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Advanced Guide To Anabolic Cycles
Below is a high‑level overview of the most common classes of performance‑enhancing substances that have been used in sports (or are known to be capable of doing so). It is **not** an instruction set, nor does it condone or encourage doping; rather, it simply lists the chemical categories and some typical examples that have appeared in the scientific literature or regulatory databases.
| Category | Typical Mechanism(s) | Representative Examples (with common names) | |----------|----------------------|---------------------------------------------| | **Anabolic steroids** | Increase protein synthesis → muscle growth & strength; suppress catabolism | - Testosterone (and derivatives: nandrolone, stanozolol, trenbolone) - 17α‑alkylated oral steroids (e.g., methandrostenolone, oxymetholone) | | **Peptide hormones / analogues** | Bind to specific receptors → anabolic or metabolic effects; can be short‑acting or long‑acting | - Human growth hormone (HGH) and analogues (somatropin, sermorelin) - Insulin‑like Growth Factor 1 (IGF‑1) and mimetics - Follicle‑stimulating hormone (FSH), luteinizing hormone (LH) analogues | | **Thyroid derivatives** | Increase basal metabolic rate; can enhance thermogenesis | - T3, T4, and synthetic analogues (liothyronine, levothyroxine); sometimes used in "thyroid cocktail" regimens - Thyrotropin‑releasing hormone (TRH) mimetics | | **Steroid hormones** | Modulate muscle protein synthesis or catabolism | - Androgens (testosterone, nandrolone) - Estrogens, progesterone derivatives - Corticosteroids (e.g., prednisone) for anti‑inflammatory effects but can cause muscle wasting if misused |
> **Note:** The use of these agents in bodybuilding is often off‑label and can pose serious health risks. Always consult a qualified medical professional before considering any pharmacological intervention.
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## 4. Lifestyle Factors Influencing Muscle Mass
| Factor | How It Affects Muscle Growth | Practical Tips | |--------|-----------------------------|----------------| | **Sleep** (7–9 hrs/night) | Restorative hormones (GH, testosterone), protein synthesis during sleep | Keep a consistent bedtime; avoid screens 1 h before bed. | | **Stress Management** (cortisol) | Chronic cortisol can inhibit muscle growth and increase fat deposition | Practice mindfulness, yoga, or breathing exercises. | | **Nutrition Timing** | Post‑workout window (~30–60 min) enhances glycogen refill & protein synthesis | Consume a balanced meal with carbs + protein after training. | | **Hydration** | Adequate fluid supports metabolic processes and nutrient transport | Aim for 2–3 L/day, adjust based on sweat rate. |
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## 4. Sample Weekly Plan
| Day | Focus | Main Workouts | Key Nutrition Points | |-----|-------|---------------|----------------------| | Mon | **Upper‑Body Strength** (Bench press, rows) | 4 sets × 6–8 reps | Protein: 1.2 g/kg body weight; carbs pre‑workout | | Tue | **Lower‑Body Strength + Core** (Squats, deadlifts, planks) | 3×8 squats, 3×6 deadlift | Carbs after workout, fat post‑meal | | Wed | **Active Recovery / Mobility** | Light yoga, foam rolling | Hydration focus; electrolytes | | Thu | **Push/Pull Hypertrophy** (Incline press, lat pulldowns) | 4 sets × 10–12 reps | Balanced macros; protein every 3 h | | Fri | **High‑Intensity Interval Training (HIIT)** | 30 s sprint/1 min walk x 10 | Carbs before, proteins after | | Sat | **Long‑Duration Cardio** | 60 min steady state run/cycling | Complex carbs; small protein snack mid‑run | | Sun | **Rest & Recovery** | Light mobility work | Adequate sleep (>8 h) |
#### 3.2. Training Load Distributi>15 hrs/wk): +0.5 g protein/kg | Low energy availability (10 hrs/wk. 3. **Carbohydrate load around workouts** – 5–8 g/kg in the 4‑hour window before/after sessions. 4. **Stay hydrated** – ≥2.5 L/day; more during long or hot sessions. 5. **Use recovery shakes** – Within 30 min post‑workout: 20–25 g protein + 1–1.5 g carbs per 100 mL water.