A scientific research platform is a valuable tool for advancing science and technology. It reduces transaction costs, facilitates value exchange, and promotes data reuse. It also provides a powerful platform for enabling collaboration and promoting innovation. Its many advantages are explained in the following paragraphs.
Reduces Transaction Costs
In addition to providing potential benefits, scientific research platforms also generate costs, particularly when managing increasingly complex scientific activities. These costs are reflected in the structure of the science economy, which must reflect the value of platform science and differentiate between its many components. To mitigate these costs, platform science should be able to provide an enhanced user experience.
Transaction costs involve the search, negotiation, and adjustment costs in an exchange process. These costs can be especially high for smaller firms and can increase exponentially when multiple rights are involved. One way to reduce the transaction costs of a scientific research platform is to consolidate different rights into one single license. This helps a firm instantly identify the right license rights worldwide.
Facilitates Value Exchange
The Science Exchange platform is a unified scientific collaboration and data-sharing environment. It offers 14 million scientific publications from more than 400 vendors and validated data from third-party organizations, including EuroMAbNet and Human Protein Atlas. The platform also helps companies manage and track their projects and payments.
Scientific data is a valuable resource in today’s data-driven world. It is becoming a vital part of the digital economy. It requires a specialized infrastructure that can streamline data processing, management, and scientific data exchange. In addition, the scientific community needs a platform to use scientific data effectively. Future SDI must enable the creation of specialized, consistent ecosystems for scientific data.
Scientific research platforms enable research by allowing scientists to aggregate data and analyze it efficiently. They are built with a single interface and integrate workflow, reporting, and analytics capabilities. They are also designed to support multiple users and enable collaboration across the R&D enterprise. As such, they can help life sciences companies bring innovative capabilities to market faster. In addition, scientific research platforms help life sciences companies leverage the power of big data to advance their mission.
Platforms increase the efficiency of scientific activity by democratizing access to knowledge and lowering institutional barriers to collaboration. This fosters the development of diverse, multidisciplinary, information-rich research communities. They also facilitate attribution and reduce the economic incentives to restrict credit or avoid attribution.
Promotes Data Re-Use
A platform that enables the re-use of scientific research data can benefit the scientific community. Re-using research data can help researchers answer different questions, enrich data, and develop new products and applications. It can also increase the efficiency of research projects. This is because re-using data means less time and money is spent on research. Furthermore, researchers will be able to build on the findings of earlier research, which can accelerate their own work.
Open access to scientific research data is a key goal of the Open Science movement. Open data makes research data accessible to other researchers and improves the replicability of experiments. It also reduces the duplication of research data, which can be a boon for science. Open data policies also foster the re-use of research data, thus saving both time and money.
Reduces Redundant Research
A scientific research platform reduces redundant research by facilitating the reuse of published results and data. Researchers publish data and code more frequently, and if these resources can be repurposed, they will be more efficient. However, reproducing published results can be difficult and time-consuming. This can be due to insufficient documentation, errors in the code, and missing files.
A scientific research platform can reduce redundant research by facilitating the publication of preprints published before peer review. Preprint servers allow scientists to post new data and findings quickly and still receive credit for the work, no matter where it is published. For example, a recent paper found that preprints helped speed up data dissemination during the Zika and West African Ebola outbreaks. However, most preprints were published more than 100 days before journal publication, and less than 5% of journal articles were first published as preprints.
Promotes Meta-analyses on the Current Research Topic
Meta-analysis is a method for reviewing the findings of studies. It helps researchers to compare the findings of multiple studies in one systematic review. However, it is not without controversy. Many studies vary in how they measure dependent and independent variables, methods of data analysis, and results. It is important to note these differences.
Meta-analyses should be transparent and reproducible. They should include a sample of all relevant studies. Depending on the topic, it is helpful to consult previous meta-analyses or topic-related literature reviews. The latter often summarizes the central findings of several studies and includes the most important studies in a field.