2024RUAPNRR_CN_EI_07 - Allegato 1 - DR approvazione atti

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2024RUAPNRR_CN_EI_07 - Allegato 1 - Verbale 3 - Punteggi, giudizi e vincitore

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Solar Energy, a Vegetarian Diet, and Planting Trees: a Model for the Planet

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It’s no secret that climate change is largely due to the concentration of greenhouse gases in the atmosphere. With noted carbon dioxide detection going from 330 ppm (parts per million) in the 1970s to 420 ppm in 2024. Resulting in disastrous consequences on the climate from the warming of the average air temperatures by 1.5-2 °C, melting polar ice caps, and deregulation of the climate. As a result, an international alert was launched by the group of scientists of the Intergovernmental Panel on Climate Change through their periodic reports while global politics and industries began promoting the transition from energy derived from fossil resources to renewable energy with low CO2 emissions and reduced impact on the environment.

In the paper “Tackling climate change: the Albarella island example” published in PLOS Climate, first author Augusto Zanella (TESAF Professor of the University of Padua) focuses on the CO2 equivalent on the island of Albarella found along the Po Delta Park in Rovigo. The paper unveils a plan to support sustainable changes on energy sources in 10 years through natural carbon storage and consumption on the island.

Prof Zanella explains, “With the help of students and those in charge of the management and inhabitants of the island, we have collected the data necessary to draw up an annual balance sheet of CO2 equivalent emissions. The plan offers everything needed to operate an island of more than 110,000 annual tourists in terms of energy and resources.”

Income expenditure of goods and energy related to the economic functioning of the island have been converted into virtual CO2 emissions to create a plan for sustainable change on the island of Albarella.

The work is part of the 2019 Uni-Impresa ALBA Project - Albarella Laboratorio Diversità Ambiente, in which the University of Padua collaborates with the Comunione dell'Isola di Albarella for a sustainable management project of the island's resources. The objective is to create and maintain an anthropic environment the reflects its natural counterpart through a strong reduction in greenhouse gas emissions, as required by EU directives. The scientific director of the project, Augusto Zanella, is a professor at the Department of Land, Environment, Agriculture and Forestry Systems of the University of Padua.

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It’s no secret that climate change is largely due to the concentration of greenhouse gases in the atmosphere. With noted carbon dioxide detection going from 330 ppm (parts per million) in the 1970s to 420 ppm in 2024. Resulting in disastrous consequences on the climate from the warming of the average air temperatures by 1.5-2 °C, melting polar ice caps, and deregulation of the climate. As a result, an international alert was launched by the group of scientists of the Intergovernmental Panel on Climate Change through their periodic reports while global politics and industries began promoting the transition from energy derived from fossil resources to renewable energy with low CO2 emissions and reduced impact on the environment.

In the paper “Tackling climate change: the Albarella island example” published in PLOS Climate, first author Augusto Zanella (TESAF Professor of the University of Padua) focuses on the CO2 equivalent on the island of Albarella found along the Po Delta Park in Rovigo. The paper unveils a plan to support sustainable changes on energy sources in 10 years through natural carbon storage and consumption on the island.

Prof Zanella explains, “With the help of students and those in charge of the management and inhabitants of the island, we have collected the data necessary to draw up an annual balance sheet of CO2 equivalent emissions. The plan offers everything needed to operate an island of more than 110,000 annual tourists in terms of energy and resources.”

Income expenditure of goods and energy related to the economic functioning of the island have been converted into virtual CO2 emissions to create a plan for sustainable change on the island of Albarella.

The work is part of the 2019 Uni-Impresa ALBA Project - Albarella Laboratorio Diversità Ambiente, in which the University of Padua collaborates with the Comunione dell'Isola di Albarella for a sustainable management project of the island's resources. The objective is to create and maintain an anthropic environment the reflects its natural counterpart through a strong reduction in greenhouse gas emissions, as required by EU directives. The scientific director of the project, Augusto Zanella, is a professor at the Department of Land, Environment, Agriculture and Forestry Systems of the University of Padua.

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It’s no secret that climate change is largely due to the concentration of greenhouse gases in the atmosphere. With noted carbon dioxide detection going from 330 ppm (parts per million) in the 1970s to 420 ppm in 2024. Resulting in disastrous consequences on the climate from the warming of the average air temperatures by 1.5-2 °C, melting polar ice caps, and deregulation of the climate. As a result, an international alert was launched by the group of scientists of the Intergovernmental Panel on Climate Change through their periodic reports while global politics and industries began promoting the transition from energy derived from fossil resources to renewable energy with low CO2 emissions and reduced impact on the environment.

In the paper “Tackling climate change: the Albarella island example” published in PLOS Climate, first author Augusto Zanella (TESAF Professor of the University of Padua) focuses on the CO2 equivalent on the island of Albarella found along the Po Delta Park in Rovigo. The paper unveils a plan to support sustainable changes on energy sources in 10 years through natural carbon storage and consumption on the island.

Prof Zanella explains, “With the help of students and those in charge of the management and inhabitants of the island, we have collected the data necessary to draw up an annual balance sheet of CO2 equivalent emissions. The plan offers everything needed to operate an island of more than 110,000 annual tourists in terms of energy and resources.”

Income expenditure of goods and energy related to the economic functioning of the island have been converted into virtual CO2 emissions to create a plan for sustainable change on the island of Albarella.

The work is part of the 2019 Uni-Impresa ALBA Project - Albarella Laboratorio Diversità Ambiente, in which the University of Padua collaborates with the Comunione dell'Isola di Albarella for a sustainable management project of the island's resources. The objective is to create and maintain an anthropic environment the reflects its natural counterpart through a strong reduction in greenhouse gas emissions, as required by EU directives. The scientific director of the project, Augusto Zanella, is a professor at the Department of Land, Environment, Agriculture and Forestry Systems of the University of Padua.

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It’s no secret that climate change is largely due to the concentration of greenhouse gases in the atmosphere. With noted carbon dioxide detection going from 330 ppm (parts per million) in the 1970s to 420 ppm in 2024. Resulting in disastrous consequences on the climate from the warming of the average air temperatures by 1.5-2 °C, melting polar ice caps, and deregulation of the climate. As a result, an international alert was launched by the group of scientists of the Intergovernmental Panel on Climate Change through their periodic reports while global politics and industries began promoting the transition from energy derived from fossil resources to renewable energy with low CO2 emissions and reduced impact on the environment.

In the paper “Tackling climate change: the Albarella island example” published in PLOS Climate, first author Augusto Zanella (TESAF Professor of the University of Padua) focuses on the CO2 equivalent on the island of Albarella found along the Po Delta Park in Rovigo. The paper unveils a plan to support sustainable changes on energy sources in 10 years through natural carbon storage and consumption on the island.

Prof Zanella explains, “With the help of students and those in charge of the management and inhabitants of the island, we have collected the data necessary to draw up an annual balance sheet of CO2 equivalent emissions. The plan offers everything needed to operate an island of more than 110,000 annual tourists in terms of energy and resources.”

Income expenditure of goods and energy related to the economic functioning of the island have been converted into virtual CO2 emissions to create a plan for sustainable change on the island of Albarella.

The work is part of the 2019 Uni-Impresa ALBA Project - Albarella Laboratorio Diversità Ambiente, in which the University of Padua collaborates with the Comunione dell'Isola di Albarella for a sustainable management project of the island's resources. The objective is to create and maintain an anthropic environment the reflects its natural counterpart through a strong reduction in greenhouse gas emissions, as required by EU directives. The scientific director of the project, Augusto Zanella, is a professor at the Department of Land, Environment, Agriculture and Forestry Systems of the University of Padua.

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It’s no secret that climate change is largely due to the concentration of greenhouse gases in the atmosphere. With noted carbon dioxide detection going from 330 ppm (parts per million) in the 1970s to 420 ppm in 2024. Resulting in disastrous consequences on the climate from the warming of the average air temperatures by 1.5-2 °C, melting polar ice caps, and deregulation of the climate.

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It’s no secret that climate change is largely due to the concentration of greenhouse gases in the atmosphere. With noted carbon dioxide detection going from 330 ppm (parts per million) in the 1970s to 420 ppm in 2024. Resulting in disastrous consequences on the climate from the warming of the average air temperatures by 1.5-2 °C, melting polar ice caps, and deregulation of the climate. As a result, an international alert was launched by the group of scientists of the Intergovernmental Panel on Climate Change through their periodic reports while global politics and industries began promoting the transition from energy derived from fossil resources to renewable energy with low CO2 emissions and reduced impact on the environment.

In the paper “Tackling climate change: the Albarella island example” published in PLOS Climate, first author Augusto Zanella (TESAF Professor of the University of Padua) focuses on the CO2 equivalent on the island of Albarella found along the Po Delta Park in Rovigo. The paper unveils a plan to support sustainable changes on energy sources in 10 years through natural carbon storage and consumption on the island.

Prof Zanella explains, “With the help of students and those in charge of the management and inhabitants of the island, we have collected the data necessary to draw up an annual balance sheet of CO2 equivalent emissions. The plan offers everything needed to operate an island of more than 110,000 annual tourists in terms of energy and resources.”

Income expenditure of goods and energy related to the economic functioning of the island have been converted into virtual CO2 emissions to create a plan for sustainable change on the island of Albarella.

