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  • Vial labeled SLU-PP-332 with PRG branding on a white background
  • Vial labeled 'slu-pp-332' with PRG logo on a white background
SLU-PP-332 10mg – Metabolic & Exercise Signaling Research Compound

SLU-PP-332 10mg – Metabolic & Exercise Signaling Research Compound

€195,00
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Available Research Formats

SLU-PP-332 sQ

This research-grade small molecule is supplied exclusively for laboratory and experimental use. SLU-PP-332 is examined in experimental models focused on metabolic efficiency, mitochondrial activation, and exercise-mimetic signaling pathways. Research interest centers on how cells adapt to increased energy demand without physical stress.

SLU-PP-332 is studied for its potential role in modulating metabolic processes and regulating cellular energy dynamics. This compound is used in research settings exploring metabolic signaling, mitochondrial function, and cellular adaptation.

Experimental studies have indicated that SLU-PP-332 may be associated with:

  • regulation of metabolic processes
  • cellular adaptation to increased energy demand
  • signaling pathways related to physical activity

Traditionally, the physiological benefits associated with physical exercise have been difficult to replicate in pharmacological models. With the introduction of SLU-PP-332, a new area of research has emerged focused on studying the mechanisms underlying exercise-related metabolic signaling and cellular adaptation.

Primary metabolic research pairing

In experimental and laboratory research settings, SLU-PP-332 is commonly examined alongside compounds involved in mitochondrial energy signaling, metabolic efficiency, and systemic energy regulation pathways.

→ CJC-1295 – growth hormone–related metabolic signaling research
→ Tesamorelin – GH-axis and metabolic regulation research
→ Ipamorelin – GHRP-related energy and signaling research

Mitochondrial and cellular energy research context

Some experimental frameworks explore SLU-PP-332 in parallel with compounds studied for mitochondrial function, bioenergetics, and cellular stress adaptation.

→ SS-31 (Elamipretide) – mitochondrial stabilization and respiration research
→ MOTS-c – mitochondrial-derived peptide and metabolic signaling research

Redox balance and metabolic support research context

Additional research models reference SLU-PP-332 alongside compounds examined for redox balance, cellular resilience, and metabolic cofactor pathways.

→ NAD+ – cellular energy metabolism and redox signaling research
→ L-Glutathione – oxidative stress and antioxidant system research

SLU-PP-332 represents a notable advancement in this research category. It is an estrogen-related receptor (ERR) agonist designed to selectively target ERR alpha and gamma subtypes. In laboratory research, SLU-PP-332 has been examined in relation to several areas of interest:

  • muscular endurance in experimental exercise models
  • metabolic regulation and weight-related pathways
  • cardiovascular signaling mechanisms
  • neurobiological research models related to aging

By engaging metabolic pathways similar to those activated during physical exercise, SLU-PP-332 has generated significant interest within the scientific community. Researchers focusing on longevity, energy metabolism, and cellular adaptation continue to investigate its role in these interconnected biological systems.

These research directions contribute to a broader understanding of how metabolic signaling and cellular responses may influence long-term physiological function.

Further Research & Scientific Resources

To explore the scientific background, molecular mechanisms, and research applications of SLU-PP-332, read our detailed overview:
→ What is SLU-PP-332? – Mechanism, metabolic signaling, and research context

SLU-PP-332 is investigated in experimental models focused on mitochondrial function, energy metabolism, and metabolic efficiency.

For a broader understanding of metabolic energy pathways and performance-related research:
→ Metabolic Energy Explained: Pathways, Fat Metabolism, and Performance Research

Learn how exercise-mimetic signaling and mitochondrial biogenesis pathways are connected in our detailed article on exercise and mitochondrial health.
→ Exercise & Mitochondrial Health Blog

Related Research Topics

To understand how mitochondrial efficiency and metabolic signaling relate to muscle performance and recovery, explore:
→ Muscle Growth & Regeneration: Research Perspectives

Product Description – SLU-PP-332

Synonyms: 4-Hydroxy-N’-(naphthalen-2-ylmethylene)benzohydrazide
Molar Mass: 290.32 g/mol
CAS Number: 303760-60-3
PubChem ID: 5338394
Total Active Ingredient: 10 mg per vial
Shelf Life: 36 months

SLU-PP-332 Structures

Chemical structure diagram of SLU-PP-332
Product Usage

In vitro research or further manufacturing use only. Not for human or animal use.
Peptide Storage

All information provided by PRG is for educational and informational purposes only.

Best Practices for Storing Peptides

To maintain the reliability of laboratory results, correct peptide storage is essential. Proper storage conditions help preserve peptide stability for years while protecting against contamination, oxidation, and breakdown. Although certain peptides are more sensitive than others, following these best practices will greatly extend their shelf life and structural integrity.

  • Short-Term Storage (days to months): Keep peptides cool and protected from light. Temperatures below 4 °C (39 °F) are generally suitable. Lyophilized peptides often remain stable at room temperature for several weeks, but refrigeration is still preferred if use is not immediate.
  • Long-Term Storage (months to years): Store peptides at –80 °C (–112 °F) for maximum stability. Avoid frost-free freezers, as defrost cycles can cause damaging temperature fluctuations.
  • Minimize Freeze–Thaw Cycles: Repeated freezing and thawing accelerates degradation. Instead, divide peptides into aliquots before freezing.

Preventing Oxidation & Moisture Damage

Peptides can be compromised by exposure to moisture and air—especially immediately after removal from a freezer.

  • Let the vial warm to room temperature before opening to prevent condensation.
  • Keep containers sealed as much as possible, and if possible, reseal under a dry, inert gas such as nitrogen or argon.
  • Amino acids like cysteine (C), methionine (M), and tryptophan (W) are particularly sensitive to oxidation.


Storing Peptides in Solution

Peptides in solution have a much shorter lifespan compared to lyophilized form and are prone to bacterial degradation.

  • If storage in solution is unavoidable, use sterile buffers at pH 5–6.
  • Prepare single-use aliquots to avoid repeated freeze–thaw cycles.
  • Most peptide solutions are stable for up to 30 days at 4 °C (39 °F), but sensitive sequences should remain frozen when not in use.


Containers for Peptide Storage

Select containers that are clean, intact, chemically resistant, and appropriately sized for the sample.

  • Glass vials: offer clarity, durability, and chemical resistance.
  • Plastic vials: polystyrene (clear but less resistant) or polypropylene (translucent but chemically resistant).
  • Peptides shipped in plastic vials may be transferred to glass for long-term storage if desired.


Regenesis Peptide Storage Quick Tips

  • Keep peptides in a cold, dry, dark environment
  • Avoid repeated freeze–thaw cycles
  • Minimize exposure to air
  • Protect from light
  • Avoid storing in solution long term
  • Aliquot peptides to match experimental needs
Logo for 'Verified Purity' with a shield design, molecular symbol, and text indicating European laboratory standard.

Analytical Transparency

All PRG research materials are analytically tested for purity and identity under EU laboratory standards. Manufacturer Certificates of Analysis (COA) are available upon request. If independent third-party analytical testing confirms results consistent with our published specifications, PRG may reimburse the verified laboratory testing cost upon review.

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