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A scientific infographic, "Thymogen (Glu-Trp) & Immune Cells." Center: a **T-lymphocyte maturing** from an immature precursor into a functional T cell, guided by a tiny 2-bead **Glu-Trp dipeptide**. Outcome tiles: "T-cell differentiation ↑," "cAMP/cGMP balance," "CD4/CD8 ratio normalized," "IL-2 / interferon signaling."
Bioregulator Peptides
Thymogen (Glu-Trp) and Immune Cell Regulation

Thymogen is the L-Glu-L-Trp thymic dipeptide. This research-use-only reference reviews how it may support T-lymphocyte differentiation, shift the cAMP/cGMP balance, and how its mirror-image D-form

A scientific infographic, "Kisspeptin-10 & Neuronal Cells." Center: a hypothalamus with a **kisspeptin neuron** signaling a **GnRH neuron** via the **KISS1 receptor (GPR54)**. Four outcome tiles: "GnRH release ↑," "Granulosa progesterone ↑ (StAR; miR-1246 ↓)," "Neuroprotection: binds amyloid-β / α-synuclein (GPR54-independent)," "Appetite: NPY ↑ / BDNF ↓."
Nootropic & Cognitive Peptides
Kisspeptin 45-54: Hypothalamic Signaling & Neuroprotection

Kisspeptin 45-54 (kisspeptin-10) activates the GPR54/KISS1 receptor. This research-use-only reference reviews its hypothalamic GnRH signaling, granulosa steroidogenesis, and receptor-independent neuroprotection against amyloid-beta and alpha-synuclein.

T-31 (AED) & Cellular Aging." Center: an aging cell (fibroblast/renal) with the tiny **Ala-Glu-Asp tripeptide** entering the nucleus and binding an A/T-rich stretch of DNA. Radiating marker tiles: "p16 ↓ · p21 ↓ · p53 ↓," "SIRT-6 ↑," "Ki-67 ↑ (proliferation)," "IGF1 gene ↑ 3.5–5.6×." A subtle "aged → renewed" cell contrast.
Anti-Aging & Longevity Peptides
T-31 (Cartalax) and Cellular Aging: Senescence & Renewal

T-31 is the Ala-Glu-Asp (AED) peptide, also called Cartalax. This research-use-only reference reviews how it may lower senescence markers (p16, p21, p53), raise SIRT-6, and

PNC 27 Targets Membrane HDM 2 – Cancer Cell vs Normal Cell – Main image
Healing Peptides & Tissue Repair
PNC-27 and Tumor Cell Lines: Membrane HDM-2 & Necrosis

PNC-27 is a chimeric p53-penetratin research peptide. This research-use-only reference explains how it binds membrane HDM-2 on cancer cells to form pores and trigger p53-independent

Tesamorelin: Build Muscle · Burn Fat." Top-center: a pituitary gland releasing pulsed **growth hormone**. Left "ANABOLIC" panel: a muscle fiber with "IGF-1 → PI3K/Akt/mTOR → protein synthesis (+12% muscle area)." Right "CATABOLIC" panel: a shrinking **visceral fat cell** with "hormone-sensitive lipase → lipolysis (~15–18% visceral fat)."
Anti-Aging & Longevity Peptides
Tesamorelin: Anabolic Growth & Catabolic Fat Signaling

Tesamorelin is a stabilized GHRH analog. This research-use-only reference explains its mechanism of action – GH and IGF-1 signaling, PI3K/Akt/mTOR muscle anabolism, and the lipolysis

Pal-AHK & the Hair Follicle." Left: a labeled cross-section of a hair follicle with the **dermal papilla** highlighted. Right: four arrow-linked outcome tiles — "VEGF ↑ (perifollicular blood vessels)," "TGF-β1 ↓," "Apoptosis ↓ (caspase-3, PARP)," "Type-I collagen ↑ ~300%." A small inset shows a copper ion (Cu²⁺) held by the peptide.
Anti-Aging & Longevity Peptides
Pal-AHK and Follicular Cells: Copper-Peptide Growth & Apoptosis

Pal-AHK is a palmitoylated copper-binding tripeptide (AHK-Cu). This research-use-only reference reviews how it may shift apoptosis regulators, raise VEGF, lower TGF-beta1, and stimulate collagen in

PE-22-28 vs Spadin. Column headers with two peptide chains (7 amino acids vs 17 amino acids). Rows shown as small bar-graph icons: TREK-1 IC₅₀ (0.12 nM vs 40–60 nM), duration of action (23 h vs 7 h), channel selectivity (TREK-1 ✓, TREK-2/TRAAK ✗ for both).
Nootropic & Cognitive Peptides
PE-22-28 and Nerve Cells: TREK-1 Blockade & Neuroplasticity

PE-22-28 is a spadin-derived research peptide that blocks the TREK-1 potassium channel. This research-use-only reference explains how it may disinhibit serotonergic neurons and engage BDNF

Chonluten peptide capsule vial beside a lung and bronchial illustration explaining how the Khavinson bioregulator works
Anti-Aging & Longevity Peptides
How the Chonluten Peptide Works: Benefits, Dosage & Uses

Your lungs work about 20,000 times a day. Chonluten is a Khavinson lung bioregulator studied to help respiratory tissue repair itself. This research-based guide covers

Follistatin 344 peptide vial beside a skeletal muscle illustration explaining how follistatin blocks myostatin
Growth Hormone Peptides
What Are Follistatin Peptides and Their Benefits?

Follistatin removes the body’s natural brake on muscle growth by blocking myostatin. This complete guide covers how it works, Follistatin 344 vs 315, the reported

Infographic summarizing reported Cardiogen peptide benefits for heart health
Anti-Aging & Longevity Peptides
Understanding Cardiogen: Benefits, Dosage & Uses

The heart beats roughly 100,000 times a day. Cardiogen is a Khavinson heart bioregulator studied for cardiovascular support. Learn what it is, how it’s proposed