The work is part of the 2019 Uni-Impresa ALBA Project - Albarella Laboratorio Diversità Ambiente, in which the University of Padua collaborates with the Comunione dell'Isola di Albarella for a sustainable management project of the island's resources. The objective is to create and maintain an anthropic environment the reflects its natural counterpart through a strong reduction in greenhouse gas emissions, as required by EU directives. The scientific director of the project, Augusto Zanella, is a professor at the Department of Land, Environment, Agriculture and Forestry Systems of the University of Padua.

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It’s no secret that climate change is largely due to the concentration of greenhouse gases in the atmosphere. With noted carbon dioxide detection going from 330 ppm (parts per million) in the 1970s to 420 ppm in 2024. Resulting in disastrous consequences on the climate from the warming of the average air temperatures by 1.5-2 °C, melting polar ice caps, and deregulation of the climate. As a result, an international alert was launched by the group of scientists of the Intergovernmental Panel on Climate Change through their periodic reports while global politics and industries began promoting the transition from energy derived from fossil resources to renewable energy with low CO2 emissions and reduced impact on the environment.

In the paper “Tackling climate change: the Albarella island example” published in PLOS Climate, first author Augusto Zanella (TESAF Professor of the University of Padua) focuses on the CO2 equivalent on the island of Albarella found along the Po Delta Park in Rovigo. The paper unveils a plan to support sustainable changes on energy sources in 10 years through natural carbon storage and consumption on the island.

Prof Zanella explains, “With the help of students and those in charge of the management and inhabitants of the island, we have collected the data necessary to draw up an annual balance sheet of CO2 equivalent emissions. The plan offers everything needed to operate an island of more than 110,000 annual tourists in terms of energy and resources.”

Income expenditure of goods and energy related to the economic functioning of the island have been converted into virtual CO2 emissions to create a plan for sustainable change on the island of Albarella.

The work is part of the 2019 Uni-Impresa ALBA Project - Albarella Laboratorio Diversità Ambiente, in which the University of Padua collaborates with the Comunione dell'Isola di Albarella for a sustainable management project of the island's resources. The objective is to create and maintain an anthropic environment the reflects its natural counterpart through a strong reduction in greenhouse gas emissions, as required by EU directives. The scientific director of the project, Augusto Zanella, is a professor at the Department of Land, Environment, Agriculture and Forestry Systems of the University of Padua.

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It’s no secret that climate change is largely due to the concentration of greenhouse gases in the atmosphere. With noted carbon dioxide detection going from 330 ppm (parts per million) in the 1970s to 420 ppm in 2024. Resulting in disastrous consequences on the climate from the warming of the average air temperatures by 1.5-2 °C, melting polar ice caps, and deregulation of the climate. As a result, an international alert was launched by the group of scientists of the Intergovernmental Panel on Climate Change through their periodic reports while global politics and industries began promoting the transition from energy derived from fossil resources to renewable energy with low CO2 emissions and reduced impact on the environment.

In the paper “Tackling climate change: the Albarella island example” published in PLOS Climate, first author Augusto Zanella (TESAF Professor of the University of Padua) focuses on the CO2 equivalent on the island of Albarella found along the Po Delta Park in Rovigo. The paper unveils a plan to support sustainable changes on energy sources in 10 years through natural carbon storage and consumption on the island.

Prof Zanella explains, “With the help of students and those in charge of the management and inhabitants of the island, we have collected the data necessary to draw up an annual balance sheet of CO2 equivalent emissions. The plan offers everything needed to operate an island of more than 110,000 annual tourists in terms of energy and resources.”

Income expenditure of goods and energy related to the economic functioning of the island have been converted into virtual CO2 emissions to create a plan for sustainable change on the island of Albarella.

The work is part of the 2019 Uni-Impresa ALBA Project - Albarella Laboratorio Diversità Ambiente, in which the University of Padua collaborates with the Comunione dell'Isola di Albarella for a sustainable management project of the island's resources. The objective is to create and maintain an anthropic environment the reflects its natural counterpart through a strong reduction in greenhouse gas emissions, as required by EU directives. The scientific director of the project, Augusto Zanella, is a professor at the Department of Land, Environment, Agriculture and Forestry Systems of the University of Padua.

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It’s no secret that climate change is largely due to the concentration of greenhouse gases in the atmosphere. With noted carbon dioxide detection going from 330 ppm (parts per million) in the 1970s to 420 ppm in 2024. Resulting in disastrous consequences on the climate from the warming of the average air temperatures by 1.5-2 °C, melting polar ice caps, and deregulation of the climate. As a result, an international alert was launched by the group of scientists of the Intergovernmental Panel on Climate Change through their periodic reports while global politics and industries began promoting the transition from energy derived from fossil resources to renewable energy with low CO2 emissions and reduced impact on the environment.

In the paper “Tackling climate change: the Albarella island example” published in PLOS Climate, first author Augusto Zanella (TESAF Professor of the University of Padua) focuses on the CO2 equivalent on the island of Albarella found along the Po Delta Park in Rovigo. The paper unveils a plan to support sustainable changes on energy sources in 10 years through natural carbon storage and consumption on the island.

Prof Zanella explains, “With the help of students and those in charge of the management and inhabitants of the island, we have collected the data necessary to draw up an annual balance sheet of CO2 equivalent emissions. The plan offers everything needed to operate an island of more than 110,000 annual tourists in terms of energy and resources.”

Income expenditure of goods and energy related to the economic functioning of the island have been converted into virtual CO2 emissions to create a plan for sustainable change on the island of Albarella.

The work is part of the 2019 Uni-Impresa ALBA Project - Albarella Laboratorio Diversità Ambiente, in which the University of Padua collaborates with the Comunione dell'Isola di Albarella for a sustainable management project of the island's resources. The objective is to create and maintain an anthropic environment the reflects its natural counterpart through a strong reduction in greenhouse gas emissions, as required by EU directives. The scientific director of the project, Augusto Zanella, is a professor at the Department of Land, Environment, Agriculture and Forestry Systems of the University of Padua.

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It’s no secret that climate change is largely due to the concentration of greenhouse gases in the atmosphere. With noted carbon dioxide detection going from 330 ppm (parts per million) in the 1970s to 420 ppm in 2024. Resulting in disastrous consequences on the climate from the warming of the average air temperatures by 1.5-2 °C, melting polar ice caps, and deregulation of the climate. As a result, an international alert was launched by the group of scientists of the Intergovernmental Panel on Climate Change through their periodic reports while global politics and industries began promoting the transition from energy derived from fossil resources to renewable energy with low CO2 emissions and reduced impact on the environment.

In the paper “Tackling climate change: the Albarella island example” published in PLOS Climate, first author Augusto Zanella (TESAF Professor of the University of Padua) focuses on the CO2 equivalent on the island of Albarella found along the Po Delta Park in Rovigo. The paper unveils a plan to support sustainable changes on energy sources in 10 years through natural carbon storage and consumption on the island.

Prof Zanella explains, “With the help of students and those in charge of the management and inhabitants of the island, we have collected the data necessary to draw up an annual balance sheet of CO2 equivalent emissions. The plan offers everything needed to operate an island of more than 110,000 annual tourists in terms of energy and resources.”

Income expenditure of goods and energy related to the economic functioning of the island have been converted into virtual CO2 emissions to create a plan for sustainable change on the island of Albarella.

The work is part of the 2019 Uni-Impresa ALBA Project - Albarella Laboratorio Diversità Ambiente, in which the University of Padua collaborates with the Comunione dell'Isola di Albarella for a sustainable management project of the island's resources. The objective is to create and maintain an anthropic environment the reflects its natural counterpart through a strong reduction in greenhouse gas emissions, as required by EU directives. The scientific director of the project, Augusto Zanella, is a professor at the Department of Land, Environment, Agriculture and Forestry Systems of the University of Padua.

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

It’s no secret that climate change is largely due to the concentration of greenhouse gases in the atmosphere. With noted carbon dioxide detection going from 330 ppm (parts per million) in the 1970s to 420 ppm in 2024. Resulting in disastrous consequences on the climate from the warming of the average air temperatures by 1.5-2 °C, melting polar ice caps, and deregulation of the climate. As a result, an international alert was launched by the group of scientists of the Intergovernmental Panel on Climate Change through their periodic reports while global politics and industries began promoting the transition from energy derived from fossil resources to renewable energy with low CO2 emissions and reduced impact on the environment.

In the paper “Tackling climate change: the Albarella island example” published in PLOS Climate, first author Augusto Zanella (TESAF Professor of the University of Padua) focuses on the CO2 equivalent on the island of Albarella found along the Po Delta Park in Rovigo. The paper unveils a plan to support sustainable changes on energy sources in 10 years through natural carbon storage and consumption on the island.

Prof Zanella explains, “With the help of students and those in charge of the management and inhabitants of the island, we have collected the data necessary to draw up an annual balance sheet of CO2 equivalent emissions. The plan offers everything needed to operate an island of more than 110,000 annual tourists in terms of energy and resources.”

Income expenditure of goods and energy related to the economic functioning of the island have been converted into virtual CO2 emissions to create a plan for sustainable change on the island of Albarella.

