User:Tomwhome/Books/DNA Damage & Repair

Fundamentals for The Study of DNA Repair

 * DNA Replication & Biology
 * Genetics
 * Epigenetics
 * Cell (biology)
 * Cell cycle
 * Cell cycle checkpoint
 * Cell division
 * DNA replication
 * Translation (biology)
 * Transcription (biology)
 * Meiosis
 * Mitosis
 * Genetic recombination
 * Chromosomal crossover
 * Horizontal gene transfer
 * Chromosomal translocation
 * Genetic diversity
 * Apoptosis
 * Proteasome
 * Senescence


 * DNA Damage
 * DNA damage (naturally occurring)
 * Free radical damage to DNA
 * Indirect DNA damage
 * Mutation


 * DNA Repair Pathways
 * DNA repair
 * Non-homologous end joining
 * Homology directed repair
 * Homologous recombination
 * Synthesis-dependent strand annealing (SDSA)
 * Microhomology-mediated end joining
 * Branch migration
 * Nucleotide excision repair
 * Base excision repair
 * DNA mismatch repair


 * DNA Damage & Repair Signalling
 * Bloom syndrome protein
 * Helicase


 * DNA Repair Machinery
 * DNA polymerase
 * Endonuclease
 * Restriction enzyme
 * DNA ligase
 * Topoisomerase
 * O-6-methylguanine-DNA methyltransferase
 * RAD51
 * BRCA1
 * BRCA2
 * RECQL4
 * SLX4
 * TP53
 * DNA2L
 * Exonuclease 1
 * Replication protein A
 * Cyclin-dependent kinase
 * Cyclin-dependent kinase 1
 * MRN complex


 * DNA Repair-Associated Genetic Diseases
 * Werner syndrome ATP-dependent helicase
 * Rothmund–Thomson syndrome
 * Bloom syndrome
 * Werner syndrome


 * DNA Repair & Cancer
 * Knudson hypothesis
 * DNA damage theory of aging
 * Ataxia-telangiectasia
 * ATM serine/threonine kinase
 * Cockayne syndrome
 * Fanconi anemia
 * Nijmegen breakage syndrome
 * Xeroderma pigmentosum
 * Polymorphism (biology)
 * Microsatellite
 * Gene targeting
 * Biological immortality
 * Chemotherapy
 * Synthetic lethality
 * Alkylating antineoplastic agent
 * Antimetabolite
 * Topoisomerase inhibitor
 * CRISPR
 * Tumor suppressor gene
 * Cancer immunotherapy
 * Cell therapy


 * Biomolecules: Structure & Function
 * DNA
 * RNA
 * Nucleic acid metabolism
 * Mechanically interlocked molecular architectures
 * Protein structure
 * Protein folding
 * Ligand (biochemistry)
 * Nucleic acid
 * Nucleic acid structure
 * Pyrimidine dimer
 * Nucleic acid thermodynamics
 * Genome
 * Chromosome
 * Telomere
 * Homologous chromosome
 * Eukaryotic chromosome fine structure
 * Chromatin immunoprecipitation
 * Holliday junction


 * Drug Discovery & Pharmacology
 * Enzyme inhibitor
 * Drug design
 * Hit to lead
 * Enzyme kinetics
 * Michaelis–Menten kinetics
 * EC50
 * IC50
 * Hill equation (biochemistry)


 * Technologies & Techniques
 * Oligonucleotide synthesis
 * DNA sequencing
 * Nuclear magnetic resonance spectroscopy
 * Nuclear magnetic resonance spectroscopy of proteins
 * X-ray crystallography
 * Polymerase chain reaction
 * DNA microarray
 * RNA interference
 * Small interfering RNA
 * Surface plasmon resonance
 * Isothermal titration calorimetry
 * Fluorescence anisotropy
 * Förster resonance energy transfer


 * Fields of Study
 * Molecular biology
 * Structural biology
 * Chemical biology
 * Biophysics