Peptide Extraction Technologies
Advanced methods for obtaining bioactive peptides from diverse biological sources
Multi-Source Extraction
Utilizing plant (soybean, corn), animal (milk, fish), and food processing by-products as peptide sources. Our enzyme hydrolysis and solvent extraction methods achieve optimal yield and purity.
Yield: 5-8%Supercritical Fluid Extraction
Employing CO₂-based supercritical fluid extraction for environmentally friendly and efficient peptide isolation, preserving bioactive properties.
Green TechnologyMicrobial Fermentation
Advanced fermentation techniques using lactic acid bacteria to produce high-value peptides from animal by-products with exceptional bioactivity.
96.14% ActivitySynthetic Biology Sources
Cutting-edge synthetic biology approaches for designing and producing novel peptides with customized properties and functions.
Custom DesignSolid-Phase Peptide Synthesis (SPPS)
Modern automated synthesis of complex peptides with precise control over sequence and structure
Standard SPPS Process
Implementation of Fmoc/tBoc protection strategies with resin linkage, cyclic coupling, and final cleavage protocols.
AutomatedMicrowave-Assisted Synthesis
Enhanced synthesis efficiency through microwave technology, reducing reaction times and improving yields for complex peptide sequences.
High EfficiencyQuality Control Systems
Rigorous monitoring using Kaiser reagent for coupling efficiency and TBEC/Oxyma systems to control epimerization, ensuring product integrity.
PrecisionFlow Chemistry Platform
Innovative continuous flow synthesis methods based on liquid chromatography platforms for scalable peptide production.
ScalableAdvanced Purification Systems
Multi-stage chromatographic techniques for obtaining pharmaceutical-grade peptide purity
Combined Chromatography
Integrated purification using ultrafiltration, size exclusion, ion exchange, and reverse-phase chromatography for optimal separation.
Multi-StageIndustrial Scale Purification
Two-step industrial purification methods for peptides like tirzepatide, achieving pharmaceutical-grade purity at commercial scale.
Commercial ScaleSubcritical Fluid Chromatography
Cutting-edge SFC technology using sub/supercritical fluids for efficient, environmentally friendly peptide purification with superior resolution.
Advanced TechFunctional Validation & Testing
Comprehensive in vitro and in vivo evaluation of peptide bioactivity and therapeutic potential
Antimicrobial Activity
Comprehensive evaluation of peptide efficacy against pathogens including MIC/MBC determination, with SEM imaging of bacterial morphological changes.
Pathogen DefenseCellular Function Assays
In vitro testing including cell proliferation (CCK-8), migration/invasion (Transwell), receptor binding (ELISA), and enzyme inhibition (ACE) studies.
Cellular LevelIn Vivo Evaluation
Animal model studies for antioxidant capacity assessment in mice and immunogenicity validation for peptide-based vaccine candidates.
Animal StudiesMedical & Cosmetic Applications
Innovative peptide-based solutions for healthcare, dermatology, and aesthetic medicine
Targeted Therapeutics
Development of PD-L1 targeting peptide radiopharmaceuticals for tumor PET imaging and precision oncology applications.
OncologyMetabolic Disease Therapies
Advanced peptide agonists like retatrutide targeting GLP-1/GIP receptors for diabetes and obesity management with improved efficacy profiles.
Metabolic HealthDermatology & Cosmeceuticals
Specialized peptide blends including signal peptides, neurotransmitter inhibitors, and carrier peptides for anti-aging and skin repair.
SkincareAutoimmune Treatments
Innovative oral peptide therapies targeting IL-23 receptors for psoriasis management, offering new administration routes for autoimmune conditions.
AutoimmunityAgricultural & Sustainable Innovation
Green biotechnology solutions for sustainable agriculture and circular economy applications
Peptide-Based Fertilizers
Development of plant "special medical nutrition" like peanut protein peptide fertilizers that are directly absorbable by crops, significantly enhancing yield and quality.
+20.54% YieldCrop Performance Enhancement
Field-proven results: 20.54% rice yield increase, nearly 2° Brix sugar content improvement in Laiyang pears, and 10-day earlier cherry market availability.
Proven ResultsWaste Valorization
Conversion of agricultural by-products like chicken feathers into valuable keratin peptides for foliar fertilizers, animal feed, and green packaging materials.
Circular EconomySustainable Supply Chains
Development of complete green circular systems: "oil extraction - meal processing - peptide production - field fertilization - crop production" sustainable loops.
Full Cycle