The development of a new medicine is a process that requires enormous time and tremendous financing. It takes 10-15 years from the discovery of an active compound to the launch of its production and the start of drug marketing with the total costs of the project reaching 1.8 billion US dollars. These large time and financial costs stem from repeated testing and elimination of a large percentage of compounds over the course of screening at each stage of preclinical and clinical trials. Many investors have lost interest in financing new drug discovery projects (or pharmaceutical start-up companies) due to the high risk and extensive time required to produce a return on investments. Since all the research data are considered confidential by pharmaceutical companies and thus never shared with scientific community, different scientific groups waste significant resources repeating the same costly experiments in drug discovery. In this article, we discuss new approaches to drug discovery involving open access to the research data and alternative financing that could significantly streamline the search for new cures for human diseases.
Proposals for open access to scientific data in drug developmentThe data collected in the course of drug development projects in pharmaceutical companies are confidential and are not shared within scientific community. That often leads to repetition of the efforts of various research groups in different companies. Open access publication of these data would save the costs of the synthesis and testing of compounds that have already been tested by other scientists. The prospect of significant resource savings exists -it is the development of new drugs in an open access format [1].Large pharmaceutical corporations often collaborate with small innovative firms or academic groups and acquire rights to new substances or technologies. This approach is called open innovation. It is certainly a step forward compared to the development of a drug within a single firm, but the number of researchers with access to information remains limited.Recently, there are more attempts to open the access to research data in drug development to scientific community. This approach is especially effective at the early stages of drug discovery, when scientists are searching for and validating new targets [2].A striking example is the Structural Genomics Consortium (SGC) that was founded in 2003. According to the SGC rules, the general public has free access to all the results including the DNA sequences and the structures of the chemical compounds obtained by scientists participating in the project. SGC has received the support of hundreds of companies and academic groups. Thanks to this project, the scientific community today has the opportunity to work with thousands of interesting substances and samples. Hundreds of articles have been published, that, for example, led to discovery of selective inhibitors for G9a-like protein (GLP) lysine methyltransferase [3]. One of the successful examples of collaborati...