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With no current cure, mitochondrial diseases are a family of genetic diseases that seriously affect various organs and tissues of the body. The onset of mitochondrial diseases vary both in terms of how it manifests clinically and the age of patients. We know that such diseases originate from an inadequate production of energy by the cell that manifests a dysfunction in the respiratory chain. A team of researchers from the University of Padua, coordinated by Carlo Viscomi and Massimo Zeviani, directors of the Mitochondrial Medicine Laboratory, recently published a study in the Brain Journal of Neurology entitled Double administration of self-complementary AAV9NDUFS4 prevents Leigh disease in Ndufs4−/− mice that identifies a possible new approach in the search for a cure for mitochondrial diseases (authors: Samantha Corrà, Raffaele Cerutti, Valeria Balmaceda, Carlo Viscomi, Massimo Zeviani).

The team developed an AAV virus capable of re-expressing the human NDUFS4 gene and introduced it into murine mutant mice at birth. The study showed that 4 out of 5 mice survived well beyond the six months mark compared to the six week survival of untreated mice. Mice treated with AAV demonstrated a lower neurological deficit of the motor type and fewer biochemical deficits compared to the progressive decay found in untreated mice.

Prof. Massimo Zeviani of the Department of Biomedical Sciences of the University of Padua explains, “Our study offer a possible new and promising approach in the therapeutic research of mitochondrial diseases, such diseases are some of the most important families of genetic diseases for which there is no cure.”

The study is the result of a project carried out thanks to the support and collaboration of researchers from the University of Padua with Telethon Foundation, Associazione Luigi Comini Onlus, and Fondation NRJ pour les Neurosciences.

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With no current cure, mitochondrial diseases are a family of genetic diseases that seriously affect various organs and tissues of the body. The onset of mitochondrial diseases vary both in terms of how it manifests clinically and the age of patients. We know that such diseases originate from an inadequate production of energy by the cell that manifests a dysfunction in the respiratory chain. A team of researchers from the University of Padua, coordinated by Carlo Viscomi and Massimo Zeviani, directors of the Mitochondrial Medicine Laboratory, recently published a study in the Brain Journal of Neurology entitled Double administration of self-complementary AAV9NDUFS4 prevents Leigh disease in Ndufs4−/− mice that identifies a possible new approach in the search for a cure for mitochondrial diseases (authors: Samantha Corrà, Raffaele Cerutti, Valeria Balmaceda, Carlo Viscomi, Massimo Zeviani).

The team developed an AAV virus capable of re-expressing the human NDUFS4 gene and introduced it into murine mutant mice at birth. The study showed that 4 out of 5 mice survived well beyond the six months mark compared to the six week survival of untreated mice. Mice treated with AAV demonstrated a lower neurological deficit of the motor type and fewer biochemical deficits compared to the progressive decay found in untreated mice.

Prof. Massimo Zeviani of the Department of Biomedical Sciences of the University of Padua explains, “Our study offer a possible new and promising approach in the therapeutic research of mitochondrial diseases, such diseases are some of the most important families of genetic diseases for which there is no cure.”

The study is the result of a project carried out thanks to the support and collaboration of researchers from the University of Padua with Telethon Foundation, Associazione Luigi Comini Onlus, and Fondation NRJ pour les Neurosciences.

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With no current cure, mitochondrial diseases are a family of genetic diseases that seriously affect various organs and tissues of the body. The onset of mitochondrial diseases vary both in terms of how it manifests clinically and the age of patients. We know that such diseases originate from an inadequate production of energy by the cell that manifests a dysfunction in the respiratory chain. A team of researchers from the University of Padua, coordinated by Carlo Viscomi and Massimo Zeviani, directors of the Mitochondrial Medicine Laboratory, recently published a study in the Brain Journal of Neurology entitled Double administration of self-complementary AAV9NDUFS4 prevents Leigh disease in Ndufs4−/− mice that identifies a possible new approach in the search for a cure for mitochondrial diseases (authors: Samantha Corrà, Raffaele Cerutti, Valeria Balmaceda, Carlo Viscomi, Massimo Zeviani).

The team developed an AAV virus capable of re-expressing the human NDUFS4 gene and introduced it into murine mutant mice at birth. The study showed that 4 out of 5 mice survived well beyond the six months mark compared to the six week survival of untreated mice. Mice treated with AAV demonstrated a lower neurological deficit of the motor type and fewer biochemical deficits compared to the progressive decay found in untreated mice.

Prof. Massimo Zeviani of the Department of Biomedical Sciences of the University of Padua explains, “Our study offer a possible new and promising approach in the therapeutic research of mitochondrial diseases, such diseases are some of the most important families of genetic diseases for which there is no cure.”

The study is the result of a project carried out thanks to the support and collaboration of researchers from the University of Padua with Telethon Foundation, Associazione Luigi Comini Onlus, and Fondation NRJ pour les Neurosciences.

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With no current cure, mitochondrial diseases are a family of genetic diseases that seriously affect various organs and tissues of the body. The onset of mitochondrial diseases vary both in terms of how it manifests clinically and the age of patients. We know that such diseases originate from an inadequate production of energy by the cell that manifests a dysfunction in the respiratory chain. A team of researchers from the University of Padua, coordinated by Carlo Viscomi and Massimo Zeviani, directors of the Mitochondrial Medicine Laboratory, recently published a study in the Brain Journal of Neurology entitled Double administration of self-complementary AAV9NDUFS4 prevents Leigh disease in Ndufs4−/− mice that identifies a possible new approach in the search for a cure for mitochondrial diseases (authors: Samantha Corrà, Raffaele Cerutti, Valeria Balmaceda, Carlo Viscomi, Massimo Zeviani).

The team developed an AAV virus capable of re-expressing the human NDUFS4 gene and introduced it into murine mutant mice at birth. The study showed that 4 out of 5 mice survived well beyond the six months mark compared to the six week survival of untreated mice. Mice treated with AAV demonstrated a lower neurological deficit of the motor type and fewer biochemical deficits compared to the progressive decay found in untreated mice.

Prof. Massimo Zeviani of the Department of Biomedical Sciences of the University of Padua explains, “Our study offer a possible new and promising approach in the therapeutic research of mitochondrial diseases, such diseases are some of the most important families of genetic diseases for which there is no cure.”

The study is the result of a project carried out thanks to the support and collaboration of researchers from the University of Padua with Telethon Foundation, Associazione Luigi Comini Onlus, and Fondation NRJ pour les Neurosciences.

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With no current cure, mitochondrial diseases are a family of genetic diseases that seriously affect various organs and tissues of the body. The onset of mitochondrial diseases vary both in terms of how it manifests clinically and the age of patients. We know that such diseases originate from an inadequate production of energy by the cell that manifests a dysfunction in the respiratory chain. A team of researchers from the University of Padua, coordinated by Carlo Viscomi and Massimo Zeviani, directors of the Mitochondrial Medicine Laboratory, recently published a study in the Brain Journal of Neurology entitled Double administration of self-complementary AAV9NDUFS4 prevents Leigh disease in Ndufs4−/− mice that identifies a possible new approach in the search for a cure for mitochondrial diseases (authors: Samantha Corrà, Raffaele Cerutti, Valeria Balmaceda, Carlo Viscomi, Massimo Zeviani).