The work is part of the 2019 Uni-Impresa ALBA Project - Albarella Laboratorio Diversità Ambiente, in which the University of Padua collaborates with the Comunione dell'Isola di Albarella for a sustainable management project of the island's resources. The objective is to create and maintain an anthropic environment the reflects its natural counterpart through a strong reduction in greenhouse gas emissions, as required by EU directives. The scientific director of the project, Augusto Zanella, is a professor at the Department of Land, Environment, Agriculture and Forestry Systems of the University of Padua.

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Procedure concorsuali per ricercatori a tempo determinato in tenure-track 2024RTT05RISERVATO

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Il documento ufficiale è reperibile all’Albo on line di Ateneo

Scadenza: 8 agosto 2024, ore 13

Domanda telematica

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Il documento ufficiale è reperibile all’Albo on line di Ateneo

Scadenza: 8 agosto 2024, ore 13

Domanda telematica

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Procedure selettive per l’assunzione di n. 16 ricercatori a tempo determinato in tenure-track (RTT) ai sensi dell’art. 24 della legge 240/2010 come modificato dalla L. 79/2022 – 2024RTT05_RISERVATO

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Procedure selettive per l’assunzione di n. 16 ricercatori a tempo determinato in tenure-track (RTT) ai sensi dell’art. 24 della legge 240/2010 come modificato dalla L. 79/2022 – 2024RTT05_RISERVATO

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Il documento ufficiale è reperibile all’Albo on line di Ateneo

Scadenza: 8 agosto 2024, ore 13

Domanda telematica

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

Il documento ufficiale è reperibile all’Albo on line di Ateneo

Scadenza: 8 agosto 2024, ore 13

Domanda telematica

[safe_summary] => ) ) [#formatter] => text_summary_or_trimmed [0] => Array ( [#markup] =>

Il documento ufficiale è reperibile all’Albo on line di Ateneo

Scadenza: 8 agosto 2024, ore 13

Domanda telematica

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La ricerca Unipd nel campo della ventilazione industriale al FAN 2025 di Antibes

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Si terrà dal 9 all'11 aprile 2025 ad Antibes - Juan les Pins, in Francia, “FAN 2025: International conference on Fan Noise, Aerodynamics, Applications and Systems, l'ottava edizione della conferenza internazionale di riferimento per la ventilazione industriale, patrocinata dall'Università di Padova, e che si svolge con cadenza triennale.

Anche la ricerca nel campo della ventilazione industriale svolta all'Università di Padova sarà presente ad Antibes: in quanto nota e apprezzata dagli accademici e dall'industria del settore, vede un suo rappresentante, Massimo Masi, professore del Dipartimento di Tecnica e gestione dei sistemi industriali, nel ristretto numero di componenti del comitato organizzatore della conferenza. L'Ateneo ha infatti la responsabilità di organizzare uno dei tre campi oggetto di presentazione di ricerche, ossia quello relativo allo studio dell'aerodinamica dei ventilatori: è un campo che ha una particolare rilevanza in ottica di sostenibilità energetica, poichè questi dispositivi utilizzano oltre il 10% dell'energia elettrica consumata in Europa.

La conferenza presenta infatti gli avanzamenti della ricerca ingegneristica accademica e industriale in tre campi specifici: oltre allo studio dell'aerodinamica  dei ventilatori, si parlerà quindi anche dell controllo del rumore emesso dai ventilatori, e dell'analisi (e soluzione) di alcuni tipi di problematiche teorico-pratiche associate ai sistemi di ventilazione (dall'aerazione di grandi edifici, al ricambio d'aria in gallerie stradali, tunnel ferroviari, metropolitane, miniere, etc.).

La conferenza, che raduna esperti ed esperte da tutto il mondo, è organizzata da due enti di ricerca francesi, CETIM (Centro Tecnico per le Industrie Meccaniche - che offre ricerca a supporto di industrie manifatturiere, specialmente nel settore Aerospazio, Automotive, Energia e Oil&Gas), e CETIAT (Centro Tecnico per Riscaldamento, Condizionamento e Industrie per Trattamento Aria - che offre ricerca a supporto di industrie manifatturiere nel settore delle applicazioni aerauliche).

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Si terrà dal 9 all'11 aprile 2025 ad Antibes - Juan les Pins, in Francia, “FAN 2025: International conference on Fan Noise, Aerodynamics, Applications and Systems, l'ottava edizione della conferenza internazionale di riferimento per la ventilazione industriale, patrocinata dall'Università di Padova, e che si svolge con cadenza triennale.

Anche la ricerca nel campo della ventilazione industriale svolta all'Università di Padova sarà presente ad Antibes: in quanto nota e apprezzata dagli accademici e dall'industria del settore, vede un suo rappresentante, Massimo Masi, professore del Dipartimento di Tecnica e gestione dei sistemi industriali, nel ristretto numero di componenti del comitato organizzatore della conferenza. L'Ateneo ha infatti la responsabilità di organizzare uno dei tre campi oggetto di presentazione di ricerche, ossia quello relativo allo studio dell'aerodinamica dei ventilatori: è un campo che ha una particolare rilevanza in ottica di sostenibilità energetica, poichè questi dispositivi utilizzano oltre il 10% dell'energia elettrica consumata in Europa.

La conferenza presenta infatti gli avanzamenti della ricerca ingegneristica accademica e industriale in tre campi specifici: oltre allo studio dell'aerodinamica  dei ventilatori, si parlerà quindi anche dell controllo del rumore emesso dai ventilatori, e dell'analisi (e soluzione) di alcuni tipi di problematiche teorico-pratiche associate ai sistemi di ventilazione (dall'aerazione di grandi edifici, al ricambio d'aria in gallerie stradali, tunnel ferroviari, metropolitane, miniere, etc.).

La conferenza, che raduna esperti ed esperte da tutto il mondo, è organizzata da due enti di ricerca francesi, CETIM (Centro Tecnico per le Industrie Meccaniche - che offre ricerca a supporto di industrie manifatturiere, specialmente nel settore Aerospazio, Automotive, Energia e Oil&Gas), e CETIAT (Centro Tecnico per Riscaldamento, Condizionamento e Industrie per Trattamento Aria - che offre ricerca a supporto di industrie manifatturiere nel settore delle applicazioni aerauliche).

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Si terrà dal 9 all'11 aprile 2025 ad Antibes - Juan les Pins, in Francia, “FAN 2025: International conference on Fan Noise, Aerodynamics, Applications and Systems, l'ottava edizione della conferenza internazionale di riferimento per la ventilazione industriale, patrocinata dall'Università di Padova, e che si svolge con cadenza triennale.

Anche la ricerca nel campo della ventilazione industriale svolta all'Università di Padova sarà presente ad Antibes: in quanto nota e apprezzata dagli accademici e dall'industria del settore, vede un suo rappresentante, Massimo Masi, professore del Dipartimento di Tecnica e gestione dei sistemi industriali, nel ristretto numero di componenti del comitato organizzatore della conferenza. L'Ateneo ha infatti la responsabilità di organizzare uno dei tre campi oggetto di presentazione di ricerche, ossia quello relativo allo studio dell'aerodinamica dei ventilatori: è un campo che ha una particolare rilevanza in ottica di sostenibilità energetica, poichè questi dispositivi utilizzano oltre il 10% dell'energia elettrica consumata in Europa.

La conferenza presenta infatti gli avanzamenti della ricerca ingegneristica accademica e industriale in tre campi specifici: oltre allo studio dell'aerodinamica  dei ventilatori, si parlerà quindi anche dell controllo del rumore emesso dai ventilatori, e dell'analisi (e soluzione) di alcuni tipi di problematiche teorico-pratiche associate ai sistemi di ventilazione (dall'aerazione di grandi edifici, al ricambio d'aria in gallerie stradali, tunnel ferroviari, metropolitane, miniere, etc.).

La conferenza, che raduna esperti ed esperte da tutto il mondo, è organizzata da due enti di ricerca francesi, CETIM (Centro Tecnico per le Industrie Meccaniche - che offre ricerca a supporto di industrie manifatturiere, specialmente nel settore Aerospazio, Automotive, Energia e Oil&Gas), e CETIAT (Centro Tecnico per Riscaldamento, Condizionamento e Industrie per Trattamento Aria - che offre ricerca a supporto di industrie manifatturiere nel settore delle applicazioni aerauliche).

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Si terrà dal 9 all'11 aprile 2025 ad Antibes - Juan les Pins, in Francia, “FAN 2025: International conference on Fan Noise, Aerodynamics, Applications and Systems, l'ottava edizione della conferenza internazionale di riferimento per la ventilazione industriale, patrocinata dall'Università di Padova, e che si svolge con cadenza triennale.

Anche la ricerca nel campo della ventilazione industriale svolta all'Università di Padova sarà presente ad Antibes: in quanto nota e apprezzata dagli accademici e dall'industria del settore, vede un suo rappresentante, Massimo Masi, professore del Dipartimento di Tecnica e gestione dei sistemi industriali, nel ristretto numero di componenti del comitato organizzatore della conferenza. L'Ateneo ha infatti la responsabilità di organizzare uno dei tre campi oggetto di presentazione di ricerche, ossia quello relativo allo studio dell'aerodinamica dei ventilatori: è un campo che ha una particolare rilevanza in ottica di sostenibilità energetica, poichè questi dispositivi utilizzano oltre il 10% dell'energia elettrica consumata in Europa.

