Associating Paracrine Communication to Regenerative Medicine: Search Strategies & Major Trends in Scientific and Patent Production
Pages 74-90 (17)
The information on relationships between paracrine communication and stem cells is spread over a large
amount of patent and scientific publications. This article provides an overview of some major issues to be considered
when searching for such information by using freely available databases. Major trends that drive innovation in scientific
and patent production, as well as association between specific topics, can be established by including specific database indexing,
such as MeSH and European (ECLA) and International (IPC) patent classification codes, in the search strategy.
The interest in applying similar approaches for retrieving relevant information and documents is shown by some examples
of quantitative and qualitative analysis of scientific and patent production related to stem cells in general, and on the effect
of paracrine factors on the isolation, differentiation, or use of stem cells in particular.
Databases as topic, information search and analysis, innovation, paracrine communication, patent classification,
patents as topic, regenerative medicine, stem cells, Hematopoietic Stem Cells, Embryonic Stem Cells.
PROMETHERA Biosciences S.A./N.V., Watson & Crick Hill, Rue Granbonpre, 11, B-1435 Mont-Saint- Guibert, Belgium.