The team developed an AAV virus capable of re-expressing the human NDUFS4 gene and introduced it into murine mutant mice at birth. The study showed that 4 out of 5 mice survived well beyond the six months mark compared to the six week survival of untreated mice. Mice treated with AAV demonstrated a lower neurological deficit of the motor type and fewer biochemical deficits compared to the progressive decay found in untreated mice.

Prof. Massimo Zeviani of the Department of Biomedical Sciences of the University of Padua explains, “Our study offer a possible new and promising approach in the therapeutic research of mitochondrial diseases, such diseases are some of the most important families of genetic diseases for which there is no cure.”

The study is the result of a project carried out thanks to the support and collaboration of researchers from the University of Padua with Telethon Foundation, Associazione Luigi Comini Onlus, and Fondation NRJ pour les Neurosciences.

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With no current cure, mitochondrial diseases are a family of genetic diseases that seriously affect various organs and tissues of the body. The onset of mitochondrial diseases vary both in terms of how it manifests clinically and the age of patients. We know that such diseases originate from an inadequate production of energy by the cell that manifests a dysfunction in the respiratory chain. A team of researchers from the University of Padua, coordinated by Carlo Viscomi and Massimo Zeviani, directors of the Mitochondrial Medicine Laboratory, recently published a study in the Brain Journal of Neurology entitled Double administration of self-complementary AAV9NDUFS4 prevents Leigh disease in Ndufs4−/− mice that identifies a possible new approach in the search for a cure for mitochondrial diseases (authors: Samantha Corrà, Raffaele Cerutti, Valeria Balmaceda, Carlo Viscomi, Massimo Zeviani).

The team developed an AAV virus capable of re-expressing the human NDUFS4 gene and introduced it into murine mutant mice at birth. The study showed that 4 out of 5 mice survived well beyond the six months mark compared to the six week survival of untreated mice. Mice treated with AAV demonstrated a lower neurological deficit of the motor type and fewer biochemical deficits compared to the progressive decay found in untreated mice.

Prof. Massimo Zeviani of the Department of Biomedical Sciences of the University of Padua explains, “Our study offer a possible new and promising approach in the therapeutic research of mitochondrial diseases, such diseases are some of the most important families of genetic diseases for which there is no cure.”

The study is the result of a project carried out thanks to the support and collaboration of researchers from the University of Padua with Telethon Foundation, Associazione Luigi Comini Onlus, and Fondation NRJ pour les Neurosciences.

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With no current cure, mitochondrial diseases are a family of genetic diseases that seriously affect various organs and tissues of the body. The onset of mitochondrial diseases vary both in terms of how it manifests clinically and the age of patients. We know that such diseases originate from an inadequate production of energy by the cell that manifests a dysfunction in the respiratory chain.

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With no current cure, mitochondrial diseases are a family of genetic diseases that seriously affect various organs and tissues of the body. The onset of mitochondrial diseases vary both in terms of how it manifests clinically and the age of patients. We know that such diseases originate from an inadequate production of energy by the cell that manifests a dysfunction in the respiratory chain. A team of researchers from the University of Padua, coordinated by Carlo Viscomi and Massimo Zeviani, directors of the Mitochondrial Medicine Laboratory, recently published a study in the Brain Journal of Neurology entitled Double administration of self-complementary AAV9NDUFS4 prevents Leigh disease in Ndufs4−/− mice that identifies a possible new approach in the search for a cure for mitochondrial diseases (authors: Samantha Corrà, Raffaele Cerutti, Valeria Balmaceda, Carlo Viscomi, Massimo Zeviani).

The team developed an AAV virus capable of re-expressing the human NDUFS4 gene and introduced it into murine mutant mice at birth. The study showed that 4 out of 5 mice survived well beyond the six months mark compared to the six week survival of untreated mice. Mice treated with AAV demonstrated a lower neurological deficit of the motor type and fewer biochemical deficits compared to the progressive decay found in untreated mice.

Prof. Massimo Zeviani of the Department of Biomedical Sciences of the University of Padua explains, “Our study offer a possible new and promising approach in the therapeutic research of mitochondrial diseases, such diseases are some of the most important families of genetic diseases for which there is no cure.”

The study is the result of a project carried out thanks to the support and collaboration of researchers from the University of Padua with Telethon Foundation, Associazione Luigi Comini Onlus, and Fondation NRJ pour les Neurosciences.

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With no current cure, mitochondrial diseases are a family of genetic diseases that seriously affect various organs and tissues of the body. The onset of mitochondrial diseases vary both in terms of how it manifests clinically and the age of patients. We know that such diseases originate from an inadequate production of energy by the cell that manifests a dysfunction in the respiratory chain. A team of researchers from the University of Padua, coordinated by Carlo Viscomi and Massimo Zeviani, directors of the Mitochondrial Medicine Laboratory, recently published a study in the Brain Journal of Neurology entitled Double administration of self-complementary AAV9NDUFS4 prevents Leigh disease in Ndufs4−/− mice that identifies a possible new approach in the search for a cure for mitochondrial diseases (authors: Samantha Corrà, Raffaele Cerutti, Valeria Balmaceda, Carlo Viscomi, Massimo Zeviani).

The team developed an AAV virus capable of re-expressing the human NDUFS4 gene and introduced it into murine mutant mice at birth. The study showed that 4 out of 5 mice survived well beyond the six months mark compared to the six week survival of untreated mice. Mice treated with AAV demonstrated a lower neurological deficit of the motor type and fewer biochemical deficits compared to the progressive decay found in untreated mice.

Prof. Massimo Zeviani of the Department of Biomedical Sciences of the University of Padua explains, “Our study offer a possible new and promising approach in the therapeutic research of mitochondrial diseases, such diseases are some of the most important families of genetic diseases for which there is no cure.”

The study is the result of a project carried out thanks to the support and collaboration of researchers from the University of Padua with Telethon Foundation, Associazione Luigi Comini Onlus, and Fondation NRJ pour les Neurosciences.

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With no current cure, mitochondrial diseases are a family of genetic diseases that seriously affect various organs and tissues of the body. The onset of mitochondrial diseases vary both in terms of how it manifests clinically and the age of patients. We know that such diseases originate from an inadequate production of energy by the cell that manifests a dysfunction in the respiratory chain. A team of researchers from the University of Padua, coordinated by Carlo Viscomi and Massimo Zeviani, directors of the Mitochondrial Medicine Laboratory, recently published a study in the Brain Journal of Neurology entitled Double administration of self-complementary AAV9NDUFS4 prevents Leigh disease in Ndufs4−/− mice that identifies a possible new approach in the search for a cure for mitochondrial diseases (authors: Samantha Corrà, Raffaele Cerutti, Valeria Balmaceda, Carlo Viscomi, Massimo Zeviani).

The team developed an AAV virus capable of re-expressing the human NDUFS4 gene and introduced it into murine mutant mice at birth. The study showed that 4 out of 5 mice survived well beyond the six months mark compared to the six week survival of untreated mice. Mice treated with AAV demonstrated a lower neurological deficit of the motor type and fewer biochemical deficits compared to the progressive decay found in untreated mice.

Prof. Massimo Zeviani of the Department of Biomedical Sciences of the University of Padua explains, “Our study offer a possible new and promising approach in the therapeutic research of mitochondrial diseases, such diseases are some of the most important families of genetic diseases for which there is no cure.”

The study is the result of a project carried out thanks to the support and collaboration of researchers from the University of Padua with Telethon Foundation, Associazione Luigi Comini Onlus, and Fondation NRJ pour les Neurosciences.

