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NIVB Meeting 2022
Šímová, Šárka
2022 - English
The first annual meeting of the National Institute of Virology and Bacteriology (NIVB) in Kutná Hora on 30.11.–2.12. is an opportunity for participating teams to meet, discuss excellent science, establish collaborations, and introduce the project to the members of our newly established International Science Advisory Board. The primary objective of NIVB is to mediate the cooperation among the 28 participating research teams from 8 Czech research institutions: Institute of Organic Chemistry and Biochemistry, Institute of Molecular Genetic, and Biological Centre of the Czech Academy of Sciences, Charles University in Prague, Masaryk University in Brno, the University of Chemistry and Technology in Prague, and Palacký University in Olomouc. We are delighted that it was possible to arrange the meeting of all the participating research groups, which reflects the scientific breadth of NIVB. The research interests of the participating groups can be broadly assigned into the programs of (1) Pathogen-host interactions, (2) Immunity against viruses and bacteria, and (3) Treatments for viral and bacterial infections. We thank all participants for contributing 28 presentations and 65 posters to the meeting. This conference is a pioneering endeavor, the first meeting that will bridge the virology and bacteriology communities from the Czech Republic. While the research interests of all the participating groups are focused on virology and bacteriology, the contributing laboratories are very diverse in the research methodologies they employ. Therefore, the meeting has the potential to enable the establishment of new scientific collaborations among the participating teams, which is the main objective of NIVB.\nNIVB Meeting 2022 has the ambition to launch a new series of annual meetings on virology and bacteriology and aims at informing wider scientific community about new development, trends and issues in these scientific fields. Keywords: virology; bacteriology; National Institute of Virology and Bacteriology (NIVB); NIVB meeting Available in digital repository of the ASCR
NIVB Meeting 2022

The first annual meeting of the National Institute of Virology and Bacteriology (NIVB) in Kutná Hora on 30.11.–2.12. is an opportunity for participating teams to meet, discuss excellent science, ...

Šímová, Šárka
Ústav organické chemie a biochemie, 2022

Analysis, separation and characterization of dityrosine diastereomers by capillary electrophoresis
Šolínová, Veronika; Niederhafner, Petr; Šafařík, Martin; Šebestík, Jaroslav; Kašička, Václav
2022 - English
Keywords: capillary electrophoresis; diastereomer separation; dityrosine Available at various institutes of the ASCR
Analysis, separation and characterization of dityrosine diastereomers by capillary electrophoresis

Šolínová, Veronika; Niederhafner, Petr; Šafařík, Martin; Šebestík, Jaroslav; Kašička, Václav
Ústav organické chemie a biochemie, 2022

Quo Vaditis Agriculture, Forestry and Society under Global Change? From understanding past and present Earth´s processes to adaptations for the future
Šprtová, Miroslava; Bartošová, Lenka; Acosta, Manuel; Klem, Karel; Leventon, Julia; Červený, Jan
2022 - English
International conference „Quo vaditis agriculture, forestry and society under Global Change? From understanding past and present Earth’s processes to adaptations for the future“, whose scientific sponsor is the European Center of Excellence CzechGlobe, should prove that science has an irreplaceable role in addressing mitigation and adaptation to climate change, in meeting international commitments to climate change and tasks of the EU Strategy on adaptation to climate change. Keywords: agriculture; forestry; climate changes; proceedings of conferences Available at various institutes of the ASCR
Quo Vaditis Agriculture, Forestry and Society under Global Change? From understanding past and present Earth´s processes to adaptations for the future

International conference „Quo vaditis agriculture, forestry and society under Global Change? From understanding past and present Earth’s processes to adaptations for the future“, whose scientific ...

Šprtová, Miroslava; Bartošová, Lenka; Acosta, Manuel; Klem, Karel; Leventon, Julia; Červený, Jan
Ústav výzkumu globální změny , 2022

XII. Czech - Slovak Conference Polymers 2022. Book of Abstracts
Chytil, Petr
2022 - English
The book of abstracts contains summaries of all contributions to the 12th Czech-Slovak Conference POLYMERS 2022, organized by the Institute of Macromolecular Chemistry of the CAS in Třešť, October 3-6, 2022. There were 33 lectures and 14 posters presented at the conference. Keywords: macromolecular chemistry; polymer materials; polymer characterization Available at various institutes of the ASCR
XII. Czech - Slovak Conference Polymers 2022. Book of Abstracts

The book of abstracts contains summaries of all contributions to the 12th Czech-Slovak Conference POLYMERS 2022, organized by the Institute of Macromolecular Chemistry of the CAS in Třešť, October ...

Chytil, Petr
Ústav makromolekulární chemie, 2022

Trapping of volatile cadmium species on gold surfaces for atomic absorption spectrometry
Sagapova, Linda; Svoboda, Milan; Matoušek, Tomáš; Kratzer, Jan
2022 - English
Simple preconcentration step was developed for cadmium determination after chemical vapor generation prior to atomic absorption spectrometric detection. Chemical vapor generation of cadmium was performed in the presence of Cr3+/KCN as modifiers. Keywords: chemical vapor generation; cadmium; atomic spectrometry Available in digital repository of the ASCR
Trapping of volatile cadmium species on gold surfaces for atomic absorption spectrometry

Simple preconcentration step was developed for cadmium determination after chemical vapor generation prior to atomic absorption spectrometric detection. Chemical vapor generation of cadmium was ...

