if you want high test, the easiest and fastest way is to just inject test instead of jestermaxxing like sunning your balls or butthole, eating dozen eggs, pounding red meat, obsessing over perfect sleep, etc., just to still sit below 800 ng/dl. same with t3. if you want high t3, take t3 instead of taking t4 and/or loading up on every single precursor, where you can't even run a deficit because rt3 spikes or conversion tanks the second zinc or selenium dips. why overcomplicate it? just take t3 and stfu. same goes for anything in life. if you want a specific outcome, take the end-product directly instead of wasting time and money on precursors and still not getting what you actually wanted.

pramipexole mogs d-meth, adderall, vyvanse etc only cause issues if you are a retard and have no self control or never experienced dopamine and go straght with prami, it should be end tier of dopamine optimzation it desensitize dopamine autoreceptors that lifts break from dopamine firing while upregulating d3 recptors, increases bdnf, and form d1r-d3r which changes entire game, the best thing is you are happy and motivated 24/7, have zero prolactin and many other benefits classical releasing agents (d-methamphetamine, adderall, vyvanse) force unselective vmat2 vesicular efflux, flooding the synapse with raw dopamine that rapidly oxidizes via mao into hydrogen peroxide and neurotoxic dopaminochrome. this violent flood triggers β-arrestin2 recruitment and internalizes postsynaptic d2/d3 receptors leaving you with depleted vesicles, fried striatal terminals, and a brutal crash once the half-life expires. pramipexole is a direct non-ergot aminobenzothiazole agonist with extreme selectivity for the dopamine d3 receptor (ki = 0.5 nm nearly 10x higher affinity than for d2). instead of draining endogenous dopamine stores, it acts directly on the postsynaptic receptor with a steady terminal half-life (8–12 hours) to lock in 24/7 mesolimbic propulsion with zero vesicular depletion or oxidative stress. unlike every other receptor system that downregulates under chronic agonism, chronic pramipexole exposure paradoxically upregulates postsynaptic d3 receptor density and mrna transcription in the nucleus accumbens and islands of calleja via bdnf-trkb signaling. simultaneously, it desensitizes inhibitory somatodendritic d2/d3 autoreceptors in the ventral tegmental area (vta) and locus coeruleus removing the negative feedback brake on tyrosine hydroxylase so your own endogenous dopamine and norepinephrine firing actually accelerates on top of the exogenous agonism. the ultimate neurochemical shift is the assembly of postsynaptic d1r–d3r heteromer complexes in ventral striatal medium spiny neurons. normally, d1 receptors are gs/olf-coupled (stimulatory via camp/pka) and d3 receptors are gi/o-coupled (inhibitory). when pramipexole chronically saturates and upregulates d3, d1 and d3 physically dimerize into a d1r–d3r heterotetramer where d3 agonism allosterically potentiates d1 signaling activating the erk1/2 mapk and akt/mtor cascades to drive hyper-sensitized incentive salience ("reward wanting") and Effort-to-Reward valuation that amphetamines cannot touch. it stimulates astrocytes and striatal neurons to transcribe endogenous bdnf and gdnf while scavenging hydroxyl radicals and inhibiting mitochondrial permeability transition pore (mptp) opening via a dopamine-independent antioxidant mechanism inside the inner mitochondrial membrane. Simultaneously, pituitary lactotroph d2 agonism clamps serum prolactin to absolute zero deleting the evolutionary hormone of satiety and submission, eliminating the post-orgasmic refractory period, and disinhibiting hypothalamic kisspeptin/gnrh to surge endogenous LH and testosterone. the only reason normies run into impulse control issues (gambling, hypersexuality) is jumping straight into high-dose d1r–d3r heteromer amplification with weak prefrontal gabaergic/serotonergic executive brakes and zero baseline discipline. when deployed as the final tier of a dialed-in stack, that exact same mesolimbic gain gets channeled directly into relentless 24/7 work output.

• energy and motivation issues - take test • sleep issues - take lemborexant • adhd - take vyvanse • depression - blast roids for 3 months then trt instead of suffering take the easy route, nobody will give you a trophy or money for suffering, no chick will ever break up with you because you took test to look good and vyvanse to make money

