Catalogue
Thirty-six canonical goals grouped under six pillars. Each links to the peptides, SARMs, and pharma compounds with researched indications for it — ranked by role, with evidence notes.
Prefer a guided flow? Start with the Guide — same data, step-by-step.
Fat loss, muscle growth, strength, endurance, and athletic performance.
General sports performance — power, speed, reaction time, and workload tolerance.
Simultaneously reduce fat and build muscle. Longer, slower process that leverages partitioning agents.
Improve aerobic capacity and muscular stamina. Mitochondrial biogenesis and oxygen utilization are the targets.
Lose body fat while preserving lean tissue. Most approaches combine appetite control, lipolysis support, and metabolic optimization.
Build muscle with minimal fat gain. Focus on protein synthesis, IGF-1 signaling, and training recovery.
Clinical indication for conditions like AIDS wasting, cancer cachexia, or severe sarcopenia. Anabolic support under medical supervision.
Restore endogenous hormone production and balance after a suppressive cycle. SERMs, HCG-alternatives, and supporting compounds.
Increase maximal force output. Emphasis on neuromuscular drive and type-II fiber recruitment.
Injury recovery, wound healing, bone and gut health, inflammation.
Bone density maintenance and osteoporosis treatment. Anabolic bone agents and collagen synthesis support.
GI lining repair, IBD support, and digestion optimization. Mucosal healing peptides and anti-inflammatories.
Tendon, ligament, and muscle injury healing. Collagen-promoting peptides and growth factors.
Chronic pain and systemic inflammation. Anti-inflammatory peptides, autoimmune modulators.
Accelerate tissue repair and reduce downtime after surgery. Usually short-course, focused on inflammation control.
Skin, soft tissue, and burn wound repair. Focus on angiogenesis and epithelial regeneration.
Cognition, anxiety, mood, sleep, and stress resilience.
Anxiolytic compounds ranging from adaptogens to more specific GABAergic peptides.
Memory, focus, executive function. Cholinergic, dopaminergic, and neurotrophic compounds.
Mood support via monoaminergic modulation and neuroplasticity agents.
Sleep architecture, GH release during deep sleep, and circadian regulation.
HPA-axis regulation and adaptogenic support for chronic stress loads.
Anti-aging, cardiovascular, metabolic, immune, hormonal, liver and kidney support.
Lipid profile, endothelial function, blood pressure, and cardioprotection.
Estrogen, progesterone, and thyroid balance for women across cycle phases and life stages.
Testosterone, LH/FSH, prostate health, and male endocrine balance.
Innate and adaptive immune modulation. Thymic peptides, autoimmune-balancing compounds.
Organ protection during high-load protocols, detoxification support, fibrosis prevention.
Cellular senescence, telomere health, mitochondrial function. The systemic healthspan play.
Insulin sensitivity, glucose regulation, and energy metabolism.
Protection against neurodegeneration, neuroinflammation, and neuroplasticity maintenance.
Libido, fertility, menopause, and reproductive health.
Ovulation induction, egg quality, and fertility support.
Spermatogenesis, sperm quality, and fertility restoration after suppressive protocols.
Symptom relief and body-composition support during peri- and post-menopause.
Libido, erectile function, and sexual satisfaction. Melanocortin and vasoactive agents.
GH deficiency, diabetes, skin and hair, on-cycle ancillaries, chronic fatigue.
Mitochondrial dysfunction, HPA exhaustion, and post-viral fatigue syndromes.
Clinical GH deficiency in children and adults. Medical indication, under physician supervision.
Estrogen management, prolactin control, and side-effect mitigation during active cycles. AIs, DAs, and 19-nor support.
Hair loss, skin aging, acne, and pigmentation. Cosmetic and regenerative targets.
Glycemic control. Includes FDA-approved GLP-1 agonists, metformin-adjacent compounds.