GEN · 01
Whole Nest
600+ years ago
The origin of bird's nest nourishment, but it needs long stewing and its macromolecular protein limits absorption.
SCIENTIFIC EVIDENCE
4 universities · 5 lead scientists · 13 years of relentless scientific rigor. Every ingredient and process is built on publicly verifiable research, patents and authoritative certifications.
RESEARCH TEAM EXPLAINS
Explained by GLYKEN's research team — from molecular structure to clinical data.
WHY THE PEPTIDE FORM
From whole nests to low-molecular peptides — each generation solves a real problem.
The origin of bird's nest nourishment, but it needs long stewing and its macromolecular protein limits absorption.
Farmed and canned for convenience, but still macromolecular with limited absorption.
Bird's nest + modern logistics — fresh-stewed and portable, but still can't change the protein's molecular weight.
Extracted via high-temperature decomposition + electric-charge coupling (non-enzymatic); ultra-small molecules absorb directly, maximizing efficiency.
GLYKEN's 4th-gen high-temp electric-charge patented process breaks bird's nest macromolecular glycoprotein into small-molecule active peptides (non-enzymatic), skipping the energy cost of digestion so the body's cells absorb them directly.
Patent from Singapore
Precision extraction via high-temperature decomposition + electric-charge coupling, fully non-enzymatic — maximizing activity, minimizing molecular weight.
Physical pulverization that gently releases active compounds.
Precise temperature and vibration control prevents activity loss.
Removes macromolecular impurities, purifies target peptide segments.
Multi-stage centrifugation isolates different molecular-weight fractions.
Low-temperature spray drying locks in active components.
RESEARCH TEAM
Academic background and research field — all publicly verifiable.
蔡建辉 教授
Cell & tissue engineering · bird's nest peptide bioactivity
余的沟 研究生导师
Peptide extraction · industrialization
石培崧 客座教授
Raw material supply chain · ecological traceability
刘海洋 教授
Peptide pharmacology · clinical applications
刘朝晖 教授
Cell biology · anti-aging mechanisms
PARTNER INSTITUTIONS
CERTIFICATIONS
ACADEMIC LIBRARY
The 6 papers below are from PubMed, ScienceDirect, Wiley, and other international databases — all directly clickable for verification.
Confirms EBN peptide EGF-like activity that upregulates collagen and elastin gene expression while reducing IL-1/IL-6/TNF-α inflammatory markers.
10.1002/bip.70055Mass spectrometry identified 1,188 distinct peptides in EBN hydrolysates, many with wound-healing bioactivity.
10.1021/acs.jafc.3c08611Animal studies support the protective effect of EBN and free sialic acid against LPS-induced brain inflammation in mice.
10.3390/nu17030531Systematic review of antiviral, immunomodulatory, and neuroprotective effects of EBN enzymolysis products.
10.3389/fphar.2021.626233Review of sialylated glycoproteins in immune recognition, antigen presentation, and anti-inflammatory response.
10.1080/10408398.2022.2072270Sialic acid as a critical precursor of gangliosides and PolySia-NCAM, supporting synapse formation and memory.
10.1146/annurev.nutr.28.061807.155515'≈25× nutrient bioavailability vs. stewed nest' is based on GLYKEN's patented purification data; the US FDA approval (No. 10445111894), T/CNFIA 172-2023 Bird's Nest Peptide group standard (national platform No. 119567) and ISO 22000 + HACCP can all be verified via FDA, the national group-standard platform and ISO official sources.
LET'S TALK
Whether you're a consumer seeking premium nutrition or an institution looking for a long-term partner, GLYKEN is ready to bring molecular-grade bird's nest to more people — with you.