<p><strong>Beer and wine. That&#39;s why Associate Professor Branislav Vrana decided to study food chemistry at the university. Initially, he wanted to become a professional brewer or winemaker, but his plans took a completely different direction, and he became an environmental chemist. For his first trip abroad, Vrana had to wait because of the political situation, but then he traveled and lived with his family in Germany and the UK. Why did he decide to travel abroad? And when did he get the idea to go back? Read the interview with Branislav Vrana - scientist, adventurer, and enthusiastic historian.</strong></p>
<h5><strong>Associate Professor Vrana, what fascinated you so much about science that you decided to pursue a career as an environmental scientist?</strong></h5>
<p>I&#39;ve been interested in chemistry since elementary school, so I decided to study it. In 1989, I started at the Faculty of Chemical Technology at the Slovak Technical University in Bratislava. My thesis supervisor, physical chemist Professor Štefan Baláž, now based in the USA at the Albany College of Pharmacy and Health Sciences, led me to research the environment and health. Professor Balazs pioneered the study of quantitative structure-activity relationships (QSAR) between the structure of chemicals and their biological effects. After 1989, it became clear that many environmental burdens in Czechoslovakia also negatively affected human health. Professor Balazs asked me to help him investigate the relationship between the structure and microbial degradability of one group of pollutants, the so-called polychlorinated biphenyls. That was the beginning of my journey as an environmental scientist. And, frankly, I never imagined this would be my path.</p>
<h5><strong>What was your field of study in college</strong>?</h5>
<p>I studied food chemistry, which was an interdisciplinary study called Biochemical Technology. We took some courses at the Faculty of Chemical Technology of The Slovak University Of Technology and others at the Faculty of Science of Comenius University. And among the subjects, I studied at the Faculty of Technology were, for example, brewing and wine production technologies. If I hadn&#39;t become a scientist, I would have stayed working in the food industry. After graduation, I studied fermentation technology and would have gone into food additive manufacturing in the brewing or winemaking industry. I still have a connection to winemaking - we have a small vineyard in the family and make our wines, which is why I previously considered a career as a professional winemaker. Incidentally, I&#39;m still drawing on my university studies to work in the family vineyard and make wine. Laugh.</p>
<p><img src="https://storage.googleapis.com/labrulez-bucket-strapi-h3hsga3/RECETOX_CC_BY_Branislav_Vrana_Fotografie_ze_zivota_v_Portsmouth_4_72f3d7df46/RECETOX-CC-BY-Branislav-Vrana-Fotografie-ze-zivota-v-Portsmouth-4.jpg" alt="RECETOX, CC-BY, Branislav Vrana: a picture from life in Portsmouth."/></p>
<h5><strong>But beer and wine production didn&#39;t tempt you, and you started your doctoral studies. What was your dissertation topic?</strong></h5>
<p>My supervisor&#39;s enthusiasm for environmental research guided me away from classical biotechnology. I went on to study the factors that influence PCBs&#39; microbial degradability. I also pursued this topic while writing my Ph.D. thesis at the Faculty of Chemical Technology and Engineering, The Slovak University of Technology, in Bratislava. Polychlorinated biphenyls are an exciting group of 209 structurally similar substances. They differ in properties, environmental fate, toxicity, and biodegradability due to the number and location of chlorine atoms on the biphenyl skeleton. They are interesting as a model object of research. In the 1990s, removing them biotechnologically from contaminated sites, such as the former factory, for their production in Strážské in eastern Slovakia was possible. Unfortunately, their resistance to biodegradation (persistence) is enormous, and they are still present at many sites decades after their production was prohibited.</p>
<h5><strong>You&#39;ve lived for several years abroad. And from your story, it sounds like a great adventure! How did it all start?</strong></h5>
<p>After finishing my university studies, I wanted to continue in science, but I discovered that it would not be difficult in Slovakia. It was the 1990s, a period of economic depression and a politically complicated time. At the end of my Ph.D. studies, Professor Balazs was offered a professorship at the University of Minnesota, and I completed my dissertation under his supervision remotely. After Professor Balazs went abroad, his working group also broke up, and its members ended up abroad. I was curious about how science is done in other countries and wanted to gain new knowledge and experience. I had desired to go overseas during my engineering studies, but in the 1990s, it was challenging to do so. Thanks to my supervisor&#39;s international contacts, I attended several international conferences during my doctoral studies. The first was a trip to Switzerland, and it was great! First time abroad! We went as a group, professor and Ph.D. students, all squeezed together in one Felicia. Laugh. Then I was able, as part of a NATO-supported project, to go to Canada for a two-month internship at the Canadian Centre for Inland Waters near Toronto. It was a very intense experience. But I was not such an adventurer to stay there. I also felt a bit of a language handicap. But it doesn&#39;t matter; my life took me to Leipzig, Germany.</p>
