............313 Molecular-kinetic properties of colloidal solutions...... 315 Electrokinetic properties of colloidal solutions ......318 Optical properties of colloidal solutions........... 322 Stability of colloidal solutions.............. 325 Coagulation of lyophobic colloidal solutions .........326 Colloidal protection................. 331 CHAPTER 11. High-molecular compounds and their solutions....... 335 Classification of polymers.............. 335 Synthesis of polymers.................. 342 Biopolymers.................... 344 Proteins..................... 345 Polysaccharides.................. 352 Nucleic acids................... 358 Isoelectric point (pi) of proteins............. 364 Properties of polymer solutions............... 371 Viscosity of polymer solutions.............. 372 Dissolution of polymers. Swelling........... 377 Gels........................ 380 Index words......................... 386
Дод.точки доступу:
Kotvytska, Alina Anatolivna
Котвицька Аліна Анатоліївна
Tykhonovych, Kseniia Volodymyrivna
Тихонович Ксенія Володимирівна
Tsuber, ViktoriiaYuriivna \ed.\
Цубер Вікторія Юріївна

Примірників всього: 158
ЧЗ (1), Наук.Аб. (3), Гурт.4 (1), Уч.Аб. (149), ННА (4)
Вільні: ЧЗ (1), Наук.Аб. (3), Гурт.4 (1), Уч.Аб. (149), ННА (4)

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   54
   М 42


    Medical chemistry : [self-work manual for students of higher medical schools of the IV level of accreditation] / I. V. Zavgorodniy, A. O. Syrovaya, E. R. Grabovetskaya at al. ; Kharkov National Medical University, Department of medical and bioorganic chemistry. - Kharkiv : Віровець А. П.: Апостроф, 2012 (Томенко Ю. І.). - 239 p. : il. - На англ. мові. - Glossary: p. 229-237. - ISBN 978-966-2579-97-0 : 040.00 грн.
Dedicated to 205 anniversary (1805-2010) of Kharkiv National Medical University and the 55 anniversary (1955-2010) of Department of medical and bioorganic chemistry
Переклад назви: Медична хімія: навчальний посібник / І. В. Завгородній та ін.

УДК

54:61(075.8)

Рубрики: ХІМІЯ(АНГЛ)--Навчальний посібник

МЕДИЦИНА

Кл.слова (ненормовані):
навчальні посібники
Анотація: MODULE 1 Acid-base equilibria and complex formation in biologjcil liguids... 4 Informative module 1 Chemistry of biogenic elements. Complex formation in biological liquids ......... 4 Subject 1. Biogenic s-, p- and d- block elements:biological role, application in medicine......4 Subject 2. Complex formation in biological systems . 34 Informative module 2 Acid-base equilibria in biological liquids.......... 51 Subjects. Values, characterizing quantitative composition of solutions. Preparation of solutions ........ 51 Subject 4. Fundamentals of the volumetric analysis ... 62 Subject 5. Acid-base equilibrium in the organism. - pH of biological liquids.................. 76 Subject 6. Buffer solutions, classification and mechanism of action. Role of buffers in biological systems, buffer capacity detennination............... 90 Subject 7. Colligative properties of solutions ........ 100 MODULE 2 Equilibria in biological systems at a phase interface ......... 110 Informative module 3 Thermodynamic and kinetic regularities of processes and electrokinetic phenomena in biological systems ......... 110 Subject 8. Heat effects of chemical reactions. Processes direction................. 110 Subject 9. Kinetics and equilibrium of biochemical processes................. 124Subject 10. Oxidation-reduction reactions ......... 153 Subject 11. Role of electrochemical phenomena in biological processes................ 165 Informative module 4 Physico-chemistry of surface phenomena. Lyophobic and lyophilic dispersed systems ........... 180 Subject 12. Sorption of biologically active substances at a phase interface. Ion exchange. Chromatography...... 180 Subject 13. Preparation, purification and properties of colloidal solutions. Coagulation. Colloidal protection .... 195 Subject 14. Properties of polymer solutions. Isoeiectric point of proteins.............. 218 GLOSSARY........................229
Дод.точки доступу:
Zavgorodniy, I. V.
Завгородній Ігор Володимирович
Syrovaya, A. O.
Сирова Ганна Олегівна
Grabovetskaya, E. R.
Грабовецька Євгенія Романівна
Tkachuk, N. M.
Ткачук Наталя Михайлівна
Shapoval, L. G.
Шаповал Людмила Григорівна
Kharkov National Medical University. Department of medical and bioorganic chemistry

Примірників всього: 1
Наук.Аб. (1)
Вільні: Наук.Аб. (1)

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   54
   М 42


    Medical chemistry : [textbook for students of higher education establishments - medical universities, institutes and academies] / V. О. Kalibabchuk, V. I. Halynska, V. I. Hryshchenko et al.; еd. V. О. Kalibabchuk. - 7nt ed. - K. : Medicine Publishing, 2020. - 223 p. : il. - На англ. мові. - Index: p. 217-223. - ISBN 978-617-505-771-1 : 180.00 р., 150.00 р.
Переклад назви: Медична хімія : підручник / В. О. Калібабчук та ін.

