Until today, the potential of synthetic peptides is hampered by the limitations of the purification step. Belyntic's technology overcomes this bottleneck: With peptide purification kits that adapt well to your processes - not the other way around.
less solvent consumption
in comparison to HPLC
time savings
with eight peptides purified in parallel
purification selectivity
due to Belyntic's patent-pending linker technology
Ready to use.
Run your purification of chemically synthesized peptides anywhere and without costly instruments. Belyntic’s Research Kit offers a high degree of comfort, providing a straightforward protocol to make the best out of your peptides.
Flexible Integration.
If you need many peptides, your demands regarding amount and size most likely differ. We help you to bring your purification throughput to the next level.
Integrate Belyntic’s technology in your processes and reduce time expenditure and resources.
Our technology
... explained step by step
Peptide synthesis
Common Solid Phase Peptide Synthesis with acetic anhydride-capping after each amino acid coupling
Linker coupling
The purification linker is added as the last amino acid
Cleavage from synthesis resin
Common TFA-cleavage of the crude peptide after successful linker coupling
Dissolution of crude peptide
Usage of organic solvents (e.g. DMSO) and chaotropic salts (GdnHCl, Urea) possible
Immobilization of linker-bearing peptide ("Catch")
Immobilization by oxime ligation in less than 30 minutes on agarose or cellulose with amost no unwanted adsorption
Washing out of impurities
Flexible washing protocol with pure water, buffers and/or organic solvents within a runtime of around 10 minutes
Traceless cleavage of desired peptide ("Release")
Cleavage by basic or reductive stimulus within 30 minutes