<h5><strong>And why Leipzig?</strong></h5>
<p>My supervisor collaborated with Professor Schürman at the Helmholtz Center for Environmental Research (UFZ). And I was lucky because they were looking for a postdoc on the fate of toxic substances in the environment. At that time, there was a lot of emphasis on POPs (Persistent Organic Pollutants), and I had already had experience with similar research in Slovakia.</p>
<p><img src="https://storage.googleapis.com/labrulez-bucket-strapi-h3hsga3/RECETOX_CC_BY_Branislav_Vrana_Fotografie_ze_zivota_v_Portsmouth_e4a16ccf8a/RECETOX-CC-BY-Branislav-Vrana-Fotografie-ze-zivota-v-Portsmouth.jpg" alt="RECETOX, CC-BY, Branislav Vrana: a picture from life in Portsmouth."/></p>
<h5><strong>When did you go to Leipzig? And was it an easy decision?</strong></h5>
<p>I left in 1998. I was happy to go from Slovakia because the situation in the country didn&#39;t look good. Fortunately, the political regime changed, the much-needed reforms came, and everything took a better direction, but by that time, I was already in Leipzig. If I had stayed in Slovakia a little longer, I might never have left.</p>
<h5><strong>How was your life in Leipzig?</strong></h5>
<p>I went to Leipzig with my wife, who was then pregnant with our first son. Both my sons were born in Germany, where we lived together for 4.5 years. At the Centre, they planned to keep my position for three years, then the research extended, and I stayed another year and a half. We were happy in Leipzig. The city was flourishing, and the Helmholtz Center was a new center for applied environmental research. I still work with many colleagues from Leipzig today, and we have remained close friends.</p>
<h5><strong>Moving from Czechoslovakia to Germany wasn&#39;t easy. Did you like the city itself?</strong></h5>
<p>Leipzig is an exciting city that systematically repaired its monuments after the regime change in 1989. It also invested in architecture, transport, science, and research. And the attractiveness of the city, in general, has grown enormously. The city center is not very big, in some ways it reminds me of Brno, people live near large parks and nature. Leipzig was, and therefore still is, a great city.</p>
<h5><strong>And what exactly did you do at the Helmholtz Center?</strong></h5>
<p>The issues I worked on were innovative methods for monitoring environmental pollutants. And we were developing a new passive sampling technique as an effective monitoring method that would be low-cost and simultaneously monitor pollutants. We worked on projects related to surface and groundwater pollution. Leipzig and the surrounding area have been a center of the chemical industry for more than 100 years, producing a wide range of chemicals and phytochemicals. The local factories were bombed during the war, and chemicals got into the surrounding area and groundwater. Plus, in the pre-1989 era, nobody cared about the environmental safety of chemicals. After all the events in and around Leipzig, industrial sources and mining polluted the surface and groundwater. For example, I also investigated how to remove chemicals from groundwater. We researched the extent of surface water pollution in the vicinity of Eisleben in the Mansfeld region, where, coincidentally, the great church reformer Martin Luther was born and died. The town had been a mining town since the Middle Ages, surrounded by copper mines (e.g., Luther&#39;s father was also a miner). The processing of the copper slate produced various organic and inorganic pollutants in large quantities, which were washed as fine sludge into the rivers and deposited at the bottom of the water reservoirs. There, one can find, figuratively, the entire periodic table of chemical elements and a wide variety of their compounds.</p>
<h5><strong>And what happened after Germany?</strong></h5>
<p>I had the opportunity to stay in Leipzig, but I was still young enough and wanted to try something else. Luckily, I was offered a job at the University of Portsmouth in South England. Colleagues were submitting a new European project on a research topic close to my heart. I was in contact with them, and after the project was approved, the project coordinators suggested I apply for a researcher position. It worked out, and I was offered the job in the three-year project.</p>
<p><img src="https://storage.googleapis.com/labrulez-bucket-strapi-h3hsga3/RECETOX_CC_BY_Branislav_Vrana_Fotografie_ze_zivota_v_Portsmouth_3_5d9cbb058a/RECETOX-CC-BY-Branislav-Vrana-Fotografie-ze-zivota-v-Portsmouth-3.jpg" alt="RECETOX, CC-BY, Branislav Vrana: a picture from life in Portsmouth."/></p>