if you nuked your kidneys or just want to protect them in future so you can blast unlimited roids • astragloside iv • ss31 here's why androgens drive renal destruction through two primary mechanisms: intraglomerular hypertension that stretches and detaches filtration podocytes (causing focal segmental glomerulosclerosis, or fsgs), and massive mitochondrial reactive oxygen species (ros) leak inside proximal tubule cells that triggers interstitial fibrosis. renal proximal tubules have the second-highest mitochondrial density in the human body behind the heart to power continuous ATP-dependent sodium and solute reabsorption. ss-31 (elamipretide) is a mitochondria-targeted tetrapeptide that selectively concentrates 1000-fold on the inner mitochondrial membrane by binding directly to cardiolipin. this stabilizes cristae curvature, optimizes electron transport chain supercomplexes, and blocks cytochrome c from acting as a peroxidase completely halting cardiolipin peroxidation, mptp opening, and tubular epithelial cell apoptosis under heavy androgen load. astragaloside iv is the purified active cycloartane triterpene saponin from astragalus root (stripped of the unabsorbed plant bulk). it directly activates telomerase and upregulates klotho and sir1 expression inside renal tissue while inhibiting the tgf-β1/smad2/3 signaling cascade actively reversing interstitial collagen deposition and kidney fibrosis. at the glomerular filtration barrier, astragaloside iv restores nephrin and podocin protein expression while suppressing endoplasmic reticulum stress (perk-atf4-chop) and nf-κb inflammation. this mechanically locks podocyte foot processes onto the glomerular basement membrane so high blood pressure and heavy blood viscosity cannot shear them off or spill protein into urine. simultaneously, astragaloside iv activates the nrf2/ho-1 antioxidant axis and promotes mitophagy via pink1/parkin to clear out already-damaged organelles, while ss-31 shields the remaining healthy mitochondrial pool to double down on egfr expansion. make sure bp and hr is under control or take telmisartan and nebivolol too.

just take these two no need for all this extra jestermaxxing

if having libido and erection issues on TRT • proviron • pramipexole • zinc exogenous testosterone frequently stalls libido and drive by inflating hepatic sex hormone-binding globulin (shbg) or spilling over into excess estradiol (e2) via adipose aromatase (cyp19a1). elevated e2 stimulates pituitary lactotrophs to secrete prolactin, which directly suppresses tuberoinfundibular dopamine (tida) neurons and blunts central reward and sexual arousal circuitry. mesterolone (proviron) is a pure 1α-methylated dht derivative that binds shbg with 4x the affinity of testosterone. it competitively displaces bound testosterone into biologically active free testosterone while binding central and cavernosal androgen receptors (ar) to upregulate neuronal nitric oxide synthase (nnos)—triggers that raw testosterone alone fails to maximize when shbg or estrogen ratios drift. pramipexole is a non-ergot dopamine agonist with extreme selectivity for mesolimbic d3 receptors (ki = 0.5 nm) in the nucleus accumbens and pituitary d2 receptors. it crushes lactotroph prolactin secretion to zero while directly hyper-sensitizing ventral striatal incentive salience ("reward wanting")—deleting the post-orgasmic refractory period and restoring aggressive baseline drive and energy without the 5-ht2b cardiac valve fibrosis risk of cabergoline. zinc acts as an endogenous allosteric modulator of the aromatase enzyme and a mandatory cofactor for 5α-reductase (5ar). saturating intracellular zinc blunts excess testosterone-to-estradiol conversion at the tissue level while accelerating local dht synthesis and stabilizing dopamine transporter (dat) binding sites in the striatum.

you can easily go from left to right in just 3 months • 12mg reta • 50mcg t3 • 10mg iranian anavar that's it retatrutide agonizes glp-1, gip, and glucagon receptors (gcgr) simultaneously. glp-1 and gip completely silence hypothalamic neuropeptide y (npy) hunger signaling and maximize insulin sensitivity, while hepatic gcgr activation forces continuous mitochondrial beta-oxidation and lipolysis melting visceral and subcutaneous fat on a brutal deficit with zero hunger pangs. steep caloric deficits normally trigger adaptive thermogenesis by upregulating deiodinase type 3 (dio3), converting active thyroid hormone into inactive reverse t3 (rt3) to stall fat loss. 50mcg exogenous liothyronine (t3) bypasses hepatic deiodination entirely, saturating nuclear trα1/trβ1 receptors to upregulate uncoupling proteins (ucp1–3) and Na+/K+-atpase activity keeping basal metabolic rate redlined through the entire 12-week cut. high-dose t3 and deep deficits are violently catabolic to skeletal muscle without androgenic shielding. 10mg oxandrolone (anavar) saturates muscle androgen receptors (ar), competitively antagonizes the glucocorticoid receptor (gr), and inhibits 11β-hsd1 to crush cortisol-driven proteolysis preserving 100% of myofibrillar tissue while stripping extracellular water and slashing shbg/tbg to amplify free t3 and androgen signaling.

