An Integrative Framework for the Construction of Big Functional Networks

Giallombardo, Claudia; Morfea, Salvatore; Rombo, Simona E.

doi:10.1109/bibm.2018.8621128

Cited by 2 publications

(1 citation statement)

References 35 publications

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“…In Figure 2.7 an example of a Biological Network. Different types of components can exist in the same network: cellular components such as genes and proteins, which contribute to cellular life and take part in biological processes [21,35,39,73]; the associations may be related to physical, functional or phenotypic interactions [42,57]. Networks composed of functional links, although different, may have different links depending on what the edge represents; for example, two genes may share an edge if there is at least one disease involving mutations in both of them.…”

Section: Biological Networkmentioning

confidence: 99%

Knowledge Extraction from Biological and Social Graphs

Bonomo

2022

New Trends in Database and Information Systems

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The research presented in this PhD Thesis has been supported by different research projects. In particular, the PhD scholarship has been funded in part by the PRIN research project "Multicriteria Data Structures and Algorithms: from compressed to learned indexes, and beyond", grant n. 2017WR7SHH (MIUR). Moreover, participation to international conferences for the presentation of some of the obtained results has been possible also thanks to the funds by the GNCS research projects "Algorithms, methods and software tools for knowledge discovery in the context of Precision Medicine" (2020) and "Big knowledge graphs modelling and analysis for problem solving in the web and biological contexts" (2022, CUP E55F22000270001), provided by INDAM GNCS. All mentioned projects have also allowed to join very stimulating research meetings and events which have pushed toward interaction with other researchers working on related topics.

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