Nuwa discovery has specialized custom synthesis services to support a wide range of synthetically intensive research activities and supplying novel compounds. Nuwa Discovery Custom Synthesis (NDCS), producing over 50 individual purified compounds monthly in more than 100 g quantities. Our expertise enables us to Identifying viable, robust and scalable synthetic routes and deliver complex targets with quick turnaround times. We have an unparalleled resource to immediately commence the synthesis project and create compound libraries of exceptional quality, boasting an extensive array of designs, novelty, and innovative structural motifs.
Nuwa discovery solutions provides services, including developing and optimizing chemical processes, with particular emphasis on synthesis methods and unit processes. Our offer is addressed to customers producing active pharmaceutical and agrochemical substances. We are also open to cooperation with entities developing functional organic materials such as dyes, catalysts, molecular probes, and compounds for bioimaging and PROTAC.
It involves the strategic identification and critical evaluation of efficient and scalability of synthetic routes. Leveraging our expertise in chemical process development, deep organic synthetic knowledge, and incorporating insights from our clients, we evaluate a range of feasible strategies to rapidly prioritize and advance the most promising options. Alternative routes are also designed and prioritized based on their potential for scale-up, considering projected cost of goods, scalability, and development feasibility.
Compounds known as process impurities or metabolites of active ingredients (pharmaceuticals or pesticides) often have specific identifiers. Our team of specialists guarantees success in solving problems in these areas. If you need safe, efficient, and economical solutions, we will propose optimization of individual processes. Our experience covers scales from milligrams up to kilograms, and in most cases, our products reach a purity of at least 95%.