ranking orals

just pin test

want to do boring work 16 hour a day while being happy and actually enjoy it, take these • parnate 60mg daily • test prop 50mg eod • tren acetate 12.5mg daily that's it boring, repetitive work causes rapid prefrontal dopamine depletion and anterior cingulate cortex (acc) effort-cost fatigue. overcoming this for 16 hours straight requires decoupling dopamine synthesis and release from novelty while locking down serotonin to prevent manic task-switching. 60mg tranylcypromine (parnate) irreversibly knocks out >90% of mao-a and mao-b while crossing the concentration threshold into direct dat, net, and sert reuptake inhibition. shutting down mao-b multiplies endogenous beta-phenylethylamine (β-pea) by over 1000%, activating intracellular taar1 to drive continuous, clean catecholamine efflux without vmat2 vesicular depletion or amphetamine neurotoxicity. simultaneously, mao-a blockade surges orbitofrontal and prefrontal serotonin by 400–500% while elevating endogenous tryptamines and inhibiting epigenetic lsd1. high serotonergic tone via 5-ht1a/5-ht2a is the ultimate behavioral stabilizer it crushes boredom-induced restlessness and amygdala impatience, allowing massive dopamine levels to channel into calm, robotic, 16-hour tunnel vision where mundane tasks feel intrinsically euphoric. 12.5mg trenbolone acetate daily (87.5mg/week) binds central androgen receptors (ar) with 3x the affinity of testosterone, upregulating postsynaptic d1/d2 receptor density in the nucleus accumbens and firing lateral hypothalamic orexin-a/b wakefulness neurons. it competitively antagonizes the glucocorticoid receptor (gr), blocking the cortisol spikes and mental burnout normally triggered by 16-hour high-stress cognitive marathons. 50mg testosterone propionate eod (~175mg/week) provides rapid, high-peak free testosterone that crosses the blood-brain barrier to upregulate tyrosine hydroxylase the rate-limiting enzyme in dopamine synthesis while aromatizing into the exact baseline estradiol required to maintain neuroprotection, nitric oxide, and synaptic excitability alongside parnate's monoamine flood.

If you're even a little bit bi-curious stay far away from tren otherwise blast it and have fun

anavar is the best compound in the entire universe and it even mogs high dose test + tren and it has zero side effects, it was given to literal infants with zero issues and all the benefits, zero liver and kidney risk, lipid gets fucked but can be managed with diet, ancillaries and cardio, you should run it year around you will get most dry look, more thyroid, more test, gr antagonism, collagen upregulation, low cortisol. better recovery and you become healthy while getting all these benefits oxandrolone has a unique lactone ring replacing the carbon-2 atom in its a-ring, making it extraordinarily resistant to hepatic 17β-hydroxysteroid dehydrogenase metabolism. unlike every other 17α-alkylated oral that gets processed entirely by the liver and causes cholestasis, oxandrolone is metabolized primarily by the kidneys via sulfation and excreted largely intact in urine delivering oral bioavailability with virtually zero hepatotoxicity and even reversing hepatic steatosis. while high-dose trenbolone and testosterone inhibit type i and iii procollagen synthesis and degrade tendon tensile strength, oxandrolone directly upregulates procollagen i and iii mrna transcription and TGF-β1 in dermal and musculoskeletal fibroblasts. this accelerates connective tissue repair, thickens tendons, and prevents injury while pushing rapid myofibrillar force output. oxandrolone competitively antagonizes the glucocorticoid receptor (gr) and strongly inhibits 11β-hydroxysteroid dehydrogenase type 1 (11β-hsd1), blocking the intracellular regeneration of active cortisol from cortisone. simultaneously, it rapidly refills intramuscular phosphocreatine (pcr) stores and drives intracellular water retention strictly inside the sarcoplasm while stripping extracellular subcutaneous water producing an unmatched dry, grainy, hyper-vascular look. it crushes hepatic sex hormone-binding globulin (shbg) synthesis and thyroxine-binding globulin (tbg) by over 50%. dropping shbg and tbg frees bound testosterone and bound thyroxine (t4) into biologically active free testosterone and free t3 supercharging androgen receptor occupancy, basal metabolic rate, and mitochondrial uncoupling without adding exogenous thyroid hormone.