УДК

54:61(075.8)

Рубрики: ХІМІЯ(англ)--підручник

МЕДИЦИНА(англ)

Кл.слова (ненормовані):
підручники(англ) -- національний підручник(англ)
Анотація: The textbook outlines the fundamentals of bioenergetics and cybernetics of biochemical reactions; describes the properties of solutions and their role in biochemical processes; presents modern concepts of electrode processes; explains peculiarities of surface phenomena and their value for the vital activity of the body; dwells on the properties of dispersion systems and biopolymer solutions. Special emphasis is placed on biogenic elements and their properties viewed through the spectacle of modern concepts of atomic and molecular structure, and chemical bonds. The authors touch upon topical problems of ecology. The textbook is intended for English-speaking students of higher education establishments — medical universities, institutes, and academies, pharmaceutical, biological, and ecological specialties. У підручнику викладено основи біоенергетики і кібернетики біохімічних реакцій; описано властивості розчинів та їх роль у біохімічних процесах; наведено сучасні уявлення про електродні процеси; висвітлено особливості поверхневих явищ та їх значення в життєдіяльності організму, властивості дисперсних систем і розчинів біополімерів. Особливу увагу приділено біогенним елементам та їх властивостям, розглянутим із позиції сучасних уявлень про будову атомів, молекул і хімічні зв’язки. Автори торкнулись актуальних аспектів проблем екології. Для студентів вищих навчальних закладів - медичних університетів, інститутів та академій, фармацевтичних, біологічних та екологічних спеціальностей, що навчаються англійською мовою Preface........................... 5 Chapter 1. Chemical bonding and complexing......... 7 1.1. Chemical bond and its experimental characteristics........ 7 1.2. Covalent bond....................... 8 1.3. Ionic bond....................... 14 1.4. Metallic bond...................... 15 1.5. Hydrogen bond...................... 15 1.6. Complexing...................... 16 Self-test questions and tasks................... 23 Chapter 2. Theoretical principles of bioenergetics........ 24 2.1. Subject of thermodynamics................ 24 2.2. Thermodynamic systems. Thermodynamic functions....... 25 2.3. First law of thermodynamics................. 26 2.4. Heat of chemical reactions. Thermochemical equations..... 28 2.5. Thermochemistry laws.................... 29 2.6. Application of thermochemical calculations for describing the energy of biochemical processes....................31 2.7. Second law of thermodynamics................ 33 2.8. Gibbs equation....................... 34 Self-test questions and tasks.................. 36 Chapter 3. Physical and chemical fundamentals of biochemical reaction kinetics.. 37 3.1. Dependence of reaction rate on reactant concentration. Mass action law...... 39 3.2. Molecularity and order of reaction...............40 3.3. Simple and complex reactions.................. 42 3.4. Effect of temperature on reaction rate............... 44 3.5. Catalysis........................ 46 3.6. Chemical equilibrium. Equilibrium constant........... 49 Self-test questions and tasks.................... 53 Chapter 4. Solutions and their role in biochemical processes..... 55 4.1. Modern ideas about solutions................ 56 4.2. Solution concentration..................... 58 4.3. Solubility of gases in liquids................... 60 4.4. Solubility of liquids and solid substances in liquids......... 61 4.5. Colligative properties of diluted solutions.............. 62 4.6. Solutions of electrolytes....................70 4.7. Dissociation of water..................... 73 4.8. Acid-base theories..................... 76 4.9. Buffer solutions...................... 80 4.10. Formation and dissolution of precipitates........... 86 Self-test questions and tasks.................... 89 Chapter 5. Electrode processes and their significance for physiology and medicine... 92 5.1. Electrode potentials.................... 92 5.2. Classification of electrodes.................. 95 5.3. Diffusion and membrane potentials............... 99 5.4. Potentials in biological systems................. 100 5.5. Oxidation-reduction reactions................ 103 Self-test questions and tasks...................107 Chapter 6. Physical chemistry of surface phenomena and their role in the processes taking place in the human body......... 108 6.1. Surface tension of liquids. Surface activity............. 109 6.2. Adsorption at the liquid-gas and liquid-liquid interfaces...... 111 6.3. Orientation of molecules of surface-active substances in the surface layer...... 112 6.4. Langmuir isotherm equation................... 114 6.5. Structure of biological membranes............... 115 6.6. Solute adsorption at solid interface.............. 116 6.7. Laws of solute adsorption at solid interface............. 117 6.8. Adsorption therapy fundamentals................ 120 6.9. Adsorption of electrolytes................... 124 6.9.1. Selective adsorption..................... 124 6.9.2. Ion exchange adsorption................. 125 6.10. Chromatographic methods of analysis............ 128 6.10.1. Principles of chromatographic methods classification....... 129 6.10.2. Application of chromatography in biology and medicine....... 131 Self-test questions and tasks.................... 132 Chapter 7 . Physical chemistry of disperse systems........ 134 7.1. Classification of disperse systems............... 135 7.2. Methods of colloid system preparation............... 137 7.2.1. Methods of dispergation.................. 138 7.2.1. Methods of condensation................... 138 7.3. Methods of colloid system purification............... 139 7.4. Molecular-kinetic properties of disperse systems .......... 140 7.5. Optical properties of colloid systems.............. 141 7.6. Double electrical layer. Structure of colloid particles. Electrokinetic phenomena.. 143 7.6.1. Electrokinetic phenomena................... 146 7.7. Stability and coagulation of disperse systems.......... 151 7.7.1. Stability factors of disperse systems .............. 151 7.7.2. Theory of coagulation and stability of disperse systems...... 152 7.7.3. Kinetics of coagulation.................... 154 7.7.4. Special cases of coagulation................. 155 7.7.5. Peptization as inverse process of coagulation......... 158 7.7.6. Coagulation in biological systems................ 159 7.8. Aerosols. Powders. Suspensions. Pastes. Foams......... 160 7.9. Emulsions......................... 162 7.10. Colloid surface-active substances................ 163 Self-test questions and tasks.................... 165 Chapter 8. Physical chemistry of biopolymers and their solutions.. 168 8.1. Biological macromolecules.................. 169 8.2. Biopolymer structure..................... 170 8.3. Isoelectric state of proteins................. 171 8.4. HMC solutions and their properties.............. 173 8.5. Thermodynamic stability of HMC solutions. Methods of protein precipitation ... 175 8.6. Osmosis. Osmotic pressure in HMC solutions............ 177 8.7. Viscosity of HMC solutions.................. 180 8.8. Jellies: formation and properties ................. 180 Self-test questions and tasks.................... 183 Chapter 9. Chemistry of biogenic elements............ 184 9.1 General information about biogenic elements.......... 184 9.2. s-Elements: biological role, application in medicine......... 192 9.3. p-Elements: biological role, application in medicine......... 196 9.4. General characteristic of d-elements............. 209 Self-test questions and tasks.................... 215 Index............................. 217
Дод.точки доступу:
Kalibabchuk, Valentyna Oleksandrivna
Калібабчук Валентина Олександрівна
Halynska, Valentyna Ivanivna
Галинська Валентина Іванівна
Hryshchenko, Larysa Ivanivna
Грищенко Лариса Іванівна
Hozhdzynskyi, S. M.
Гождзинський С. М.
Ovsiannikova, T. A.
Овсяннікова Т. О.
Samarskyi, V. A.
Самарський В. А.
Kalibabchuk, V. О. \ed.\