La conferenza presenta infatti gli avanzamenti della ricerca ingegneristica accademica e industriale in tre campi specifici: oltre allo studio dell'aerodinamica  dei ventilatori, si parlerà quindi anche dell controllo del rumore emesso dai ventilatori, e dell'analisi (e soluzione) di alcuni tipi di problematiche teorico-pratiche associate ai sistemi di ventilazione (dall'aerazione di grandi edifici, al ricambio d'aria in gallerie stradali, tunnel ferroviari, metropolitane, miniere, etc.).

La conferenza, che raduna esperti ed esperte da tutto il mondo, è organizzata da due enti di ricerca francesi, CETIM (Centro Tecnico per le Industrie Meccaniche - che offre ricerca a supporto di industrie manifatturiere, specialmente nel settore Aerospazio, Automotive, Energia e Oil&Gas), e CETIAT (Centro Tecnico per Riscaldamento, Condizionamento e Industrie per Trattamento Aria - che offre ricerca a supporto di industrie manifatturiere nel settore delle applicazioni aerauliche).

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Si terrà dal 9 all'11 aprile 2025 ad Antibes - Juan les Pins, in Francia, “FAN 2025: International conference on Fan Noise, Aerodynamics, Applications and Systems, l'ottava edizione della conferenza internazionale di riferimento per la ventilazione industriale, patrocinata dall'Università di Padova, e che si svolge con cadenza triennale.

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Si terrà dal 9 all'11 aprile 2025 ad Antibes - Juan les Pins, in Francia, “FAN 2025: International conference on Fan Noise, Aerodynamics, Applications and Systems, l'ottava edizione della conferenza internazionale di riferimento per la ventilazione industriale, patrocinata dall'Università di Padova, e che si svolge con cadenza triennale.

Anche la ricerca nel campo della ventilazione industriale svolta all'Università di Padova sarà presente ad Antibes: in quanto nota e apprezzata dagli accademici e dall'industria del settore, vede un suo rappresentante, Massimo Masi, professore del Dipartimento di Tecnica e gestione dei sistemi industriali, nel ristretto numero di componenti del comitato organizzatore della conferenza. L'Ateneo ha infatti la responsabilità di organizzare uno dei tre campi oggetto di presentazione di ricerche, ossia quello relativo allo studio dell'aerodinamica dei ventilatori: è un campo che ha una particolare rilevanza in ottica di sostenibilità energetica, poichè questi dispositivi utilizzano oltre il 10% dell'energia elettrica consumata in Europa.

La conferenza presenta infatti gli avanzamenti della ricerca ingegneristica accademica e industriale in tre campi specifici: oltre allo studio dell'aerodinamica  dei ventilatori, si parlerà quindi anche dell controllo del rumore emesso dai ventilatori, e dell'analisi (e soluzione) di alcuni tipi di problematiche teorico-pratiche associate ai sistemi di ventilazione (dall'aerazione di grandi edifici, al ricambio d'aria in gallerie stradali, tunnel ferroviari, metropolitane, miniere, etc.).

La conferenza, che raduna esperti ed esperte da tutto il mondo, è organizzata da due enti di ricerca francesi, CETIM (Centro Tecnico per le Industrie Meccaniche - che offre ricerca a supporto di industrie manifatturiere, specialmente nel settore Aerospazio, Automotive, Energia e Oil&Gas), e CETIAT (Centro Tecnico per Riscaldamento, Condizionamento e Industrie per Trattamento Aria - che offre ricerca a supporto di industrie manifatturiere nel settore delle applicazioni aerauliche).

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Si terrà dal 9 all'11 aprile 2025 ad Antibes - Juan les Pins, in Francia, “FAN 2025: International conference on Fan Noise, Aerodynamics, Applications and Systems, l'ottava edizione della conferenza internazionale di riferimento per la ventilazione industriale, patrocinata dall'Università di Padova, e che si svolge con cadenza triennale.

Anche la ricerca nel campo della ventilazione industriale svolta all'Università di Padova sarà presente ad Antibes: in quanto nota e apprezzata dagli accademici e dall'industria del settore, vede un suo rappresentante, Massimo Masi, professore del Dipartimento di Tecnica e gestione dei sistemi industriali, nel ristretto numero di componenti del comitato organizzatore della conferenza. L'Ateneo ha infatti la responsabilità di organizzare uno dei tre campi oggetto di presentazione di ricerche, ossia quello relativo allo studio dell'aerodinamica dei ventilatori: è un campo che ha una particolare rilevanza in ottica di sostenibilità energetica, poichè questi dispositivi utilizzano oltre il 10% dell'energia elettrica consumata in Europa.

La conferenza presenta infatti gli avanzamenti della ricerca ingegneristica accademica e industriale in tre campi specifici: oltre allo studio dell'aerodinamica  dei ventilatori, si parlerà quindi anche dell controllo del rumore emesso dai ventilatori, e dell'analisi (e soluzione) di alcuni tipi di problematiche teorico-pratiche associate ai sistemi di ventilazione (dall'aerazione di grandi edifici, al ricambio d'aria in gallerie stradali, tunnel ferroviari, metropolitane, miniere, etc.).

La conferenza, che raduna esperti ed esperte da tutto il mondo, è organizzata da due enti di ricerca francesi, CETIM (Centro Tecnico per le Industrie Meccaniche - che offre ricerca a supporto di industrie manifatturiere, specialmente nel settore Aerospazio, Automotive, Energia e Oil&Gas), e CETIAT (Centro Tecnico per Riscaldamento, Condizionamento e Industrie per Trattamento Aria - che offre ricerca a supporto di industrie manifatturiere nel settore delle applicazioni aerauliche).

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Si terrà dal 9 all'11 aprile 2025 ad Antibes - Juan les Pins, in Francia, “FAN 2025: International conference on Fan Noise, Aerodynamics, Applications and Systems, l'ottava edizione della conferenza internazionale di riferimento per la ventilazione industriale, patrocinata dall'Università di Padova, e che si svolge con cadenza triennale.

Anche la ricerca nel campo della ventilazione industriale svolta all'Università di Padova sarà presente ad Antibes: in quanto nota e apprezzata dagli accademici e dall'industria del settore, vede un suo rappresentante, Massimo Masi, professore del Dipartimento di Tecnica e gestione dei sistemi industriali, nel ristretto numero di componenti del comitato organizzatore della conferenza. L'Ateneo ha infatti la responsabilità di organizzare uno dei tre campi oggetto di presentazione di ricerche, ossia quello relativo allo studio dell'aerodinamica dei ventilatori: è un campo che ha una particolare rilevanza in ottica di sostenibilità energetica, poichè questi dispositivi utilizzano oltre il 10% dell'energia elettrica consumata in Europa.

La conferenza presenta infatti gli avanzamenti della ricerca ingegneristica accademica e industriale in tre campi specifici: oltre allo studio dell'aerodinamica  dei ventilatori, si parlerà quindi anche dell controllo del rumore emesso dai ventilatori, e dell'analisi (e soluzione) di alcuni tipi di problematiche teorico-pratiche associate ai sistemi di ventilazione (dall'aerazione di grandi edifici, al ricambio d'aria in gallerie stradali, tunnel ferroviari, metropolitane, miniere, etc.).

La conferenza, che raduna esperti ed esperte da tutto il mondo, è organizzata da due enti di ricerca francesi, CETIM (Centro Tecnico per le Industrie Meccaniche - che offre ricerca a supporto di industrie manifatturiere, specialmente nel settore Aerospazio, Automotive, Energia e Oil&Gas), e CETIAT (Centro Tecnico per Riscaldamento, Condizionamento e Industrie per Trattamento Aria - che offre ricerca a supporto di industrie manifatturiere nel settore delle applicazioni aerauliche).

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

Si terrà dal 9 all'11 aprile 2025 ad Antibes - Juan les Pins, in Francia, “FAN 2025: International conference on Fan Noise, Aerodynamics, Applications and Systems, l'ottava edizione della conferenza internazionale di riferimento per la ventilazione industriale, patrocinata dall'Università di Padova, e che si svolge con cadenza triennale.

Anche la ricerca nel campo della ventilazione industriale svolta all'Università di Padova sarà presente ad Antibes: in quanto nota e apprezzata dagli accademici e dall'industria del settore, vede un suo rappresentante, Massimo Masi, professore del Dipartimento di Tecnica e gestione dei sistemi industriali, nel ristretto numero di componenti del comitato organizzatore della conferenza. L'Ateneo ha infatti la responsabilità di organizzare uno dei tre campi oggetto di presentazione di ricerche, ossia quello relativo allo studio dell'aerodinamica dei ventilatori: è un campo che ha una particolare rilevanza in ottica di sostenibilità energetica, poichè questi dispositivi utilizzano oltre il 10% dell'energia elettrica consumata in Europa.

La conferenza presenta infatti gli avanzamenti della ricerca ingegneristica accademica e industriale in tre campi specifici: oltre allo studio dell'aerodinamica  dei ventilatori, si parlerà quindi anche dell controllo del rumore emesso dai ventilatori, e dell'analisi (e soluzione) di alcuni tipi di problematiche teorico-pratiche associate ai sistemi di ventilazione (dall'aerazione di grandi edifici, al ricambio d'aria in gallerie stradali, tunnel ferroviari, metropolitane, miniere, etc.).

