Skip to main content

SIDE-BY-SIDE EVIDENCE

Compare evidence.
Keep the context.

Select 2–3 profiles from the English Library. Class and grade describe evidence and regulatory context, not comparative effectiveness or suitability for an individual.

Choose profiles

SIDE-BY-SIDE EVIDENCE VIEW

Compare selected profiles

Evidence comparison · not a treatment ranking
Evidence boundaries, not cross-trial treatment outcomes
Molecule
2,4-Dinitrophenol / DNP: Conceptual scientific illustration2,4-Dinitrophenol / DNP
AICAR (Acadesine): Conceptual scientific illustrationAICAR (Acadesine)
Cardarine / GW501516: Conceptual scientific illustrationCardarine / GW501516
Research TopicClinical / Endocrine PharmacologyMitochondrial / Metabolic ResearchClinical / Endocrine Pharmacology
PharmacologyToxic industrial chemical; mitochondrial uncouplerInvestigational purine nucleoside analogue / adenosine-regulating agent; not a peptideExperimental PPAR-beta/delta agonist; not a SARM
PrimeCore ClassClass DPrescription / controlled / high-riskClass BInvestigationalClass BInvestigational
Evidence GradeGrade BStrong controlled human evidenceGrade BStrong controlled human evidenceGrade BStrong controlled human evidence
Evidence boundary2,4-Dinitrophenol / DNP is classified here as Toxic industrial chemical; mitochondrial uncoupler. Historical weight-loss use produced severe toxicity; hazard reports do not establish a therapeutic window. FDA states DNP has never been approved for human consumption; it must not be presented as a medicine or supplement. A catalogue name does not establish identity, formulation, quality or authorisation, and this page provides no dosage, mixing, injection or purchasing instructions.A nucleoside analogue and AMPK-related research compound, not a peptide; clinical and anti-doping contexts must be separated.Cardarine, GW501516 and GW1516 identify an experimental PPAR-beta/delta agonist, not a SARM or anabolic steroid. Short controlled human studies reported lipid-biomarker changes but did not establish cardiovascular-event reduction, fat loss, endurance benefit or long-term safety. Animal studies report tumour-promoting signals in susceptible models; these do not quantify human incidence but preclude a proven-safety claim. WADA 2026 prohibits GW501516 at all times as a metabolic modulator.
Unknowns

Insufficient data in the current dataset

  • long-term safety outside short perioperative research settings
  • human risk-benefit for weight, metabolic or performance claims
  • effects of repeated exposure on purine, glucose and lipid metabolism
  • comparability of research-grade AICAR, acadesine formulations and online products
  • current product-specific marketing-authorisation status in Thailand, the EU and UK
  • current US compounding-list status under a substance-specific FDA review

Insufficient data in the current dataset

Limitations
  • 2,4-Dinitrophenol / DNP molecule or active moiety ≠ ester/salt ≠ formulation ≠ brand ≠ supplier product; biological plausibility or historical use ≠ current approval ≠ safe performance use
  • Strong controlled human evidence exists only in a narrow CABG setting and culminated in a negative confirmatory trial. Older meta-analytic and post-hoc signals must be interpreted in light of RED-CABG. Popular performance claims are based mainly on mouse work. Mechanistic studies also show that AICAR is not selective for AMPK, limiting simple pathway-based conclusions.
  • PPAR-delta agonist ≠ SARM; lipid biomarker change ≠ cardiovascular benefit; mouse tumour signal ≠ quantified human incidence but cannot be dismissed as proof of safety
Sources
Read moreRead English overview

Complete evidence profile (Thai)

Read English overview

Complete evidence profile (Thai)

Read English overview

Complete evidence profile (Thai)

This table does not compare doses, cross-trial outcomes or individual suitability. Missing information does not establish an absence of risk.

Choose another comparison

Continue reading

Missing fields mean information is unavailable in the current structured dataset, not that a molecule has no risks or uncertainties. English translations retain the original evidence boundaries. Where translation is not yet verified, the original Thai excerpts remain available under an explicit label. Sources retain their original language.

10 questions before drawing conclusions

Contact PrimeCoreBio

Choose a contact channel

General information only · No sales or medical advice