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if you are a man best and easiest thing you can do to upgrade your lifequality, mood, ambition, motivation, etc is nuking prolactin completely to zero and pramipexole is the best thing for that, better than caber because of no 5ht2b agonism for heart risks and it agonize d3 way harder so it creates hedonic tone which massively increase mood and reward wanting so you actually enjoy doing difficult thing because you know you will get something, if natural your test will increase massively, your metabolism will increase, hair loss will reverse and you can cum and still able to be hard and fuck again, it do so much more, start with 250-500mcg with dinner so you skin 2 weeks nausea side effects, then push to 1mg, combine with morning something dopaminergic and orexgenic like flmodafinil to skip its first 2 weeks low mood and sleepy side effects prolactin is the evolutionary hormone of satiety, passivity, and submission. it directly suppresses tuberoinfundibular dopamine (tida) neurons and inhibits hypothalamic kisspeptin and gnrh pulsatility. nuking prolactin removes the central brake on luteinizing hormone (lh), surging endogenous testosterone, accelerating resting metabolic rate, and halting prolactin-induced catagen hair follicle regression. post-orgasmic prolactin spikes are the primary trigger of the male refractory period, crashing striatal dopamine to kill erection quality and drive. clamping prolactin to zero eliminates this post-ejaculatory dopamine crash, allowing immediate sexual arousal and back-to-back performance with zero refractory downtime. ergot derivatives like cabergoline potently agonize cardiac 5-ht2b receptors, activating tgf-β1 and interstitial myofibroblast proliferation to cause irreversible heart valve fibrosis. pramipexole is a non-ergot aminobenzothiazole with zero 5-ht2b affinity, selectively targeting the d2-like family to crush lactotroph prolactin secretion with zero cardiac valvulopathy risk. pramipexole exhibits an extreme binding preference for the dopamine d3 receptor (ki = 0.5 nm—roughly 7–10x higher affinity than for d2 or d4) located heavily in the nucleus accumbens and islands of calleja. intense mesolimbic d3 agonism amplifies baseline hedonic tone and incentive salience ("reward wanting"), rewiring the ventral striatum so high-effort, delayed-gratification tasks feel intrinsically rewarding. during the first 10–14 days, pramipexole selectively activates high-affinity presynaptic d2/d3 autoreceptors in the ventral tegmental area (vta) and locus coeruleus before saturating postsynaptic receptors temporarily reducing endogenous dopamine synthesis and causing lethargy and nausea. dosing 250–500mcg with dinner lets you sleep through the acute chemoreceptor trigger zone (ctz) nausea before titrating to 1mg to desensitize autoreceptors and unlock full postsynaptic d3 propulsion. pairing morning flmodafinil (crl-40,940) bridges the initial 2-week autoreceptor dip. flmodafinil selectively occupies the dopamine transporter (dat) and stimulates lateral hypothalamic orexin-a/b and tuberomammillary histamine neurons, overriding presynaptic sedation to lock in laser-focused daytime wakefulness until pramipexole's postsynaptic d3 upregulation takes over. the variable is replacing fibrotic ergot 5-ht2b agonists with high-affinity non-ergot d3 activation and daytime dat/orexin bridging to permanently delete the prolactin brake and hyper-sensitize mesolimbic reward circuitry.

yeah choke down seven different copelements instead of just popping an addy and completely mogging every single one of them combined.

ranking favorite compounds

if you want keto/fasting like cognition but still want to carb maxx then nothing better than imeglimin imeglimin is a novel tetrahydrotriazine that partially(not fully) inhibits mitochondrial complex i while simultaneously restoring complex iii activity. this acts as a metabolic pressure-relief valve that completely blocks glucose-induced reverse electron transport and superoxide generation without dropping total atp synthesis. high-carb meals normally flood the mitochondrial electron transport chain with nadh, overwhelming complex i to trigger reverse electron transport (ret), reactive oxygen species (ros) leak, and post-prandial hypothalamic orexin suppression (the carb coma). unlike metformin which unselectively blunts complex i, elevates lactate, and impairs exercise adaptations imeglimin upregulates nicotinamide phosphoribosyltransferase (nampt), the rate-limiting enzyme in the nad+ salvage pathway. this surges intracellular nad+ pools and activates sirt1/sirt3 to mimic the exact high nad+/nadh ratio of deep nutritional ketosis while eating massive amounts of carbohydrates. it prevents the opening of the mitochondrial permeability transition pore (mptp), protecting pancreatic beta-cells, vascular endothelium, and striatal neurons from glucotoxicity and calcium-induced apoptosis. in pancreatic beta-cells, elevated nad+ is converted via cd38 into cyclic adp-ribose (cadpr), activating ryanodine receptors (ryr) to trigger clean, strictly glucose-dependent biphasic insulin release. this clears blood glucose rapidly into glycogen stores with zero reactive hypoglycemia or insulin resistance. so now you can carb-maxx for full glycogen and muscle fullness, but still lock in keto/fasting-level mental clarity.