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Cerebralisin is completely misunderstood and pretty much every video you have previously seen on it is flawed. No, it does not contain BDNF or other related neurotrophins. It also doesn't cause brain fog by increasing neurogenesis or plasticity. No, it's not only helpful for brain recovery. No, it's not similar to Cortexin in any way. Let's start with what it actually is. Cerebralisin is a cryptome, which you can imagine as a library of low molecular weight peptides created by enzymatic cleavage while also containing free amino acids. This is a crucial thing you have to understand. The cryptome is an input to your own dynamic cleavage and clearance system. The effects are not set by what is in the vial, but much more by the current enzymatic activity that processes these cryptic peptides, which can result in completely different modulations between people. It is not inherently a plasticity compound, but instead it biases global network points in a state-dependent way. Considering this, it's much more of a metoplasticity compound, a distributed allostatic controller whose global modulation shifts the rules and threshold via which the brain operates. The misconception about it containing neurotrophic factors is merely people confusing downstream readouts with the agent being present. Actual profiling didn't detect any neurotrophic factors, but instead found hundreds of unique peptides and things like tubulin, actin, and myelin-basic proteins. The initial effects you feel are likely due to its modulation of the adenosine A1 receptors which exert inhibitory effects, interestingly without actually containing adenosine itself. It additionally engages GABAB receptors presynaptically while also acting as a pammet GABA receptors which further provides stabilization dampening of excitation. However it also contains amino acids like aspartate and glutamate which directly bind to NMDA, AMPA, and chynate receptors, potentiating their currents and inducing the stimulating effects. This is also why it can potentiate stimulants for many. Because potent neuroprotective effects are majorly mediated via calpostatin-like fragments that directly and non-competitively inhibit calpane and enzyme majorly responsible for neurotoxicity during overstimulation. Furthermore, it also appregulates urine, the pro-protein convertase responsible for cleaving pro-BDNF into mature BDNF, which is the form of BDNF you all think of when talking about BDNF while the other one has oppositional properties. It also restores the TRKA receptor while modulating P75NTR and engaging major repair and protective pathways like the sonic hedgehog pathway. Another underappreciated effect of cerebrolysin is enhancing AMPA receptor surface expression and density, although this requires time. But let's get to one of cerebrolysin's most prominent and powerful modulations, which is completely overlooked. It stabilizes the mRNA for glut-1 transporters, drastically reducing their turnover rate while ensuring the blood-brain barrier maintains high-capacity function. This is more crucial than you might think, as it poses a literal energy bottleneck for your cognition. The enhancement of glut-1 completely changes the energy dynamics that dictate and constrain the programs your brain is running, allowing significantly more demanding processes and activities. This is likely also a major driver of the perceived brain fog people get. It's not neuroplasticity or anything of this kind, but much more the major alterations of glucose demand and utilization. cerebrolysin has a multitude of other mechanisms like its microglium modulation but also hundreds of other pathways, which I will have to cover in a separate video to not make this one too long. I also have a discord now, so feel free to join and if you have suggestions for future videos feel free to comment them below and don't forget to like the video.