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Bronchogen is a short peptide with the sequence Ala-Glu-Asp-Leu (AEDL) studied for its effects on lung tissue structure and airway function. Research in chronic obstructive
Vilon is a peptide that has drawn attention in research for its potential to support cellular health. Scientists study Vilon to understand how it interacts
Aging affects how joints move and how tissues handle daily stress. Over time, movement may feel less smooth, and tissues may lose their ability to
Research on pulmonary fibrosis has expanded as scientists work to understand why damaged lung tissue forms permanent scars. Instead of healing in a controlled way,
Fungal infections can be stubborn, often resisting common treatments and weakening the body’s defenses. In recent years, researchers have been paying close attention to Thymosin
From fighting infections to keeping the body in balance, the immune system never stops working, and scientists never stop uncovering how it functions. One area
Have you ever wondered why certain peptides are gaining attention in research for their remarkable potential? That’s where Glow Peptides come in. These compounds are
LL-37 is an antimicrobial peptide central to the body’s innate immune defense and a key focus in infection research. Studies show that LL-37 peptide can
KPV is a lysine-proline-valine tripeptide studied as an anti-inflammatory peptide because it restrains NF-κB activity, lowering TNF-α and IL-6 in gut and skin models. BPC-157
Animal studies show B7-33 peptide can reduce fibrosis in damaged lung tissue. This research compound stops scarring at injury sites during wound healing. Researchers see
