Forest springs, a safe source of drinking water?
Mikuška, Pavel; Alexa, Lukáš; Kouřilová, S.; Cigánková, Hana; Křůmal, Kamil; Itterheimová, Petra; Kubáň, Petr; Matoušek, Tomáš; Barešová, Magdalena; Pivokonský, Martin
2023 - anglický Water from 25 forest springs was characterized for basic physical parameters and chemical and bacteriological composition. Chemical composition was mostly within limits for drinking water, but bacteriological results indicate faecal pollution of water in majority studied springs. Klíčová slova: spring; forest; chemical pollution; bacteriological contamination Plné texty jsou dostupné v digitálním repozitáři Akademie Věd. Forest springs, a safe source of drinking water?

Water from 25 forest springs was characterized for basic physical parameters and chemical and bacteriological composition. Chemical composition was mostly within limits for drinking water, but ...

Mikuška, Pavel; Alexa, Lukáš; Kouřilová, S.; Cigánková, Hana; Křůmal, Kamil; Itterheimová, Petra; Kubáň, Petr; Matoušek, Tomáš; Barešová, Magdalena; Pivokonský, Martin
Ústav analytické chemie, 2023

NIVB Meeting 2023
Hostomský, Zdeněk; Vácha, R.; Pichová, Iva; Šímová, Šárka
2023 - anglický NIVB Meeting 2023 – the second meeting of the National Institute of Virology and Bacteriology (NIVB) in Kutná Hora on 2. 10. – 5. 10. 2023 will be again after one year an opportunity to meet the participating teams, discuss excellent science, establish collaborations, and present the progress of the project to the members of the International Scientific Advisory Board. Thanks to funding from the Czech Economic Recovery Plan, a number of important results have already been published in high impact journals. Several networking workshops have been organized and scientific collaborations have been established. The meeting in Kutná Hora is therefore a summary of all that has happened in the project over the past year. The main goal of the NIVB is to facilitate cooperation between 30 participating research teams from 8 Czech research institutions, and this goal is gradually being achieved. The NIVB acts as a common communication platform to discuss the desired cooperation of the NIVB research teams, especially those that have not had much contact so far due to their inter-institutional, interdisciplinary or inter-regional distance.\nWe thank all the participants who contributed to the meeting with 30 oral presentations and 67 posters. The NIVB 2022 meeting had the ambition to launch a new series of annual meetings dedicated to virology and bacteriology, and NIVB 2023 fulfils this ambition and continues to aim to inform the wider scientific community about new developments, trends and issues in these disciplines. Klíčová slova: virology; bacteriology; National Institute of Virology and Bacteriology (NIVB); NIVB meeting Plné texty jsou dostupné v digitálním repozitáři Akademie Věd. NIVB Meeting 2023

NIVB Meeting 2023 – the second meeting of the National Institute of Virology and Bacteriology (NIVB) in Kutná Hora on 2. 10. – 5. 10. 2023 will be again after one year an opportunity to meet the ...

Hostomský, Zdeněk; Vácha, R.; Pichová, Iva; Šímová, Šárka
Ústav organické chemie a biochemie, 2023

Fish stock survey of the Lake Sevan in 2023 – final report
Prchalová, Marie; Kubečka, Jan
2023 - anglický Final report on survey of fish stock of the Lake Sevan in July 2023. Klíčová slova: gillnets; hydroacoustics; biomass Plné texty jsou dostupné na jednotlivých ústavech Akademie věd ČR. Fish stock survey of the Lake Sevan in 2023 – final report

Final report on survey of fish stock of the Lake Sevan in July 2023.

Prchalová, Marie; Kubečka, Jan
Biologické centrum, 2023

4th CCP Phenogenomics Conference abstract book
Sedláček, Radislav
2022 - anglický The fourth CCP Phenogenomics Conference was held as a hybrid meeting. The scientific committee selected the topic of rare diseases: experimental models & delivery of therapies as the main thematic focus of the 2022 Conference. The Conference provided again an excellent opportunity to support networking and interactions among the researchers, CCP staff, users and experts from the commercial sector. Klíčová slova: phenogenomics; rare diseases; gene therapy; experimental models; delivery of therapies Plné texty jsou dostupné na jednotlivých ústavech Akademie věd ČR. 4th CCP Phenogenomics Conference abstract book

The fourth CCP Phenogenomics Conference was held as a hybrid meeting. The scientific committee selected the topic of rare diseases: experimental models & delivery of therapies as the main thematic ...

Sedláček, Radislav
Ústav molekulární genetiky, 2022

Novel embedding resins for 3D-SEM
Šlouf, Miroslav; Pavlova, Ewa; Strachota, Beata; Strachota, Adam; Nebesářová, Jana; Týč, Jiří; Krzyžánek, Vladislav; Skoupý, Radim
2022 - anglický The report contains the detailed analysis of novel embedding resins for 3D-SEM. Klíčová slova: novel embedding resins; 3D-SEM microscopy; higher e-beam resistance Plné texty jsou dostupné na jednotlivých ústavech Akademie věd ČR. Novel embedding resins for 3D-SEM

The report contains the detailed analysis of novel embedding resins for 3D-SEM.

