5 Applications of Semantic Search in Scientific Research

Today, we are living in a time when information is growing at an astounding rate. Managing this information effectively in order to derive useful insights from it is a challenge organizations are facing today. While data management has emerged as a universal challenge that is affecting organizations across every sector, the industries that focus on intensive scientific research are the ones for whom this acts as the biggest challenge. These industries, which include pharmaceuticals, chemical manufacturing and healthcare, can benefit immensely with the application of semantic search – the technology that has the power to turn unstructured data into structured data and fetch the most accurate and relevant results. ResearchNet is one such platform for researchers that is powered by 3RDi Search – a semantic search based platform.

1] To Enhance Possibilities of Early Phase Research

The use of semantic search technology can help bio-medical researchers stumble upon potential biomarkers and drug targets which they had no knowledge of earlier. This is possible because semantics enhances the scope of search. The insights thus gained can be used to formulate initial results prior to conducting lab testing.

2] To Get a Better Understanding of the Competition

When you are armed with a technology that allows you to find more and more information, you can use it to get a deeper understanding of the market trends as well as what your competitors have worked upon, including their patent filings. The technology can also be used to study non-patent literature in order to gain complete understanding. This helps organizations to get a clear picture of what patents have been already filed for and the work that is currently being carried out in the industry, which can be useful for purposes like patent landscaping.

3] More Effective Monitoring of Medical Literature

Since semantic search makes information retrieval quick and accurate, it can be used to make the process of monitoring medical literature – known as pharmacovigilance – more precise. With the use of semantic technology, it is possible to delve deep and discover how adverse events can ve related to pharmacological substances. Overall, the efficiency of managing workflows improves drastically with the implementation of semantic search.

4] Makes it Simple to Discover Chemical Compounds

As discussed earlier, semantic search is what organizations need to retrieve information from a wide range of sources, including journals, scientific papers, medical archives and more. This ease of finding information makes it possible for researchers to find more information in less time and learn about chemicals, drugs and other scientific substances using well-established ontologies.

5] To Enhance the Productivity of Researchers

The use of semantic search leads to a boost in the productivity of researchers working on a project. As we have seen earlier in the article, semantic search is highly relevant. Not just that, these tools work real fast tp produce the accurate results that the researchers seek. This makes the research process faster, which in turn leads to a boost in productivity.

The capabilities of semantic search tools provide a lot of benefits to researchers and the research intensive industries. Also, this is just the beginning as semantic search still has a long way to go and the future holds way more possibilities.