<h5><strong>How did you manage to move again with two young children?</strong></h5>
<p>Moving was a big adventure. When I applied for the position, I realized that moving could be challenging. Laugh. First, I moved my wife and two young children back to Slovakia and went alone to England to find housing for all of us. We had all our stuff in Germany all the time because we needed to figure out where to move it. I found a removal company on the internet that suited our needs, and they moved all our possessions from Leipzig to a depot near Berlin, where they stayed for a while before I knew where we would live. Within two weeks, I found a place to live in Portsmouth. We had a typical small British house just fifteen minutes by bike from the beach. I used to cross the harbor by boat to work every day. It would have been more than 30 km driving around the whole port. On the boat, it was only two kilometers.</p>
<h5><strong>It sounds like a story out of a movie.</strong></h5>
<p>And it was true. Laugh. England was great. My youngest son lived through his early childhood in Portsmouth and then missed England for a long time.</p>
<h5><strong>And what about moving on to England?</strong></h5>
<p>I settled in, planted a flower bed, and waited for my wife and sons. Laugh. But when they arrived in England, the furniture still wasn&#39;t there. The shipping company came a month later. And so we were living in a camp, only under a roof. Laugh. And I still remember the great joy of our children when they saw their toys after more than two months. It wasn&#39;t always easy with our travels, and I admire my staying with me.</p>
<h5><strong>Where did you like it better - Leipzig or Portsmouth?</strong></h5>
<p>It&#39;s hard to compare. Each country has its pros and cons; everywhere, there is something to admire and learn something new. The Germans are less friendly at first, the English more jovial. With Leipzig, located in the east of Germany, we share a similar post-war history and life experience, so my colleagues from Leipzig were a little closer to me than those from Portsmouth. But I have good friends in Germany and England. And I&#39;m very fond of history, especially medieval history. We used to go on train trips around the south of England and explore the backwaters of history.</p>
<h5><strong>What did you work on in England?</strong></h5>
<p>The work was exciting. With eight partners from all over Europe, we developed a sampler that we managed to patent. In England, we focused on sampling regulated organic pollutants, such as persistent pesticides on the surface and seawater. And we sampled right in the Royal Navy harbor in Portsmouth, where a British aircraft carrier was docked at the time; I think it was HMS Invincible. The port is very contaminated; big ships are being repaired there, and it&#39;s a busy transport hub. In addition, during the Second World War, the city of Portsmouth and its harbor were frequently bombed by the Luftwaffe, so oil was repeatedly spilled into the sea, and unexploded ordnance was still found in the port.</p>
<p><img src="https://storage.googleapis.com/labrulez-bucket-strapi-h3hsga3/RECETOX_CC_BY_Branislav_Vrana_Fotografie_ze_zivota_v_Portsmouth_5_8afbeab10f/RECETOX-CC-BY-Branislav-Vrana-Fotografie-ze-zivota-v-Portsmouth-5.jpg" alt="RECETOX, CC-BY, Branislav Vrana: a picture from life in Portsmouth."/></p>
<h5><strong>And did you want to stay in England or move on?</strong></h5>
<p>As much as my family liked England, we missed central Europe and our family. Plus, my wife wanted to start work after maternity leave, and with young children in a foreign country where you don&#39;t have a background, it&#39;s hard to have both parents working. Moreover, Slovakia has been in the European Union since 2004, and this promises a brighter tomorrow. In 2006 we decided to return to Slovakia.</p>
<h5><strong>Where did you put down roots after returning to your homeland?</strong></h5>
<p>After I arrived, I looked for various jobs in the industry, but I still wanted to work on water and pollution issues. Eventually, I ended up at the Water Research Institute in Bratislava in the National Reference Laboratory for Water. I worked in an accredited laboratory, monitoring surface and groundwater quality throughout Slovakia and developing methods for determining regulated pollutants. I also tried to get my research projects, which were quite successful. For example, we cooperated with Austria, investigating the quality of water in the Danube. We helped reconstruct Bosnia and Herzegovina after the war and trained our colleagues there to have sufficient expertise in implementing European water legislation. It was exciting to work. But after a while, the routine grew, and I started to miss the space for my research. I worked in Slovakia until 2014, and then we moved to Brno.</p>
<h5><strong>So RECETOX?</strong></h5>
