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How does this look to be running 500mg a week or should a lower does be beneficial
| Hormone | Current Value | Projected Value (16 weeks) | Reference Range | Magnitude of Change | Physiological Significance |
|---|---|---|---|---|---|
| Total Testosterone | 26 nmol/L | 70-150 nmol/L | 10.0-33.0 nmol/L | ↑↑↑ 3-6× increase | Supraphysiological androgen exposure; greatly exceeds normal physiological range |
| Free Testosterone (calc) | 347 pmol/L | 1500-3000 pmol/L | 150-700 pmol/L | ↑↑↑ 4-9× increase | Dramatic elevation in bioavailable testosterone; drives anabolic effects in target tissues |
| Luteinizing Hormone (LH) | 7 IU/L | <0.5 IU/L | 1-10 IU/L | ↓↓↓ >90% decrease | Complete HPG axis suppression due to negative feedback on hypothalamus and pituitary |
| Follicle Stimulating Hormone (FSH) | 5 IU/L | <0.5 IU/L | 1-10 IU/L | ↓↓↓ >90% decrease | Suppression of spermatogenesis; potential long-term fertility implications |
| Oestradiol | 145 pmol/L | 250-400+ pmol/L | <150 pmol/L | ↑↑ 70-175% increase | Elevated due to increased aromatization of excess testosterone; potential gynecomastia risk |
| *** Hormone Binding Globulin | 64 nmol/L | 15-25 nmol/L | 13-71 nmol/L | ↓↓ 60-75% decrease | Androgen-mediated suppression of hepatic SHBG production |
| Prolactin | 160 mIU/L | 120-180 mIU/L | <300 mIU/L | ↔ Minimal change | Generally not directly affected by testosterone administration |
| Progesterone | 2 nmol/L | 1-2 nmol/L | <3 nmol/L | ↔ Minimal change | Minimal direct effect of exogenous testosterone on progesterone levels |
| Parameter | Expected Change | Physiological Significance |
|---|---|---|
| Hematocrit | ↑↑ Significant increase | Increased erythropoiesis; potential polycythemia risk |
| Hemoglobin | ↑↑ Significant increase | Increased oxygen-carrying capacity; potential cardiovascular strain |
| HDL Cholesterol | ↓↓ Significant decrease | Adverse lipid profile changes; increased cardiovascular risk |
| LDL Cholesterol | ↑ Moderate increase | Altered hepatic lipid metabolism |
| ALT/AST (Liver enzymes) | ↑ Mild-moderate increase | Potential hepatic stress from metabolizing exogenous androgens |
| Sperm Count | ↓↓↓ Severe decrease | Suppressed spermatogenesis; temporary infertility |
| Insulin Sensitivity | ↑↓ Variable effects | Complex interaction with glucose metabolism; potential initial improvement followed by possible deterioration |
| Parameter | Recovery Timeframe | Factors Affecting Recovery |
|---|---|---|
| HPG Axis Function (LH/FSH) | 4 weeks - 12+ months | Duration of use, individual genetics, post-cycle therapy protocol |
| Spermatogenesis | 3-12+ months | Age, prior fertility status, duration of suppression |
| SHBG | 2-8 weeks | Baseline levels, body composition, metabolic health |
| Hematological Parameters | 4-16 weeks | Baseline values, hydration status, other medications |
here for 150mg, but going on gear is probably a pretty bad idea at your age and fitness level,
| Hormone | Current Value | Projected Value (150mg/week) | Reference Range | Magnitude of Change | Physiological Significance |
|---|---|---|---|---|---|
| Total Testosterone | 26 nmol/L | 35-55 nmol/L | 10.0-33.0 nmol/L | ↑ 1.3-2.1× increase | Mild-moderate supraphysiological elevation; just above or near upper physiological limit |
| Free Testosterone (calc) | 347 pmol/L | 700-1000 pmol/L | 150-700 pmol/L | ↑ 2-2.9× increase | Modestly elevated bioavailable testosterone; sufficient for anabolic effects with reduced side effect risk |
| Luteinizing Hormone (LH) | 7 IU/L | 0.8-2.0 IU/L | 1-10 IU/L | ↓↓ 70-89% decrease | Significant but potentially partial HPG axis suppression |
| Follicle Stimulating Hormone (FSH) | 5 IU/L | 1.0-2.0 IU/L | 1-10 IU/L | ↓↓ 60-80% decrease | Moderate suppression of spermatogenesis; more favorable for recovery |
| Oestradiol | 145 pmol/L | 160-220 pmol/L | <150 pmol/L | ↑ 10-50% increase | Modest elevation from baseline; lower risk profile for estrogen-related effects |
| *** Hormone Binding Globulin | 64 nmol/L | 35-45 nmol/L | 13-71 nmol/L | ↓ 30-45% decrease | Moderate suppression while remaining within physiological range |
| Prolactin | 160 mIU/L | 155-165 mIU/L | <300 mIU/L | ↔ Minimal change | Negligible impact at this dosage |