Примірників всього: 9
Наук.Аб. (7), Гурт.4 (1), Уч.Аб. (1)
Вільні: Наук.Аб. (7), Гурт.4 (1), Уч.Аб. (1)

Найти похожие

   54
   М 42


    Medical chemistry : [textbook for students of higher educational establishments - medical universities, institutes and academies] / V. О. Kalibabchuk, V. I. Halynska, V. I. Hryshchenko et al.; еd. V. О. Kalibabchuk. - 6th ed. corrected. - K. : Medicine Publishing, 2018. - 223 p. : il. - На англ. мові. - Index: p. 217-223. - ISBN 978-617-505-659-2 : 130.00 грн, 150.00 грн
Переклад назви: Медична хімія : підручник / В. О. Калібабчук та ін.

ДРНТІ	31	76
УДК	54:61(075.8)

Рубрики: ХІМІЯ(англ)--підручник

МЕДИЦИНА(англ)

Кл.слова (ненормовані):
підручники(англ) -- національний підручник(англ)
Анотація: The textbook outlines the fundamentals of bioenergetics and cybernetics of biochemical reactions; describes the properties of solutions and their role in biochemical processes; presents modern concepts of electrode processes; explains peculiarities of surface phenomena and their value for the vital activity of the body; dwells on the properties of dispersion systems and biopolymer solutions. Special emphasis is placed on biogenic elements and their properties viewed through the spectacle of modern concepts of atomic and molecular structure, and chemical bonds. The authors touch upon topical problems of ecology. The textbook is intended for English-speaking students of higher education establishments — medical universities, institutes, and academies, pharmaceutical, biological, and ecological specialties. У підручнику викладено основи біоенергетики і кібернетики біохімічних реакцій; описано властивості розчинів та їх роль у біохімічних процесах; наведено сучасні уявлення про електродні процеси; висвітлено особливості поверхневих явищ та їх значення в життєдіяльності організму, властивості дисперсних систем і розчинів біополімерів. Особливу увагу приділено біогенним елементам та їх властивостям, розглянутим із позиції сучасних уявлень про будову атомів, молекул і хімічні зв’язки. Автори торкнулись актуальних аспектів проблем екології. Для студентів вищих навчальних закладів - медичних університетів, інститутів та академій, фармацевтичних, біологічних та екологічних спеціальностей, що навчаються англійською мовою Preface........................... 5 Chapter 1. Chemical bonding and complexing......... 7 1.1. Chemical bond and its experimental characteristics........ 7 1.2. Covalent bond....................... 8 1.3. Ionic bond....................... 14 1.4. Metallic bond...................... 15 1.5. Hydrogen bond...................... 15 1.6. Complexing...................... 16 Self-test questions and tasks................... 23 Chapter 2. Theoretical principles of bioenergetics........ 24 2.1. Subject of thermodynamics................ 24 2.2. Thermodynamic systems. Thermodynamic functions....... 25 2.3. First law of thermodynamics................. 26 2.4. Heat of chemical reactions. Thermochemical equations..... 28 2.5. Thermochemistry laws.................... 29 2.6. Application of thermochemical calculations for describing the energy of biochemical processes....................31 2.7. Second law of thermodynamics................ 33 2.8. Gibbs equation....................... 34 Self-test questions and tasks.................. 36 Chapter 3. Physical and chemical fundamentals of biochemical reaction kinetics.. 37 3.1. Dependence of reaction rate on reactant concentration. Mass action law...... 39 3.2. Molecularity and order of reaction...............40 3.3. Simple and complex reactions.................. 42 3.4. Effect of temperature on reaction rate............... 44 3.5. Catalysis........................ 46 3.6. Chemical equilibrium. Equilibrium constant........... 49 Self-test questions and tasks.................... 53 Chapter 4. Solutions and their role in biochemical processes..... 55 4.1. Modern ideas about solutions................ 56 4.2. Solution concentration..................... 58 4.3. Solubility of gases in liquids................... 60 4.4. Solubility of liquids and solid substances in liquids......... 61 4.5. Colligative properties of diluted solutions.............. 62 4.6. Solutions of electrolytes....................70 4.7. Dissociation of water..................... 73 4.8. Acid-base theories..................... 76 4.9. Buffer solutions...................... 80 4.10. Formation and dissolution of precipitates........... 86 Self-test questions and tasks.................... 89 Chapter 5. Electrode processes and their significance for physiology and medicine... 92 5.1. Electrode potentials.................... 92 5.2. Classification of electrodes.................. 