Drug research is dependent on novel approaches, now more than ever. The number of newly approved medicines with a clear health benefit for patients is too low. This is also an expression of the inadequate availability of potential new starting points. Taking on ideas from nature and leverage them for early drug discovery
Surprising innovations are found primarily in the under explored areas of the chemical universe. Nature delivers precisely this: starting points which often surprise through their structural novelty and a new mode of action. AnalytiCon’s synthetic libraries exploit the advantages of a natural product – for example, from biologically relevant partial structures of natural products we develop libraries which can be further optimized by medicinal chemistry. Surprises are where you least expect them.
More than 33,000 compounds from 131 highly diverse chemotypes
Derived from carefully selected Natural Products as starting points for library design
All compounds synthesized based on reliable chemistry
Ready for medicinal chemistry
Fast SAR cycle enabled by established chemistry
Compound Characteristics
Purity of 95 % on average
Enantiopurity > 98 %
Identity confirmed by MS
Absolute stereochemistry specified
High flexibility regarding plate format
Libraries from 0.5 mg to 50 mg
Lead like physicochemical parameter
Follow-up and customsynthesis projects
Short term resupply
Hit-to-lead programs at AnalytiCon’s or client’s lab
Synthetic screening compounds clustered by scaffolds into constituting natural product classes.
Drug research is dependent on novel approaches, now more than ever. The number of newly approved medicines with a clear health benefit for patients is too low. This is also an expression of the inadequate availability of potential new starting points. Surprising innovations are found primarily in the under explored areas of the chemical universe. Nature delivers precisely this: starting points which often surprise through their structural novelty and a new mode of action. AnalytiCon’s synthetic libraries exploit the advantages of a natural product – for example, from biologically relevant partial structures of natural products we develop libraries which can be further optimized by medicinal chemistry. Surprises are where you least expect them.
