What is the best peptide pen for your research?

Peptides studied for how immune cells mature, communicate and respond to challenge in laboratory and animal models.

• Thymosin Alpha-1 pen

  T-cell maturation, NK-cell activity and immune-balance research; thymalfasin is a registered medicine in several countries abroad.

• LL-37 pen

  Host-defence peptide studied for antimicrobial activity and innate immune signalling.

• KPV pen

  Alpha-MSH fragment studied in inflammation and gut-barrier models.

The repair literature centres on cell migration, new blood-vessel growth and collagen organisation in injury models.

• Wolverine Stack (BPC-157 + TB-500) pen

  The two most-studied repair peptides paired in one pen for tendon, ligament and soft-tissue models.

• BPC-157 pen

  Tissue-repair, gut-lining and angiogenesis research models.

• TB-500 pen

  Actin regulation, cell movement and scar-quality markers in preclinical work.

• KLOW pen

  Blend studied across combined repair and inflammation pathways.

Cellular-energy research: how mitochondria handle fuel, and how enzyme systems shift NAD+ and lipid pathways.

• MOTS-c pen

  Mitochondrial-derived peptide studied for AMPK signalling, glucose handling and exercise-related metabolism.

• 5-Amino-1MQ pen

  Selective NNMT inhibition, NAD+ salvage and fat-cell metabolism in cell models.

• AOD-9604 pen

  hGH fragment studied for lipolysis pathways and cartilage models.

• Tesamorelin pen

  GHRH analog with controlled clinical data on visceral and liver fat in its approved indication.

Secretagogues studied for the body's own pulsatile GH release rather than supplying growth hormone directly.

• CJC-1295 + Ipamorelin pen

  Paired secretagogue blend studied for pulsatile GH release patterns.

• Tesamorelin pen

  Stabilised GHRH analog studied for pituitary GH release, with formal clinical trial data.

• CJC-1295 pen

  GHRH analog studied for extended GH pulse duration.

• Ipamorelin pen

  Selective ghrelin-receptor agonist studied for GH release with minimal cortisol or prolactin shift.

Nootropic and neuroprotection literature covering BDNF signalling, stress response and oxidative markers.

• Semax pen

  ACTH fragment studied for BDNF expression and attention/memory markers in animal models.

• Selank pen

  Tuftsin analog studied for anxiety-related and GABA-linked signalling in models.

• Adamax pen

  Semax-derived analog studied in neuroplasticity research.

• Pinealon pen

  Short EDR peptide studied for brain-cell oxidative stress and hypoxia models.

Peptides examined for telomere biology, mitochondrial protection and age-related cellular decline.

• Epitalon pen

  Studied for telomerase activity and circadian/pineal regulation in ageing models.

• NAD+ pen

  Central redox coenzyme studied in cellular-energy and sirtuin research.

• SS-31 pen

  Cardiolipin-targeting peptide studied for mitochondrial membrane function.

• Vesugen pen

  Short peptide studied in vascular-tissue models.

• Glutathione pen

  Master antioxidant tripeptide studied in oxidative-stress and detoxification pathways.

Dermal research covering collagen, elastin and follicle-cell models.

• GHK-Cu pen

  Copper tripeptide studied for collagen types I, III and IV, elastin and follicle-cell activity.

• Glow pen

  Blend studied across combined skin-repair and antioxidant pathways.

• KLOW pen

  Four-peptide blend studied for skin matrix, collagen and inflammatory signalling together.

Neuroendocrine research on sleep architecture, stress hormones and reproductive-axis signalling.

• DSIP pen

  Delta-sleep-inducing peptide studied for slow-wave sleep and HPA-axis response.

• Kisspeptin pen

  Studied for GnRH signalling and reproductive-axis regulation.

• PT-141 pen

  Melanocortin-receptor agonist studied in central arousal pathways.