95 5.3. Diffusion and membrane potentials............... 99 5.4. Potentials in biological systems................. 100 5.5. Oxidation-reduction reactions................ 103 Self-test questions and tasks...................107 Chapter 6. Physical chemistry of surface phenomena and their role in the processes taking place in the human body......... 108 6.1. Surface tension of liquids. Surface activity............. 109 6.2. Adsorption at the liquid-gas and liquid-liquid interfaces...... 111 6.3. Orientation of molecules of surface-active substances in the surface layer...... 112 6.4. Langmuir isotherm equation................... 114 6.5. Structure of biological membranes............... 115 6.6. Solute adsorption at solid interface.............. 116 6.7. Laws of solute adsorption at solid interface............. 117 6.8. Adsorption therapy fundamentals................ 120 6.9. Adsorption of electrolytes................... 124 6.9.1. Selective adsorption..................... 124 6.9.2. Ion exchange adsorption................. 125 6.10. Chromatographic methods of analysis............ 128 6.10.1. Principles of chromatographic methods classification....... 129 6.10.2. Application of chromatography in biology and medicine....... 131 Self-test questions and tasks.................... 132 Chapter 7 . Physical chemistry of disperse systems........ 134 7.1. Classification of disperse systems............... 135 7.2. Methods of colloid system preparation............... 137 7.2.1. Methods of dispergation.................. 138 7.2.1. Methods of condensation................... 138 7.3. Methods of colloid system purification............... 139 7.4. Molecular-kinetic properties of disperse systems .......... 140 7.5. Optical properties of colloid systems.............. 141 7.6. Double electrical layer. Structure of colloid particles. Electrokinetic phenomena.. 143 7.6.1. Electrokinetic phenomena................... 146 7.7. Stability and coagulation of disperse systems.......... 151 7.7.1. Stability factors of disperse systems .............. 151 7.7.2. Theory of coagulation and stability of disperse systems...... 152 7.7.3. Kinetics of coagulation.................... 154 7.7.4. Special cases of coagulation................. 155 7.7.5. Peptization as inverse process of coagulation......... 158 7.7.6. Coagulation in biological systems................ 159 7.8. Aerosols. Powders. Suspensions. Pastes. Foams......... 160 7.9. Emulsions......................... 162 7.10. Colloid surface-active substances................ 163 Self-test questions and tasks.................... 165 Chapter 8. Physical chemistry of biopolymers and their solutions.. 168 8.1. Biological macromolecules.................. 169 8.2. Biopolymer structure..................... 170 8.3. Isoelectric state of proteins................. 171 8.4. HMC solutions and their properties.............. 173 8.5. Thermodynamic stability of HMC solutions. Methods of protein precipitation ... 175 8.6. Osmosis. Osmotic pressure in HMC solutions............ 177 8.7. Viscosity of HMC solutions.................. 180 8.8. Jellies: formation and properties ................. 180 Self-test questions and tasks.................... 183 Chapter 9. Chemistry of biogenic elements............ 184 9.1 General information about biogenic elements.......... 184 9.2. s-Elements: biological role, application in medicine......... 192 9.3. p-Elements: biological role, application in medicine......... 196 9.4. General characteristic of d-elements............. 209 Self-test questions and tasks.................... 215 Index............................. 217
Дод.точки доступу:
Kalibabchuk, Valentyna Oleksandrivna
Калібабчук, Валентина Олександрівна
Halynska, Valentyna Ivanivna
Галинська, Валентина Іванівна
Hryshchenko, Larysa Ivanivna
Грищенко, Лариса Іванівна
Hozhdzynskyi, S. M.
Гождзинський С. М.
Ovsiannikova, T. A.
Овсяннікова Т. О.
Samarskyi, V. A.
Самарський В. А.
Kalibabchuk, V. О. \ed.\

Примірників всього: 15
Наук.Аб. (2), Гурт.4 (1), Уч.Аб. (11), ННА (1)
Вільні: Наук.Аб. (2), Гурт.4 (1), Уч.Аб. (11), ННА (1)

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    Medical chemistry : [textbook for students of higher educational establishments - medical universities, institutes and academies] / V. A. Kalibabchuk, V. I. Halynska, V. I. Hryshchenko et al.; еd. V. A. Kalibabchuk. - 5th. ed. corrected. - K. : Medicine Publishing, 2017. - 223 p. : il. - На англ. мові. - Index: p. 217-223. - ISBN 978-617-505-571-7 : 130.00 грн
Переклад назви: Медична хімія : підручник / В. О. Калібабчук та ін.

ДРНТІ	31	76
УДК	54:61(075.8)

Рубрики: ХИМИЯ(англ)--підручник

МЕДИЦИНА(англ)

