Venom peptides have been shown to treat pain, cancer, diabetes, multiple sclerosis, cardiovascular disease, etc. After separating the peptides in the venom, large quantities of venom peptides can be obtained by synthesizing peptides. These peptides can be explored for the next step through structural elucidation, cellular or animal studies. Creative Biolabs has experts in peptide synthesis and recombinant peptide synthesis to provide you with professional knowledge and services for your venom peptide research.

Fig.1 Research problems in venom biotechnology.¹

Our Venom Peptides Synthesis Service

Creative Biolabs provides you with customized peptide synthesis services, from upfront consultation to final delivery with fast turnaround times and exceptional value. In addition to standard custom peptide synthesis, we offer a wide range of peptide modification services as well as high-throughput synthesis of custom peptide libraries.

• Common Peptide Synthesis

Creative Biolabs offers the custom peptide synthesis service that can meet your custom needs for any standard venom peptide.

• Peptide Modifications

Creative Biolabs offers a range of peptide modification services to meet your needs. Our services include, but are not limited to:

• N-terminal (Acetylation, Dansyl, etc)
• C-terminal (Amidation, pNitroanilide, etc)
• Internal (Biotin, Phosphoserine, etc)
• Non-standard residues (Ornithine, Norleucine, etc)
• Other modifications (Cyclization, Glycosylation)

• Peptide Library Services

Creative Biolabs has the experience to help you design a venom peptide that fits your project. We provide you with flexible, scalable peptide synthesis services to help you design large peptide library synthesis and facilitate your exploration of complex research.

Application Areas of Peptides Synthesis Service

Creative Biolabs' custom peptide synthesis services can be used in many other fields in addition to venom peptide research.

Highlight Features

Fig.2 Highlight features of our venom peptides synthesis service.

Frequently-Asked Questions

Q1: What is the difference between total peptide weight and net peptide weight?

A: Total peptide weight refers to the total weight of a mixture of peptides, water, absorbent solvents, counterions, and salts. The net peptide weight represents the actual weight of the peptide components in the sample. The net peptide content is typically 50-80% of the total weight of the peptide and is usually determined by amino acid analysis or Nirtongen analysis.

Q2: Will you provide us with Material Safety Data Sheets (MSDS)?

A: Of course, we can provide you with the corresponding Material Safety Data Sheet (MSDS) upon request.

If you are interested in our venom peptide synthesis services, please contact us now. Our scientists are here to solve your problems.

Reference

1. Lüddecke, Tim.; et al. "Venom biotechnology: casting light on nature's deadliest weapons using synthetic biology." Frontiers in bioengineering and biotechnology. (2023) 11 1166601.

For Research Use Only | Not For Clinical Use