La conferenza, che raduna esperti ed esperte da tutto il mondo, è organizzata da due enti di ricerca francesi, CETIM (Centro Tecnico per le Industrie Meccaniche - che offre ricerca a supporto di industrie manifatturiere, specialmente nel settore Aerospazio, Automotive, Energia e Oil&Gas), e CETIAT (Centro Tecnico per Riscaldamento, Condizionamento e Industrie per Trattamento Aria - che offre ricerca a supporto di industrie manifatturiere nel settore delle applicazioni aerauliche).

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Si terrà dal 9 all'11 aprile 2025 ad Antibes - Juan les Pins, in Francia, “FAN 2025: International conference on Fan Noise, Aerodynamics, Applications and Systems, l'ottava edizione della conferenza internazionale di riferimento per la ventilazione industriale, patrocinata dall'Università di Padova, e che si svolge con cadenza triennale.

Anche la ricerca nel campo della ventilazione industriale svolta all'Università di Padova sarà presente ad Antibes: in quanto nota e apprezzata dagli accademici e dall'industria del settore, vede un suo rappresentante, Massimo Masi, professore del Dipartimento di Tecnica e gestione dei sistemi industriali, nel ristretto numero di componenti del comitato organizzatore della conferenza. L'Ateneo ha infatti la responsabilità di organizzare uno dei tre campi oggetto di presentazione di ricerche, ossia quello relativo allo studio dell'aerodinamica dei ventilatori: è un campo che ha una particolare rilevanza in ottica di sostenibilità energetica, poichè questi dispositivi utilizzano oltre il 10% dell'energia elettrica consumata in Europa.

La conferenza presenta infatti gli avanzamenti della ricerca ingegneristica accademica e industriale in tre campi specifici: oltre allo studio dell'aerodinamica  dei ventilatori, si parlerà quindi anche dell controllo del rumore emesso dai ventilatori, e dell'analisi (e soluzione) di alcuni tipi di problematiche teorico-pratiche associate ai sistemi di ventilazione (dall'aerazione di grandi edifici, al ricambio d'aria in gallerie stradali, tunnel ferroviari, metropolitane, miniere, etc.).

La conferenza, che raduna esperti ed esperte da tutto il mondo, è organizzata da due enti di ricerca francesi, CETIM (Centro Tecnico per le Industrie Meccaniche - che offre ricerca a supporto di industrie manifatturiere, specialmente nel settore Aerospazio, Automotive, Energia e Oil&Gas), e CETIAT (Centro Tecnico per Riscaldamento, Condizionamento e Industrie per Trattamento Aria - che offre ricerca a supporto di industrie manifatturiere nel settore delle applicazioni aerauliche).

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Si terrà dal 9 all'11 aprile 2025 ad Antibes - Juan les Pins, in Francia, “FAN 2025: International conference on Fan Noise, Aerodynamics, Applications and Systems, l'ottava edizione della conferenza internazionale di riferimento per la ventilazione industriale, patrocinata dall'Università di Padova, e che si svolge con cadenza triennale.

Anche la ricerca nel campo della ventilazione industriale svolta all'Università di Padova sarà presente ad Antibes: in quanto nota e apprezzata dagli accademici e dall'industria del settore, vede un suo rappresentante, Massimo Masi, professore del Dipartimento di Tecnica e gestione dei sistemi industriali, nel ristretto numero di componenti del comitato organizzatore della conferenza. L'Ateneo ha infatti la responsabilità di organizzare uno dei tre campi oggetto di presentazione di ricerche, ossia quello relativo allo studio dell'aerodinamica dei ventilatori: è un campo che ha una particolare rilevanza in ottica di sostenibilità energetica, poichè questi dispositivi utilizzano oltre il 10% dell'energia elettrica consumata in Europa.

La conferenza presenta infatti gli avanzamenti della ricerca ingegneristica accademica e industriale in tre campi specifici: oltre allo studio dell'aerodinamica  dei ventilatori, si parlerà quindi anche dell controllo del rumore emesso dai ventilatori, e dell'analisi (e soluzione) di alcuni tipi di problematiche teorico-pratiche associate ai sistemi di ventilazione (dall'aerazione di grandi edifici, al ricambio d'aria in gallerie stradali, tunnel ferroviari, metropolitane, miniere, etc.).

La conferenza, che raduna esperti ed esperte da tutto il mondo, è organizzata da due enti di ricerca francesi, CETIM (Centro Tecnico per le Industrie Meccaniche - che offre ricerca a supporto di industrie manifatturiere, specialmente nel settore Aerospazio, Automotive, Energia e Oil&Gas), e CETIAT (Centro Tecnico per Riscaldamento, Condizionamento e Industrie per Trattamento Aria - che offre ricerca a supporto di industrie manifatturiere nel settore delle applicazioni aerauliche).

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Unipd Research. Microthrombosis, Severe Liver Disease, and Fatal COVID-19

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The interdisciplinary study Procoagulant phenotype of virus-infected pericytes is associated with portal thrombosis and intrapulmonary vascular dilations in fatal COVID-19 published in the Journal of Hepatology includes those from the University of Padua. The collaborative work brought together researchers from the universities of Yale (USA) and Birmingham (UK), Papa Giovanni XXIII (Bergamo), ASST Bergamo Est Seriate, and Fatebenefratelli Sacco (Milan). The study used a large series of autopsy materials to shed light on the mechanisms of microthrombosis and the relevance of liver pathology in lethal forms of Covid-19. 

Prof Luca Fabris of the Department of Medicine of the University of Padua and the Liver Center of Yale University, as well as the corresponding author, explains, “Within the lungs of those with microthorrhbosis in the portal vein, we observed dilations of the intrapulmonary arterial bed that worsened their oxygenation resulting in aggravated lethal respiratory failure.”

Prof Paolo Simioni, Director of the Department of Medicine of the University of Padua and of the 1st Medical Clinic of the Hospital/University of Padua, co-senior author of the study continues, “At the cellular level, our study demonstrated that portal vein microthrombosis is supported by a pro-coagulant response induced by SARS-CoV-2 infection that affects a still very neglected vascular cell type, called pericyte, located at the outside the vessel, where it forms a sheath around the endothelium, the layer of cells that is in direct contact with the blood flow. This type of cell, once infected, activates the vascular secretion of coagulation mediators, including tissue factor and von Willebrand factor, responsible on the one hand for the state of local hypercoagulability with consequent thrombosis, and on the other for the dilation of the small pulmonary arteries resulting in a reduction in oxygen saturation in arterial blood.” 

Prof Cristina Parolin, from the Department of Molecular Medicine of the University of Padua comments, “It should be added that the infection of hepatic pericytes by SARS-CoV-2, although not productive, i.e. not releasing infectious viral particles, stimulated a series of secretory functions on the part of the pericytes which were found to be relevant for the hemodynamic alterations of the circulation hepatopulmonary.”

One of the first and most important outbreaks in Europe had developed in the province of Bergamo, more than 70,000 people had died from Covid-19 in just 4 months, from February to May 2020. Although the main cause of mortality was attributed to insufficient hypoxic respiratory syndrome due to acute respiratory distress syndrome (ARDS), small vessel thrombosis (microthrombosis) associated with severe functional impairment in multiple organs other than the lung, such as the heart and kidney, were reported. Microthrombosis was also observed in the liver, and although hepatic involvement was often present in Covid-19 patients, the significance of these alterations remained uncertain.

Prof Aurelio Sonzogni, Head of the Pathology Department of the ASST Bergamo offers a conclusion, ”for Bergamo, Covid-19 was an unprecedented tragedy as the virus took us by surprise and no one knew how to treat it or what level of damage it would cause. Despite hospital staff shortages, we decided to perform autopsies on patients who died from Covid-19.  We were able to gather information on the type of damage induced on different organs, which led to a fundamental step in revealing how thrombosis of small vessels became evident as one of the most significant lesions in lethal forms of Covid.”

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The interdisciplinary study Procoagulant phenotype of virus-infected pericytes is associated with portal thrombosis and intrapulmonary vascular dilations in fatal COVID-19 published in the Journal of Hepatology includes those from the University of Padua. The collaborative work brought together researchers from the universities of Yale (USA) and Birmingham (UK), Papa Giovanni XXIII (Bergamo), ASST Bergamo Est Seriate, and Fatebenefratelli Sacco (Milan). The study used a large series of autopsy materials to shed light on the mechanisms of microthrombosis and the relevance of liver pathology in lethal forms of Covid-19. 

Prof Luca Fabris of the Department of Medicine of the University of Padua and the Liver Center of Yale University, as well as the corresponding author, explains, “Within the lungs of those with microthorrhbosis in the portal vein, we observed dilations of the intrapulmonary arterial bed that worsened their oxygenation resulting in aggravated lethal respiratory failure.”