Кл.слова (ненормовані):
підручники(англ) -- національний підручник
Анотація: The textbook outlines the fundamentals of bioenergetics and cybernetics of biochemical reactions; describes the properties of solutions and their role in biochemical processes; presents modern concepts of electrode processes; explains peculiarities of surface phenomena and their value for the vital activity of the body; dwells on the properties of dispersion systems and biopolymer solutions. Special emphasis is placed on biogenic elements and their properties viewed through the spectacle of modern concepts of atomic and molecular structure, and chemical bonds. The authors touch upon topical problems of ecology. The textbook is intended for English-speaking students of higher education establishments — medical universities, institutes, and academies, pharmaceutical, biological, and ecological specialties. У підручнику викладено основи біоенергетики і кібернетики біохімічних реакцій; описано властивості розчинів та їх роль у біохімічних процесах; наведено сучасні уявлення про електродні процеси; висвітлено особливості поверхневих явищ та їх значення в життєдіяльності організму, властивості дисперсних систем і розчинів біополімерів. Особливу увагу приділено біогенним елементам та їх властивостям, розглянутим із позиції сучасних уявлень про будову атомів, молекул і хімічні зв’язки. Автори торкнулись актуальних аспектів проблем екології. Для студентів вищих навчальних закладів - медичних університетів, інститутів та академій, фармацевтичних, біологічних та екологічних спеціальностей, що навчаються англійською мовою. Preface.......................................... 5 Chapter 1. Chemical bonding and complexing....................... 7 1.1. Chemical bond and its experimental characteristics..................... 7 1.2. Covalent bond.................................. 8 1.3. Ionic bond................................... 14 1.4. Metallic bond.................................. 15 1.5. Hydrogen bond.................................. 15 1.6. Complexing.................................... 16 Self-test questions and tasks............................... 23 Chapter 2. Theoretical principles of bioenergetics..................... 24 2.1. Subject of thermodynamics............................... 24 2.2. Thermodynamic systems. Thermodynamic functions..................... 25 2.3. First law of thermodynamics............................. 26 2.4. Heat of chemical reactions. Thermochemical equations.................. 28 2.5. Thermochemistry laws............................... 29 2.6. Application of thermochemical calculations for describing the energy of biochemical processes................................. 31 2.7. Second law of thermodynamics............................ 33 2.8. Gibbs equation.................................... 34 Self-test questions and tasks............................... 36 Chapter 3. Physical and chemical fundamentals of biochemical reaction kinetics......... 37 3.1. Dependence of reaction rate on reactant concentration. Mass action law............ 39 3.2. Molecularity and order of reaction.......................... 40 3.3. Simple and complex reactions.............................. 42 3.4. Effect of temperature on reaction rate......................... 44 3.5. Catalysis...................................... 46 3.6. Chemical equilibrium. Equilibrium constant......................... 49 Self-test questions and tasks............................... 53 Chapter 4. Solutions and their role in biochemical processes................. 55 4.1. Modern ideas about solutions............................ 56 4.2. Solution concentration............................... 58 4.3. Solubility of gases in liquids............................... 60 4.4. Solubility of liquids and solid substances in liquids...................... 61 4.5. Colligative properties of diluted solutions........................ 62 4.6. Solutions of electrolytes................................ 70 4.7. Dissociation of water............................... 73 4.8. Acid-base theories................................. 76 4.9. Buffer solutions................................. 80 4.10. Formation and dissolution of precipitates......................... 86 Self-test questions and tasks............................... 89 Chapter 5. Electrode processes and their significance for physiology and medicine....... 92 5.1. Electrode potentials................................. 92 5.2. Classification of electrodes............................... 95 5.3. Diffusion and membrane potentials............................ 99 5.4. Potentials in biological systems............................ 100 5.5. Oxidation-reduction reactions............................ 103 Self-test questions and tasks................................ 107 Chapter 6. Physical chemistry of surface phenomena and their role in the processes taking place in the human body..................... 108 6.1. Surface tension of liquids. Surface activity......................... 109 6.2. Adsorption at the liquid-gas and liquid-liquid interfaces.................. 111 6.3. Orientation of molecules of surface-active substances in the surface layer............. 112 6.4. Langmuir isotherm equation.............................. 114 6.5. Structure of biological membranes............................ 115 6.6. Solute adsorption at solid interface.......................... 116 6.7. Laws of solute adsorption at solid interface....................... 117 6.8. Adsorption therapy fundamentals............................ 120 6.9. Adsorption of electrolytes.............................. 124 6.9.1. Selective adsorption............................. 124 6.9.2. Ion exchange adsorption............................ 125 6.10. Chromatographic methods of analysis......................... 128 6.10.1. Principles of chromatographic methods classification............... 129 6.10.2. Application of chromatography in biology and medicine................ 131 Self-test questions and tasks................................ 132 Chapter 7 . Physical chemistry of disperse systems.................... 134 7.1. Classification of disperse systems.......................... 135 7.2. Methods of colloid system preparation.......................... 137 7.2.1. Methods of dispergation............................. 138 7.2.1. Methods of condensation........................... 138 7.3. Methods of colloid system purification.......................... 139 7.4. Molecular-kinetic properties of disperse systems ...................... 140 7.5. Optical properties of colloid systems.......................... 141 7.6. Double electrical layer. Structure of colloid particles. Electrokinetic phenomena........ 143 7.6.1. Electrokinetic phenomena............................ 146 7.7. Stability and coagulation of disperse systems........................ 151 7.7.1. Stability factors of disperse systems ...................... 151 7.7.2. Theory of coagulation and stability of disperse systems................. 152 7.7.3. Kinetics of coagulation........................... 154 7.7.4. Special cases of coagulation........................... 155 7.7.5. Peptization as inverse process of coagulation..................... 158 7.7.6. Coagulation in biological systems........................ 159 7.8. Aerosols. Powders. Suspensions. Pastes. Foams....................... 160 7.9. Emulsions..................................... 162 7.10. Colloid surface-active substances............................ 163 Self-test questions and tasks................................ 165 Chapter 8. Physical chemistry of biopolymers and their solutions................ 168 8.1. Biological macromolecules.............................. 169 8.2. Biopolymer structure................................ 170 8.3. Isoelectric state of proteins............................ 171 8.4. HMC solutions and their properties......................... 173 8.5. Thermodynamic stability of HMC solutions. Methods of protein precipitation ......... 175 8.6. Osmosis. Osmotic pressure in HMC solutions....................... 177 8.7. Viscosity of HMC solutions............................ 180 8.8. Jellies: formation and properties .......................... 180 Self-test questions and tasks................................ 183 Chapter 9. Chemistry of biogenic elements........................ 184 9.1 General information about biogenic elements........................ 184 9.2. s-Elements: biological role, application in medicine................... 192 9.3. p-Elements: biological role, application in medicine..................... 196 9.4. General characteristic of d-elements........................... 209 Self-test questions and tasks................................ 215 Index................. 217
Дод.точки доступу:
Kalibabchuk, Valentyna Oleksandrivna
Калібабчук, Валентина Олександрівна
Halynska, Valentyna Ivanivna
Галинська, Валентина Іванівна
Hryshchenko, Larysa Ivanivna
Грищенко, Лариса Іванівна
Hozhdzynskyi, S. M.
Гождзинський С. М.
Ovsiannikova, T. A.
Овсяннікова Т. О.
Samarskyi, V. A.
Самарський В. А.
Kalibabchuk, V. A. \ed.\

