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49 results:
21. Contact  
Contact Mailing address: BIOSYNTAN GmbH Robert-Rössle-Strasse 10 13125 Berlin Germany You can find us at the research campus Berlin-Buch  Building 85, Level A2 Phone: +49 30 - 94 89 34 98  
22. C-terminal Derivatization  
C-terminal Derivatization Our C-terminal derivatization portfolio includes C-terminal peptide hydrazides can easily be turned into azides, which can subsequently be used in ligation reactions.  
23. N-terminal Derivatization  
N-terminal Derivatization Our N-terminal derivatization portfolio includes:  Acetylation of peptides is an important posttranslational modification. Possible acetylation sites include any amino  
24. Modified Peptides  
Modified Peptides Beyond the standard peptides, BIOSYNTAN offers custom synthesis of peptides with a huge variety of modifications, including posttranslational modifications, incorporation of  
25. Spacer  
Spacer BIOSYNTAN offers the following spacers in order to modify the distance between labels and epitopes, or to increase the solubility of your peptide. We are able to incorporate a broad  
26. Biotinylation  
Biotinylation The extraordinary strong interaction of biotin and avidin/streptavidin is used for plenty of different applications in biochemistry. Biotin derivatization of peptides generates a very  
27. Cl-Acetyl/Br-Acetyl/Maleimido Linker  
Cl-Acetyl/Br-Acetyl/Maleimido Linker Activated linkers are suitable tools to couple peptides to thiol groups of proteins or surfaces. BIOSYNTAN offers the following linkers for such purposes: In  
28. Activated Cysteine Analogs  
Activated Cysteine Analogs BIOSYNTAN offers peptides with pre-activated cysteine building blocks. Such pre-activated cysteine residues are excellent precursors for the formation of disulfide bonds.  
29. Fatty Acids & Carboxylic Acids  
Fatty Acids & Carboxylic Acids The modification of peptides with carboxylic or fatty acids increases solubility in unpolar solvents and affinity to cell membranes. Additionally, such peptides can be  
30. PEG Building Blocks  
PEG building blocks PEG building blocks are used in many cases as a spacer. Due to their hydrophilic nature, PEG residues can improve the solubility of peptides. Additionally, certain protection  
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