New product and service

Nucleotide Azido Sugar

From €26.9/mg

In Stock - Price Match Available.

Custom Synthesis

Upon Request

Nucleotide (azido) sugars, enzymes, complex HMOs, glycosylation-as-a-service

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About us

We are a Max Planck spin-off

The challenge

High-value glycans are essential molecules that play a crucial role in human health, yet many remain frustratingly out of reach for both researchers and industry. This scarcity creates a significant bottleneck in scientific progress and limits the development of new therapies and nutrition.

Our vision

At eversyn, we're tackling this challenge head-on, leveraging cutting-edge biotechnology to make these vital molecules accessible at both R&D and industrial scales. By bridging this gap, we aim to unlock the full potential of glycans, paving the way for groundbreaking discoveries and innovations in nutrition and biopharma.

Applications

Monoclonal antibodies (mAbs)
Antibody-Drug Conjugates (ADCs)
Glycoconjugate vaccines
Recombinant proteins
Peptides
Oligosaccharides
Sugar-modified chemicals
Biobetters
Biosimilars
Viral vectors

Our unique approach

We make our products outside living cells to fully leverage the precise power of enzymes.

Activated sugars

Essential building blocks for glycans, with untapped potential in human milk oligosaccharides, specialty carbohydrates, and therapeutic proteins. Our innovative technology makes these high-energy compounds affordable, unlocking new possibilities in food and pharma applications previously hindered by prohibitive costs.

Glycoengineering tools

We provide affordable activated sugars and enzymes to gain full control over protein glycosylation and glycan engineering. Combined with our in-depth knowledge of biocatalysis and glycoanalytics, we can tailor any glycoform to our customers' needs. Our vision is to improve the efficacy and safety of next-generation biopharmaceuticals.

Human Milk Oligosaccharides

HMOs are a family of highly diverse glycans found exclusively in human milk, where they are the third most abundant component after lactose and lipids. Their structural complexity and variety of HMOs make them fascinating subjects of study in infant nutrition and health, with ongoing research exploring their potential applications beyond early life stages.