Livres d’exercices de biochimie et Autres sites WEB

(*livre disponibles à la bibliothèque)

*Dawes, E. D. Problèmes de biochimie. Masson et Cie. 1975. Paris. 465 pp.

*Desagher, S. and Lançon, M. Exercices de biochimie. Édition Marketing. Paris. 1992. 240 pp.

Friedman, P. J. Biochemistry-A review with questions and explanations. Second Edition. Little, Brown and Company. Boston. 1982. 221 pp.

Kuchel, P. W. and Ralston, G. B. Theory and problems of biochemistry. Schaum’s outline series. Toronto. 1985. 555 pp.

*Lafont, F., Plas, C. and Cazaubon, P. Exercices de biochimie. Doin Éditeurs. Paris. 1995. 389 pp.

*Lehninger, A. L., Nelson, D. L. and Cox, M. M. Principes de biochimie. Deuxième Édition. Traduction française de : Biochemistry. Second Edition. Worth Publishers. New York. 1993. Flammarion Médecine-Sciences. 1994. 1035 pp.

*Le Maréchal, P., Foucault, G., Hulen, C., Vénard, R. et Vesin, M. F. Biochimie : Exercices et problèmes commentés. Masson. Paris. 1984. 256 pp.

Magill, J. M. Problem solving in biochemistry-A pratical approach. Macnillan Publishing Company. New York. 1988. 224 pp.

van Eikeren, P. Guide to Lehninger’s principles of biochemistry with solutions to problems. Worth Publishers, Inc. 1984. New York. 544 pp.

Voet, D. and Voet, J. G. Biochemistry-Solutions manual. John Wiley & Sons. Toronto. 1990. 176 pp.

Wood, W. B., Wilson, J. H., Benbow, R. M. and Hood, L. E. Biochemistry-A problems approach. Second Edition. The Benjamin/Cummings Publishing Company. Don Mills, Ontario. 1981. 498 pp.

Wood, W. B., Wilson, J. H., Benbow, R. M. and Hood, L. E. Biochemistry-A problems approach. Second Edition. W. A. Benjamin Inc. Don Mills, Ontario. 1974. 511 pp.

École Nationale de Chimie-Physique-Biologie, Paris, France.

Exercices de chimie générale.

Stoechiométrie de réaction. Bilans de matière (calculs de quantités de matière ou nombres de moles. Exercices sur les pH. Conductimétrie. Influence du pH sur la complexation. Précipitation dépendant du pH. Diagrammes potentiels-pH.

Exercices de chimie expérimentale.

Exercices de chime organique.

Nomenclature en chimie organique. Chiralité : notion d'énantiomérie et de diastéréoisomérie.

Exercices de thermodynamique.

Calcul de grandeurs de réaction H, G et S. Influence de facteurs extérieurs. Constante d'équilibre thermodynamique.

http://chimie.scola.ac-paris.fr/sitedechimie/exercice/somm_pag_exo.htm

Carnigie Mellon University. Molecular Models for Biochemistry.

Exercices et corrigés.

Quizzes for modern and cell biology

Functional group. Organelle. Cell cycle.

Quizzes for biochemisrty I

The amino acid structure. The protein structure. Nucleotide identification. The rasmol command line.

http://www.bio.cmu.edu/Courses/BiochemMols/QuizList.html

Carnigie Mellon University. Molecular Models for Biochemistry.

Exercices (choix multiples) et corrigés (interactifs).

Introduction to course: water structure. Acid/base chemistry: buffers. Structure and properties of amino acids. R-group matching quizzes: Text descriptions & chemical structures. Thermodynamics and protein folding. Structures of proteins. Immunoglobulin structure and function. Ligand binding. Oxygen binding protein.

http://shamu.bio.cmu.edu/~rule/bc1/MCQuiz/QIndex.htm

Temple University. Département of biochemistry school of medicine.

Exercices (choix multiples) et corrigés (interactifs).

