Product Focus | Page 5

Newly in July 2022

The Dawson Linker

The Dawson Linker and its variants provide access to C-terminal peptide thioesters which are crucial components of Native Chemical Ligation reactions. Read on to discover all derivatives available at Iris Biotech!

pH-Sensitive Self-Immolative Linkers

Are you active in the field of antibody drug conjugates? Click here to find out more about our selection of as well as the technology behind pH-sensitive self-immolative linkers.

Photoswitches

Photoswitches grant the ability to modulate the function of a molecule by effecting a structural change upon irradiation with UV light. Find out about our photoswitchable building blocks and their properties.

Dyes and Fluorescent Labels at Iris Biotech

Dyes and fluorescent labels are an invaluable tool for diagnostics, medical and biochemical research. Iris Biotech offers labels with excitation ranges from UV to near-IR and various functional groups.

Peptide Easy Clean – Because Time Matters

We want to support you in the development of next generation peptide pharmaceuticals, therapeutics, and diagnostics by easing the process of peptide manufacturing. Read on to gather more information.

Drug Delivery at Iris Biotech

Discover our products suitable for drug delivery including poly ethyleneglycols (PEGs), poly amino acids (PArg, PGlu, PLys, POR, PSar), poly(oxazoline)s, as well as fullerenes. Read on to find out more!

Peptide Blockbusters Liraglutide and Semaglutide

Iris Biotech offers the main building blocks for the synthesis of Liraglutide and Semaglutide and commonly observed impurities as well as reference standards. Read on for more information!

Fatty Acid Building Blocks

We are providing variously functionalized, protected and unprotected fatty acid derivatives suitable for SPPS and further conjugation, e.g. via Click chemistry. Read on to discover our portfolio.

Amino Acid Oxidation Products

Oxidation is not only a known degradation pathway of proteins and peptides in vivo but is also a major side reaction for certain amino acids during peptide synthesis in vitro. Read on to discover our available building blocks.