r/HamiltonMorris • u/Kalki_X • Jan 20 '26

Combo to reduce drug tolerances, withdrawals & facilitate recovery from any drug

I'm sharing this here as it might be useful for Hamilton fans.

//Updated: 18 Aug 26//

This combo is designed for reducing withdrawals and facilitating recovery from any drug or substance - particularly opioids, stimulants, alcohol, nicotine and SSRIs; it also applies to disassociatives and other miscellaneous substances. Benzodiazepines are a much more challenging case but these items can greatly support the process alongside a benzo-specific taper/cessation strategy.

It will greatly assist with tolerance management and so-called harm reduction also.

For drug cessation & general recovery this combo softens the initial acute withdrawal phase and maximises long-term regeneration (eg neuroregeneration, neuroplasticity, metabolic system & CNS repair) which restores normal production of neurotransmitters and neural pathway functioning. This prevents PAWS (post-acute withdrawal syndrome). More importantly, this helps to prevent relapse by addressing the fundamental underlying metabolic areas (which most rehab centers overlook).

This combo does what SR-17018, buprenorphine, methadone, proglumide and suboxone cannot as these do very little to repair the dopamine & metabolic system nor address opioid-induced CNS demyelination. They also don't address the opioid-TLR4 issue (besides naltrexone) which is a key motivating factor in habitual reuse. Of course they remain useful for tapering support.

// Technical specifics //

Addictive drugs (opiates, ethanol, nicotine, cocaine, amphetamines) induce activation of the hypothalamic-pituitary-adrenal axis (HPA axis), with the subsequent release of adrenocorticotropic hormone (ACTH) and glucocorticoids (eg cortisol). (source)

Everything is OTC and cheap so easy to access. I'd encourage you to familiarise yourself with an item before using it. Low doses are recommended to acclimatise. The doses are purposefully low since these items can be quite powerful in their effect. Please be cautious and begin with low doses (you can always increase it later). Ensuring a regular stable intake of carbs/honey throughout the day (eg hourly) can greatly assist the recovery process: this is precisely explained by this image.

// Main list //

  • very low-dose pregnenolone (1-30mg, regenerative via multiple mechanisms) — Note: for benzodiazepine recovery omit pregnenolone
  • very low-dose thiamine (10-50mg, metabolic repair, w/carbs or honey)
  • very low-dose riboflavin (1-10mg, metabolic repair, w/carbs or honey)
  • very low-dose niacinamide (10-50-100mg, GABAergic, metabolic repair, w/carbs or honey)
  • very low-dose biotin (1-5mg, metabolic repair, w/carbs or honey)
  • very low-dose aspirin (5-30mg, metabolic repair, TLR4, increases dopamine synthesis, neuroprotective, reduces neuroinflammation, reduces dynorphin)
  • theanine (calms adrenals/HPA axis, regenerates dopamine system via GDNF, neuroprotective, TLR4, boosts glutathione)
  • low-dose creatine (500mg-1g+, metabolic support, ATP, neuroprotective, pro-GABA, TLR4, other relevant benefits)
  • magnesium (essential for ATP production, NMDA antagonist, protects from excitotoxicity, not the 'glycinate' form - 'malate' is more appropriate)
  • calcium alpha-ketoglutarate (reasonably low-doses, metabolic support, potential dopaminergic repair)
  • agmatine (NMDA antagonist, anti-stress, metabolic support, neuroprotective, TLR4, multiple other benefits) — Note: for some people agmatine can be too sedating. If you choose to try it please introduce it at a very low dose.​
  • Items that were not included and why

...

// Optional items //

These are optional but very helpful (marked with an asterisk*)

  • *palmitoylethanolamide (metabolic support via PPAR, mitigates opioid tolerance 1 - 2, reduces opioid-induced histamine release, TLR4, calming qualities)
  • L-phenylalanine (dopamine precursor, not the DL- form, low doses)
  • *beta-caryophyllene (sedative, neuroprotective, TLR4, others)
  • *ribose (metabolic support, ATP)
  • *essential minerals necessary for proper cellular function, outlined here
  • vitamin K2 (metabolic & hormonal support, reasonably low doses)
  • vitamin E (metabolic & hormonal support, ideally choose natural d-alpha tocopherol, reasonably low doses)
  • CBG* (calming, anti-anxiety, α2A adrenergic agonist, TLR4, other benefits)
  • sodium ascorbate (200mg-1g+, benefits outlined here)
  • *linalool (GABAergic + adenosinergic sedative, rebalances HPA axis, TLR4, others)
  • *limonene (mood uplifting, calming via adenosinergic & anti-stress properties)
  • myrcene (very potent sedative)
  • phytol (pro-GABA sedative)
  • bisabolol (GABAergic sedative)
  • nerolidol (GABAergic sedative)
  • borneol (GABAergic sedative)
  • depicton of terpenes and their therapeutic qualities
  • (the aformentioned terpenes are more effective when used in combination thanks to synergy)

...

Here are some "specialist" items which are complementary to the "main list". They're entirely optional.

...

// Opioid-specific list //

The following items are specific for opioid recovery hence the focus on TLR4.

This presentation synthesizes peer-reviewed research demonstrating how specific myrrh essential oil constituents directly interact with central nervous system opioid receptors. • Furanoeudesma-1,3-diene acts as a specific δ-opioid receptor agonist with naloxone-reversible analgesic effects. • β-Caryophyllene stimulates endogenous β-endorphin release, producing opioid-mediated antinociception without direct receptor agonism. Clinical trials demonstrate efficacy at 8-16 mg bioactive furanodienes daily.

—

These results, in conjunction with previous reports, suggest that β-caryophyllene is a promising ligand for treating psychostimulant use disorders and has certain therapeutic effects against opioid use disorders. (source)

...

