Publication | Closed Access
Novel caffeine derivatives with antiproliferative activity
19
Citations
19
References
2016
Year
Dna DamageBiochemistryNovel Caffeine DerivativesMedicinePhysiologyNeuroprotectionAnti-cancer AgentDna Damage ResponseExperimental ToxicologyCardiovascular ToxicityPharmacologyCell BiologyPharmaceutical ChemistryToxicological MechanismDrug DiscoveryOxidative StressCardiovascular Effects
Beyond the psychoactive and cardiovascular effects of caffeine, this substance is also known for altering the cell's DNA damage response.
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