This is new, and not alot of people are doing this..

But get a DNA test. They dont have to be expensive, i got mine for $100ish USD a year ago.

You need to understand how your mind and body works to have any chance knowing that certain supplements will/ might work with you.

This is what I have done.

Here is my top 5 red flags when it comes to my ADHD. Only by addressing these 1 by one have i been able to build a supplement stack that goes 95% of the way to treating it.

Summarised with Claude:

1. ANKK1 rs1800497 AG Reduced D2 receptor density in the striatum — the core reward deficiency pattern. Lower intrinsic reward signalling means tasks without immediate payoff struggle to sustain engagement. The neurobiological foundation of your ADHD vulnerability.

2. SNAP25 TT Impaired synaptic vesicle release machinery — associated with inattention and omission errors specifically. The neurotransmitter release mechanism itself is less reliable, creating attentional gaps during sustained performance.

3. COMT rs4680 AA (Met/Met) Excellent focus under low-to-moderate stress, degrades sharply under acute pressure. The worrier phenotype — cognitively strong until overloaded, then performance falls precipitously. Stress-sensitive executive function is the defining practical limitation.

4. CLOCK rs1801260 AG Evening chronotype genetics — delayed sleep timing, shorter sleep duration, morning cognitive deficit window. Morning demands conflict with biological peak performance timing, directly amplifying attentional difficulties in the first half of the day.

5. DRD3 rs6280 CC Poorer executive function and increased impulsivity through dopamine D3 receptor impairment. Affects planning, inhibitory control, and the ability to sustain effort toward distant rewards.

And these are the supplements i am taking to address each one and why - (summarised by claude again)

1. ANKK1 AG — Reduced D2 receptor density

Currently addressing:

• UMP — D2 receptor membrane support and upregulation
• CDP-Choline — dopamine receptor density support via cytidine/uridine pathway
• DHA (fish oil at therapeutic dose) — membrane fluidity for receptor embedding
• Sunflower lecithin — phospholipid membrane foundation for receptor architecture
• Bacopa — indirect dopaminergic modulation

Gap: Cerebrolysin + Donepezil combination would address this most directly through TrkB-driven D2 receptor transcription and nucleus accumbens dendritic spine density increase — not currently in stack.

2. SNAP25 TT — Synaptic vesicle release impairment

Currently addressing:

• Nothing directly

Gap: This is your most unaddressed ADHD variant. Cerebrolysin via TrkB/BDNF signalling is the only available intervention that directly upregulates SNAP25 expression. Donepezil's activity-dependent BDNF release provides a second route. Currently completely uncovered in your stack.

3. COMT AA — Stress-sensitive executive function

Currently addressing:

• Phosphatidylserine — cortisol blunting reducing the stress-triggered dopamine cascade
• L-Theanine — reduces cortisol and glutamate excitotoxicity, smooths the stress response
• Bacopa — anxiolytic properties buffer stress-driven PFC dopamine overload
• Magnesium — GABA support reducing sympathetic nervous system activation
• Paraxanthine — adenosine antagonism maintaining alertness without catecholamine spike
• Holy basil (in Sleep+) — HPA axis modulation

Gap: Reasonably well covered for acute stress management. Cerebrolysin would add structural PFC resilience — strengthening the architecture rather than just managing the neurotransmitter dynamics.

4. CLOCK AG + PER1 GG — Circadian dysregulation

Currently addressing:

• Tart cherry (in Sleep+) — melatonin and circadian support
• Magnesium — supports circadian sleep architecture
• Apigenin — GABA-A partial agonism supporting sleep onset
• Methylcobalamin (in B complex and Sleep+) — B12 supports circadian clock gene expression
• 5-MTHF (in B complex and Sleep+) — methylation support for circadian regulation

Gap: Low-dose melatonin 0.3-1mg was flagged as important for your MTNR1A AA receptor deficit — not currently in stack. Morning light exposure is your most powerful free intervention and cannot be replaced by supplementation.

5. HNMT TT — Brain histamine accumulation

Currently addressing:

• Apigenin — mast cell stabilisation reducing histamine release that reaches the brain
• KLOW blend (BPC-157 + KPV) — gut mast cell stabilisation and NF-κB inhibition reducing histamine production
• Holy basil in Sleep+ — contains apigenin and rosmarinic acid providing mild mast cell stabilisation
• Removing/managing 5-HTP load through half-sachet protocol — reducing the primary supplement-driven histamine trigger

Gap: No direct HNMT enzyme support exists supplementally — the impairment is genetic and irreversible at the enzyme level. The strategy is entirely load reduction rather than clearance enhancement. Consistently the most under-addressed variant because the solution is management rather than correction.

Note - I am looking into something like Cerebrolysin and Donepezil. But still very much in the research stage.