As Poslovni Dnevnik writes, the remarkable scientists from the Rudjer Boskovic Institute (IRB), in collaboration with colleagues from the University of Zagreb’s Faculty of Science and Mathematics (PMF) and the Catalan Institute for Nanoscience and Nanotechnology from Barcelona, have developed nanostructures that could be used in new generation diagnostic devices.
The resulting nanostructures combine exceptional stability with the ability to detect molecules at very low concentrations.
The high technological and industrial demand for higher quality materials and their derivatives led to the development of materials at the nanoscale level. Such materials with improved properties are used in numerous fields, including medicine, ecology, industry, and the list goes on.
The development of sensors and diagnostic devices is moving in the direction of reducing their overall dimensions, with the aim of making the so-called lab on a chip, i.e. small, portable devices that perform tasks for which an entire laboratory used to be required.
Such devices, for example, would enable doctors to conduct various different diagnostic tests when with the patient (usually referred to as point-of-care testing), wherever the patient might be at the time the tests are performed. Small and portable sensors must be long-term stable, regardless of the conditions, and they must also have high sensitivity, in order to ensure the quality of the detection of whatever is being sought at the time.
Therefore, scientists from Zagreb and Barcelona created sensor elements that meet both conditions. The Rudjer Boskovic Institute’s talented team consisted of Matej Bubas, Ivana Fabijanic, Vesna Janicki and Jordi Sancho Parramon.
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