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With no current cure, mitochondrial diseases are a family of genetic diseases that seriously affect various organs and tissues of the body. The onset of mitochondrial diseases vary both in terms of how it manifests clinically and the age of patients. We know that such diseases originate from an inadequate production of energy by the cell that manifests a dysfunction in the respiratory chain. A team of researchers from the University of Padua, coordinated by Carlo Viscomi and Massimo Zeviani, directors of the Mitochondrial Medicine Laboratory, recently published a study in the Brain Journal of Neurology entitled Double administration of self-complementary AAV9NDUFS4 prevents Leigh disease in Ndufs4−/− mice that identifies a possible new approach in the search for a cure for mitochondrial diseases (authors: Samantha Corrà, Raffaele Cerutti, Valeria Balmaceda, Carlo Viscomi, Massimo Zeviani).

The team developed an AAV virus capable of re-expressing the human NDUFS4 gene and introduced it into murine mutant mice at birth. The study showed that 4 out of 5 mice survived well beyond the six months mark compared to the six week survival of untreated mice. Mice treated with AAV demonstrated a lower neurological deficit of the motor type and fewer biochemical deficits compared to the progressive decay found in untreated mice.

Prof. Massimo Zeviani of the Department of Biomedical Sciences of the University of Padua explains, “Our study offer a possible new and promising approach in the therapeutic research of mitochondrial diseases, such diseases are some of the most important families of genetic diseases for which there is no cure.”

The study is the result of a project carried out thanks to the support and collaboration of researchers from the University of Padua with Telethon Foundation, Associazione Luigi Comini Onlus, and Fondation NRJ pour les Neurosciences.

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With no current cure, mitochondrial diseases are a family of genetic diseases that seriously affect various organs and tissues of the body. The onset of mitochondrial diseases vary both in terms of how it manifests clinically and the age of patients. We know that such diseases originate from an inadequate production of energy by the cell that manifests a dysfunction in the respiratory chain. A team of researchers from the University of Padua, coordinated by Carlo Viscomi and Massimo Zeviani, directors of the Mitochondrial Medicine Laboratory, recently published a study in the Brain Journal of Neurology entitled Double administration of self-complementary AAV9NDUFS4 prevents Leigh disease in Ndufs4−/− mice that identifies a possible new approach in the search for a cure for mitochondrial diseases (authors: Samantha Corrà, Raffaele Cerutti, Valeria Balmaceda, Carlo Viscomi, Massimo Zeviani).

The team developed an AAV virus capable of re-expressing the human NDUFS4 gene and introduced it into murine mutant mice at birth. The study showed that 4 out of 5 mice survived well beyond the six months mark compared to the six week survival of untreated mice. Mice treated with AAV demonstrated a lower neurological deficit of the motor type and fewer biochemical deficits compared to the progressive decay found in untreated mice.

Prof. Massimo Zeviani of the Department of Biomedical Sciences of the University of Padua explains, “Our study offer a possible new and promising approach in the therapeutic research of mitochondrial diseases, such diseases are some of the most important families of genetic diseases for which there is no cure.”

The study is the result of a project carried out thanks to the support and collaboration of researchers from the University of Padua with Telethon Foundation, Associazione Luigi Comini Onlus, and Fondation NRJ pour les Neurosciences.

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With no current cure, mitochondrial diseases are a family of genetic diseases that seriously affect various organs and tissues of the body. The onset of mitochondrial diseases vary both in terms of how it manifests clinically and the age of patients. We know that such diseases originate from an inadequate production of energy by the cell that manifests a dysfunction in the respiratory chain. A team of researchers from the University of Padua, coordinated by Carlo Viscomi and Massimo Zeviani, directors of the Mitochondrial Medicine Laboratory, recently published a study in the Brain Journal of Neurology entitled Double administration of self-complementary AAV9NDUFS4 prevents Leigh disease in Ndufs4−/− mice that identifies a possible new approach in the search for a cure for mitochondrial diseases (authors: Samantha Corrà, Raffaele Cerutti, Valeria Balmaceda, Carlo Viscomi, Massimo Zeviani).

The team developed an AAV virus capable of re-expressing the human NDUFS4 gene and introduced it into murine mutant mice at birth. The study showed that 4 out of 5 mice survived well beyond the six months mark compared to the six week survival of untreated mice. Mice treated with AAV demonstrated a lower neurological deficit of the motor type and fewer biochemical deficits compared to the progressive decay found in untreated mice.

Prof. Massimo Zeviani of the Department of Biomedical Sciences of the University of Padua explains, “Our study offer a possible new and promising approach in the therapeutic research of mitochondrial diseases, such diseases are some of the most important families of genetic diseases for which there is no cure.”

The study is the result of a project carried out thanks to the support and collaboration of researchers from the University of Padua with Telethon Foundation, Associazione Luigi Comini Onlus, and Fondation NRJ pour les Neurosciences.

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Aimed at assessing the environmental and human impact of chemical, physical, and microbiological contamination, the Istituto Superiore di Sanità (ISS) and the Italian Navy signed the "Sea Care" collaborative project agreement on May 20, 2022. The project will monitor all marine environments by gathering data on the state of health of the seas and oceans from across the globe.  Samples will be collected from the Amerigo Vespucci training ship and other Italian naval units in domestic and international waters.

The three-year project includes contributions from researchers of the Department of Chemical Sciences (DiSC) of the University of Padua and ARPA Emilia-Romagna under the National Environmental Protection System. The goal is to analyze the impact of persistent and emerging pollutants, such as perfluoroalkyl compounds (PFAS) widely found in our region, but also of microplastics, viruses and bacteria from a health and environmental point of view.

Analytical Chemistry Professor Sara Bogialli from the DiSC of the University of Padua will be on board the Amerigo Vespucci, where she will continue to engage in various projects on environmental issues, especially those interested in monitoring and managing the risk of chemical contaminants in water.

The experience gained on board the Amerigo Vespucci will allow Professor Bogialli to collect samples to develop and validate operationally sustainable reference methods. Various partners will continue to analyze collected samples, including laboratories of the DiSC which will search for unknown emerging organic contaminants not subject to conventional analysis.

Launching from the Atlantic Ocean, the monitoring campaign began in May and will continue throughout the Mediterranean. Prof Bogialli boards the Vespucci on the 23rd of August from the Port of Trapani sailing towards the Ionian Sea up to Taranto.

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Aimed at assessing the environmental and human impact of chemical, physical, and microbiological contamination, the Istituto Superiore di Sanità (ISS) and the Italian Navy signed the "Sea Care" collaborative project agreement on May 20, 2022. The project will monitor all marine environments by gathering data on the state of health of the seas and oceans from across the globe.  Samples will be collected from the Amerigo Vespucci training ship and other Italian naval units in domestic and international waters.

The three-year project includes contributions from researchers of the Department of Chemical Sciences (DiSC) of the University of Padua and ARPA Emilia-Romagna under the National Environmental Protection System. The goal is to analyze the impact of persistent and emerging pollutants, such as perfluoroalkyl compounds (PFAS) widely found in our region, but also of microplastics, viruses and bacteria from a health and environmental point of view.

Analytical Chemistry Professor Sara Bogialli from the DiSC of the University of Padua will be on board the Amerigo Vespucci, where she will continue to engage in various projects on environmental issues, especially those interested in monitoring and managing the risk of chemical contaminants in water.

