Artichoke Extract (Luteolin) has been shown to boost memory and learning, improve motivation and mood, and stimulate the growth of new neurons in the brain. Artichoke Extract (Luteolin) is a natural PDE4 inhibitor in the brain. Excess PDE4 degrades cAMP . cAMP is important for neural signaling within brain cells.
As a secondary messenger in neurons , cAMP produces proteins needed for neuron and synapse growth. This process is called Long-Term Potentiation (LTP) .
LTP is the process where synaptic connections get stronger in response to electrical stimulation in the brain. This process happens naturally through life experience. It’s a critical part of synaptic plasticity .
Brain structure changes over time through synaptic plasticity. And is how experience is recorded through learning and memory.
When PDE4 increases, cAMP is depressed. And learning, memory and mood suffer.
Artichoke Extract helps: Neurotransmitters . Artichoke Extract inhibits PDE4 in the brain. Which stabilizes and increases cAMP. Boosting learning, motivation, memory and mood.
Neurogenesis . Artichoke Extract helps generate growth of dendrites on neurons. And helps reconstruct synapses, the junctions where nerve cells communicate with other neurons. Boosting memory and restoring neural networks.
Reduce Inflammation . Artichoke Extract helps reduce inflammation in the brain. By preventing the over-production of cytokines, and taming the flames of inflammation in neurons. Preventing memory loss and neurological dysfunction.
Overview Artichoke Artichoke Extract contains a naturally occurring compound called luteolin . Luteolin is a powerful phosphodiesterase (PDE4) inhibitor. Excess PDE4 in your brain is bad news because it degrades cAMP . Cyclic adenosine monophosphate (cAMP) is a derivative of adenosine triphosphate (ATP) . ATP is produced within mitochondria in each of your cells. cAMP is part of that cellular energy source.As a secondary messenger in neurons, cAMP helps produce proteins for increased neuron growth. Neuron dendrites connect to other neurons through a process called Long-Term Potentiation (LTP) . LTP creates an increase in the production of cAMP. Which triggers a biochemical cascade of reactions. These effects reveal themselves to us as learning and memory.When cAMP is degraded, it interferes with efficient brain signaling. And interferes with Long-Term Potentiation. Making it harder to […]
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