| Progesterone | 2 nmol/L | 1.8-2.0 nmol/L | <3 nmol/L | ↔ Minimal change | Negligible direct impact from exogenous testosterone |
| Parameter | 150mg/week | 200mg/week | 500mg/week | Clinical Significance of 150mg Dose |
|---|---|---|---|---|
| Total Testosterone | 35-55 nmol/L | 45-70 nmol/L | 70-150 nmol/L | Closer to physiological range; less dramatic hormonal disruption |
| HPG Axis Suppression | Partial to significant | Significant | Complete | Potentially preserves some endogenous production |
| Estrogen Conversion | Modest elevation | Moderate elevation | Substantial elevation | Significantly reduced gynecomastia risk |
| Hematological Effects | Mild increase (1-3%) | Moderate increase (2-4%) | Significant increase (4-8%) | Substantially lower polycythemia risk |
| Lipid Profile Changes | Minimal to mild | Moderate | Significant | Less impact on cardiovascular risk markers |
| Recovery Time Frame | 1-4 months | 2-6 months | 4-12+ months | More favorable recovery profile |
| Parameter | Expected Change (150mg/week) | Physiological Significance |
|---|---|---|
| Hematocrit | ↑ Mild increase (1-3%) | Modest stimulation of erythropoiesis; low polycythemia risk |
| Hemoglobin | ↑ Mild increase (0.3-1.0 g/dL) | Slight increase in oxygen-carrying capacity |
| HDL Cholesterol | ↓ Mild decrease (5-15%) | Modest impact on cardioprotective lipoproteins |
| LDL Cholesterol | ↑ Minimal increase (0-10%) | Minor disruption of lipid metabolism |
| ALT/AST (Liver enzymes) | ↑ Minimal change | Minimal hepatic stress at this dosage |
| Sperm Count | ↓ Moderate decrease | Partial suppression of spermatogenesis with favorable recovery profile |
| Insulin Sensitivity | ↑ Mild improvement | Positive metabolic effects without significant complications |
| Parameter | Estimated Recovery Time | Factors Affecting Recovery |
|---|---|---|
| HPG Axis Function (LH/FSH) | 1-4 months | Less profound suppression allows more rapid recovery |
| Spermatogenesis | 2-6 months | Better preservation of testicular function |
| SHBG | 2-4 weeks | Milder suppression with prompt normalization |
| Hematological Parameters | 2-8 weeks | Minimal elevation allows quicker return to baseline |
which site did you collect this info from??Claude (I tested with my blood tests, and the projections were extremely accurate at the lower bound.)I'll deep into it and give it a read! Cheers
In your opinion what's the concerning cons for me, that you think I should consider??
Good pick up, thank. dont know how to exactly hahah
Should I be trying to lower the high oestradiol? My research has suggested my current diet should be good to keep it lower and balancedHigh oestradiol, with this low %BF, could create anxiety issues, like your white cells; this could be related to high-intensity training. Congratulations for being that motivated
Thanks dude, I guess because it's on the higher end of normal, worried when I start to cycle it will really spike??Welcome to the forum brother
Your oestradiol level in the results is 145 pmol/L which falls within the normal range <150 pmol/L - not sure what the concern is?
. There is a chance you may not need anything but it’s always smart to be prepared.Yeah cool thanks I ordered some arimidex to come with the test. So best just wait until I notice symptoms before acting ???Yeah fair point and totally get the concern. Once you start a cycle, especially with aromatising compounds like Test, oestradiol can shoot up fast depending on your sensitivity and dose. Best move is to keep an eye on it with mid cycle bloods and have an AI like Arimidex or Aromasin on hand just in case....... but don’t crash your E2 either
Thanks bro
Hi there, although I agree with almost everyone who has commented on this. I would also say if you want to hit the juice then it’s your choice but remember it’s a life choice because almost everyone who has tried 1 cycle will go on to do more. Now with all of that out of the way I would suggest go and get your bloods done ( as many markers as possible) . Then 1 ml of test per week (250-300) depending on your source. After a month go and get your bloods done and see where your test and your E2 levels are at and then go from there. Wait another month then go up to 1.5 mls a week . Then follow the same process until you find the right amount of test you can run with out many side effects. Good luck
