Ginkgo Biloba: A Brain-Boosting Leaf
Ginkgo Biloba: Class: Acetylcholine 2/10 Short-term cognitive boost 2/10 Long-term brain enhancement 7/10 Health and Safety Profile 4/10 Quality & strength of evidence Ginkgo biloba has been marketed for decades as a “brain herb”—a natural cognitive enhancer said to sharpen memory, attention, and mental clarity. In modern clinical research, however, ginkgo is less often studied…
Keep readingHuperzine A: Super Moss
Huperzine A: Class: Acetylcholine 2/10 Short-term cognitive boost 3/10 Long-term brain enhancement 6/10 Health and Safety Profile 4/10 Quality & strength of evidence Huperzine A (often abbreviated HupA) is an alkaloid originally isolated from the club moss Huperzia serrata. In the brain, its headline pharmacology is straightforward: it inhibits acetylcholinesterase (AChE), the enzyme that breaks…
Keep readingCerebrolsyin: Reversing Brain Damage
Cerebrolysin Class: Neurogenesis 2/10 Short-term cognitive boost 5/10 Long-term brain enhancement 6/10 Health and Safety Profile 5/10 Quality & strength of evidence Cerebrolysin is an unusual entry in the cognitive-enhancement conversation because it is not a supplement, pill, or stimulant. It’s a prescription injectable mixture of neuroactive peptides and amino acids derived from porcine brain…
Keep readingAdamantanes: Powerful Neuroprotectors
Adamantanes Class: Neuroprotector 2/10 Short-term cognitive boost 3/10 Long-term brain enhancement 5/10 Health and Safety Profile 4/10 Quality & strength of evidence The adamantane family of drugs has an unusual origin story: their core chemical scaffold looks like a tiny carbon “cage,” and that geometry makes the molecules unusually lipid-friendly—good at slipping through membranes, including…
Keep readingNicotine: Is It Really Neuroprotective?
Nicotine Class: Acetylcholine 6/10 Short-term cognitive boost 2/10 Long-term brain enhancement 4/10 Health and Safety Profile 6/10 Quality & strength of evidence Nicotine is best known as the addictive drug that sustains tobacco dependence. But because nicotine activates neuronal nicotinic acetylcholine receptors (nAChRs)—a widespread receptor family that modulates neurotransmission, plasticity, inflammation, and cell-survival signalling—researchers have…
Keep readingIs It Possible To Create New Dopamine Neurons?
Dopamine (DA) neurons—especially the midbrain DA neurons in the substantia nigra pars compacta (SNpc) and ventral tegmental area (VTA)—are central to movement, motivation, and reward, and their degeneration drives Parkinson’s disease (PD). If the adult brain could naturally replace these neurons, it would transform how we think about PD progression and treatment. The problem is…
Keep reading