Clinical applications of biochemistry. Metabolism and physiological states. Molecular biology. Diet and nutrition, digestion. Enzymology. Blood coagulation, heme synthesis, wound healing. Endocrinology. Study questions with explanations.

http://www.temple.edu/medbiochem/medical_review.html

Agro INRA Montpellier. U.B.7. Biotechnologie Moléculaire.

Exercices et corrigés (interactif).

Formule du Cot. Mesure de l'efficacité de dissociation d'un duplex d'ADN. Température de fusion de l'ADN. Cinétique de réassociation. Hybridation moléculaire de type Southern. Détermination d'amorces pour la PCR. Détermination de la taille optimale des amorces. Amplification spécifique de séquence (PCR). Amplification d'un microsatellite. Clonage et hybridation moléculaire de type Southern. Clonage et analyse de l'ADN recombinant. Analyse par RFLP. Recherche de polymorphisme RFLP. Regulation génique. Cartes de restriction d'un ADNc et du clone génomique correspondant. Analyse moléculaire d'un mutant. Diagnostic de l'anémie falciforme. Diagnostic de la fibrose kystique. Analyse d'une famille pour une maladie génétique. Maladie de Huntington. Sous-clonage.

http://meleze.ensam.inra.fr/biochimie/td/UB/sommaire_exos.html

Quelques Sites Web de biochimie (théoriques)

Metabolic Pathways of Biochemistry.

Les principales voies métaboliques.

Carbohydrate Metabolism

Glycolysis (3-D). Glycolysis & gluconeogenesis (3-D). Kreb's - TCA - citric acid cycle (3-D). Pentose phosphate pathway (3-D). Glycogen biosynthesis & galactose pathway (3-D). Calvin cycle.

Lipid Metabolism

Triacylglycerol metabolism, activation of fatty acids (3-D). Beta-oxidation of fatty acids -- even chain. Beta-oxidation of fatty acids -- odd chain (3-D). Beta-oxidation of polyunsaturated fatty acid (3-D). Alpha-oxidation Pathway. De novo biosynthesis of fatty acids. Cholesterol biosynthesis 1.

Amino acid metabolism

Glutamate reactions. Kreb-Henseleit urea cycle (3-D). Shikimate pathway. Phenylalanine and tyrosine biosynthesis. Tryptophan biosynthesis.

Energy metabolism

Oxidative phosphorylation. Chemistry of ATP synthesis. Photosynthesis. Methane metabolism.

Coenzymes (2-D, 3-D)

http://www.gwu.edu/~mpb/index.html

Terre Haute Center for Medical. Education Medical Biochemistry. Michael W. King, Ph.D.

Théories.

Chemistry review material. Ionic equilibria review. Thermodynamics review. Basic chemistry of biomolecules. Protein structure. Hemoglobin. Enzyme kinetics. Vitamins and co-enzymes. Glycolysis. Gluconeogenesis. Metabolism of ethanol. Glycogen metabolism. Regulation of blood glucose levels. Metabolism of major non-glucose. Sugars. The TCA cycle and PDH. Pentose phosphate pathway. Oxidative phosphorylation. Metabolism of lipids. Phospholipid metabolism. Sphingolipid metabolism. Eicosanoid metabolism. Cholesterol and bile metabolism. Lipoproteins. Glycoprotein synthesis. Glycosaminoglycans and proteoglycans. Glucuronate metabolism. Type 1 and 2 diabetes mellitus. Nucleotide metabolism. Nitrogen metabolism and the urea cycle. Amino acid metabolism. Specialized products of amino acids. Heme and porphyrin metabolism. DNA metabolism. RNA metabolism. Protein synthesis. Protein modifications and targeting. Inborn errors in metabolism. Table of common vertebrate. Hormones. Steroid hormones and receptors. Peptide hormones and receptors. Biochemistry of nerve. Transmission control of gene expression. Blood coagulation. Muscle biochemistry. Molecular tools of medicine. Growth factors and cytokines. Signal transduction. Signaling by Wnts and the TGFs-b/BMP Families. Oncogenes and cancer. Tumor suppressors and cancer.

http://web.indstate.edu:80/thcme/mwking/