Diyne-girder bridged stapled peptides in the ideal helical geometry are accessible through our new alkyne functionalized building block. They can be watched by Raman microscopy.
Pseudoprolines act as molecular hinges: introducing precise turns that disrupt early folding and reduce aggregation in challenging peptide sequences. Read on to learn how they work!
Solvatochromic dyes of our building blocks provide a fluorescent color palette that enables the integration of sensitive optical sensors into peptides, proteins, and other organic systems.
Ionizable cationic lipids protect nucleic acids from degradation in the bloodstream and release their cargo inside cells, just like molecular Trojan horses. Read on to find out how!
Carboxylated OxymaPure & HOBt derivatives open the door to ribosome-mimicking molecular reactors to increase coupling efficiency for sterically demanding amino acids. Learn more!
Next generation bromo maleimides address the well-known limitations of conventional maleimides. Explore our available building blocks, their advantages, and how to use them!
Building on our peptide chemistry expertise, we set sail into new waters, offering nucleic acid building blocks for oligonucleotide synthesis to expand innovation across biomolecular research.
Ynamines are uniquely reactive alkynes with which azides react preferentially, even in the presence of other alkynes. Learn how to take advantage of their selectivity.
Take advantage of AMDBH, our novel formaldehyde scavenger in Thz deprotection and simplify the synthesis of long peptides by skipping intermediate purification in Native Chemical Ligation.
Cut the ecological footprint of your peptide synthesis - and your costs - by switching from DMF to DMSO-EtOAc mixtures. Increase your sustainability in SPPS!