<p>Yes, RECETOX. At an international conference in Prague in 2009, we met Professor Jana Klánová, who was looking for scientists with expertise in new research areas. It was perfect timing. I missed science, the intense contact with the scientific world, and the university environment. Word got around, and I have been commuting to Brno every week since 2010 to teach and engage in research activities at RECETOX. I enjoyed working with the students on their final theses. I also threw myself into research and publishing activities, and gradually I was in Brno more and more until we moved to the south of Moravia entirely with my family. And we are very happy here.</p>
<h5><strong>And what is the current topic of your scientific work?</strong></h5>
<p>My team and I work on several thematic areas. One priority is characterizing the fate and risks of pollutants in the aquatic environment. We are developing methods to assess how much aquatic organisms are exposed to trace organic contaminants in surface water, wastewater and sediment. Although it appears that humans do not come into direct contact with pollutants from rivers, this is a misconception. For example, fish living in water take up contaminants, and we eat them in fish flesh.</p>
<p><img src="https://storage.googleapis.com/labrulez-bucket-strapi-h3hsga3/RECETOX_CC_BY_Branislav_Vrana_Fotografie_ze_zivota_v_Portsmouth_2_638bcb81d7/RECETOX-CC-BY-Branislav-Vrana-Fotografie-ze-zivota-v-Portsmouth-2.jpg" alt="RECETOX, CC-BY, Branislav Vrana: a picture from life in Portsmouth."/></p>
<h5><strong>Why did you choose to research contaminants in water?</strong></h5>
<p>I have always had a relationship with nature and love the sea. I would have been interested in air research as well, but the topic of water pollution came to me so gradually, and I took it on as my own.</p>
<h5><strong>Associate Professor Vrana, you&#39;ve traveled extensively. In retrospect, how do you see your travel and scientific adventures?</strong></h5>
<p>In history, it was pretty standard that every apprentice, to become more experienced in their craft and become a master, had to compulsorily go abroad for a few years to gain new knowledge. And in science, it is no different. Experiencing research abroad and experiencing other cultures is incredibly rewarding, and I recommend it to everyone. It&#39;s never too late!</p>
<h5><strong>Where is it going next?</strong></h5>
<p>Laugh. Nowhere! I hope it&#39;s Brno, and RECETOX is already my destination.</p>


Environmental chemist Branislav Vrana: To the first conference, we drove in an old Skoda Felicia

<p><span data-contrast="auto"><strong>Nina Pálešová is an environmental epidemiologist and a&nbsp;recent PhD graduate. She started at the Faculty of Science as a&nbsp;student of experimental biology, planning to focus primarily on microbiology. However, after learning about </strong></span><a target="_blank" rel="noopener noreferrer" href="https://lcms.labrulez.com/companies/19"><span data-contrast="auto"><strong>RECETOX</strong></span></a><span data-contrast="auto"><strong> in one of the lectures, she quickly changed her mind. She chose her thesis supervisor at the center, where she also completed her dissertation. In the interview, we explored how the young scientist transitioned from studying wastewater treatment to researching the impact of chemicals on the cardiovascular system of firefighters, what both topics have in common with her interest in the environment, and where everyone can come into contact with toxic substances.</strong></span></p><h5><strong>Nina, what brought you to RECETOX?</strong></h5><p>During the first semester of my experimental biology studies as an undergraduate, various research directions at the Faculty of Science, Masaryk University, were presented. The RECETOX lecture impacted me so much that I&nbsp;quickly changed my plan and focused on ecotoxicology instead of microbiology. I&nbsp;remember the lecture was about a&nbsp;study on crayfish that couldn’t reproduce due to contraceptive residues in rivers. I’ve always been drawn to environmental protection, and when I&nbsp;found out there was a&nbsp;field based on biology and chemistry that also focused on environmental protection, I&nbsp;knew I&nbsp;wanted to continue there.</p><h5><strong>In your thesis, you focused on filtration technologies for wastewater treatment, but in your dissertation, you worked on epidemiological research. How did that shift happen?</strong></h5><p>The topic I&nbsp;chose for my thesis was very engaging, but when I&nbsp;decided to pursue a&nbsp;PhD, I&nbsp;felt a&nbsp;lot of energy that I&nbsp;wanted to use to broaden my horizons with a&nbsp;new topic. Associate Professor Pavel Čupr had a&nbsp;topic on studying chemical exposure at the population level and biomonitoring. During my master’s, it became clear that the technique of screening and measuring chemicals directly in human matrices, such as blood or urine, would be very appealing to me. The researcher looks inside the body, finding out what is where, what levels of substances we have in blood, urine, or even breast milk. I&nbsp;always found that very interesting.</p><h5><strong>Changing the focus of your research topic must have brought about a&nbsp;change in research methods as well. How was that for you?