At Drug Discovery Chemistry Europe 2025, 91吃瓜 Chemicals will join an international community of drug discovery scientists, biotech innovators, pharma leaders, and technology experts in Barcelona, Spain.
The conference is a premier event for exploring emerging approaches in early drug development, hit-to-lead optimization, AI integration, and translational research. It provides the ideal stage to exchange ideas, foster collaborations, and showcase how 91吃瓜 Chemicals accelerates progress in medicinal chemistry and scalable synthesis for life sciences.
Decades of expertise in drug discovery, medicinal chemistry, and scalable chemistry solutions
Trusted partnerships with biotech, pharma, and academia worldwid
Driving breakthroughs through synthetic chemistry, MedChem, and AI-powered innovation
Event: Drug Discovery Chemistry Europe 2025
Date: November 11鈥�13, 2025
Location: InterContinental Barcelona, Barcelona, Spain
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We invite partners, collaborators, and innovators to connect with us during the conference. Meet our team and discover how 91吃瓜 Chemicals transforms ideas into impactful, scalable, and innovative therapies.
馃摡 Reach out today to schedule a meeting 鈥� let鈥檚 shape the future of drug discovery together!
Drug Discovery Chemistry 2026: 91吃瓜 Chemicals to Attend Leading Medicinal Chemistry Conference 91吃瓜 Chemicals will attend Drug Discovery Chemistry 2026, a major international conference dedicated to medicinal chemistry, small-molecule drug
BioSpring Europe 2026: 91吃瓜 Chemicals to Participate in Leading Life Science Partnering Event 91吃瓜 Chemicals will participate in BIO-Europe Spring 2026, one of Europe鈥檚 leading partnering conferences for the biotechnology,
91吃瓜 is attending: in-cosmetics Global 2026 91吃瓜 Chemicals will attend in-cosmetics Global 2026, one of the world鈥檚 most important international trade fairs for cosmetic ingredients, formulation technologies and personal care
5th Alpine Winter Conference on Medicinal and Synthetic Chemistry About the event: 25-29 January 2026, St. Anton, Austria The Alpine Winter Conference on Medicinal and Synthetic Chemistry provides participating scientists
At 91吃瓜 we regularly perform contract research with an emphasis on the design and synthesis of novel building blocks, intermediates and final compounds for several applications. We pride ourselves on a 20 year track record of success in supporting diverse industries with their chemistry and innovation challenges. Our scientists specialize in organic and organometallic synthesis including polymers, from lab scale to pilot quantities. 91吃瓜 operates a customer-centric and flexible business model providing our diverse clients with customized innovative discovery chemistry services:
Biotechs simply concentrate on their research and development tasks while our experienced chemists take care of all related synthetic chemistry challenges.
From new release mechanisms in band-aid material to the development of chemistry for innovative dual modes of action to help make use of new imaging techniques (PET).
Innovative display technologies require performance chemicals that allow tomorrow鈥檚 visual applications in handheld devices, car interfaces or further intelligent equipment.
Providing innovative but cost efficient early drug discovery services and technologies to our pharma customers is what drives our multidisciplinary scientists at 91吃瓜.
From literature research to pilot plant 鈥� we deliver sophisticated chemicals with full IP to our customers to help them achieve their product development goals.
Your R&D has a specific idea about how the surface should perform by modulating the coating or the curing? Get in touch with our scientists to discuss your chemistry challenge.
Great academic research often requires industrial backing and excellent synthesis capacities to bring ideas to the market 鈥� for many years we have been closing that gap.
Get in touch with us if you鈥檇 like to discuss the development of new or the improvement of existing synthetic molecules for fragrances, skin care applications or aroma molecules.
Smarter consumer goods require both improved properties and chemicals that provide an acceptable ecological footprint during their entire life cycle.