Prof Paolo Simioni, Director of the Department of Medicine of the University of Padua and of the 1st Medical Clinic of the Hospital/University of Padua, co-senior author of the study continues, “At the cellular level, our study demonstrated that portal vein microthrombosis is supported by a pro-coagulant response induced by SARS-CoV-2 infection that affects a still very neglected vascular cell type, called pericyte, located at the outside the vessel, where it forms a sheath around the endothelium, the layer of cells that is in direct contact with the blood flow. This type of cell, once infected, activates the vascular secretion of coagulation mediators, including tissue factor and von Willebrand factor, responsible on the one hand for the state of local hypercoagulability with consequent thrombosis, and on the other for the dilation of the small pulmonary arteries resulting in a reduction in oxygen saturation in arterial blood.” 

Prof Cristina Parolin, from the Department of Molecular Medicine of the University of Padua comments, “It should be added that the infection of hepatic pericytes by SARS-CoV-2, although not productive, i.e. not releasing infectious viral particles, stimulated a series of secretory functions on the part of the pericytes which were found to be relevant for the hemodynamic alterations of the circulation hepatopulmonary.”

One of the first and most important outbreaks in Europe had developed in the province of Bergamo, more than 70,000 people had died from Covid-19 in just 4 months, from February to May 2020. Although the main cause of mortality was attributed to insufficient hypoxic respiratory syndrome due to acute respiratory distress syndrome (ARDS), small vessel thrombosis (microthrombosis) associated with severe functional impairment in multiple organs other than the lung, such as the heart and kidney, were reported. Microthrombosis was also observed in the liver, and although hepatic involvement was often present in Covid-19 patients, the significance of these alterations remained uncertain.

Prof Aurelio Sonzogni, Head of the Pathology Department of the ASST Bergamo offers a conclusion, ”for Bergamo, Covid-19 was an unprecedented tragedy as the virus took us by surprise and no one knew how to treat it or what level of damage it would cause. Despite hospital staff shortages, we decided to perform autopsies on patients who died from Covid-19.  We were able to gather information on the type of damage induced on different organs, which led to a fundamental step in revealing how thrombosis of small vessels became evident as one of the most significant lesions in lethal forms of Covid.”

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The interdisciplinary study Procoagulant phenotype of virus-infected pericytes is associated with portal thrombosis and intrapulmonary vascular dilations in fatal COVID-19 published in the Journal of Hepatology includes those from the University of Padua. The collaborative work brought together researchers from the universities of Yale (USA) and Birmingham (UK), Papa Giovanni XXIII (Bergamo), ASST Bergamo Est Seriate, and Fatebenefratelli Sacco (Milan). The study used a large series of autopsy materials to shed light on the mechanisms of microthrombosis and the relevance of liver pathology in lethal forms of Covid-19. 

Prof Luca Fabris of the Department of Medicine of the University of Padua and the Liver Center of Yale University, as well as the corresponding author, explains, “Within the lungs of those with microthorrhbosis in the portal vein, we observed dilations of the intrapulmonary arterial bed that worsened their oxygenation resulting in aggravated lethal respiratory failure.”

Prof Paolo Simioni, Director of the Department of Medicine of the University of Padua and of the 1st Medical Clinic of the Hospital/University of Padua, co-senior author of the study continues, “At the cellular level, our study demonstrated that portal vein microthrombosis is supported by a pro-coagulant response induced by SARS-CoV-2 infection that affects a still very neglected vascular cell type, called pericyte, located at the outside the vessel, where it forms a sheath around the endothelium, the layer of cells that is in direct contact with the blood flow. This type of cell, once infected, activates the vascular secretion of coagulation mediators, including tissue factor and von Willebrand factor, responsible on the one hand for the state of local hypercoagulability with consequent thrombosis, and on the other for the dilation of the small pulmonary arteries resulting in a reduction in oxygen saturation in arterial blood.” 

Prof Cristina Parolin, from the Department of Molecular Medicine of the University of Padua comments, “It should be added that the infection of hepatic pericytes by SARS-CoV-2, although not productive, i.e. not releasing infectious viral particles, stimulated a series of secretory functions on the part of the pericytes which were found to be relevant for the hemodynamic alterations of the circulation hepatopulmonary.”

One of the first and most important outbreaks in Europe had developed in the province of Bergamo, more than 70,000 people had died from Covid-19 in just 4 months, from February to May 2020. Although the main cause of mortality was attributed to insufficient hypoxic respiratory syndrome due to acute respiratory distress syndrome (ARDS), small vessel thrombosis (microthrombosis) associated with severe functional impairment in multiple organs other than the lung, such as the heart and kidney, were reported. Microthrombosis was also observed in the liver, and although hepatic involvement was often present in Covid-19 patients, the significance of these alterations remained uncertain.

Prof Aurelio Sonzogni, Head of the Pathology Department of the ASST Bergamo offers a conclusion, ”for Bergamo, Covid-19 was an unprecedented tragedy as the virus took us by surprise and no one knew how to treat it or what level of damage it would cause. Despite hospital staff shortages, we decided to perform autopsies on patients who died from Covid-19.  We were able to gather information on the type of damage induced on different organs, which led to a fundamental step in revealing how thrombosis of small vessels became evident as one of the most significant lesions in lethal forms of Covid.”

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

The interdisciplinary study Procoagulant phenotype of virus-infected pericytes is associated with portal thrombosis and intrapulmonary vascular dilations in fatal COVID-19 published in the Journal of Hepatology includes those from the University of Padua. The collaborative work brought together researchers from the universities of Yale (USA) and Birmingham (UK), Papa Giovanni XXIII (Bergamo), ASST Bergamo Est Seriate, and Fatebenefratelli Sacco (Milan). The study used a large series of autopsy materials to shed light on the mechanisms of microthrombosis and the relevance of liver pathology in lethal forms of Covid-19. 

Prof Luca Fabris of the Department of Medicine of the University of Padua and the Liver Center of Yale University, as well as the corresponding author, explains, “Within the lungs of those with microthorrhbosis in the portal vein, we observed dilations of the intrapulmonary arterial bed that worsened their oxygenation resulting in aggravated lethal respiratory failure.”

Prof Paolo Simioni, Director of the Department of Medicine of the University of Padua and of the 1st Medical Clinic of the Hospital/University of Padua, co-senior author of the study continues, “At the cellular level, our study demonstrated that portal vein microthrombosis is supported by a pro-coagulant response induced by SARS-CoV-2 infection that affects a still very neglected vascular cell type, called pericyte, located at the outside the vessel, where it forms a sheath around the endothelium, the layer of cells that is in direct contact with the blood flow. This type of cell, once infected, activates the vascular secretion of coagulation mediators, including tissue factor and von Willebrand factor, responsible on the one hand for the state of local hypercoagulability with consequent thrombosis, and on the other for the dilation of the small pulmonary arteries resulting in a reduction in oxygen saturation in arterial blood.” 

Prof Cristina Parolin, from the Department of Molecular Medicine of the University of Padua comments, “It should be added that the infection of hepatic pericytes by SARS-CoV-2, although not productive, i.e. not releasing infectious viral particles, stimulated a series of secretory functions on the part of the pericytes which were found to be relevant for the hemodynamic alterations of the circulation hepatopulmonary.”

One of the first and most important outbreaks in Europe had developed in the province of Bergamo, more than 70,000 people had died from Covid-19 in just 4 months, from February to May 2020. Although the main cause of mortality was attributed to insufficient hypoxic respiratory syndrome due to acute respiratory distress syndrome (ARDS), small vessel thrombosis (microthrombosis) associated with severe functional impairment in multiple organs other than the lung, such as the heart and kidney, were reported. Microthrombosis was also observed in the liver, and although hepatic involvement was often present in Covid-19 patients, the significance of these alterations remained uncertain.

Prof Aurelio Sonzogni, Head of the Pathology Department of the ASST Bergamo offers a conclusion, ”for Bergamo, Covid-19 was an unprecedented tragedy as the virus took us by surprise and no one knew how to treat it or what level of damage it would cause. Despite hospital staff shortages, we decided to perform autopsies on patients who died from Covid-19.  We were able to gather information on the type of damage induced on different organs, which led to a fundamental step in revealing how thrombosis of small vessels became evident as one of the most significant lesions in lethal forms of Covid.”

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The interdisciplinary study Procoagulant phenotype of virus-infected pericytes is associated with portal thrombosis and intrapulmonary vascular dilations in fatal COVID-19 published in the Journal of Hepatology includes those from the University of Padua.

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The interdisciplinary study Procoagulant phenotype of virus-infected pericytes is associated with portal thrombosis and intrapulmonary vascular dilations in fatal COVID-19 published in the Journal of Hepatology includes those from the University of Padua. The collaborative work brought together researchers from the universities of Yale (USA) and Birmingham (UK), Papa Giovanni XXIII (Bergamo), ASST Bergamo Est Seriate, and Fatebenefratelli Sacco (Milan). The study used a large series of autopsy materials to shed light on the mechanisms of microthrombosis and the relevance of liver pathology in lethal forms of Covid-19. 

Prof Luca Fabris of the Department of Medicine of the University of Padua and the Liver Center of Yale University, as well as the corresponding author, explains, “Within the lungs of those with microthorrhbosis in the portal vein, we observed dilations of the intrapulmonary arterial bed that worsened their oxygenation resulting in aggravated lethal respiratory failure.”