The experience gained on board the Amerigo Vespucci will allow Professor Bogialli to collect samples to develop and validate operationally sustainable reference methods. Various partners will continue to analyze collected samples, including laboratories of the DiSC which will search for unknown emerging organic contaminants not subject to conventional analysis.

Launching from the Atlantic Ocean, the monitoring campaign began in May and will continue throughout the Mediterranean. Prof Bogialli boards the Vespucci on the 23rd of August from the Port of Trapani sailing towards the Ionian Sea up to Taranto.

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Aimed at assessing the environmental and human impact of chemical, physical, and microbiological contamination, the Istituto Superiore di Sanità (ISS) and the Italian Navy signed the "Sea Care" collaborative project agreement on May 20, 2022. The project will monitor all marine environments by gathering data on the state of health of the seas and oceans from across the globe.  Samples will be collected from the Amerigo Vespucci training ship and other Italian naval units in domestic and international waters.

The three-year project includes contributions from researchers of the Department of Chemical Sciences (DiSC) of the University of Padua and ARPA Emilia-Romagna under the National Environmental Protection System. The goal is to analyze the impact of persistent and emerging pollutants, such as perfluoroalkyl compounds (PFAS) widely found in our region, but also of microplastics, viruses and bacteria from a health and environmental point of view.

Analytical Chemistry Professor Sara Bogialli from the DiSC of the University of Padua will be on board the Amerigo Vespucci, where she will continue to engage in various projects on environmental issues, especially those interested in monitoring and managing the risk of chemical contaminants in water.

The experience gained on board the Amerigo Vespucci will allow Professor Bogialli to collect samples to develop and validate operationally sustainable reference methods. Various partners will continue to analyze collected samples, including laboratories of the DiSC which will search for unknown emerging organic contaminants not subject to conventional analysis.

Launching from the Atlantic Ocean, the monitoring campaign began in May and will continue throughout the Mediterranean. Prof Bogialli boards the Vespucci on the 23rd of August from the Port of Trapani sailing towards the Ionian Sea up to Taranto.

[summary] => [format] => 2 [safe_value] =>

Aimed at assessing the environmental and human impact of chemical, physical, and microbiological contamination, the Istituto Superiore di Sanità (ISS) and the Italian Navy signed the "Sea Care" collaborative project agreement on May 20, 2022. The project will monitor all marine environments by gathering data on the state of health of the seas and oceans from across the globe.  Samples will be collected from the Amerigo Vespucci training ship and other Italian naval units in domestic and international waters.

The three-year project includes contributions from researchers of the Department of Chemical Sciences (DiSC) of the University of Padua and ARPA Emilia-Romagna under the National Environmental Protection System. The goal is to analyze the impact of persistent and emerging pollutants, such as perfluoroalkyl compounds (PFAS) widely found in our region, but also of microplastics, viruses and bacteria from a health and environmental point of view.

Analytical Chemistry Professor Sara Bogialli from the DiSC of the University of Padua will be on board the Amerigo Vespucci, where she will continue to engage in various projects on environmental issues, especially those interested in monitoring and managing the risk of chemical contaminants in water.

The experience gained on board the Amerigo Vespucci will allow Professor Bogialli to collect samples to develop and validate operationally sustainable reference methods. Various partners will continue to analyze collected samples, including laboratories of the DiSC which will search for unknown emerging organic contaminants not subject to conventional analysis.

Launching from the Atlantic Ocean, the monitoring campaign began in May and will continue throughout the Mediterranean. Prof Bogialli boards the Vespucci on the 23rd of August from the Port of Trapani sailing towards the Ionian Sea up to Taranto.

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Aimed at assessing the environmental and human impact of chemical, physical, and microbiological contamination, the Istituto Superiore di Sanità (ISS) and the Italian Navy signed the "Sea Care" collaborative project agreement on May 20, 2022. The project will monitor all marine environments by gathering data on the state of health of the seas and oceans from across the globe.  Samples will be collected from the Amerigo Vespucci training ship and other Italian naval units in domestic and international waters.

The three-year project includes contributions from researchers of the Department of Chemical Sciences (DiSC) of the University of Padua and ARPA Emilia-Romagna under the National Environmental Protection System. The goal is to analyze the impact of persistent and emerging pollutants, such as perfluoroalkyl compounds (PFAS) widely found in our region, but also of microplastics, viruses and bacteria from a health and environmental point of view.

Analytical Chemistry Professor Sara Bogialli from the DiSC of the University of Padua will be on board the Amerigo Vespucci, where she will continue to engage in various projects on environmental issues, especially those interested in monitoring and managing the risk of chemical contaminants in water.

The experience gained on board the Amerigo Vespucci will allow Professor Bogialli to collect samples to develop and validate operationally sustainable reference methods. Various partners will continue to analyze collected samples, including laboratories of the DiSC which will search for unknown emerging organic contaminants not subject to conventional analysis.

Launching from the Atlantic Ocean, the monitoring campaign began in May and will continue throughout the Mediterranean. Prof Bogialli boards the Vespucci on the 23rd of August from the Port of Trapani sailing towards the Ionian Sea up to Taranto.

[summary] => [format] => 2 [safe_value] =>

Aimed at assessing the environmental and human impact of chemical, physical, and microbiological contamination, the Istituto Superiore di Sanità (ISS) and the Italian Navy signed the "Sea Care" collaborative project agreement on May 20, 2022. The project will monitor all marine environments by gathering data on the state of health of the seas and oceans from across the globe.  Samples will be collected from the Amerigo Vespucci training ship and other Italian naval units in domestic and international waters.

The three-year project includes contributions from researchers of the Department of Chemical Sciences (DiSC) of the University of Padua and ARPA Emilia-Romagna under the National Environmental Protection System. The goal is to analyze the impact of persistent and emerging pollutants, such as perfluoroalkyl compounds (PFAS) widely found in our region, but also of microplastics, viruses and bacteria from a health and environmental point of view.

Analytical Chemistry Professor Sara Bogialli from the DiSC of the University of Padua will be on board the Amerigo Vespucci, where she will continue to engage in various projects on environmental issues, especially those interested in monitoring and managing the risk of chemical contaminants in water.

The experience gained on board the Amerigo Vespucci will allow Professor Bogialli to collect samples to develop and validate operationally sustainable reference methods. Various partners will continue to analyze collected samples, including laboratories of the DiSC which will search for unknown emerging organic contaminants not subject to conventional analysis.

Launching from the Atlantic Ocean, the monitoring campaign began in May and will continue throughout the Mediterranean. Prof Bogialli boards the Vespucci on the 23rd of August from the Port of Trapani sailing towards the Ionian Sea up to Taranto.

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Aimed at assessing the environmental and human impact of chemical, physical, and microbiological contamination, the Istituto Superiore di Sanità (ISS) and the Italian Navy signed the "Sea Care" collaborative project agreement on May 20, 2022. The project will monitor all marine environments by gathering data on the state of health of the seas and oceans from across the globe.  Samples will be collected from the Amerigo Vespucci training ship and other Italian naval units in domestic and international waters.

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Aimed at assessing the environmental and human impact of chemical, physical, and microbiological contamination, the Istituto Superiore di Sanità (ISS) and the Italian Navy signed the "Sea Care" collaborative project agreement on May 20, 2022. The project will monitor all marine environments by gathering data on the state of health of the seas and oceans from across the globe.  Samples will be collected from the Amerigo Vespucci training ship and other Italian naval units in domestic and international waters.