Sagapova, Linda; Svoboda, Milan; Matoušek, Tomáš; Kratzer, Jan
Ústav analytické chemie, 2022

Removal of PFASs from sewage sludge by pyrolysis
Hušek, Matěj
2022 - English
Our work aimed to describe PFASs behaviour at different pyrolysis temperatures (200 to 700 °C). We analysed 37 PFAS in sewage sludge samples and pyrolysis products. The temperature at which PFASs were removed from the sewage sludge at more than 99.0% was 400 °C, and at 600 °C, removal was more than 99.9%. As a result, it is recommended for commercial sludge pyrolysis units (larger volume, lower material homogeneity) that the process temperature be not lower than 600 °C. This recommendation is supported and demonstrated by the analyses of samples from the Bohuslavice Trutnov WWTP (CZE), where the sludge pyrolysis unit is in operation.\n Keywords: sewage sludge samples; pyrolysis; temperature Available in a digital repository NRGL
Removal of PFASs from sewage sludge by pyrolysis

Our work aimed to describe PFASs behaviour at different pyrolysis temperatures (200 to 700 °C). We analysed 37 PFAS in sewage sludge samples and pyrolysis products. The temperature at which PFASs were ...

Hušek, Matěj
Ústav chemických procesů, 2022

Application of hydrodynamic cavitation in brewing
Štěrba, Jiří
2022 - English
The aim of this work is to apply these advantages in the brewery industry. In the field of beer brewing, we would like to investigate several phenomena, such as the isomerization of bitter hop acids, the reduction of gluten concentration or the cell-walls breakdown.\n Keywords: hydrodynamic cavitation; brewery industry; Venturi jet system Available in a digital repository NRGL
Application of hydrodynamic cavitation in brewing

The aim of this work is to apply these advantages in the brewery industry. In the field of beer brewing, we would like to investigate several phenomena, such as the isomerization of bitter hop acids, ...

Štěrba, Jiří
Ústav chemických procesů, 2022

Vertical distribution of black carbon (BC)
Julaha, Kajal
2022 - English
Black Carbon (BC) is one of the leading contributors affecting our climate system. Absorbing at all visible wavelengths results in a warmer environment and thus has been considered the second most important contributor to global warming after carbon dioxide. The primary sources of BC aerosol are the incomplete combustion of fossil fuels and biomass burning. However, the composition of atmospheric aerosols varies with the height above the Earth’s surface. Recent studies have shown significant uncertainties (about 25%) in model simulations of the vertical BC distribution, both on the regional and global levels. BC’s vertical transport is suggested to be one area where the models still differ significantly,4,5 highlighting further investigation. Keywords: black carbon; fossil fuels and biomass; atmospheric aerosol Available in a digital repository NRGL
Vertical distribution of black carbon (BC)

Black Carbon (BC) is one of the leading contributors affecting our climate system. Absorbing at all visible wavelengths results in a warmer environment and thus has been considered the second most ...

Julaha, Kajal
Ústav chemických procesů, 2022

Continuous electrocoagulation of Chlorella vulgaris in a novel channel-flow reactor
Lucáková, Simona
2022 - English
In our laboratory, we employed an electrocoagulation process with iron sacrificial anode leading to the separation of Chlorella vulgaris cells with high efficiency and at the same time acceptable low contamination of separated biomass by iron. Comparing to only centrifugation, the total energy costs of harvesting using electrocoagulation as a pre-concentration step prior to centrifugation were reduced by more than 80%. After extensive study of the influence of relevant process parameters. Keywords: chlorella vulgaris; electrocoagulation; biomass; iron Available in a digital repository NRGL
Continuous electrocoagulation of Chlorella vulgaris in a novel channel-flow reactor

In our laboratory, we employed an electrocoagulation process with iron sacrificial anode leading to the separation of Chlorella vulgaris cells with high efficiency and at the same time acceptable low ...

Lucáková, Simona
Ústav chemických procesů, 2022

Tetracycline degradation using catalysts of platinum coated over CeO2 and CeO2ZrO2
Bourassi, Mahdi
2022 - English
These works showed that, by adding well defined nanoparticles into ionic liquids, it is possible to tune or/and enhance their thermophysical properties and make them more suitable for electrical and thermal energy storage, and heat transfer applications. Keywords: catalytic experiments; tetracycline; water depollution Available in a digital repository NRGL
Tetracycline degradation using catalysts of platinum coated over CeO2 and CeO2ZrO2

These works showed that, by adding well defined nanoparticles into ionic liquids, it is possible to tune or/and enhance their thermophysical properties and make them more suitable for electrical and ...

Bourassi, Mahdi
Ústav chemických procesů, 2022

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