Modified Nucleosides and Cancer

摘要: Organization and Expression of tRNA Genes in Drosophila Melanogaster.- Chemical Nature, Properties, Location, Physiological Pathological Variations Modified Nucleosides intRNAs.- Session I. Situ Tumors Transformed Cells Cell Culture.- InDNA.- Formation Removal Methylated Nucleic Acids Mammalian Cells.- Structural Modifications Repair DNA Neuro-Oncogenesis by N-Ethyl-N-nitrosourea.- Role Extent Persistence Carcinogenesis Aromatic Amines.- Can Methylation Regulate Gene Expression?.- In tRNA.- Alterations Cancer.- Tumor-Specific Mouse Plasmacytomas Other Tumors.- Post-Transcriptional Modification the Y Base Phenylalanine from Tumor Why Is Hypomodified with Respect to QNucleoside?.- The Effects Growth Factors on tRNALys Modification.- Perturbation Mitochondrial Lysine Population Virus-Induced Transformation or Stress Cells: Functional Properties Nucleotide Sequence a Mitochondrially Associated Involvement Retrovirus Expression: Biological Implications Reverse Transcriptase-Primer Interactions.- II. Biosynthesis Degradation Cancer DNA-Specific Enzymes.- Enzymatic Chicken Erythrocyte Two Carcinogens, 2-(N-Acetoxyacetylamino)Fluorene Methylnitrosourea.- Inhibition 5-Azacytidine.- Alteration Carcinogens.- tRNA-Specific Ethionine-Induced Metabolism.- Processing Accomplished High-Molecular-Weight Enzyme Complex.- Eukaryotes: Causes Consequences.- Cortisol Methylase Activities Rat Mammary Carcinoma.- An Approach Viral Replication: mRNA Methylation.- Specific 5-Fluoropyrimidines 5-Azapyrimidines 5 Position Pyrimidines, Particular Synthesis 5-Methyluracil 5-Methylcytosine Acids.- III. Nucleosides: Type Concentration Body Fluids Relevance for Therapy Tumor-Bearing Individuals.- New Applications Urinary Nucleoside Markers.- Multivariate Analysis RNA Catabolites Malignancies: Cross-Sectional Longitudinal Studies.- Evaluation Carcinoembryonic Antigen, Tissue Polypeptide Placental Alkaline Phosphatase, as Markers Malignant Lymphomas.- Quantitative High-performance Liquid Chromatography Fluids, tRNA,and DNA.- Patients.- Increasing Levels Bases During Development Mice.- Comparison Rats Hepatomas Nephroblastomas.- Characterization Oncofetal Its Possible Application Diagnosis Therapy.- Excretion Polyamines Children Leukemia Chemotherapy.- Subject lndex.