The three-year project includes contributions from researchers of the Department of Chemical Sciences (DiSC) of the University of Padua and ARPA Emilia-Romagna under the National Environmental Protection System. The goal is to analyze the impact of persistent and emerging pollutants, such as perfluoroalkyl compounds (PFAS) widely found in our region, but also of microplastics, viruses and bacteria from a health and environmental point of view.

Analytical Chemistry Professor Sara Bogialli from the DiSC of the University of Padua will be on board the Amerigo Vespucci, where she will continue to engage in various projects on environmental issues, especially those interested in monitoring and managing the risk of chemical contaminants in water.

The experience gained on board the Amerigo Vespucci will allow Professor Bogialli to collect samples to develop and validate operationally sustainable reference methods. Various partners will continue to analyze collected samples, including laboratories of the DiSC which will search for unknown emerging organic contaminants not subject to conventional analysis.

Launching from the Atlantic Ocean, the monitoring campaign began in May and will continue throughout the Mediterranean. Prof Bogialli boards the Vespucci on the 23rd of August from the Port of Trapani sailing towards the Ionian Sea up to Taranto.

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Aimed at assessing the environmental and human impact of chemical, physical, and microbiological contamination, the Istituto Superiore di Sanità (ISS) and the Italian Navy signed the "Sea Care" collaborative project agreement on May 20, 2022. The project will monitor all marine environments by gathering data on the state of health of the seas and oceans from across the globe.  Samples will be collected from the Amerigo Vespucci training ship and other Italian naval units in domestic and international waters.

The three-year project includes contributions from researchers of the Department of Chemical Sciences (DiSC) of the University of Padua and ARPA Emilia-Romagna under the National Environmental Protection System. The goal is to analyze the impact of persistent and emerging pollutants, such as perfluoroalkyl compounds (PFAS) widely found in our region, but also of microplastics, viruses and bacteria from a health and environmental point of view.

Analytical Chemistry Professor Sara Bogialli from the DiSC of the University of Padua will be on board the Amerigo Vespucci, where she will continue to engage in various projects on environmental issues, especially those interested in monitoring and managing the risk of chemical contaminants in water.

The experience gained on board the Amerigo Vespucci will allow Professor Bogialli to collect samples to develop and validate operationally sustainable reference methods. Various partners will continue to analyze collected samples, including laboratories of the DiSC which will search for unknown emerging organic contaminants not subject to conventional analysis.

Launching from the Atlantic Ocean, the monitoring campaign began in May and will continue throughout the Mediterranean. Prof Bogialli boards the Vespucci on the 23rd of August from the Port of Trapani sailing towards the Ionian Sea up to Taranto.

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Aimed at assessing the environmental and human impact of chemical, physical, and microbiological contamination, the Istituto Superiore di Sanità (ISS) and the Italian Navy signed the "Sea Care" collaborative project agreement on May 20, 2022. The project will monitor all marine environments by gathering data on the state of health of the seas and oceans from across the globe.  Samples will be collected from the Amerigo Vespucci training ship and other Italian naval units in domestic and international waters.

The three-year project includes contributions from researchers of the Department of Chemical Sciences (DiSC) of the University of Padua and ARPA Emilia-Romagna under the National Environmental Protection System. The goal is to analyze the impact of persistent and emerging pollutants, such as perfluoroalkyl compounds (PFAS) widely found in our region, but also of microplastics, viruses and bacteria from a health and environmental point of view.

Analytical Chemistry Professor Sara Bogialli from the DiSC of the University of Padua will be on board the Amerigo Vespucci, where she will continue to engage in various projects on environmental issues, especially those interested in monitoring and managing the risk of chemical contaminants in water.

The experience gained on board the Amerigo Vespucci will allow Professor Bogialli to collect samples to develop and validate operationally sustainable reference methods. Various partners will continue to analyze collected samples, including laboratories of the DiSC which will search for unknown emerging organic contaminants not subject to conventional analysis.

Launching from the Atlantic Ocean, the monitoring campaign began in May and will continue throughout the Mediterranean. Prof Bogialli boards the Vespucci on the 23rd of August from the Port of Trapani sailing towards the Ionian Sea up to Taranto.

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Aimed at assessing the environmental and human impact of chemical, physical, and microbiological contamination, the Istituto Superiore di Sanità (ISS) and the Italian Navy signed the "Sea Care" collaborative project agreement on May 20, 2022. The project will monitor all marine environments by gathering data on the state of health of the seas and oceans from across the globe.  Samples will be collected from the Amerigo Vespucci training ship and other Italian naval units in domestic and international waters.

The three-year project includes contributions from researchers of the Department of Chemical Sciences (DiSC) of the University of Padua and ARPA Emilia-Romagna under the National Environmental Protection System. The goal is to analyze the impact of persistent and emerging pollutants, such as perfluoroalkyl compounds (PFAS) widely found in our region, but also of microplastics, viruses and bacteria from a health and environmental point of view.

Analytical Chemistry Professor Sara Bogialli from the DiSC of the University of Padua will be on board the Amerigo Vespucci, where she will continue to engage in various projects on environmental issues, especially those interested in monitoring and managing the risk of chemical contaminants in water.

The experience gained on board the Amerigo Vespucci will allow Professor Bogialli to collect samples to develop and validate operationally sustainable reference methods. Various partners will continue to analyze collected samples, including laboratories of the DiSC which will search for unknown emerging organic contaminants not subject to conventional analysis.

Launching from the Atlantic Ocean, the monitoring campaign began in May and will continue throughout the Mediterranean. Prof Bogialli boards the Vespucci on the 23rd of August from the Port of Trapani sailing towards the Ionian Sea up to Taranto.

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Aimed at assessing the environmental and human impact of chemical, physical, and microbiological contamination, the Istituto Superiore di Sanità (ISS) and the Italian Navy signed the "Sea Care" collaborative project agreement on May 20, 2022. The project will monitor all marine environments by gathering data on the state of health of the seas and oceans from across the globe.  Samples will be collected from the Amerigo Vespucci training ship and other Italian naval units in domestic and international waters.

The three-year project includes contributions from researchers of the Department of Chemical Sciences (DiSC) of the University of Padua and ARPA Emilia-Romagna under the National Environmental Protection System. The goal is to analyze the impact of persistent and emerging pollutants, such as perfluoroalkyl compounds (PFAS) widely found in our region, but also of microplastics, viruses and bacteria from a health and environmental point of view.

Analytical Chemistry Professor Sara Bogialli from the DiSC of the University of Padua will be on board the Amerigo Vespucci, where she will continue to engage in various projects on environmental issues, especially those interested in monitoring and managing the risk of chemical contaminants in water.

The experience gained on board the Amerigo Vespucci will allow Professor Bogialli to collect samples to develop and validate operationally sustainable reference methods. Various partners will continue to analyze collected samples, including laboratories of the DiSC which will search for unknown emerging organic contaminants not subject to conventional analysis.

Launching from the Atlantic Ocean, the monitoring campaign began in May and will continue throughout the Mediterranean. Prof Bogialli boards the Vespucci on the 23rd of August from the Port of Trapani sailing towards the Ionian Sea up to Taranto.

