Sika logo

Sika

Last updated February 10, 2026
80
Innovation Areas
3,042
Inventors
15
Collaborations

Stereoselective multi-step organic synthesis: SikaRecent Research Landscape

Inefficient multi-step synthesis of complex pharmaceutical precursors increases production costs and impurity profiles. These innovations optimize specific esterification and salt-formation pathways to ensure high-purity yields of acitretin and montelukast precursors.

What technical problems is Sika addressing in Stereoselective multi-step organic synthesis?

Low isomeric product purity

(6)evidences

Undetected chemical impurities and inaccurate substrate quantification compromise drug safety and regulatory compliance. Precise detection ensures product purity and process control in multi-step synthesis.

Inefficient bioactive compound screening

(3)evidences

Insufficient production levels of therapeutic antibodies and vaccines in mammalian and microbial systems. Increasing yield reduces manufacturing costs and improves therapeutic availability.

Active ingredient chemical instability

(3)evidences

Low solubility and poor bioavailability limit the therapeutic efficacy of active pharmaceutical ingredients. Overcoming these physical limitations ensures consistent drug delivery and patient safety.