We are a professional peptide CDMO company dedicated to providing comprehensive peptide synthesis services for the cosmetics industry. From custom synthesis of peptide cosmetic ingredients to formulation research and optimization, as well as efficacy validation and safety evaluation, we leverage our professional R&D team, advanced synthesis technology, and strict quality control systems to ensure high-quality, personalized peptide solutions. By choosing our peptide CDMO services, your cosmetic products will demonstrate outstanding effects in anti-wrinkle, repair, whitening, antioxidant, and other aspects, meeting consumers' demands for high-quality skincare.
Providing Research Tools and Models: Peptide synthesis allows the preparation of peptides with specific sequences and structures, providing important tools and models for scientific research. These peptides can simulate natural peptides and proteins in living organisms, assisting researchers in exploring the molecular mechanisms of life activities.
Verifying and Discovering New Biological Phenomena: Peptide synthesis can validate known peptide structure-function relationships and uncover new biological phenomena and patterns. For example, in drug development, synthesizing large peptide libraries can identify peptides with novel biological activities, offering new insights for drug discovery.
Promoting Interdisciplinary Innovation: The development of peptide synthesis technology has fostered the intersection and integration of biology, chemistry, medicine, and other disciplines. It provides scientists with a method to apply chemical synthesis techniques to biological research, stimulating new research ideas and methods, and promoting innovation and development in the life sciences.
Supporting Applied Research and Technology Development: Peptide synthesis plays a key role not only in basic research but also in applied research and technology development. In the biotechnology industry, peptide synthesis technology can be used to produce commercially valuable peptide products, such as cosmetics, food additives, and diagnostic reagents, providing technical support for the development of related industries.
We offer routine peptide synthesis services with various purity ranges (crude peptides, desalted, 70% to 98%) to meet customer needs in basic research, drug screening, and other peptide applications.
We are capable of performing various modifications, such as acetylation, amidation, phosphorylation, fluorescence labeling, etc., to meet the specific functional and structural requirements for different research studies.
We can construct various types of peptide libraries, such as random peptide libraries and single-site scanning matrix libraries, based on customer needs, providing strong support for high-throughput screening and drug discovery.
With capabilities ranging from milligram to kilogram scale peptide synthesis, we are equipped to meet peptide needs for clinical research, drug production, and large-scale applications.
We provide mass spectrometry, high-performance liquid chromatography (HPLC) analysis, and other testing services to help customers accurately identify peptide sequences and purity, ensuring the reliability of research results.
Based on customers' specific needs, we offer personalized peptide synthesis solutions, including the use of special amino acids, complex peptide structure design, and other services to meet unique requirements in innovative research.
The creation of peptides through synthesis plays an essential role in the development of new drugs. Through peptide synthesis with precise sequences researchers can find lead compounds that display specific pharmacological actions which then enter a process of structural refinement and modification to create new peptide drugs. The process of peptide synthesis serves as a research tool for investigating how drugs operate within the body as well as their pharmacokinetic and pharmacodynamic profiles.
Proteins consist of basic building blocks which are peptides. Through peptide synthesis scientists can create specific fragments of peptides with defined sequences and structures which allow for examination of protein structure-function links and analysis of protein folding and interaction processes. Understanding protein biological functions and molecular life activities requires this essential knowledge.
Peptide synthesis has broad applications in biochemistry. Scientists synthesize different modified peptides for research into post-translational modifications effects including phosphorylation and glycosylation. on protein function. Its application extends to creating peptides that exhibit precise activities for research into enzymatic reaction processes and cellular communication pathways among other uses.
Peptide synthesis generates ligands for cell membrane receptors and signaling molecules which allows researchers to examine key biological processes like cell signaling and apoptosis. Synthetic peptides facilitate the study of biomolecular interactions inside cells to investigate intracellular transport and localization processes.
The field of immunology depends heavily on peptide synthesis for its research and applications. Researchers create synthetic peptide antigens to generate antibodies for studying how the immune system responds. Researchers synthesize peptides with immunoregulatory functions to assess their usefulness in immunotherapy treatments.
Neurobiologists use peptide synthesis to generate bioactive peptides including neurotransmitters and neuropeptides for studying their functional roles and regulatory mechanisms within the nervous system. Scientists synthesize peptides to mimic neuronal signal transmission while studying neurodevelopmental and neurodegenerative disease pathogenesis.