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Aimed at assessing the environmental and human impact of chemical, physical, and microbiological contamination, the Istituto Superiore di Sanità (ISS) and the Italian Navy signed the "Sea Care" collaborative project agreement on May 20, 2022. The project will monitor all marine environments by gathering data on the state of health of the seas and oceans from across the globe.  Samples will be collected from the Amerigo Vespucci training ship and other Italian naval units in domestic and international waters.

The three-year project includes contributions from researchers of the Department of Chemical Sciences (DiSC) of the University of Padua and ARPA Emilia-Romagna under the National Environmental Protection System. The goal is to analyze the impact of persistent and emerging pollutants, such as perfluoroalkyl compounds (PFAS) widely found in our region, but also of microplastics, viruses and bacteria from a health and environmental point of view.

Analytical Chemistry Professor Sara Bogialli from the DiSC of the University of Padua will be on board the Amerigo Vespucci, where she will continue to engage in various projects on environmental issues, especially those interested in monitoring and managing the risk of chemical contaminants in water.

The experience gained on board the Amerigo Vespucci will allow Professor Bogialli to collect samples to develop and validate operationally sustainable reference methods. Various partners will continue to analyze collected samples, including laboratories of the DiSC which will search for unknown emerging organic contaminants not subject to conventional analysis.

Launching from the Atlantic Ocean, the monitoring campaign began in May and will continue throughout the Mediterranean. Prof Bogialli boards the Vespucci on the 23rd of August from the Port of Trapani sailing towards the Ionian Sea up to Taranto.

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Infants as young as 4 months old can anticipate an event according to the sound heard as demonstrated in the study “Face specific neural anticipatory activity in infants 4 and 9 months old.” Coordinated by the University of Padua and published in the journal Scientific Reports, the study uses human auditory cues to pre-activate the neural circuits involved in the visual perception of faces about a second before seeing them appear. It is the first scientific demonstration that infants can prepare themselves for the encounter of socially relevant stimuli.

Hypothesizing what the future holds allows us to optimize our mental and physical resources to react better and faster to events, thus increasing our chances of survival. It is not a matter of premonition, but of processes that are based on natural physical events such as the sensory regularity of some environmental stimuli (a musical rhythm or a repetitive movement) or the associative learning between situations that tend to occur together ( a "knock at the door” and the subsequent appearance of a face).

Prof Giovanni Mento of the Psychology Department of the University of Padua and the first author of the study explains, “Despite the significant importance of our predictive brain, no studies have investigated its development during the very first months of life. In this research, brain activity was reconstructed starting from their cortical electrical activity (EEG) in three classes of subjects; adults, 9-month-old infants and 4-month-old infants during which the presentation of faces or objects respectively was preceded by a human voice or from non-human sounds. The results suggest that even in the group of 4-month-olds there is a neural activation that reflects the ability to anticipate the event depending on the sound heard. In other words, the simple sound of a human voice can pre-activate the neural circuits involved in the visual perception of faces about a second before seeing them appear on a screen.”

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Infants as young as 4 months old can anticipate an event according to the sound heard as demonstrated in the study “Face specific neural anticipatory activity in infants 4 and 9 months old.” Coordinated by the University of Padua and published in the journal Scientific Reports, the study uses human auditory cues to pre-activate the neural circuits involved in the visual perception of faces about a second before seeing them appear. It is the first scientific demonstration that infants can prepare themselves for the encounter of socially relevant stimuli.

Hypothesizing what the future holds allows us to optimize our mental and physical resources to react better and faster to events, thus increasing our chances of survival. It is not a matter of premonition, but of processes that are based on natural physical events such as the sensory regularity of some environmental stimuli (a musical rhythm or a repetitive movement) or the associative learning between situations that tend to occur together ( a "knock at the door” and the subsequent appearance of a face).

Prof Giovanni Mento of the Psychology Department of the University of Padua and the first author of the study explains, “Despite the significant importance of our predictive brain, no studies have investigated its development during the very first months of life. In this research, brain activity was reconstructed starting from their cortical electrical activity (EEG) in three classes of subjects; adults, 9-month-old infants and 4-month-old infants during which the presentation of faces or objects respectively was preceded by a human voice or from non-human sounds. The results suggest that even in the group of 4-month-olds there is a neural activation that reflects the ability to anticipate the event depending on the sound heard. In other words, the simple sound of a human voice can pre-activate the neural circuits involved in the visual perception of faces about a second before seeing them appear on a screen.”

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Infants as young as 4 months old can anticipate an event according to the sound heard as demonstrated in the study “Face specific neural anticipatory activity in infants 4 and 9 months old.” Coordinated by the University of Padua and published in the journal Scientific Reports, the study uses human auditory cues to pre-activate the neural circuits involved in the visual perception of faces about a second before seeing them appear. It is the first scientific demonstration that infants can prepare themselves for the encounter of socially relevant stimuli.

Hypothesizing what the future holds allows us to optimize our mental and physical resources to react better and faster to events, thus increasing our chances of survival. It is not a matter of premonition, but of processes that are based on natural physical events such as the sensory regularity of some environmental stimuli (a musical rhythm or a repetitive movement) or the associative learning between situations that tend to occur together ( a "knock at the door” and the subsequent appearance of a face).

Prof Giovanni Mento of the Psychology Department of the University of Padua and the first author of the study explains, “Despite the significant importance of our predictive brain, no studies have investigated its development during the very first months of life. In this research, brain activity was reconstructed starting from their cortical electrical activity (EEG) in three classes of subjects; adults, 9-month-old infants and 4-month-old infants during which the presentation of faces or objects respectively was preceded by a human voice or from non-human sounds. The results suggest that even in the group of 4-month-olds there is a neural activation that reflects the ability to anticipate the event depending on the sound heard. In other words, the simple sound of a human voice can pre-activate the neural circuits involved in the visual perception of faces about a second before seeing them appear on a screen.”

[summary] => [format] => 2 [safe_value] =>

Infants as young as 4 months old can anticipate an event according to the sound heard as demonstrated in the study “Face specific neural anticipatory activity in infants 4 and 9 months old.” Coordinated by the University of Padua and published in the journal Scientific Reports, the study uses human auditory cues to pre-activate the neural circuits involved in the visual perception of faces about a second before seeing them appear. It is the first scientific demonstration that infants can prepare themselves for the encounter of socially relevant stimuli.

Hypothesizing what the future holds allows us to optimize our mental and physical resources to react better and faster to events, thus increasing our chances of survival. It is not a matter of premonition, but of processes that are based on natural physical events such as the sensory regularity of some environmental stimuli (a musical rhythm or a repetitive movement) or the associative learning between situations that tend to occur together ( a "knock at the door” and the subsequent appearance of a face).

Prof Giovanni Mento of the Psychology Department of the University of Padua and the first author of the study explains, “Despite the significant importance of our predictive brain, no studies have investigated its development during the very first months of life. In this research, brain activity was reconstructed starting from their cortical electrical activity (EEG) in three classes of subjects; adults, 9-month-old infants and 4-month-old infants during which the presentation of faces or objects respectively was preceded by a human voice or from non-human sounds. The results suggest that even in the group of 4-month-olds there is a neural activation that reflects the ability to anticipate the event depending on the sound heard. In other words, the simple sound of a human voice can pre-activate the neural circuits involved in the visual perception of faces about a second before seeing them appear on a screen.”