Šlouf, Miroslav; Pavlova, Ewa; Strachota, Beata; Strachota, Adam; Nebesářová, Jana; Týč, Jiří; Krzyžánek, Vladislav; Skoupý, Radim
Ústav makromolekulární chemie, 2022

5th International Percid Fish Symposium, Percis V 2022
Holubová, Michaela
2022 - anglický The publication contains scientific abstracts from the international conference. Klíčová slova: abstracts; conference; fish Plné texty jsou dostupné na jednotlivých ústavech Akademie věd ČR. 5th International Percid Fish Symposium, Percis V 2022

The publication contains scientific abstracts from the international conference.

Holubová, Michaela
Biologické centrum, 2022

CE-MS separation and identification of standard nucleotides
Butnariu, Maria; Šolínová, Veronika; Koval, Dušan
2022 - anglický Klíčová slova: capillary electrophoresis; mass spectrometry; nucleotides Plné texty jsou dostupné na jednotlivých ústavech Akademie věd ČR. CE-MS separation and identification of standard nucleotides

Butnariu, Maria; Šolínová, Veronika; Koval, Dušan
Ústav organické chemie a biochemie, 2022

Mathematical Modeling of Heat and Mass Transfer in a Rotary Kiln
Kozakovič, M.; Čada, J.; Kokavcová, A.; Havlica, Jaromír; Huchet, F.
2022 - anglický The main objective of this research was to compare the results of the proposed 1D transport model with numerical simulations of mass transport in a direct-heat rotary kiln at laboratory scale. Another objective was to investigate the effect of the number of flights on the formation of an active particle surface in the airborne phase, which enables efficient heat transport. The studied rotary kiln is a low-angle cylinder with a length of 0.5 meter and a diameter of 0.108 meter with regularly arranged flights on the inside. The heat is transported into the rotary kiln by hot air at the inlet. The load in the rotary kiln consists of spherical particles with 1 millimeter diameter. The rotary kiln rotation speed is 21.5 rpm. For each simulation, 20 rotations were performed. The Discrete Element Method implemented in an open-source code LIGGGHTS was used for simulations.Efficient heat transfer is made possible primarily by the large number of particles in the airborne phase, which are heated by the warm air blowing in. To begin with, the number of flights and their geometry were found to be a key parameter controlling the amount of particles in the gaseous regime. It was also found that an area in the right part of the base of the cylinder is formed which is not reached by particles from the flights. This phenomenon is due to the dynamics of particle transport, as the particles are not maintained in the active phase and move rapidly towards the load due to gravity. In conclusion, the effect of this zone is negative, as hot air flows through it without resistance, preventing the system from heating effectively. Klíčová slova: granular dynamics; discrete element method; particulates system; rotary kiln Plné texty jsou dostupné v digitálním repozitáři NUŠL Mathematical Modeling of Heat and Mass Transfer in a Rotary Kiln

The main objective of this research was to compare the results of the proposed 1D transport model with numerical simulations of mass transport in a direct-heat rotary kiln at laboratory scale. Another ...

Kozakovič, M.; Čada, J.; Kokavcová, A.; Havlica, Jaromír; Huchet, F.
Ústav chemických procesů, 2022

Parallel Determination of Particulate Ammonium by Using a Continuous Aerosol Sampler and Cascade Impactor
Alexa, Lukáš; Hlaváčková, H.; Cigánková, Hana; Mikuška, Pavel
2022 - anglický Ammonia is a significant gaseous pollutant present in the atmosphere. As a neutralizing agent of acidic species ammonia forms particle-phase ammonium (NH4+) salts and contributes thus to formation of secondary atmospheric aerosols (Harrison and Jones, 1995). Aerosols (particulate matter, PM) are responsible for many negative effects on environments and health risks to human. The diameter of PM has significant impact on their environmental exposure, where the decreasing particle size increases the adverse health effects. The ultrafine particles hence play a major role in adverse impact on human health (Ryer-Powder, 1991). Presented paper describes the use of the novel continuous aerosol sampler for online, and a commercial cascade impactor for offline, determination of NH4+ in ambient air. Klíčová slova: ammonium; atmospheric aerosol; online analysis; cascade impactor Plné texty jsou dostupné v digitálním repozitáři Akademie Věd. Parallel Determination of Particulate Ammonium by Using a Continuous Aerosol Sampler and Cascade Impactor

Ammonia is a significant gaseous pollutant present in the atmosphere. As a neutralizing agent of acidic species ammonia forms particle-phase ammonium (NH4+) salts and contributes thus to formation of ...

Alexa, Lukáš; Hlaváčková, H.; Cigánková, Hana; Mikuška, Pavel
Ústav analytické chemie, 2022

Analysis of textile waste streams in the Czech Republic
Shtukaturova, Anastasia
2022 - anglický Our results confirm that the Czech Republic is not well prepared to fulfill the ambitious goals of the CEAP in respect to textile waste because of continually growing volumes of this type of the waste and hardly available official data about its production, lack of recycling technologies and obsolete waste collection system.\n Klíčová slova: textile waste streams; analysis; new waste treatment law Plné texty jsou dostupné v digitálním repozitáři NUŠL Analysis of textile waste streams in the Czech Republic

Our results confirm that the Czech Republic is not well prepared to fulfill the ambitious goals of the CEAP in respect to textile waste because of continually growing volumes of this type of the waste ...

Shtukaturova, Anastasia
Ústav chemických procesů, 2022