Article list

Living Lab methodology in co-created and value/patient-oriented technologies and innovative solutions development

#UMED-LAB-002 SUMMARY The living lab methodology has been enriched with elements of value-based health care and patient-centered care approaches. It shifts its focus from merely testing new solutions to ensuring delivery of  tangible health outcomes that matter most to patients. Patients are not passive subjects within the innovation process, but directly shape the development, implementation,…

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Animal Research Facility– Modern Center for In vivo and In vitro Studies

#UMED-LAB-001 SUMMARY A state-of-the-art research laboratory providing in vivo and in vitro studies on animal models and cell lines in compliance with international standards (GLP, ISO 17025:2018-02), supporting the development of pharmaceutical and biomedical sciences BACKGROUND Animal Research Facility of the Faculty of Pharmacy, Medical University of Lodz, is a certified research center conducting experimental…

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In vitro antibacterial activity screening

#UZSM-001 SUMMARY Standardized antibacterial susceptibility testing of new chemical entities and biological extracts against standard and typed major bacterial pathogens. BACKGROUND Antibacterial susceptibility testing is used in drug discovery projects to evaluate the activity of new substances against target bacterial pathogens. Standardized antibacterial susceptibility testing ensures determination of minimal inhibitory concentrations of novel chemical entities…

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Antigens for diagnosis of Chlamydia infections

#BMC-003 SUMMARY These antigens  are suitable for the serological detection and screening of  infections caused by various Chlamydia species. BACKGROUND Chlamydia species are obligate intracellular bacteria that can infect humans and animals, often causing respiratory or reproductive diseases. Surveillance of different chlamydial infections is crucial for assessing disease burden, implementing public health interventions, and preventing…

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Enhancing Plant Stress Resistancevia DIR13 Gene Expression

#CEITEC MU-003 SUMMARY Method to increase plant resistance to abiotic stress, particularly drought and soil salinity, by upregulating DIR13 gene expression. BACKGROUND Abiotic stresses like drought and salinity significantly impact crop yields. Climate change exacerbates these challenges, necessitating innovative solutions. This invention focuses on enhancing plant resilience through genetic means. FEATURES AND KEY BENEFITS REFERENCES…

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