Tesofensine – 100 x 0.5mg Tablets

£225.00

Contents: 100 x 0.5mg Tablets
Note: Strictly for research purposes only. Not for human consumption

🔬 Product Overview

Tesofensine is a potent research compound originally studied for neurodegenerative disorders and later observed to have strong appetite-suppressing and weight-modulating effects. It is classed as a triple monoamine reuptake inhibitor and has shown promise in early-stage trials for supporting fat loss mechanisms.

This listing is for researchers and laboratories only. It is not intended for human use.

📦 What’s Included

  • 100 x 0.5mg tablets
  • Equivalent to a 100-day research supply
  • Premium-grade purity from trusted synthesis sources
  • Secure and discreet packaging

⚗️ Research Interest & Observed Benefits (in Laboratory Settings)

  • Appetite modulation through dopamine and serotonin regulation
  • Potential impact on fat metabolism and energy levels
  • May influence reward-centred eating behaviour
  • Neurochemical stimulation without direct stimulant action

💷 Why This Is a Long-Term Value

Other vendors typically offer just 30 tablets for £120+. Our 100-tablet research pack at £225 offers unmatched value and convenience for extended research:

  • 🔬 100 days of data collection potential
  • 💰 Over 60% savings vs short-term packs
  • 📊 Ideal for full-cycle metabolic or behavioural research

⚠️ Important Notice

This product is sold strictly for laboratory research purposes. It is not intended for human consumption, therapeutic use, or dietary supplementation.

🔗 Tesofensine + Retatrutide in Research Settings

When co-administered in a research environment, Tesofensine may complement the effects of GLP-1 and GIP receptor agonists like Retatrutide by acting through alternative pathways:

  • Retatrutide: Hormonal appetite control & glucose regulation
  • Tesofensine: Central nervous system modulation & reward suppression

This multi-targeted model is of interest in studies exploring long-term weight regulation, energy expenditure, and behavioural adherence in obese or insulin-resistant models.

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