Edited by Maureen McKelvey, Annika Rickne and Jens Laage-Hellman
Chapter 9: Emergent Bioinformatics and Newly Distributed Innovation Processes
9. Emergent bioinformatics and newly distributed innovation processes Andrew McMeekin, Mark Harvey and Sally Gee 1. INTRODUCTION Although bioinformatics was recognized as a potentially revolutionary approach towards biology as early as 1968 (Ryback 1968, 1978), the application of computational methods to digitalized biological data has only begun to have a major impact across the whole area of bioscience and biotechnology in the last decade or so. With the genomics and now postgenomics revolutions in biology, attention has been increasingly focused on how the newly generated data can be stored, managed, analysed and ultimately used to improve innovation in the life science industries. It has been this proliferation of data, in quantity and of type, that has brought bioinformatics to prominence. Bioinformatics is a combination of BIOlogy, INFORmation technology and matheMATICS (Hodgman 2002), but there is some debate concerning its speciﬁc focus. Straightforward data management technologies and computational biology (involving modelling and simulation of biological problems, in the absence of data) could deﬁne the extremes, but there is a myriad of diﬀerent activities between. It is the proliferation of new techniques and technologies within this space that forms the focus of this chapter. Bioinformatics is at the core of the genomic revolution and therefore centrally involved in the signiﬁcant uncertainties that are emerging in the foundations of biological understanding. New biological units of analysis have been developed and studied, including single nucleotide polymorphisms (SNPs), expressed sequence tags (ESTs) and protein complexes. The precise deﬁnition of the...
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