Prof Paolo Simioni, Director of the Department of Medicine of the University of Padua and of the 1st Medical Clinic of the Hospital/University of Padua, co-senior author of the study continues, “At the cellular level, our study demonstrated that portal vein microthrombosis is supported by a pro-coagulant response induced by SARS-CoV-2 infection that affects a still very neglected vascular cell type, called pericyte, located at the outside the vessel, where it forms a sheath around the endothelium, the layer of cells that is in direct contact with the blood flow. This type of cell, once infected, activates the vascular secretion of coagulation mediators, including tissue factor and von Willebrand factor, responsible on the one hand for the state of local hypercoagulability with consequent thrombosis, and on the other for the dilation of the small pulmonary arteries resulting in a reduction in oxygen saturation in arterial blood.” 

Prof Cristina Parolin, from the Department of Molecular Medicine of the University of Padua comments, “It should be added that the infection of hepatic pericytes by SARS-CoV-2, although not productive, i.e. not releasing infectious viral particles, stimulated a series of secretory functions on the part of the pericytes which were found to be relevant for the hemodynamic alterations of the circulation hepatopulmonary.”

One of the first and most important outbreaks in Europe had developed in the province of Bergamo, more than 70,000 people had died from Covid-19 in just 4 months, from February to May 2020. Although the main cause of mortality was attributed to insufficient hypoxic respiratory syndrome due to acute respiratory distress syndrome (ARDS), small vessel thrombosis (microthrombosis) associated with severe functional impairment in multiple organs other than the lung, such as the heart and kidney, were reported. Microthrombosis was also observed in the liver, and although hepatic involvement was often present in Covid-19 patients, the significance of these alterations remained uncertain.

Prof Aurelio Sonzogni, Head of the Pathology Department of the ASST Bergamo offers a conclusion, ”for Bergamo, Covid-19 was an unprecedented tragedy as the virus took us by surprise and no one knew how to treat it or what level of damage it would cause. Despite hospital staff shortages, we decided to perform autopsies on patients who died from Covid-19.  We were able to gather information on the type of damage induced on different organs, which led to a fundamental step in revealing how thrombosis of small vessels became evident as one of the most significant lesions in lethal forms of Covid.”

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The interdisciplinary study Procoagulant phenotype of virus-infected pericytes is associated with portal thrombosis and intrapulmonary vascular dilations in fatal COVID-19 published in the Journal of Hepatology includes those from the University of Padua. The collaborative work brought together researchers from the universities of Yale (USA) and Birmingham (UK), Papa Giovanni XXIII (Bergamo), ASST Bergamo Est Seriate, and Fatebenefratelli Sacco (Milan). The study used a large series of autopsy materials to shed light on the mechanisms of microthrombosis and the relevance of liver pathology in lethal forms of Covid-19. 

Prof Luca Fabris of the Department of Medicine of the University of Padua and the Liver Center of Yale University, as well as the corresponding author, explains, “Within the lungs of those with microthorrhbosis in the portal vein, we observed dilations of the intrapulmonary arterial bed that worsened their oxygenation resulting in aggravated lethal respiratory failure.”

Prof Paolo Simioni, Director of the Department of Medicine of the University of Padua and of the 1st Medical Clinic of the Hospital/University of Padua, co-senior author of the study continues, “At the cellular level, our study demonstrated that portal vein microthrombosis is supported by a pro-coagulant response induced by SARS-CoV-2 infection that affects a still very neglected vascular cell type, called pericyte, located at the outside the vessel, where it forms a sheath around the endothelium, the layer of cells that is in direct contact with the blood flow. This type of cell, once infected, activates the vascular secretion of coagulation mediators, including tissue factor and von Willebrand factor, responsible on the one hand for the state of local hypercoagulability with consequent thrombosis, and on the other for the dilation of the small pulmonary arteries resulting in a reduction in oxygen saturation in arterial blood.” 

Prof Cristina Parolin, from the Department of Molecular Medicine of the University of Padua comments, “It should be added that the infection of hepatic pericytes by SARS-CoV-2, although not productive, i.e. not releasing infectious viral particles, stimulated a series of secretory functions on the part of the pericytes which were found to be relevant for the hemodynamic alterations of the circulation hepatopulmonary.”

One of the first and most important outbreaks in Europe had developed in the province of Bergamo, more than 70,000 people had died from Covid-19 in just 4 months, from February to May 2020. Although the main cause of mortality was attributed to insufficient hypoxic respiratory syndrome due to acute respiratory distress syndrome (ARDS), small vessel thrombosis (microthrombosis) associated with severe functional impairment in multiple organs other than the lung, such as the heart and kidney, were reported. Microthrombosis was also observed in the liver, and although hepatic involvement was often present in Covid-19 patients, the significance of these alterations remained uncertain.

Prof Aurelio Sonzogni, Head of the Pathology Department of the ASST Bergamo offers a conclusion, ”for Bergamo, Covid-19 was an unprecedented tragedy as the virus took us by surprise and no one knew how to treat it or what level of damage it would cause. Despite hospital staff shortages, we decided to perform autopsies on patients who died from Covid-19.  We were able to gather information on the type of damage induced on different organs, which led to a fundamental step in revealing how thrombosis of small vessels became evident as one of the most significant lesions in lethal forms of Covid.”

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The interdisciplinary study Procoagulant phenotype of virus-infected pericytes is associated with portal thrombosis and intrapulmonary vascular dilations in fatal COVID-19 published in the Journal of Hepatology includes those from the University of Padua. The collaborative work brought together researchers from the universities of Yale (USA) and Birmingham (UK), Papa Giovanni XXIII (Bergamo), ASST Bergamo Est Seriate, and Fatebenefratelli Sacco (Milan). The study used a large series of autopsy materials to shed light on the mechanisms of microthrombosis and the relevance of liver pathology in lethal forms of Covid-19. 

Prof Luca Fabris of the Department of Medicine of the University of Padua and the Liver Center of Yale University, as well as the corresponding author, explains, “Within the lungs of those with microthorrhbosis in the portal vein, we observed dilations of the intrapulmonary arterial bed that worsened their oxygenation resulting in aggravated lethal respiratory failure.”

Prof Paolo Simioni, Director of the Department of Medicine of the University of Padua and of the 1st Medical Clinic of the Hospital/University of Padua, co-senior author of the study continues, “At the cellular level, our study demonstrated that portal vein microthrombosis is supported by a pro-coagulant response induced by SARS-CoV-2 infection that affects a still very neglected vascular cell type, called pericyte, located at the outside the vessel, where it forms a sheath around the endothelium, the layer of cells that is in direct contact with the blood flow. This type of cell, once infected, activates the vascular secretion of coagulation mediators, including tissue factor and von Willebrand factor, responsible on the one hand for the state of local hypercoagulability with consequent thrombosis, and on the other for the dilation of the small pulmonary arteries resulting in a reduction in oxygen saturation in arterial blood.” 

Prof Cristina Parolin, from the Department of Molecular Medicine of the University of Padua comments, “It should be added that the infection of hepatic pericytes by SARS-CoV-2, although not productive, i.e. not releasing infectious viral particles, stimulated a series of secretory functions on the part of the pericytes which were found to be relevant for the hemodynamic alterations of the circulation hepatopulmonary.”

One of the first and most important outbreaks in Europe had developed in the province of Bergamo, more than 70,000 people had died from Covid-19 in just 4 months, from February to May 2020. Although the main cause of mortality was attributed to insufficient hypoxic respiratory syndrome due to acute respiratory distress syndrome (ARDS), small vessel thrombosis (microthrombosis) associated with severe functional impairment in multiple organs other than the lung, such as the heart and kidney, were reported. Microthrombosis was also observed in the liver, and although hepatic involvement was often present in Covid-19 patients, the significance of these alterations remained uncertain.

Prof Aurelio Sonzogni, Head of the Pathology Department of the ASST Bergamo offers a conclusion, ”for Bergamo, Covid-19 was an unprecedented tragedy as the virus took us by surprise and no one knew how to treat it or what level of damage it would cause. Despite hospital staff shortages, we decided to perform autopsies on patients who died from Covid-19.  We were able to gather information on the type of damage induced on different organs, which led to a fundamental step in revealing how thrombosis of small vessels became evident as one of the most significant lesions in lethal forms of Covid.”

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The interdisciplinary study Procoagulant phenotype of virus-infected pericytes is associated with portal thrombosis and intrapulmonary vascular dilations in fatal COVID-19 published in the Journal of Hepatology includes those from the University of Padua. The collaborative work brought together researchers from the universities of Yale (USA) and Birmingham (UK), Papa Giovanni XXIII (Bergamo), ASST Bergamo Est Seriate, and Fatebenefratelli Sacco (Milan). The study used a large series of autopsy materials to shed light on the mechanisms of microthrombosis and the relevance of liver pathology in lethal forms of Covid-19. 

Prof Luca Fabris of the Department of Medicine of the University of Padua and the Liver Center of Yale University, as well as the corresponding author, explains, “Within the lungs of those with microthorrhbosis in the portal vein, we observed dilations of the intrapulmonary arterial bed that worsened their oxygenation resulting in aggravated lethal respiratory failure.”