</strong></h5><p>It was also a&nbsp;leap, but a&nbsp;fairly smooth one. The change for me started at the level of population studies, where I&nbsp;had to work with statistics. Fortunately, during my master’s studies, I&nbsp;had some statistical courses, so I&nbsp;wasn’t completely unfamiliar with it; I&nbsp;just started using it practically. The rest were laboratory methods that I&nbsp;had already used in my thesis or learned about during my master’s studies.</p><p><img src="https://storage.googleapis.com/labrulez-bucket-strapi-h3hsga3/Recetox_Latky_ktere_jsme_ve_Fire_Expo_zkoumali_u_hasicu_jsou_vsude_kolem_nas_a_populace_je_jim_bezne_vystavena_rika_environmentalni_epidemiolozka_Nina_Palesova_f819f360bd.jpg" alt="Recetox: “The substances we studied in the CELSPAC-FireExpo project with firefighters are all around us, and the population is commonly exposed to them,” says environmental epidemiologist Nina Pálešová" srcset="https://storage.googleapis.com/labrulez-bucket-strapi-h3hsga3/thumbnail_Recetox_Latky_ktere_jsme_ve_Fire_Expo_zkoumali_u_hasicu_jsou_vsude_kolem_nas_a_populace_je_jim_bezne_vystavena_rika_environmentalni_epidemiolozka_Nina_Palesova_f819f360bd.jpg 186w," sizes="100vw" width="940" height="788"></p><h5><strong>Your dissertation eventually evolved into the </strong><a target="_blank" rel="noopener noreferrer" href="https://www.recetox.muni.cz/hear/projects/celspac-fireexpo"><strong>CELSPAC-FireExpo </strong></a><strong>project, which focused on the firefighter population. What was it about?</strong></h5><p>It is a&nbsp;population study in which we worked with more than a&nbsp;hundred firefighters primarily from the South Moravian Region. The aim was to assess the chemical exposure of firefighters during work or training. Everyone can imagine that firefighters are exposed to many chemicals, such as smoke. We were interested in four groups of substances that everyone is exposed to in smaller amounts and are suspected of having negative health effects. These were <a target="_blank" rel="noopener noreferrer" href="https://lcms.labrulez.com//articles?search=PFAS"><strong>PFAS</strong></a>, sometimes known as forever chemicals, <a target="_blank" rel="noopener noreferrer" href="https://gcms.labrulez.com//articles?search=PAH"><strong>polycyclic aromatic hydrocarbons (PAHs)</strong></a>, benzotriazoles, and toxic metals. Specifically, we were interested in how these substances could affect cardiovascular health. The incidence of cardiovascular diseases is higher among firefighters, and exposure to chemicals could play a&nbsp;role in this.</p><h5><strong>What can I&nbsp;imagine these groups of substances to be?</strong></h5><p><a target="_blank" rel="noopener noreferrer" href="https://lcms.labrulez.com//library?search=PFAS"><strong>PFAS</strong></a> are used, for example, in firefighting foams as foaming agents and are also found in protective suits, where they protect firefighters from dirt, temperature, and other factors. <a target="_blank" rel="noopener noreferrer" href="https://gcms.labrulez.com//library?search=PAH"><strong>PAHs</strong></a> are combustion by-products and are part of the aforementioned smoke. Firefighters wear masks during interventions, but they can inhale substances from residual smoke when searching through debris or even if they are just standing nearby after an intervention. PAHs also penetrate the body through the skin, for example, through soot. Benzotriazoles are relatively new to research and are found everywhere in the environment, whether in water, soil, or dust. Due to their chemical properties, they serve as anti-corrosion coatings and can be found in household appliances. They are also added to laundry detergents and dishwasher tablets or used as de-icing fluids in aviation or flame retardants. It has been found that they are present in our bodies in measurable concentrations, but it is not yet clear whether they have toxic effects, although their structure and models suggest such potential. Toxic metals are found in batteries and were historically part of pipe coatings or pesticides. This group of substances can also be released during combustion.</p><h5><strong>How did the research turn out?</strong></h5><p>Firefighters had elevated levels of PFAS, PAHs, and lead in their bodies. In case of benzotriazoles, we did not observe elevated levels among firefighters, however, we know that they can be excreted from the body very quickly.Elevated concentrations of PFAS and PAHs in firefighters were associated with increased bilirubin. Elevated lead levels were also associated with increased cholesterol. Both bilirubin and cholesterol are considered indicators of cardiovascular health. So, in simple terms, an increase in these markers indicates a&nbsp;higher future risk of developing cardiovascular disease. Thus, our hypothesis was confirmed.</p><h5><strong>Were the results of the project successfully implemented in practice, and were any measures adopted?