Large-scale peptide synthesis is more than just increasing the amount of raw materials used, it requires developing protocols from scratch to ensure cost-effective production while maintaining high quality. With decades of experience and innovative large-scale peptide synthesis platforms, CD Formulation is committed to providing a smooth and professional large-scale peptide synthesis service from protocol design to product delivery.
Synthesis of large-scale peptides is accomplished using either solid-phase or liquid-phase synthesis.
Fig. 1 Main methods (recombinant cell-based system and chemical synthesis) utilized for peptide production on an industrial scale. (Mulder KC, et al., 2013)
At CD Formulation, our expansive service in large-scale peptide synthesis mirrors the excellence of our bespoke peptide synthesis offerings, such as high purity and high synthesis success rate for very long peptides (<200 AA).
Our seasoned scientists, armed with unparalleled expertise, stand ready to unfurl the potential of your peptides, including very hydrophobic peptides, peptides with multiple disulfide bonds, multi-phosphorylated peptides, and very long peptides.
In addition, we also provide preliminary cost analysis, project review, research and development, process optimization, and detailed quality control reports to ensure that your peptides can be successfully and efficiently delivered.
Our large-scale peptide synthesis service includes:
Harnessing cutting-edge production technologies alongside a rigorously enforced quality management framework, we meticulously orchestrate every phase of the manufacturing journey to unfold under the most favorable of conditions. This intricate ballet of processes elevates not just the uniformity and pristine nature of the final product but also adeptly caters to the unique requisites of a diverse clientele.
Our facilities boast avant-garde equipment and cutting-edge technology, meticulously designed to accommodate an extensive array of requirements—ranging from experimental small-batch trials that hum with potential to colossal industrial-scale productions that resonate with efficiency and precision.
We proudly offer a dynamic array of bespoke services tailored intricately to the unique demands of our clients. Whether it's the elaborate design of peptide structures, the meticulous crafting of synthesis protocols, or the sophisticated intricacies of purification processes, we embrace every facet of customization. Every project is an opportunity to foster innovation and precision, adapting our expertise to the ever-evolving landscape of customer needs.
Although most peptide synthesis methods are highly efficient, many of these processes can still generate unwanted impurities due to incomplete deprotection, unwanted reactions between free-protecting groups, truncation and/or deletion of amino acids, isomers, and other byproducts.
Our scientists can repeatedly remove these impurities by using one or more of the following cleanup techniques:
Among them, RP-HPLC / RP-UPLC is the most widely used purification method. This technique captures hydrophobic molecules from an aqueous solution and releases them based on their hydrophobicity. This makes it easier to separate correctly synthesized peptides from unwanted impurities.
In addition to peptide synthesis capabilities, we combine flexible GMP manufacturing facilities with cutting-edge peptide analytical knowledge to provide a full range of quality control testing services to accelerate the commercialization of your products, including:
Our expertise in synthetic peptide manufacturing enables us to produce high-quality, large-scale, and GMP-compliant peptides. All peptides undergo stringent quality control.
Properties | Specifications | Quality Control (QC) |
Form | Freeze-Dried Powder | |
Quantity | ≤2 kg | |
Purity | ≥98% | HPLC |
Length | <200AA | |
Peptide Content | ≥85% | Elemental Analysis |
Water Content | ≤5% | Karl Fischer Titration |
Acetate Content | ≤15% | RP-HPLC / RP-UPLC |
Amino Acid Analysis | Meets Expectations ±10% | RP-HPLC / RP-UPLC |
Certificate of Analysis | Supplied With The Product |
Published Data
Technology: Large Scale Solid Phase Synthesis of Peptide Drugs
Journal: Int J Pept.
IF: 2.0
Published: 2012
Results:
The authors present a simple method for simultaneous quenching and removal of iodine and separation of disulfide-bridged peptides. The removal of oxidized peptides from aqueous acetic acid/methanol solutions using excess inexpensive anion exchange resins quantitatively removes iodine and other colored impurities, and the method is applied to commercial, large-scale synthesis of various peptides, including desmopressin, oxytocin, and octreotide. The results show that this new method has significant advantages, such as simpler practicality, minimal side reactions, large-scale synthesis of peptide drugs, and greater cost-effectiveness.
Fig. 2 Scheme for solid phase synthesis of Desmopressin. (Reddy KM, et al., 2012)
CD Formulation has extensive experience in large scale therapeutic peptide synthesis. Each synthesis step is subject to our strict quality control. Please don't hesitate to contact us if you are interested in our services. We look forward to cooperating with you.
References