Примірників всього: 1
ЧЗ (1)
Вільні: ЧЗ (1)

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   54
   М 42


    Medical chemistry : [textbook for students of higher medical educational establishments of the IVth level of accreditation] / V. A. Kalibabchuk, V. I. Halynska, V. I. Hryshchenko et al.; еd. V. A. Kalibabchuk. - 4th. ed. corrected. - K. : Medicine Publishing, 2016. - 223 p. : il. - На англ. мові. - Index: p. 217-223. - ISBN 978-617-505-500-7 : 180.00 грн
Переклад назви: Медична хімія : підручник / В.О. Калібабчук та ін.

ДРНТІ	31	76
УДК	54:61(075.8)

Рубрики: ХИМИЯ(англ)--підручник

МЕДИЦИНА(англ)

Кл.слова (ненормовані):
підручники(англ) -- національний підручник
Анотація: The textbook outlines the fundamentals of bioenergetics and cybernetics of biochemical reactions; describes the properties of solutions and their role in biochemical processes; presents modern concepts of electrode processes; explains peculiarities of surface phenomena and their value for the vital activity of the body; dwells on the properties of dispersion systems and biopolymer solutions. Special emphasis is placed on biogenic elements and their properties viewed through the spectacle of modern concepts of atomic and molecular structure, and chemical bonds. The authors touch upon topical problems of ecology. The textbook is intended for English-speaking students of higher education establishments — medical universities, institutes, and academies, pharmaceutical, biological, and ecological specialties. У підручнику викладено основи біоенергетики і кібернетики біохімічних реакцій; описано властивості розчинів та їх роль у біохімічних процесах; наведено сучасні уявлення про електродні процеси; висвітлено особливості поверхневих явищ та їх значення в життєдіяльності організму, властивості дисперсних систем і розчинів біополімерів. Особливу увагу приділено біогенним елементам та їх властивостям, розглянутим із позиції сучасних уявлень про будову атомів, молекул і хімічні зв’язки. Автори торкнулись актуальних аспектів проблем екології. Для студентів вищих навчальних закладів - медичних університетів, інститутів та академій, фармацевтичних, біологічних та екологічних спеціальностей, що навчаються англійською мовою. Preface.......................................... 5 Chapter 1. Chemical bonding and complexing....................... 7 1.1. Chemical bond and its experimental characteristics..................... 7 1.2. Covalent bond.................................. 8 1.3. Ionic bond................................... 14 1.4. Metallic bond.................................. 15 1.5. Hydrogen bond.................................. 15 1.6. Complexing.................................... 16 Self-test questions and tasks............................... 23 Chapter 2. Theoretical principles of bioenergetics..................... 24 2.1. Subject of thermodynamics............................... 24 2.2. Thermodynamic systems. Thermodynamic functions..................... 25 2.3. First law of thermodynamics............................. 26 2.4. Heat of chemical reactions. Thermochemical equations.................. 28 2.5. Thermochemistry laws............................... 29 2.6. Application of thermochemical calculations for describing the energy of biochemical processes................................. 31 2.7. Second law of thermodynamics............................ 33 2.8. Gibbs equation.................................... 34 Self-test questions and tasks............................... 36 Chapter 3. Physical and chemical fundamentals of biochemical reaction kinetics......... 37 3.1. Dependence of reaction rate on reactant concentration. Mass action law............ 39 3.2. Molecularity and order of reaction.......................... 40 3.3. Simple and complex reactions.............................. 42 3.4. Effect of temperature on reaction rate......................... 44 3.5. Catalysis...................................... 46 3.6. Chemical equilibrium. Equilibrium constant......................... 49 Self-test questions and tasks............................... 53 Chapter 4. Solutions and their role in biochemical processes................. 55 4.1. Modern ideas about solutions............................ 56 4.2. Solution concentration............................... 58 4.3. Solubility of gases in liquids............................... 60 4.4. Solubility of liquids and solid substances in liquids...................... 61 4.5. Colligative properties of diluted solutions........................ 62 4.6. Solutions of electrolytes................................ 70 4.7. Dissociation of water............................... 73 4.8. Acid-base theories................................. 76 4.9. Buffer solutions................................. 80 4.10. Formation and dissolution of precipitates......................... 86 Self-test questions and tasks............................... 89 Chapter 5. Electrode processes and their significance for physiology and medicine....... 92 5.1. Electrode potentials................................. 92 5.2. Classification of electrodes............................... 95 5.3. Diffusion and membrane potentials............................ 99 5.4. Potentials in biological systems............................ 100 5.5. Oxidation-reduction reactions............................ 103 Self-test questions and tasks................................ 107 Chapter 6. Physical chemistry of surface phenomena and their role in the processes taking place in the human body..................... 108 6.1. Surface tension of liquids. Surface activity......................... 109 6.2. Adsorption at the liquid-gas and liquid-liquid interfaces.................. 111 6.3. Orientation of molecules of surface-active substances in the surface layer............. 112 6.4. Langmuir isotherm equation.............................. 114 6.5. Structure of biological membranes............................ 115 6.6. Solute adsorption at solid interface.......................... 116 6.7. Laws of solute adsorption at solid interface....................... 117 6.8. Adsorption therapy fundamentals............................ 120 6.9. Adsorption of electrolytes.............................. 124 6.9.1. Selective adsorption............................. 124 6.9.2. Ion exchange adsorption............................ 125 6.10. Chromatographic methods of analysis......................... 128 6.10.1. Principles of chromatographic methods classification............... 129 6.10.2. Application of chromatography in biology and medicine................ 131 Self-test questions and tasks................................ 132 Chapter 7 . Physical chemistry of disperse systems.................... 134 7.1. Classification of disperse systems.......................... 135 7.2. Methods of colloid system preparation.......................... 137 7.2.1. Methods of dispergation............................. 138 7.2.1. Methods of condensation........................... 138 7.3. Methods of colloid system purification.......................... 139 7.4. Molecular-kinetic properties of disperse systems ...................... 140 7.5. Optical properties of colloid systems.......................... 141 7.6. Double electrical layer. Structure of colloid particles. Electrokinetic phenomena........ 143 7.6.1. Electrokinetic phenomena............................ 146 7.7. Stability and coagulation of disperse systems........................ 151 7.7.1. Stability factors of disperse systems ...................... 151 7.7.2. Theory of coagulation and stability of disperse systems................. 152 7.7.3. Kinetics of coagulation........................... 154 7.7.4. Special cases of coagulation........................... 155 7.7.5. Peptization as inverse process of coagulation..................... 158 7.7.6. Coagulation in biological systems........................ 159 7.8. Aerosols. Powders. Suspensions. Pastes. Foams....................... 160 7.9. Emulsions..................................... 162 7.10. Colloid surface-active substances............................ 163 Self-test questions and tasks................................ 165 Chapter 8. Physical chemistry of biopolymers and their solutions................ 168 8.1. Biological macromolecules.............................. 169 8.2. Biopolymer structure................................ 170 8.3. Isoelectric state of proteins............................ 171 8.4. HMC solutions and their properties......................... 173 8.5. Thermodynamic stability of HMC solutions. Methods of protein precipitation ......... 175 8.6. Osmosis. Osmotic pressure in HMC solutions....................... 177 8.7. Viscosity of HMC solutions............................ 180 8.8. Jellies: formation and properties .......................... 180 Self-test questions and tasks................................ 183 Chapter 9. Chemistry of biogenic elements........................ 184 9.1 General information about biogenic elements........................ 184 9.2. s-Elements: biological role, application in medicine................... 192 9.3. p-Elements: biological role, application in medicine..................... 196 9.4. General characteristic of d-elements........................... 209 Self-test questions and tasks................................ 215 Index................. 217
Дод.точки доступу:
Kalibabchuk, Valentyna Oleksandrivna
Калібабчук, Валентина Олександрівна
Halynska, Valentyna Ivanivna
Галинська, Валентина Іванівна
Hryshchenko, Larysa Ivanivna
Грищенко, Лариса Іванівна
Hozhdzynskyi, S. M.
Гождзинський С. М.
Ovsiannikova, T. A.
Овсяннікова Т. О.
Samarskyi, V. A.
Самарський В. А.
Kalibabchuk, V. A. \ed.\

