The role of temperature in Solid Phase Peptide Synthesis (SPPS)
This case study explores the role of temperature on speed of synthesis and crude purity
A six reaction vessel fully automated parallel peptide synthesizer.
The CS136M is an automated research scale peptide synthesizer with 6 functional reaction vessels. Each reaction vessel can synthesize a different peptide, and the system runs the synthesis in parallel for all 6 reaction vessels. The CS136M can be found in university, startup and pharmaceutical labs world wide. All systems are configured and built to order.
180° Inversion mixing with nitrogen bubbling for complete solvent and resin contact
Unlimited couplings, fully automated synthesis of sequences 130-mer or more with no user interaction
One year full warranty covering parts and labor
This case study explores the role of temperature on speed of synthesis and crude purity
In collaboration with University of California, Davis; UCD evaluated microwave and conduction heating and presented the findings at the 28th American Peptide Symposium
In this video series, we provide a 2 hour mini-course on the fundamentals and how to perform SPPS
Understand what drives peptide synthesis purity, speed, and waste generation
CSBio is a leading peptide synthesis instrumentation company located in
Silicon Valley, California.
Since 1993, CSBio has been providing automated peptide synthesizers to the global pharmaceutical community. Our peptide synthesizers can be found in more than 30 countries worldwide across universities, research institutes, production laboratories, CDMOs, biotech companies, and multi-national pharmaceutical companies.
Our instrumentation design and manufacturing team provides the best in class products and services in the industry.
CSBio is a leading peptide instrumentation manufacturing company located in Silicon Valley, California.
CSBio provides research scale peptide synthesizers, pilot scale peptide synthesizers, commerical scale peptide synthesizers, and DNA/RNA oligonucleotide synthesizers.