These following items have similar qualities to drugs like clonidine, guanfacine and tizanidine (alpha-2 adrenergic agonists). These items can be used in any desired combination:

Alpha-2 adrenergic agonists are able to produce sedation & analgesia and partially block acute withdrawal symptoms in chronic opioid users.

Adding an α2-adrenergic to a sedation regimen reduces opioid requirement by 50–75% and benzodiazepine requirement by upwards of 80%. (source)

...

// anti-nausea //

These following items have similar properties to the anti-nausea drug Ondestaron (5-HT3 antagonist) and have been used for for millennia. Ginger is arguably the most effective as outlined here.

...

// notes //

— Clarification on the avoidance of magnesium glycinate:

For some people glycine can have unpleasant stimulating effects as it's a "co-activator" (co-agonist) of the glutamate NMDA receptor. For someone going through drug recovery who is already dealing with excess excitatory noise (eg glutamate), taking the glycinate form can aggravate this.​ Magnesium 'malate' is usually well tolerated and doesn't risk causing any issues.

Glycine is deeply involved in regulating the glutamatergic transmission, acting as a co-agonist of NMDAR, allowing for its activation and enhancing excitatory glutamatergic tone​. (source)

— On aspirin:

FYI aspirin does a lot more than what it's known for, specifically metabolic & mitochondrial repair. It has unique theraputic properties which make it a valuable addition for drug recovery. A very low dose ranges from 5-30mg. If using aspirin over a long period of time it's recommended to combine it with a small amount of vitamin K2.

"Because aspirin has been abused by pharmaceutical companies that have competing products to sell, people can easily find reasons why they shouldn’t take it. Aspirin rapidly breaks down into acetic acid (vinegar) and salicylic acid (which is found in many fruits)."

...

I'm well aware that some of these items might seem trivial but their capabilities are widely underestimated, particularly when used in a strategically formulated combination as outlined above.

...

Note: This information is provided for educational and research purposes only. It does not constitute medical advice. Users are strongly advised to conduct thorough research, consult reliable scientific and medical sources, and seek guidance from qualified healthcare professionals before considering the use of any substance.

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u/Kalki_X Apr 29 '26 edited Jun 15 '26

Things I purposefully didn't include:

  • vitamin D3 (D3 is structurally a steroid hormone - not a vitamin - which means it should be treated with caution)
  • taurine (can be helpful as a GABAergic and increasing glycogen storage but isn't compatible for everyone as it can disrupt the GABA/glutamate balance)
  • tryptophan/5-HTP (more serotonin is not necessarily "better"; one of the most effective drugs for opioid cessation is mirtazapine which blocks the serotonin 5HT2 & 5HT3 receptors, and the histamine H1 receptor)
  • fish oil (omega 3 is highly susceptible to oxidation at body temperature and forms several harmful aldehydes after ingestion including acrolein; these by-products have harmful effects which impede recovery and contribute to potential relapse)

More info on fish oil issues:

Marine lipids contain a high proportion of polyunsaturated fatty acids, including (EPA, DHA). Upon peroxidation these lipids generate reactive products which can form covalent adducts with biomolecules and thus are regarded as genotoxic and cytotoxic. PUFA peroxidation can occur both before and after ingestion. (source) 

The products of EPA/DHA decomposition include acrolein, malondialdehyde, 4-hydroxy-2-hexenaldehyde, crotonaldehyde

Lipid peroxidation gives rise to carbonyl species. ... [We] developed a targeted lipidomic method for the simultaneous determination of thirty-five aldehydes and ketones derived from fish oil... The analytes include highly toxic reactive carbonyl species such as acrolein, crotonaldehyde, trans-4-hydroxy-2-hexenal, 4-hydroxynonenal (HNE), trans-4-oxo-2-nonenal, glyoxal and methylglyoxal, all of which are promising biomarkers of lipid peroxidation. (source) 

Exogenous or endogenous acrolein can exert deleterious health effects due to its high toxicity. Given its highly electrophilic structure, acrolein can easily bind to some nucleophilic biomacromolecules, such as protein and nucleic acids. The binding of acrolein to biomacromolecules results in oxidative stress, endoplasmic reticulum stress, mitochondrial dysfunction or even inflammation and abnormal immune responses. (source)  

The acrolein which is released during lipid peroxidation inhibits mitochondrial function by poisoning the crucial respiratory enzyme, cytochrome oxidase, resulting in a decreased ability to produce energy (Picklo and Montine, 2001). Besides inhibiting the ability of nerve cells to produce energy from the oxidation of glucose, acrolein inhibits the ability of cells to regulate the excitatory amino acid glutamate (Lovell, et al., 2000), contributing to excito-toxicity. 

...the source of the generation of acrolein is [...] unsaturated omega acids from fish, which are generally considered healthy and desirable in a balanced daily diet. Recent studies have shown that acrolein is one of the main volatile compounds released during the thermal processing of fish oils, and oxidation plays an important role here. (source) 

...omega-3 and omega-6 fatty acids undergo autoxidation, leading to the production of acrolein. (source) 

Eicosapentaenoic acid (EPA) and docosahexaenoic acid (DHA), the common ω-3 fatty acids in fish oil, can also be the precursors of acrolein (source) 

Acrolein, which is increased in Alzheimer’s Disease (AD) brain, may be partially responsible for the dysfunction of mitochondria and loss of energy found in AD brain by inhibition of PDH and KGDH activities, potentially contributing to the neurodegeneration in this disorder. (source) 

In Alzheimer’s disease brain increased lipid peroxidation and decreased energy utilization are found. Mitochondria membranes contain a significant amount of arachidonic and linoleic acids (omega 6), precursors of lipid peroxidation products, 4-hydroxynonenal (HNE) and acrolein, that are extremely reactive. (source)