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Big data between healthcare and desires

The previous trickle of data from many sciences has now become an avalanche, even a whole deluge, which is constantly increasing and getting stronger (Callebaut 2012). Every day, more data is generated about each individual's life than ever before. Experts estimate that 90 % of all data in the world was collected in the last two years (BBC Health 2016). The main reason for this lies in a core technical innovation of modernity, information technology. The pace of change is getting faster and faster. While in 2003 it took almost ten years to decode the first genome of Homo Sapiens with its 3.27 x 109 base pairs, today that time has shrunk to less than a week. In the near future the same thing will be done in a few hours. Many of the world's problems no longer lie in the "what" but in the "why". Causation remains more important than determination. A saying highlights the problem: You often can't see the forest for the trees. Unlike before, the availability of information has already far outpaced the understanding of the connections between knowledge. The volume of information is now growing faster than traditional analytics can handle the mountain of value.

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First publication date: 29.11.2016

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>> A new study by TMF – technology and method platform for networked medical research e. V. – sees emerging paradigm competition in medical information sciences. Until now, “systematic studies and evaluations of routine data have represented a grown, mature world of science and organization (old school)”. Now, “Big Data, on the other hand, stands for a partially new approach to data that measures, controls and utilizes the world by making available and evaluating large amounts of information from diverse, constantly growing documentation (New School)” (Schepers 2016).
Nevertheless, the art of medicine today must still be understood as a professional ensemble of skills and not as a pre-modern, traditional remnant. Medical action, especially under difficult conditions such as in “critical situations” or under time pressure, is and remains only effective as subjectivizing action in the sense of the old school, based on logic and experience. Health care in its entirety therefore comes from the empirical sciences. However, it has evolved significantly due to new developments such as epidemiology, statistics and genomics. Information becomes a source of system knowledge and a treasure trove of connections in the spirit of the New School. Overall, both schools occupy their own place.
A concrete example makes these two changes and the accompanying tension very clear: Genomics in breast cancer - Arend Sidow, a scientist at Stanford University, systematically searched the collected genomes of breast cancer patients for abnormalities and common patterns in numerous cancer variants (Marx 2013). In this way, he stratifies the material and forms groups for the best selection of cytostatic drugs and radiation. But the work still continues. Genome sequences that are identified as commonalities in the huge data reservoir can then be specifically examined in order to better understand the molecular processes and their derailments. From this new knowledge
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