The integration of peptide synthesis with gene editing technologies enables researchers to explore the mechanisms that regulate gene expression. Scientists create peptides that activate or repress transcription to examine their effects on the levels of gene transcription. Scientists create DNA or RNA-binding peptides to investigate their impact on gene editing and expression control.
Advanced Synthesis Technology: We adopt internationally leading peptide synthesis technologies, including solid-phase synthesis and liquid-phase synthesis, to efficiently synthesize various complex peptides, ensuring synthesis efficiency and product quality. We continuously optimize synthesis processes to improve yield and purity, meeting diverse customer demands.
Extensive Modification Experience: With rich experience and mature technology in peptide modification, we can perform a wide range of modifications, such as PEGylation, lipidation, acylation, phosphorylation, etc., to meet the needs of different research and application fields.
Strong Process Development Capability: Our R&D team possesses profound expertise and extensive practical experience in peptide drug process development. We can design and optimize synthesis routes and process parameters according to customer-specific needs, ensuring process stability, reproducibility, and improving production efficiency while reducing costs.
Strict Quality Control System: We have established a comprehensive quality management system, with stringent quality control at every stage, from raw material procurement to synthesis and product testing, ensuring that product quality meets international standards and customer requirements. We use advanced testing equipment and technologies, such as HPLC, MS, and NMR, to conduct comprehensive analysis and testing, ensuring high purity and stability of products.
GMP Standard Production: Our production facilities meet GMP (Good Manufacturing Practice) standards, offering peptide active pharmaceutical ingredient (API) and intermediate production services that comply with regulatory requirements, ensuring product safety and efficacy. This provides strong support for clinical research and commercial-scale peptide drug production.
Scalable Production Capacity: We have large-scale peptide synthesis and purification equipment that allows for scalable production of peptide products, effectively lowering unit production costs and offering competitive pricing advantages to customers.
Cost Control Measures: During production, we optimize processes, plan production schedules efficiently, and strictly control raw material procurement, further reducing production costs while maintaining product quality. This enables us to provide high-cost-performance peptide CDMO services.
Full-Process Service: We offer one-stop solutions covering peptide drug development, from early-stage synthesis, modification, and pilot-scale-up to large-scale production. Our services include custom peptide synthesis, process optimization, quality control, stability studies, clinical trial-grade API production, and commercial-scale production, meeting customer needs at different stages.
Multi-Field Coverage: In addition to traditional peptide drug development services, we also apply peptides in industries like cosmetics and food additives, offering raw materials and custom production services for related companies, supporting the diversification of peptide product development.
Experienced R&D Team: Our R&D team is composed of experts and senior technicians in the peptide field, with extensive theoretical knowledge and practical experience in peptide synthesis, modification, and process development. They can quickly respond to customer needs, solve technical challenges, and provide professional technical consultation and solutions.
High-Quality Production Team: We have a high-quality production team that undergoes strict professional training and possesses solid operational skills and quality awareness, ensuring smooth production processes and stable, reliable product quality.
Customers can inquire about peptide synthesis services through phone, email, or online platforms. We will thoroughly understand their needs, including peptide sequence, synthesis quantity, purity requirements, modification types, etc.
Based on the customer's requirements, our professional team will design a reasonable synthesis plan and provide an accurate quotation. The solution design includes selecting the appropriate synthesis method (solid-phase or liquid-phase synthesis), determining synthesis strategies, predicting possible side reactions and solutions, etc.
After confirming the solution and quotation, both parties will sign an outsourcing contract and a non-disclosure agreement. The customer will pay a deposit, and we will begin arranging production.
According to the designed plan, we use advanced peptide synthesis instruments and purification equipment for peptide synthesis. During the synthesis process, reaction conditions are strictly controlled to ensure synthesis efficiency and product quality. After synthesis, peptides undergo purification to remove impurities and by-products.
Purified peptides undergo strict quality testing, including mass spectrometry and HPLC analysis. We ensure the peptide sequence is correct, purity meets the standards, and the product meets the customer's requirements and quality standards.
We will package and deliver the tested peptides according to customer specifications, accompanied by a detailed quality report. Products will be delivered via courier or logistics services. We also offer comprehensive after-sales service, addressing any issues customers may encounter during use.
Routine peptide synthesis typically takes about 2 weeks, though the specific time can vary depending on the peptide sequence length and complexity. For special requests or complex sequences, the synthesis time may be extended.
