"The peptides were synthesized as 4-branch MAPS peptides that include a SGGRGG spacer at the C-terminal residue to distance the gp41 sequence from the MAPS (CPC Scientific; San Jose, CA)."
Mestecky, Jiri, et al. AIDS Research and Human Retroviruses 27.5 (2011): 469-486.
“The peptides were synthesized as 4-branch MAPS peptides that include a SGGRGG spacer at the C-terminal residue to distance the gp41 sequence from the MAPS (CPC Scientific; San Jose, CA).”
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June 17th, 2026ArticlesCPC Scientific had a fantastic time connecting with partners this year at DCAT Week 2026. See our standout highlights from New York, featuring generic API scale-up, the 98th DCAT Annual Dinner, and more...
March 31st, 2026ArticlesCatch CPC Scientific's key highlights from NextGen Biomed 2026, where we showcased how our advanced process design is accelerating production timelines and cost efficiency for greener TIDES manufacturing at scale...
March 27th, 2026ArticlesDelivery of polypeptides in multi-kilogram quantities within tight timescales is extremely challenging, especially when coupled with a desire to minimize environmental and economic impact. This case study explores how CPC Scientific’s advanced process improvements during synthesis, cleavage, and final purification of solid-phase peptide synthesis (SPPS) have enabled multi-kilogram delivery of a pharmaceutically-relevant decapeptide within a short timescale. These innovative modifications reduced environmental footprint and delivered substantial cost savings for the client, ultimately enhancing market competitiveness of the product.
March 23rd, 2026Green Chemistry, publications, White PapersAs 2025 draws to a close, we want to extend our heartfelt thanks to our partners and colleagues around the world! Your trust and collaboration enabled CPC Scientific to make meaningful progress across our CDMO thought leadership, operational scale, and global business milestones this year. Explore featured highlights and resources from the year to see how our people, partners, and platforms drove innovation and impact throughout 2025.
December 17th, 2025ArticlesPresident Theresa Cheng spoke to PhD students at Weill Cornell Graduate School, sharing industry insights and exploring how academic research today can translate into tomorrow’s cutting-edge healthcare leadership.
December 15th, 2025Articles, Press ReleasesCPC Scientific has developed an innovative dimethylformamide (DMF) recycling strategy that substantially reduces solvent consumption during solid-phase peptide synthesis (SPPS), achieving both improved process sustainability and enhanced cost efficiency. Through minimizing use of DMF, a major environmental and cost contributor in peptide manufacturing, we demonstrate how targeted green chemistry practices can be successfully integrated into large-scale SPPS to support environmentally responsible, economically viable peptide production.
November 28th, 2025Green Chemistry, publications, White Papers