Примірників всього: 40
Наук.Аб. (1), Гурт.4 (1), Уч.Аб. (38)
Вільні: Наук.Аб. (1), Гурт.4 (1), Уч.Аб. (38)

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   54
   М 42


    Medical chemistry : [textbook for students of higher medical educational institutions of the III-IV accreditation levels] / V. A. Kalibabchuk, V. I. Halynska, V. I. Hryshchenko et al.; еd. V. A. Kalibabchuk. - 2th. ed. [стереотип.]. - K. : Medicine Publishing, 2012. - 223 p. : il. - На англ. мові. - Алф. покажч.: с. 217-223. - Пер.вид.: Медична хімія / за ред. В.О. Калібабчук. - К., 2006. - ISBN 978-617-505-225-9 : 130.00 грн

ДРНТІ	31	76
УДК	54:61(075.8)

Рубрики: ХИМИЯ(англ)

МЕДИЦИНА(англ)

Кл.слова (ненормовані):
ПІДРУЧНИК
Дод.точки доступу:
Kalibabchuk, V. A.
Калібабчук В. О.
Halynska, V. I.
Галинська В. І.
Hryshchenko, V. I.
Грищенко Л. І.
Hozhdzynskyi, S. M.
Гождзинський С. М.
Ovsiannikova, T. A.
Овсяннікова Т. О.
Samarskyi, V. A.
Самарський В. А.
Kalibabchuk, V. A. \ed.\

Примірників всього: 59
Наук.Аб. (6), Уч.Аб. (52), Гурт.4 (1)
Вільні: Наук.Аб. (6), Уч.Аб. (52), Гурт.4 (1)

