The replaceable synaptic memory gives a unique functionality to the neuro-processor and improves its flexibility for supporting a large variety of applications.

This phenomenon may be linked with changes to the brain's ability to produce endocannabinoids (endogenous cannabinoids), cerebral lipids that control synaptic memory.

This phenomenon may be linked to impairment of the brain’s ability to produce endogenous cannabinoids, the “endocannabinoids,” brain lipids that control synaptic memory.

This phenomenon may be linked to impairment of the brain’s ability to produce endogenous cannabinoids, the “endocannabinoids,” brain lipids that control synaptic memory.

This phenomenon may be linked with changes to the brain's ability to produce endocannabinoids (endogenous cannabinoids), cerebral lipids that control synaptic memory.

Analysis showed that chemical changes within the optically stimulated nerve synapses led to strengthening of the synapse, creating a memory.

This phenomenon may be linked to impairment of the brain’s ability to produce endogenous cannabinoids, the “endocannabinoids,” brain lipids that control synaptic memory.

Analyses traced chemical changes within the optically stimulated nerve synapses, which was evidence of synaptic strengthening.

Further analyses revealed that chemical changes occurred within the optically stimulated nerve synapses, which indicates the synaptic strengthening of that memory.

Analyses showed chemical changes within the optically stimulated nerve synapses, indicative of synaptic strengthening.

It was believed that the link was down to the impairment of the ability of the brain to produce brain lipids controlling synaptic memory known as endocannabinoids.