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Melatonin: Epigenetic mechanisms in cancer inhibition
Ahmet Korkmaz,
Russel J. Reiter
Department of Cell Systems & Anatomy
Producción científica
:
Chapter
Información general
Huella
Huella
Profundice en los temas de investigación de 'Melatonin: Epigenetic mechanisms in cancer inhibition'. En conjunto forman una huella única.
Clasificar por
Ponderación
Alfabéticamente
Biochemistry, Genetics and Molecular Biology
Melatonin
100%
Epigenetic Mechanism
40%
Nuclear Receptor
13%
Gene Expression
13%
Blood Level
13%
Modulation
6%
Nested Gene
6%
Chromatin
6%
Transcription Factor
6%
Secretion (Process)
6%
Histone
6%
DNA Methylation
6%
Melatonin Receptor
6%
DNA Sequence
6%
Methylation
6%
Acetylcysteine
6%
Circadian Rhythm
6%
Lysozyme
6%
Reproduction
6%
Bone Growth
6%
Vitamin A
6%
Epimutation
6%
Synthesis
6%
Aptitude
6%
Sleep
6%
Neuroscience
Melatonin
100%
Epigenetics
26%
Eicosanoid Receptor
13%
Nuclear Receptor
13%
DNA
13%
Gene Expression
13%
Membrane Receptor
6%
Transcription Factors
6%
Chromatin
6%
Enzymes
6%
Antioxidant
6%
Indoleamine
6%
Vitamin A
6%
Acetylcysteine
6%
Methylation
6%
DNA Methylation
6%
Melatonin Receptor
6%
DNA Sequencing
6%
Histone
6%
Histone Modification
6%
Gene
6%
Pineal Gland
6%
Sleep
6%
Pharmacology, Toxicology and Pharmaceutical Science
Melatonin
100%
DNA
26%
Receptor
13%
Diseases
13%
Histone
13%
Cell Nucleus Receptor
13%
Malignant Neoplasm
13%
Cancer Inhibition
13%
Enzyme
6%
Oxygen
6%
Nitrogen
6%
Melatonin Receptor
6%
Retinol
6%
Antioxidant
6%
Transcription Factor
6%
Osteoporosis
6%
Indoleamine
6%
Acetylcysteine
6%
Membrane Receptor
6%
Immunology and Microbiology
Epigenetics
26%
Cells
20%
Blood Level
13%
Gene Expression
13%
Modulation
6%
Secretion (Process)
6%
Methylation
6%
Histone Modification
6%
DNA Methylation
6%
DNA Sequence
6%
Chromatin
6%
Transcription Factor
6%
Circadian Rhythm
6%
Reproduction
6%
Synthesis
6%
Gene
6%
Aptitude
6%
Drowsiness
6%
Bone Growth
6%