</strong></h5><p><span data-contrast="auto">PFAS are being addressed at a&nbsp;global level, with legislative steps already underway. For other substances, various measures can be proposed specifically for firefighters to reduce exposure. These measures are relatively simple but not yet implemented in the fire service. The fire service addresses injuries, but there is no department or working group that deals with the effects of chemical exposure on health; firefighters are only briefly introduced to the topic during their initial training. It is necessary to deepen education and explain that even though substances are invisible, they still enter the body. The next step is to change procedures, such as introducing new decontamination processes after interventions. Foreign research indicates that even the environment of a&nbsp;fire station is somewhat contaminated and can affect the levels of substances in their bodies. Currently, it is often taken for granted that since this issue has not been addressed for thirty years and seemingly nothing has happened, there is no need to address it in the future. However, thanks to the project’s activities, the results were communicated not only at professional conferences but also with study participants. A&nbsp;working group called “Healthy Firefighter” was even established, which prepares websites, guides, and study materials for firefighters. We strive to have an impact on the entire community.</span></p><h5><strong>What is the significance of the project’s results for the broader society and the environment?</strong></h5><p><span data-contrast="auto">The substances we studied in the project are everywhere, and the general population is constantly exposed to them. This project focuses on a&nbsp;specific group of people, but it’s still the same pollutants. If our research shows that the health of the selected group may be at risk, these substances will receive more attention, which can lead to significant changes and improvements not only in the quality of life for firefighters but practically for all of us. Chemical substances migrate in the environment and almost always find their way back to humans. However, if we limit their use, we limit their migration and improve the quality of the environment for everyone. And I&nbsp;don’t mean just people! For example, the aforementioned firefighting foams not only endanger firefighters but, after use, can flow through the sewage system into the nearest river, further contributing to the contamination of river ecosystems and even reaching drinking water sources. We can imagine something similar for benzotriazoles, which are used in large quantities at airports as de-icing fluids. By highlighting the potentially toxic effects of these substances, we initiate a&nbsp;societal debate and create space for further research and possible new regulations.</span></p><h5><strong>You are surrounded by information about toxic substances every day. What do you personally avoid in your daily life?</strong></h5><p><span data-contrast="auto">My perception of the risks of toxic substances evolves, and at this point in my life, I&nbsp;accept it more and try not to stress unnecessarily. Within my means, I&nbsp;try to avoid what I&nbsp;think are sources and what doesn’t benefit the planet, such as unnecessary single-use packaging. In single-use paper food packaging, we can encounter the already mentioned PFAS because they effectively repel water and grease, increasing the durability of the paper. This can include microwave popcorn, pizza boxes, or fast-food packaging. While plastic packaging doesn’t contain PFAS, it does contain plasticizers that can leach into the surrounding environment. When something hot (and tasty) is placed in the container, there is potential for plasticizers or other additives (such as phthalates or bisphenols) to quickly transfer into the food. For this reason, I&nbsp;prefer glass</span> food containers.</p><h5><strong>Do you plan to continue researching toxic substances?</strong></h5><p>I have just defended my dissertation and definitely plan to continue with the ongoing projects. Besides that, I&nbsp;might want to try something new, but I&nbsp;don’t have a&nbsp;specific idea yet. I&nbsp;enjoy science and believe I&nbsp;will continue to pursue it. I&nbsp;also believe that we will be able to utilize all the data from the CELSPAC-FireExpo study; we have collected a&nbsp;lot, and theoretically, we could also study the effect of substances on immunity. Ideally, we would continue with the same firefighters and collect samples and data from them every five years. That’s the dream; what the reality will be, we will see.</p>

“The substances we studied in the CELSPAC-FireExpo project with firefighters are all around us, and the population is commonly exposed to them,” says environmental epidemiologist Nina Pálešová

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RECETOX (Research Centre for Toxic Compounds in the Environment) is an independent department of the Faculty of Science of Masaryk University in Brno, which has been established in 1983. RECETOX is focused on the research and education in cross-cutting area of Environment and Health. It addresses interactions among chemicals, environment, and biological systems, including consequences at local, regional, and global levels.

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