Antonio Pizzolante

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This study examined how potentially harmful elements from soil, like zinc and lead, move into the food we grow. The researchers found that different elements vary in how easily they transfer to crops, showing that zinc is more likely to move into plants compared to thallium, which resists transfer. Understanding these dynamics is important because it helps assess food safety and potential health risks for consumers. Who this helps: This research benefits farmers and food safety regulators by highlighting the risks of toxic elements in crops.

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This study examined how exposure to environmental pollutants affects the gut microbiome of people living in heavily polluted areas of Southern Italy. Researchers analyzed the gut bacteria of 359 individuals and found that those from polluted areas had higher levels of harmful substances like dioxin and heavy metals in their blood, along with more gut bacteria capable of breaking down these toxins. The findings highlight the gut microbiome's important role in detoxifying harmful chemicals, which is crucial for understanding health risks from pollution. Who this helps: Patients living in polluted areas and healthcare providers.

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This study examined heavy metal contamination in the groundwater of Southern Italy's Campania Plain by analyzing 1,093 water samples from various aquifers. The researchers found that while the levels of heavy metals like lead and arsenic were generally low, children and infants are at a higher risk due to arsenic exposure, with risk values exceeding safe levels. This information is important because it highlights potential health hazards for vulnerable groups, especially in areas where water quality may be impacted by both natural and human activities. Who this helps: Patients, particularly children and infants, living in Southern Italy.

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This study looked at how wildfires in the Campania region of Italy may have contaminated the soil with harmful elements called potentially toxic elements (PTEs). Researchers found significant increases in mercury in the topsoil at both sites studied, with the highest levels related to ash from waste burning. At one site, they also identified increased levels of chromium and cadmium from biomass burning and higher concentrations of copper and zinc from crop fires. This research is important because it highlights the potential environmental dangers wildfires pose, even far from their location. Who this helps: This helps local communities, environmental agencies, and policymakers working on fire management and public health.

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This study examined groundwater in the Campania Plain of Southern Italy to measure levels of harmful chemicals called polycyclic aromatic hydrocarbons (PAHs). Researchers collected 1,168 samples and found that the highest PAH levels were in Caserta Province, with specific harmful compounds detected. The findings showed that the lifetime cancer risk for people exposed to these PAHs ranged significantly, indicating a serious health concern that could lead to cancer. Who this helps: This information helps patients and public health officials understand groundwater contamination risks and develop strategies to protect health.

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This study looked at whether the virus that causes COVID-19, SARS-CoV-2, can be found in wastewater and in certain shellfish (bivalve mollusks) in Campania, Italy. Researchers tested 168 wastewater samples and 57 mussel samples. They found that 92.3% of the wastewater samples contained the virus, especially in the colder months, while 54.4% of the shellfish samples showed some level of the virus, though at lower rates than in the wastewater. These findings matter because they show that tracking the virus in wastewater and shellfish could provide important information about COVID-19 in the community. Who this helps: This helps public health officials and researchers monitor the spread of COVID-19 in communities.

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This research studied how pollution affects health in vulnerable communities, particularly in the Campania region of Italy, known as the "Land of Fires," where environmental contamination is a concern. The study involved over 4,200 residents and aimed to connect pollution sources to health impacts using a new comprehensive approach that combines data from various scientific fields. The findings are significant because they help identify health risks associated with pollution, guiding public health actions to protect affected communities. Who this helps: This helps patients and communities living near polluted areas.

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This study looked at whether bivalve shellfish, like clams and oysters, can carry the SARS-CoV-2 virus in regions affected by sewage. It found the virus in 27 out of 179 bivalve samples tested, which means 15.1% of the samples contained the virus. The research is important because it shows that these shellfish can accumulate SARS-CoV-2, helping track the virus in water and monitor its spread and variations. Who this helps: This helps public health officials and researchers monitoring virus spread.

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This study looked at how the Ad26.COV2.S COVID-19 vaccine affects the severity of illness and the need for intensive care in COVID-19 patients. Researchers analyzed data from 71 patients and found that vaccinated patients had lower severity scores on CT scans (14.1 compared to 15.7 for unvaccinated patients) and were less likely to be admitted to intensive care units. This matters because it shows that the vaccine can help protect against severe illness from COVID-19, leading to better outcomes for patients. Who this helps: This helps COVID-19 patients and healthcare providers.

