Computer-based active-substance design and high-throughput screening are indispensible in modern active-substance research. From drug discovery to drug approval, developing new medications is a very tedious and costly process. Automated techniques and ultra-fast high-throughput methods are needed to minimize development times and increase efficiency.
Renowned exhibitors present the latest products and services of drug discovery. Find all the leading manufacturers and startups focusing on drug discovery participating in analytica in our exibition directory.
analytica in Munich presents the latest developments in the sector for drug discovery and features corresponding expert solutions to any problem. Like no other trade fair, analytica depicts the entire industry. Exhibitors present automation concepts for all areas of the laboratory as well as biosynthesis, chemical syntheses, chromatography and spectrometry analysis methods and genetic engineering techniques. Mass spectrometry, PCR methods, assays and microarrays, lab-on-a-chip technologies and point-of-care (POCD) diagnostics are given special attention at the fair.
Computer-based techniques and high-throughput screening generate gigantic quantities of data that must be meaningfully evaluated and effectively managed. The role that biology and peptide libraries play is just as important as new software packages, data evaluation and managing laboratory data. Big data and Laboratory 4.0 are becoming topics in their own right. The newest and most important system solutions and tools are presented in Munich, also with regard to legal guidelines and norms. Innovations that comply with the latest laws and standards are the most important prerequisites for progress and economic growth—both in the pharmaceutical industry and in agriculture.
Cost pressure and increasing efficiency call for complex automation solutions and bioinformatics answers for next-generation drug discovery.
High-throughput screening • Instrumental analysis • Synthesis techniques • Biotechnology and genetic engineering • Lab-on-a-chip technology • POC diagnostics • Next-generation sequencing • Molecular biology • Bioprinting • Proteomics • Genomics • Metabolomics • Omics technologies • Big data • Bioinformatics • Laboratory 4.0 • Evaluation techniques • Data processing and LIMS • Laws and standards • GMP and GLP, ISO • Pharmacopeia • Sterile and clean-room technology • Nanotechnology • Immunology • Gene therapies • Clinical studies