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The continuous improvement of the epidemiological picture in Thessaloniki takes place between measurements in the wastewater of the urban complex, in research conducted by an interdisciplinary team of the Aristotle University of Thessaloniki in collaboration with EYATH.
“From measurement to measurement and after the rationalization of measurements, based on the environmental characteristics of the wastewater, there is a continuous decrease in the secretion rate of the viral load”, the rector of AUTh and scientifically responsible for the research told APE-MPE. research project, Prof. Nikos Papas “The value of the secretion rate of the viral load on Wednesday 25 November was about 30% lower than the value of Monday 23 November”, announced the rector of the Aristotle University of Thessaloniki. emerged on Friday afternoon, after the implementation of the multidimensional environmental rationalization of measurements, developed by the AUTh team.
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“We are doing better, but in no case we are satisfied”
“All this shows that we are doing better, but in no case we are satisfied, since we expect the improvement to consolidate after at least a week-ten days. We must be very careful in the coming days in observing the measures, the minimum satisfaction is enough to reverse the good course “, added the rector of AUTh.
As he explained, looking at the diagram showing the viral load measurements in Thessaloniki’s wastewater since the start of the epidemiological outbreak, it turns out that “we are still” in the red “and specifically at the levels where we measured the rate of charge secretion. viral in early November, when EODY reported cases for the city were at the level of 500 and beyond. “
AUTh’s graph for Thessaloniki’s wastewater
In the relative AUTh diagram, presented by APE-MPE, the sampling days recorded in red correspond to more than 500 cases – as announced in the respective days by EODY – the days recorded in orange in 100-400 cases and the days recorded in green in less than a hundred cases.
The coronavirus assessment methodology in municipal waste, developed by the AUTh team, simplifies measurements of the virus genome concentration based on 24 environmental factors, which can skew the measurement results. The research involves professors from 11 different laboratories of the Departments of Medicine, Chemistry, Pharmacy, Veterinary Medicine, Biology, Civil Engineering, Territorial Planning and Development Engineering.
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