[safe_summary] => ) ) ) [field_date_box_lancio_news] => Array ( [und] => Array ( [0] => Array ( [value] => 2022-08-08T00:00:00 [timezone] => Europe/Paris [timezone_db] => Europe/Paris [date_type] => date ) ) ) [field_etichetta_box_lancio_news] => Array ( ) [field_img_box_lancio_news] => Array ( [und] => Array ( [0] => Array ( [fid] => 109686 [uid] => 2032 [filename] => shutterstock_90155959.jpg [uri] => public://shutterstock_90155959_0.jpg [filemime] => image/jpeg [filesize] => 11327 [status] => 1 [timestamp] => 1659964006 [type] => image [field_file_image_alt_text] => Array ( ) [field_file_image_title_text] => Array ( ) [field_folder] => Array ( [und] => Array ( [0] => Array ( [tid] => 2048 ) ) ) [metadata] => Array ( [height] => 227 [width] => 677 ) [height] => 227 [width] => 677 [alt] => children [title] => ) ) ) [field_link_alla_news] => Array ( ) [field_link_esterno_news] => Array ( [und] => Array ( [0] => Array ( [value] => [format] => [safe_value] => ) ) ) [field_pagina_associata] => Array ( ) [field_link_etichetta] => Array ( ) [field_abstract_news] => Array ( [und] => Array ( [0] => Array ( [value] => Infants as young as 4 months old can anticipate an event according to the sound heard as demonstrated in a study coordinated by the University of Padua and published in the journal Scientific Reports [format] => [safe_value] => Infants as young as 4 months old can anticipate an event according to the sound heard as demonstrated in a study coordinated by the University of Padua and published in the journal Scientific Reports ) ) ) [field_allegato_news] => Array ( ) [field_categorie_news] => Array ( [und] => Array ( [0] => Array ( [tid] => 2296 ) ) ) [field_pub_date] => Array ( [und] => Array ( [0] => Array ( [value] => 2022-08-08T00:00:00 [value2] => 2023-08-08T00:00:00 [timezone] => Europe/Paris [timezone_db] => Europe/Paris [date_type] => date ) ) ) [field_layout_news] => Array ( [und] => Array ( [0] => Array ( [value] => single ) ) ) [field_testo_opzionale_news] => Array ( ) [field_url_en_page] => Array ( ) [field_url_en_page_label] => Array ( ) [path] => Array ( [pathauto] => 1 ) [name] => francesca.forzan [picture] => 0 [data] => b:0; [num_revisions] => 1 [current_revision_id] => 400763 [is_current] => 1 [is_pending] => [revision_moderation] => [entity_view_prepared] => 1 ) [#items] => Array ( [0] => Array ( [value] =>

Infants as young as 4 months old can anticipate an event according to the sound heard as demonstrated in the study “Face specific neural anticipatory activity in infants 4 and 9 months old.” Coordinated by the University of Padua and published in the journal Scientific Reports, the study uses human auditory cues to pre-activate the neural circuits involved in the visual perception of faces about a second before seeing them appear. It is the first scientific demonstration that infants can prepare themselves for the encounter of socially relevant stimuli.

Hypothesizing what the future holds allows us to optimize our mental and physical resources to react better and faster to events, thus increasing our chances of survival. It is not a matter of premonition, but of processes that are based on natural physical events such as the sensory regularity of some environmental stimuli (a musical rhythm or a repetitive movement) or the associative learning between situations that tend to occur together ( a "knock at the door” and the subsequent appearance of a face).

Prof Giovanni Mento of the Psychology Department of the University of Padua and the first author of the study explains, “Despite the significant importance of our predictive brain, no studies have investigated its development during the very first months of life. In this research, brain activity was reconstructed starting from their cortical electrical activity (EEG) in three classes of subjects; adults, 9-month-old infants and 4-month-old infants during which the presentation of faces or objects respectively was preceded by a human voice or from non-human sounds. The results suggest that even in the group of 4-month-olds there is a neural activation that reflects the ability to anticipate the event depending on the sound heard. In other words, the simple sound of a human voice can pre-activate the neural circuits involved in the visual perception of faces about a second before seeing them appear on a screen.”

[summary] => [format] => 2 [safe_value] =>

Infants as young as 4 months old can anticipate an event according to the sound heard as demonstrated in the study “Face specific neural anticipatory activity in infants 4 and 9 months old.” Coordinated by the University of Padua and published in the journal Scientific Reports, the study uses human auditory cues to pre-activate the neural circuits involved in the visual perception of faces about a second before seeing them appear. It is the first scientific demonstration that infants can prepare themselves for the encounter of socially relevant stimuli.

Hypothesizing what the future holds allows us to optimize our mental and physical resources to react better and faster to events, thus increasing our chances of survival. It is not a matter of premonition, but of processes that are based on natural physical events such as the sensory regularity of some environmental stimuli (a musical rhythm or a repetitive movement) or the associative learning between situations that tend to occur together ( a "knock at the door” and the subsequent appearance of a face).

Prof Giovanni Mento of the Psychology Department of the University of Padua and the first author of the study explains, “Despite the significant importance of our predictive brain, no studies have investigated its development during the very first months of life. In this research, brain activity was reconstructed starting from their cortical electrical activity (EEG) in three classes of subjects; adults, 9-month-old infants and 4-month-old infants during which the presentation of faces or objects respectively was preceded by a human voice or from non-human sounds. The results suggest that even in the group of 4-month-olds there is a neural activation that reflects the ability to anticipate the event depending on the sound heard. In other words, the simple sound of a human voice can pre-activate the neural circuits involved in the visual perception of faces about a second before seeing them appear on a screen.”

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Infants as young as 4 months old can anticipate an event according to the sound heard as demonstrated in the study “Face specific neural anticipatory activity in infants 4 and 9 months old.” Coordinated by the University of Padua and published in the journal Scientific Reports, the study uses human auditory cues to pre-activate the neural circuits involved in the visual perception of faces about a second before seeing them appear.

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Infants as young as 4 months old can anticipate an event according to the sound heard as demonstrated in the study “Face specific neural anticipatory activity in infants 4 and 9 months old.” Coordinated by the University of Padua and published in the journal Scientific Reports, the study uses human auditory cues to pre-activate the neural circuits involved in the visual perception of faces about a second before seeing them appear. It is the first scientific demonstration that infants can prepare themselves for the encounter of socially relevant stimuli.

Hypothesizing what the future holds allows us to optimize our mental and physical resources to react better and faster to events, thus increasing our chances of survival. It is not a matter of premonition, but of processes that are based on natural physical events such as the sensory regularity of some environmental stimuli (a musical rhythm or a repetitive movement) or the associative learning between situations that tend to occur together ( a "knock at the door” and the subsequent appearance of a face).

Prof Giovanni Mento of the Psychology Department of the University of Padua and the first author of the study explains, “Despite the significant importance of our predictive brain, no studies have investigated its development during the very first months of life. In this research, brain activity was reconstructed starting from their cortical electrical activity (EEG) in three classes of subjects; adults, 9-month-old infants and 4-month-old infants during which the presentation of faces or objects respectively was preceded by a human voice or from non-human sounds. The results suggest that even in the group of 4-month-olds there is a neural activation that reflects the ability to anticipate the event depending on the sound heard. In other words, the simple sound of a human voice can pre-activate the neural circuits involved in the visual perception of faces about a second before seeing them appear on a screen.”