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This study looked at the number of people in Ariano Irpino, Italy, who had antibodies against the SARS-CoV-2 virus, which causes COVID-19. Out of 13,218 people tested, 738 were found to have antibodies, leading to an overall prevalence rate of 5.6%. Notably, the rate was 13% among children under 14, indicating that younger individuals had a higher level of exposure. Understanding these numbers is important for helping public health officials manage and respond to the pandemic effectively. Who this helps: This benefits public health officials and healthcare providers in managing COVID-19 strategies.

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This study looked at air pollution caused by harmful chemicals called persistent organic pollutants (POPs) in the Campania region of Italy, using advanced measurement techniques across 129 different locations. The researchers found that the highest levels of pollution were in the Naples metropolitan area, especially in places like Bagnoli, the Sarno River Basin, and parts of northeastern Naples. This research is important because it helps to pinpoint where pollution comes from and assess the risks involved for public health. Who this helps: This benefits local residents and environmental health officials.

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This study looked at the levels of harmful contaminants called dioxins and dioxin-like PCBs in buffalo milk from the Campania region of Italy over a 10-year period from 2008 to 2018. The research found that the contamination levels significantly decreased from 2008 to 2010, dropping from about 2.37-8.48 to 0.67-1.46 units of measurement. By 2018, the levels remained consistently low and were well below the safe limit set by the European Union, meaning the milk is safe for consumption. Who this helps: This helps consumers of buffalo milk and dairy products, especially those in the Campania region.

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This study looked at 236 animals, such as buffaloes, goats, and pigs, that had been in close contact with humans infected with COVID-19. The researchers found that none of these animals tested positive for the virus, indicating that the chances of the virus spreading from humans to these animals are very low. This matters because it reassures breeders and pet owners about the safety of their animals in relation to COVID-19. Who this helps: This helps animal breeders and pet owners.

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This study created a tool to measure environmental stress in towns in Campania, Italy, particularly addressing issues from illegal waste dumping and burning. They developed a mathematical model that assigns a score to each town based on environmental pressures, which can help guide health studies and cleanup strategies. This is important because it aims to improve public health and tackle pollution in affected areas. Who this helps: This helps local communities, health officials, and environmental planners.

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This study looked at how long people in Ariano Irpino, Italy, maintained antibodies against the virus that causes COVID-19 after being infected. Researchers found that over 90% of the people who were never sick still had detectable antibodies 11.5 months after infection, with no cases of re-infection noted. Understanding how long these immune responses last is important for planning vaccinations and public health strategies. Who this helps: This helps patients and public health officials.

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Researchers tested 3,185 people in Italy using five different blood tests to detect antibodies showing they had been infected with COVID-19, comparing how well these tests matched each other's results. Most tests performed well and gave similar results, finding that about 2% of the population had been infected—a very low rate that explained why COVID was spreading so widely in the second wave. This comparison was important because these antibody tests were new and needed to be proven reliable before being used to track how many people in the community had actually had COVID.

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This study looked at dangerous chemicals called polycyclic aromatic hydrocarbons (PAHs) in the soil around Caserta, Italy. Researchers found PAH levels ranging from very low (10.0 ng/g) to very high (4191 ng/g), with the average level being 28.5 ng/g. The highest levels of PAHs were found in the city of Caserta, mostly from sources like industrial activity, vehicle exhaust, and burning coal. While the overall risk to the environment was low, there are health risks for people living nearby due to these soil contaminants. Who this helps: This research benefits local residents and health officials working to manage soil contamination and its health effects.

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This study examined the presence of harmful chemicals in the air, soil, and dust in the Naples metropolitan area, focusing on persistent organic pollutants like certain pesticides and industrial compounds. Researchers found these pollutants throughout the area, especially in hotspots like the Bagnoli Brownfield Site and the "Triangle of the Death," where there are high risks associated with pollution. This is important because it highlights the ongoing environmental risks in urban areas that can affect both local health and the surrounding environment. Who this helps: This research benefits residents of Naples and environmental health advocates.

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This study looked at the levels of harmful pesticides in the soils of Benevento, southern Italy. The researchers found that these pesticides ranged from very low (0.058 ng/g) to relatively high (16.9 ng/g), with an average of 1.71 ng/g. Most of the contamination came from specific types of pesticides that are known to linger in the environment, particularly near landfill sites, but overall, the risks to people and the environment from these pesticides are considered low. Who this helps: This information benefits local communities and environmental health officials.