At 30mg/day saffron: -Performs the same as Ritalin in kids with ADHD when it comes to core symptom management. -Performs comparably to Prozac without one-shotting your penis (in fact, it can help reverse SSRI induced sexual dysfunction) -Resulted in cognitive improvements comparable to donepezil (Alzheimer's) with significantly fewer gastrointestinal side effects. -Has similar efficacy to citalopram (Celexa) for generalized anxiety symptoms. -Has no significant statistical difference to fluvoxamine for reducing obsessive-compulsive symptoms. *Not ideal for people who have issues in the gut lining/mucus (if you want to try it start with 15mg with a meal) **Not ideal for long term use / for people with elevated liver enzymes If you want to try higher doses, the list of potential side effects increases (as it happens with all potent tools) "Why is saffron so powerful?" Its main bioactive compounds are: -Crocin -Crocetin -Safranal These act on several pathways rather than hitting a single target giving it a combination of monoamine support + strong antioxidant/anti-inflammatory effects + neurotrophic activity. -Monoamine modulation (serotonin, dopamine, norepinephrine) Its active compounds inhibit reuptake of these neurotransmitters (similar to SSRIs/SNRIs) and also inhibit monoamine oxidase enzymes that break them down. The dual action increases their availability in the synapse. -Antioxidant and anti-inflammatory actions Crocin and related compounds are strong antioxidants that reduce reactive oxygen species and can dampen inflammatory signaling. -It can increase brain-derived neurotrophic factor (BDNF) and related pathways involved in neurogenesis, synaptic plasticity, and neuronal survival (particularly relevant in the hippocampus). -Safranal shows activity at GABA-A receptors (including the benzodiazepine site) For more tools: fitandball.gumroad.com/l/bra…

ADHD patients might have compromised or slowed B6-dependent enzymes. The specific B6-dependent enzymes heavily implicated in ADHD include: 1. Dopa decarboxylase that converts L-DOPA into dopamine and 5-HTP into serotonin. 2. Glutamate decarboxylase (GAD) that converts glutamate into GABA. 3. Tryptophan metabolizing enzymes (think the kynurenine pathway) "But i don't feel anything from B6". A) Are you using P5P? B) Do you have enough zinc, B2 and magnesium in your system? "How do you have all these figured out?" You should read this: fitandball.gumroad.com/l/bra…

Having ADHD (or general anhedonia) and not trying even 10-15mg of zinc in the morning is mind-blowing. Besides the fact that a lot of people with ADHD (and anhedonia) are deficient, zinc acts as a non-competitive blocker of the human dopamine transporter (DAT). Normally, after dopamine is released into the synaptic cleft, it binds to dopamine receptors on the postsynaptic neuron to exert its effects. The DAT then clears the dopamine from the synapse and recycles it back into the presynaptic neuron. So it helps to terminate the action of dopamine by transporting it back into the presynaptic neuron. So when we inhibit it, we slow down the cleanup of dopamine and leave more of the chemical active in the synapses. Ritalin for example is a highly effective DAT inhibitor. Its structural mechanism differs completely from zinc obviously. While zinc acts as a non-competitive, allosteric clamp that locks the transporter from a side-pocket, methylphenidate operates primarily as an orthosteric blocker. It targets the S1 central binding site of the dopamine transporter. This is the exact same internal structural pocket where the dopamine molecule itself lands to be moved across the membrane. By sitting directly inside the central channel core, it acts like a physical plug and thus dopamine cannot bind to the transporter at all. Now unlike competitive inhibitors (such as cocaine or Ritalin), which bind directly to the central S1 substrate site halfway across the cell membrane, zinc acts at an entirely independent allosteric site on the outer surface of the transporter. By anchoring itself to this distinct outer pocket, zinc physically restrains the movement of the transporter. It acts as a rigid macromolecular bridge that locks the DAT machinery in an "outward-open" conformation. While the central channel remains open, the transporter is effectively paralyzed, it can no longer undergo the conformational rotation required to pull dopamine out of the synapse and back into the cell. For someone struggling with ADHD or anhedonia, this highly efficient, non-competitive blocking action provides a unique therapeutic advantage. Because zinc does not compete for the central keyhole, its ability to stop the cellular "vacuum cleaner" cannot be overridden by fluctuating concentrations of natural dopamine. It forces a baseline level of dopamine to pool within the synaptic cleft. This is why DAT inhibitors usually increase the effectiveness of stimulants. In the context of ADHD, this prolonged synaptic activity helps satisfy under-stimulated reward pathways. In the case of anhedonia this steady accumulation of active dopamine lowers the activation threshold required to feel pleasure, motivation and goal-directed drive. Other natural DAT inhibitors that you might be aware of are ginkgo and saffron. P.S: In general, if you have difficulty initiating and maintaining actions that require a fair amount of effort, you can try pairing: -A releaser or release-enhancing agent that raises the amount of dopamine available extracellularly. -A DAT inhibitor that blocks reuptake, prolonging and amplifying that signal -A NET inhibitor that supports prefrontal functions needed to stick with an action. A classic combination would be thiamine or L tyrosine + zinc or ginkgo+ P5P + saffron. Is this for everyone? No. For some people, it won't be enough. For others, it will cause borderline hypomania. For others, it will cause profound diarrhea. If you fit one of these categories you can find alternatives here: fitandball.gumroad.com/l/bra…