[summary] => [format] => 2 [safe_value] =>

Infants as young as 4 months old can anticipate an event according to the sound heard as demonstrated in the study “Face specific neural anticipatory activity in infants 4 and 9 months old.” Coordinated by the University of Padua and published in the journal Scientific Reports, the study uses human auditory cues to pre-activate the neural circuits involved in the visual perception of faces about a second before seeing them appear. It is the first scientific demonstration that infants can prepare themselves for the encounter of socially relevant stimuli.

Hypothesizing what the future holds allows us to optimize our mental and physical resources to react better and faster to events, thus increasing our chances of survival. It is not a matter of premonition, but of processes that are based on natural physical events such as the sensory regularity of some environmental stimuli (a musical rhythm or a repetitive movement) or the associative learning between situations that tend to occur together ( a "knock at the door” and the subsequent appearance of a face).

Prof Giovanni Mento of the Psychology Department of the University of Padua and the first author of the study explains, “Despite the significant importance of our predictive brain, no studies have investigated its development during the very first months of life. In this research, brain activity was reconstructed starting from their cortical electrical activity (EEG) in three classes of subjects; adults, 9-month-old infants and 4-month-old infants during which the presentation of faces or objects respectively was preceded by a human voice or from non-human sounds. The results suggest that even in the group of 4-month-olds there is a neural activation that reflects the ability to anticipate the event depending on the sound heard. In other words, the simple sound of a human voice can pre-activate the neural circuits involved in the visual perception of faces about a second before seeing them appear on a screen.”

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Infants as young as 4 months old can anticipate an event according to the sound heard as demonstrated in the study “Face specific neural anticipatory activity in infants 4 and 9 months old.” Coordinated by the University of Padua and published in the journal Scientific Reports, the study uses human auditory cues to pre-activate the neural circuits involved in the visual perception of faces about a second before seeing them appear. It is the first scientific demonstration that infants can prepare themselves for the encounter of socially relevant stimuli.

Hypothesizing what the future holds allows us to optimize our mental and physical resources to react better and faster to events, thus increasing our chances of survival. It is not a matter of premonition, but of processes that are based on natural physical events such as the sensory regularity of some environmental stimuli (a musical rhythm or a repetitive movement) or the associative learning between situations that tend to occur together ( a "knock at the door” and the subsequent appearance of a face).

Prof Giovanni Mento of the Psychology Department of the University of Padua and the first author of the study explains, “Despite the significant importance of our predictive brain, no studies have investigated its development during the very first months of life. In this research, brain activity was reconstructed starting from their cortical electrical activity (EEG) in three classes of subjects; adults, 9-month-old infants and 4-month-old infants during which the presentation of faces or objects respectively was preceded by a human voice or from non-human sounds. The results suggest that even in the group of 4-month-olds there is a neural activation that reflects the ability to anticipate the event depending on the sound heard. In other words, the simple sound of a human voice can pre-activate the neural circuits involved in the visual perception of faces about a second before seeing them appear on a screen.”

[summary] => [format] => 2 [safe_value] =>

Infants as young as 4 months old can anticipate an event according to the sound heard as demonstrated in the study “Face specific neural anticipatory activity in infants 4 and 9 months old.” Coordinated by the University of Padua and published in the journal Scientific Reports, the study uses human auditory cues to pre-activate the neural circuits involved in the visual perception of faces about a second before seeing them appear. It is the first scientific demonstration that infants can prepare themselves for the encounter of socially relevant stimuli.

Hypothesizing what the future holds allows us to optimize our mental and physical resources to react better and faster to events, thus increasing our chances of survival. It is not a matter of premonition, but of processes that are based on natural physical events such as the sensory regularity of some environmental stimuli (a musical rhythm or a repetitive movement) or the associative learning between situations that tend to occur together ( a "knock at the door” and the subsequent appearance of a face).

Prof Giovanni Mento of the Psychology Department of the University of Padua and the first author of the study explains, “Despite the significant importance of our predictive brain, no studies have investigated its development during the very first months of life. In this research, brain activity was reconstructed starting from their cortical electrical activity (EEG) in three classes of subjects; adults, 9-month-old infants and 4-month-old infants during which the presentation of faces or objects respectively was preceded by a human voice or from non-human sounds. The results suggest that even in the group of 4-month-olds there is a neural activation that reflects the ability to anticipate the event depending on the sound heard. In other words, the simple sound of a human voice can pre-activate the neural circuits involved in the visual perception of faces about a second before seeing them appear on a screen.”

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Infants as young as 4 months old can anticipate an event according to the sound heard as demonstrated in the study “Face specific neural anticipatory activity in infants 4 and 9 months old.” Coordinated by the University of Padua and published in the journal Scientific Reports, the study uses human auditory cues to pre-activate the neural circuits involved in the visual perception of faces about a second before seeing them appear. It is the first scientific demonstration that infants can prepare themselves for the encounter of socially relevant stimuli.

Hypothesizing what the future holds allows us to optimize our mental and physical resources to react better and faster to events, thus increasing our chances of survival. It is not a matter of premonition, but of processes that are based on natural physical events such as the sensory regularity of some environmental stimuli (a musical rhythm or a repetitive movement) or the associative learning between situations that tend to occur together ( a "knock at the door” and the subsequent appearance of a face).

Prof Giovanni Mento of the Psychology Department of the University of Padua and the first author of the study explains, “Despite the significant importance of our predictive brain, no studies have investigated its development during the very first months of life. In this research, brain activity was reconstructed starting from their cortical electrical activity (EEG) in three classes of subjects; adults, 9-month-old infants and 4-month-old infants during which the presentation of faces or objects respectively was preceded by a human voice or from non-human sounds. The results suggest that even in the group of 4-month-olds there is a neural activation that reflects the ability to anticipate the event depending on the sound heard. In other words, the simple sound of a human voice can pre-activate the neural circuits involved in the visual perception of faces about a second before seeing them appear on a screen.”

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Infants as young as 4 months old can anticipate an event according to the sound heard as demonstrated in the study “Face specific neural anticipatory activity in infants 4 and 9 months old.” Coordinated by the University of Padua and published in the journal Scientific Reports, the study uses human auditory cues to pre-activate the neural circuits involved in the visual perception of faces about a second before seeing them appear. It is the first scientific demonstration that infants can prepare themselves for the encounter of socially relevant stimuli.

Hypothesizing what the future holds allows us to optimize our mental and physical resources to react better and faster to events, thus increasing our chances of survival. It is not a matter of premonition, but of processes that are based on natural physical events such as the sensory regularity of some environmental stimuli (a musical rhythm or a repetitive movement) or the associative learning between situations that tend to occur together ( a "knock at the door” and the subsequent appearance of a face).

Prof Giovanni Mento of the Psychology Department of the University of Padua and the first author of the study explains, “Despite the significant importance of our predictive brain, no studies have investigated its development during the very first months of life. In this research, brain activity was reconstructed starting from their cortical electrical activity (EEG) in three classes of subjects; adults, 9-month-old infants and 4-month-old infants during which the presentation of faces or objects respectively was preceded by a human voice or from non-human sounds. The results suggest that even in the group of 4-month-olds there is a neural activation that reflects the ability to anticipate the event depending on the sound heard. In other words, the simple sound of a human voice can pre-activate the neural circuits involved in the visual perception of faces about a second before seeing them appear on a screen.”

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