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   54
   М 42


    Medical chemistry : [textbook for students of higher medical educational institutions of the III-IV accreditation levels] / V. A. Kalibabchuk, V. I. Halynska, V. I. Hryshchenko et al.; еd. V. A. Kalibabchuk. - K. : Medicine Publishing, 2010. - 223 p. : il. - На англ. мові. - Алф. покажч.: с. 217-223. - Пер. вид. : Медична хімія : підручник / В. О. Калібабчук, В. І. Галинська, Л. І. Грищенко та ін.; за ред. В. О. Калібабчук. - ISBN 978-617-505-079-8 : 130.00 грн

УДК

54:61(075.8)

Рубрики: Химия(англ)--Підручник(англ)

Медицина(англ)--Підручник(англ)

Анотація: ContentsPreface 5Chapter 1. Chemical bonding and complexing 71.1. Chemical bond and its experimental characteristics 71.2. Covalent bond 81.3. Ionic bond 141.4. Metallic bond. 151.5. Hydrogen bond 151.6. Complexing 16Self-test questions and tasks .23Chapter 2. Theoretical principles of bioenergetics 242.1. Subject of thermodynamics 242.2. Thermodynamic systems. Thermodynamic functions 252.3. First law of thermodynamics .262.4. Heat of chemical reactions. Thermochemical equations. 282.5. Thermochemistry laws 292.6. Application of thermochemical calculations for describing the energyof biochemical processes 312.7. Second law of thermodynamics 332.8. Gibbs equation 34Self-test questions and tasks 36Chapter 3. Physical and chemical fundamentals of biochemical reaction kinetics 373.1. Dependence of reaction rate on reactant concentration. Mass action law 393.2. Molecularity and order of reaction 403.3. Simple and complex reactions 423.4. Effect of temperature on reaction rate 443.5. Catalysis 463.6. Chemical equilibrium. Equilibrium constant .49Self-test quest ions and tasks Chapter 4. Solutions and their role in biochemical processes 554.1. Modern ideas about solutions 564.2. Solution concentration 584.3. Solubility of gases in liquids 604.4. Solubility of liquids and solid substances in liquids 614.5. Colligative properties of diluted solutions. 624.6. Solutions of electrolytes 704.7. Dissociation of water 734.8. Acid-base theories . 764.9. Buffer solutions 804.10. Formation and dissolution of precipitates 86Self-test questions and tasks. .89Chapter 5. Electrode processes and their significance for physiology andmedicine 925.1. Electrode potentials 925.2. Classification of electrodes 955.3. Diffusion and membrane potentials 995.4. Potentials in biological systems 1005.5. Oxidation-reduction reactions 103Self-test questions and tasks 107Chapter 6. Physical chemistry of surface phenomena and their rolein the processes taking place in the human body. 1086.1. Surface tension of liquids. Surface activity 1096.2. Adsorption at the liquid-gas and liquid-liquid interfaces Ill6.3. Orientation of molecules of surface-active substances in the surface layer. 1126.4. Langmuir isotherm equation . 1146.5. Structure of biological membranes 1156.6. Solute adsorption at solid interface 1166.7. Laws of solute adsorption at solid interface 1176.8. Adsorption therapy fundamentals . 1206.9. Adsorption of electrolytes... 1246.9.1. Selective adsorption. 1246.9.2. Ion exchange adsorption 1256.10. Chromatographic methods of analysis 1286.10.1. Principles of chromatographic methods classification 1296.10.2. Application of chromatography in biology and medicine 131Self-test questions and tasks 132Chapter?. Physical chemistry of disperse systems 134 7.1. Classification of disperse system 135 7.2. Methods of colloid system preparation . 137 7.2.1. Methods of dispergation 1387.2.1. Methods of condensation 138 7.3. Methods of colloid system purification 139 7.4. Molecular-kinetic properties of disperse systems 1407.5. Optical properties of colloid systems 141 7.6. Double electrical layer. Structure of colloid particles. Electrokinetic phenomena 1437.6.1. Electrokinetic phenomena 1467.7. Stability and coagulation of disperse systems 1517.7.1. Stability factors of disperse systems 1517.7.2. Theory of coagulation and stability of disperse systems 1527.7.3. Kinetics of coagulation 1547.7A. Special cases of coagulation 1557.7.5. Peptization as inverse process of coagulation 1587.7.6. Coagulation in biological systems 1597.8. Aerosols. Powders. Suspensions. Pastes. Foams 1607.9. Emulsions. 1627.10. Colloid surface-active substances 163 Self-test questions and tasks 165Chapters. Physical chemistry of biopolymers and their solutions 1688.1. Biological macromolecules 1698.2. Biopolymer structure 1708.3. Isoelectric state of proteins. 1718.4. HMC solutions and their properties 1738.5. Thermodynamic stability of HMC solutions. Methods of protein precipitation 1758.6. Osmosis. Osmotic pressure in HMC solutions 1778.7. Viscosity of HMC solutions 1808.8. Jellies: formation and properties 180Self-test questions and tasks 183Chapter 9. Chemistry of biogenic elements 1849.1 General information about biogenic elements 1849.2. s-Elements: biological role, application in medicine 1929.3. p-Elements: biological role, application in medicine 1969.4. General characteristic of d-elements 209Self-test questions and tasks 215Inde 217
Дод.точки доступу:
Kalibabchuk, V. A.
Калібабчук В. О.
Halynska, V. I.
Галинська В. І.
Hryshchenko, V. I.
Грищенко Л. І.
Hozhdzynskyi, S. M.
Ovsiannikova, T. A.
Samarskyi, V. A.
Kalibabchuk, V. A. \ed.\
Калібабчук, Валентина Олександрівна
Галинська, Валентина Іванівна
Грищенко, Лариса Іванівна

Примірників всього: 8
Уч.Аб. (5), Наук.Аб. (3)
Вільні: Уч.Аб. (5), Наук.Аб. (3)

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