Prof Paolo Simioni, Director of the Department of Medicine of the University of Padua and of the 1st Medical Clinic of the Hospital/University of Padua, co-senior author of the study continues, “At the cellular level, our study demonstrated that portal vein microthrombosis is supported by a pro-coagulant response induced by SARS-CoV-2 infection that affects a still very neglected vascular cell type, called pericyte, located at the outside the vessel, where it forms a sheath around the endothelium, the layer of cells that is in direct contact with the blood flow. This type of cell, once infected, activates the vascular secretion of coagulation mediators, including tissue factor and von Willebrand factor, responsible on the one hand for the state of local hypercoagulability with consequent thrombosis, and on the other for the dilation of the small pulmonary arteries resulting in a reduction in oxygen saturation in arterial blood.” 

Prof Cristina Parolin, from the Department of Molecular Medicine of the University of Padua comments, “It should be added that the infection of hepatic pericytes by SARS-CoV-2, although not productive, i.e. not releasing infectious viral particles, stimulated a series of secretory functions on the part of the pericytes which were found to be relevant for the hemodynamic alterations of the circulation hepatopulmonary.”

One of the first and most important outbreaks in Europe had developed in the province of Bergamo, more than 70,000 people had died from Covid-19 in just 4 months, from February to May 2020. Although the main cause of mortality was attributed to insufficient hypoxic respiratory syndrome due to acute respiratory distress syndrome (ARDS), small vessel thrombosis (microthrombosis) associated with severe functional impairment in multiple organs other than the lung, such as the heart and kidney, were reported. Microthrombosis was also observed in the liver, and although hepatic involvement was often present in Covid-19 patients, the significance of these alterations remained uncertain.

Prof Aurelio Sonzogni, Head of the Pathology Department of the ASST Bergamo offers a conclusion, ”for Bergamo, Covid-19 was an unprecedented tragedy as the virus took us by surprise and no one knew how to treat it or what level of damage it would cause. Despite hospital staff shortages, we decided to perform autopsies on patients who died from Covid-19.  We were able to gather information on the type of damage induced on different organs, which led to a fundamental step in revealing how thrombosis of small vessels became evident as one of the most significant lesions in lethal forms of Covid.”

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The interdisciplinary study Procoagulant phenotype of virus-infected pericytes is associated with portal thrombosis and intrapulmonary vascular dilations in fatal COVID-19 published in the Journal of Hepatology includes those from the University of Padua. The collaborative work brought together researchers from the universities of Yale (USA) and Birmingham (UK), Papa Giovanni XXIII (Bergamo), ASST Bergamo Est Seriate, and Fatebenefratelli Sacco (Milan). The study used a large series of autopsy materials to shed light on the mechanisms of microthrombosis and the relevance of liver pathology in lethal forms of Covid-19. 

Prof Luca Fabris of the Department of Medicine of the University of Padua and the Liver Center of Yale University, as well as the corresponding author, explains, “Within the lungs of those with microthorrhbosis in the portal vein, we observed dilations of the intrapulmonary arterial bed that worsened their oxygenation resulting in aggravated lethal respiratory failure.”

Prof Paolo Simioni, Director of the Department of Medicine of the University of Padua and of the 1st Medical Clinic of the Hospital/University of Padua, co-senior author of the study continues, “At the cellular level, our study demonstrated that portal vein microthrombosis is supported by a pro-coagulant response induced by SARS-CoV-2 infection that affects a still very neglected vascular cell type, called pericyte, located at the outside the vessel, where it forms a sheath around the endothelium, the layer of cells that is in direct contact with the blood flow. This type of cell, once infected, activates the vascular secretion of coagulation mediators, including tissue factor and von Willebrand factor, responsible on the one hand for the state of local hypercoagulability with consequent thrombosis, and on the other for the dilation of the small pulmonary arteries resulting in a reduction in oxygen saturation in arterial blood.” 

Prof Cristina Parolin, from the Department of Molecular Medicine of the University of Padua comments, “It should be added that the infection of hepatic pericytes by SARS-CoV-2, although not productive, i.e. not releasing infectious viral particles, stimulated a series of secretory functions on the part of the pericytes which were found to be relevant for the hemodynamic alterations of the circulation hepatopulmonary.”

One of the first and most important outbreaks in Europe had developed in the province of Bergamo, more than 70,000 people had died from Covid-19 in just 4 months, from February to May 2020. Although the main cause of mortality was attributed to insufficient hypoxic respiratory syndrome due to acute respiratory distress syndrome (ARDS), small vessel thrombosis (microthrombosis) associated with severe functional impairment in multiple organs other than the lung, such as the heart and kidney, were reported. Microthrombosis was also observed in the liver, and although hepatic involvement was often present in Covid-19 patients, the significance of these alterations remained uncertain.

Prof Aurelio Sonzogni, Head of the Pathology Department of the ASST Bergamo offers a conclusion, ”for Bergamo, Covid-19 was an unprecedented tragedy as the virus took us by surprise and no one knew how to treat it or what level of damage it would cause. Despite hospital staff shortages, we decided to perform autopsies on patients who died from Covid-19.  We were able to gather information on the type of damage induced on different organs, which led to a fundamental step in revealing how thrombosis of small vessels became evident as one of the most significant lesions in lethal forms of Covid.”

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

The interdisciplinary study Procoagulant phenotype of virus-infected pericytes is associated with portal thrombosis and intrapulmonary vascular dilations in fatal COVID-19 published in the Journal of Hepatology includes those from the University of Padua. The collaborative work brought together researchers from the universities of Yale (USA) and Birmingham (UK), Papa Giovanni XXIII (Bergamo), ASST Bergamo Est Seriate, and Fatebenefratelli Sacco (Milan). The study used a large series of autopsy materials to shed light on the mechanisms of microthrombosis and the relevance of liver pathology in lethal forms of Covid-19. 

Prof Luca Fabris of the Department of Medicine of the University of Padua and the Liver Center of Yale University, as well as the corresponding author, explains, “Within the lungs of those with microthorrhbosis in the portal vein, we observed dilations of the intrapulmonary arterial bed that worsened their oxygenation resulting in aggravated lethal respiratory failure.”

Prof Paolo Simioni, Director of the Department of Medicine of the University of Padua and of the 1st Medical Clinic of the Hospital/University of Padua, co-senior author of the study continues, “At the cellular level, our study demonstrated that portal vein microthrombosis is supported by a pro-coagulant response induced by SARS-CoV-2 infection that affects a still very neglected vascular cell type, called pericyte, located at the outside the vessel, where it forms a sheath around the endothelium, the layer of cells that is in direct contact with the blood flow. This type of cell, once infected, activates the vascular secretion of coagulation mediators, including tissue factor and von Willebrand factor, responsible on the one hand for the state of local hypercoagulability with consequent thrombosis, and on the other for the dilation of the small pulmonary arteries resulting in a reduction in oxygen saturation in arterial blood.” 

Prof Cristina Parolin, from the Department of Molecular Medicine of the University of Padua comments, “It should be added that the infection of hepatic pericytes by SARS-CoV-2, although not productive, i.e. not releasing infectious viral particles, stimulated a series of secretory functions on the part of the pericytes which were found to be relevant for the hemodynamic alterations of the circulation hepatopulmonary.”

One of the first and most important outbreaks in Europe had developed in the province of Bergamo, more than 70,000 people had died from Covid-19 in just 4 months, from February to May 2020. Although the main cause of mortality was attributed to insufficient hypoxic respiratory syndrome due to acute respiratory distress syndrome (ARDS), small vessel thrombosis (microthrombosis) associated with severe functional impairment in multiple organs other than the lung, such as the heart and kidney, were reported. Microthrombosis was also observed in the liver, and although hepatic involvement was often present in Covid-19 patients, the significance of these alterations remained uncertain.

Prof Aurelio Sonzogni, Head of the Pathology Department of the ASST Bergamo offers a conclusion, ”for Bergamo, Covid-19 was an unprecedented tragedy as the virus took us by surprise and no one knew how to treat it or what level of damage it would cause. Despite hospital staff shortages, we decided to perform autopsies on patients who died from Covid-19.  We were able to gather information on the type of damage induced on different organs, which led to a fundamental step in revealing how thrombosis of small vessels became evident as one of the most significant lesions in lethal forms of Covid.”

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Ufficio Public Engagement - UniRe - Formazione e informazione

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Ufficio Public Engagement

Area Comunicazione e Marketing

Palazzo Storione
Riviera Tito Livio 6, 35123 Padova
Tel. 049.8273537
E-mail progetto.unire@unipd.it

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Ufficio Public Engagement

Area Comunicazione e Marketing

Palazzo Storione
Riviera Tito Livio 6, 35123 Padova
Tel. 049.8273537
E-mail progetto.unire@unipd.it

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Ufficio Public Engagement

Area Comunicazione e Marketing

Palazzo Storione
Riviera Tito Livio 6, 35123 Padova
Tel. 049.8273537
E-mail progetto.unire@unipd.it

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Area Comunicazione e Marketing

Palazzo Storione
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Tel. 049.8273537
E-mail progetto.unire@unipd.it

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Ufficio Public Engagement

Area Comunicazione e Marketing

Palazzo Storione
Riviera Tito Livio 6, 35123 Padova
Tel. 049.8273537
E-mail progetto.unire@unipd.it

) ) )

Linee guida per la domanda di visto tramite Universitaly

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2024N23 - Graduatoria generale di merito e dei vincitori (approvata con D.D.G. rep. n. 2632/2024, prot. n. 113837 del 03.07.2024)

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2024N27 - Quesiti colloquio

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