Tecnatox - News

Presenting new advances on microbiota research

Nerea Carrión and David Mateo, postgraduate students of TecnATox, presented their posters at the 10th Annual World Meeting on Targeting Microbiota between October 17-19 in Venice, Italy. Hosted by the International Society of Microbiota, the event has covered the latest breakthroughs in this evolving and fascinating field.

Both Nerea and David conduct their research in the framework of the official project entitled DEM-BIOTA (DEMentias and microBIOTA composition: Microbiota in dementias. Is possible to revert the dementia symptoms reverting the microbiota composition?), which is led by their PhD supervisor Dr. Marga Torrente.

Posted on 19-10-2023

Chairing a session at the SETAC Europe 34th Annual Meeting

Dr. Montse Marquès will be chairing the session entitled “Unveiling the chemical exposure: Insights from human biomonitoring and its influence on adverse health outcomes” announced within Track 3 “Environmental Chemistry and Exposure Assessment: Analysis, Monitoring, Fate and Modelling” at the SETAC Europe 34th Annual Meeting. We encourage all exposome enthusiasts to submit an abstract before 29 November 2023.

We hope to see you in Seville from 5 to 9 May 2024!

Posted on 13-10-2023

Microplastics: A worldwide problem for the environment and the human health

Microplastics filtered by sewage treatment plants re-enter the environment through soil fertilizers.

This is the main conclusion of a research team of TecnATox, led by Dr. Joaquim Rovira and Dr. Nora Expósito, who analyzed several samples of water and sludge from different units at a wastewater treatment plant. The results showed that, although 96% of the microplastics disappear from the treated water, these are deposited in the sewage sludge, which is often used as fertilizer in agriculture and can pose significant risks to to health and ecosystems.

In every kilogram of sludge, the researchers estimated an approximate amount of 100,000 microplastics. As they highlighted, "these particles can help to accumulate and transport heavy metals and other chemical pollutants, thus increasing environmental and human health risks". In addition, "microplastics can be ingested by terrestrial microorganisms and enter our food chain".

Pollution by microplastics is a global environmental problem, present in all natural ecosystems (water, soil and air) and which concerns not only the scientific community, but also society in general. Microplastics are non-biodegradable synthetic particles with a diameter of less than 5 mm, which can enter natural ecosystems in several ways, one of the main ways being water treatment plants.

More information from this study can be found at the following scientific paper:

Lara Dronjak, Nora Exposito, Jordi Sierra, Marta Schuhmacher, Karin Florencio, Beatriz Corzo, Joaquim Rovira, Tracing the fate of microplastic in wastewater treatment plant: A multi-stage analysis of treatment units and sludge, Environmental Pollution, Volume 333, 2023,122072, ISSN 0269-7491, https://doi.org/10.1016/j.envpol.2023.122072

TV3, the Catalan public television, echoed this news at TN Comarques: https://www.ccma.cat/tv3/alacarta/telenoticies-comarques/un-estudi-de-la-urv-questiona-el-tractament-dels-microplastics-a-les-depuradores/video/6244264/

Posted on 10-10-2023

TecnATox researchers attend the 36th ECNP Congress

Nerea Carrión and David Mateo, postgraduate students of TecnATox, attended the 36th ECNP Congress, which took place in Barcelona between October 7-10. The annual ECNP Congress is Europe’s largest meeting in applied and translational neuroscience, and it is organized by the European College of Neuropsychopharmacology.

Both Nerea and David conduct their research in the framework of the official project entitled DEM-BIOTA (DEMentias and microBIOTA composition: Microbiota in dementias. Is possible to revert the dementia symptoms reverting the microbiota composition?), which is led by their PhD supervisor Dr. Marga Torrente.

Posted on 10-10-2023

Training in the framework of the DISCERN Erasmus Plus Project

On 3-5 October, we have been in Malta learning and sharing experiences about circular economy education and entrepreneurship at the LTTA hosted by the MECB in the framework of the DISCERN Erasmus Plus Project. The training was focused on:

Industry Green transformation – circular design of products
Resource-intensive sectors transformation – Plastic
Towards biodiversity and ecological transformation of companies
Disruptive innovation management for monitoring and optimizing circular economy Performance
Rethinking companies’ business model for sustainable development & business plan
Public and private start-up financing opportunities for sustainable growth.

More information about the project: https://discern.erasmus.site/

Posted on 06-10-2023

A new EU project on endocrine disruptors under Dr. Kumar's leadership

Dr. Vikas Kumar and his team will be involved in a new EU project, which is named MERLON (Merging scientific evidence with regulatory practices and leveraging identification of endocrine disruptors using new approach methodologies) and will be coordinated by the Technical University of Denmark [DTU].

There will be 11 prominent EU institutions participating: (1) Technical University of Denmark, Denmark DTU, 2) Vrije Universiteit, Netherland VUA, 3) Karolinska Institute, Sweden KI, 4) Research Institute For Environmental And Occupational Health, France IRSET, 5) The Capital Region of Denmark, Denmark REGIONH, 6) University of Lieg, Belgium ULIEGE, 7) Pere Virgili Institute for Health Research, Spain IISPV, 8) National Institute for Public Health and the Environment, Netherland RIVM, 9) University of Cordoba, Spain UCO, 10) Health and Environment Alliance, Belgium HEAL, and 11) Norwegian Institute for Water Research, Norway NIVA).

The project will last 5 years and it will start from December 2023. MERLON is focused on endocrine-disrupting chemicals (EDCs) by developing the adverse outcome pathway (AOP) framework, especially quantitative AOP networks, and increasing the availability of human-relevant new approach methodologies (NAMs) to bridge the gap between science and policy needed to advance regulatory decision making and reduce health impacts of EDCs. Therefore, the focused endpoint will be reproductive toxicity after exposure to EDCs.

Posted on 26-09-2023