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Woźniakowska Krystyna 29-04-2022

https://wiksig.upwr.edu.pl/en/faculty/structure/institute-of-environmental-engineering/employees/wozniakowska-krystyna-1.html

Effect of Non-Modified as Well as Surface-Modified SiO2 Nanoparticles on Red Blood Cells, Biological and Model Membranes 24-07-2023

https://upwr.edu.pl/en/research/publications-of-the-week/research-papers-of-the-week-july-31--2023/effect-of-non-modified-as-well-as-surface-modified-sio2-nanoparticles-on-red-blood-cells-biological-and-model-membranes-5.html

Comparison of Osmotic Resistance, Shape and Transmembrane Potential of Erythrocytes Collected from Healthy and Fed with High Fat-Carbohydrates Diet (HF-CD) Pigs — Protective Effect of Cistus incanus L. Extracts 01-03-2021

https://upwr.edu.pl/en/research/publications-of-the-week/research-papers-of-the-week-march-1--2021/comparison-of-osmotic-resistance-shape-and-transmembrane-potential-of-erythrocytes-collected-from-healthy-and-fed-with-high-fat-carbohydrates-diet-hf-cd-pigs-protective-effect-of-cistus-incanus-l-extracts-1.html

Identifying the Molecular Mechanisms and Types of Cell Death Induced by bio- and pyr-Silica Nanoparticles in Endothelial Cells 09-05-2022

https://upwr.edu.pl/en/research/publications-of-the-week/research-papers-of-the-week---may-9--2022/identifying-the-molecular-mechanisms-and-types-of-cell-death-induced-by-bio-and-pyr-silica-nanoparticles-in-endothelial-cells-7.html

Interaction of plant polyphenols with model and natural biological membranes as related nanotechnology 22-05-2020

https://upwr.edu.pl/en/research/leading-research-group/biocatalysis-and-biological-activity-bioactiv/projects/interaction-of-plant-polyphenols-with-model-and-natural-biological-membranes-as-related-nanotechnology-12.html

Protection of Erythrocytes and Microvascular Endothelial Cells against Oxidative Damage by Fragaria vesca L. and Rubus idaeus L. Leaves Extracts—The Mechanism of Action 26-09-2022

https://upwr.edu.pl/en/research/publications-of-the-week/research-papers-of-the-week-september-26--2022/protection-of-erythrocytes-and-microvascular-endothelial-cells-against-oxidative-damage-by-fragaria-vesca-l-and-rubus-idaeus-l-leaves-extractsthe-mechanism-of-action-1.html

International Relations Office 19-06-2024

Curie-Skłodowskiej St. 42, 50-375 Wrocław PL,room 201/202/206 Krzysztof KafarskiHead of International Relations Officetel. +48 71 320 1024e-mail: krzysztof.kafarski@upwr.edu.pl Anna RaułuszkiewiczDeputy Head of International Relations Officetel. +48 71 320 5103e-mail: anna.rauluszkiewicz@upwr.edu.pl Maria BłaszczukInternational Relations Officertel. +48 71 320 5186e-mail: maria.blaszczuk@upwr.edu.pl Sylwia PopielInternational Relations Officertel. +48 71 320 (...)
https://upwr.edu.pl/en/university/international-relations-office

Arkadiusz Głogowski, assistant professor 21-05-2020

https://upwr.edu.pl/en/research/leading-research-group/water-climate-environment-wce/team/arkadiusz-glogowski-assistant-professor-3.html

Influence of the structure of new chiral fungistatics obtained by biotransformation on their biological activity 22-05-2020

https://upwr.edu.pl/en/research/leading-research-group/biocatalysis-and-biological-activity-bioactiv/projects/influence-of-the-structure-of-new-chiral-fungistatics-obtained-by-biotransformation-on-their-biological-activity-13.html

Titanium Dioxide Thin Films Obtained by Atomic Layer Deposition Promotes Osteoblasts’ Viability and Differentiation Potential While Inhibiting Osteoclast Activity - Potential Application for Osteoporotic Bone Regeneration 17-11-2020

https://upwr.edu.pl/en/research/publications-of-the-week/publications-of-the-week-november-16--2020/titanium-dioxide-thin-films-obtained-by-atomic-layer-deposition-promotes-osteoblasts-viability-and-differentiation-potential-while-inhibiting-osteoclast-activity-potential-application-for-osteoporotic-bone-regeneration-4.html

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