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Nitrogen (N) cycling in terrestrial ecosystems is complex since it involves the closely interwoven processes of both N uptake by plants and microbial turnover of a variety of N metabolites. Major interactions between plants and microorganisms involve competition for the same N species, provision of plant nutrients by microorganisms and labile carbon (C) supply to microorganisms by plants via root
Preclinical gene therapy studies of mitochondrial diseases remain limited due to the typically multi-organ manifestations and the scarcity of physiologically relevant animal models. Mutations in BCS1L , a nuclear gene encoding an assembly factor for mitochondrial complex III (CIII), are the most common cause of CIII deficiency. The most severe phenotype, GRACILE syndrome, is caused by a homozygous
Plant growth, reproduction, and biomass allocation may be affected differently by nitrogen availability depending on tree size and age. In this context, competition for limited N may be avoided by different strategies of N acquisition between different vegetation components (i.e., seedlings, mature trees, other woody and herbaceous understorey). This study investigated in a field experiment whethe
Economic activities and everyday life may create weekly variations in concentrations of air pollutants in urban settings. The present study contributes to this experience on the example of two typical medium-sized towns in Central Europe, Szeged and Freiburg considering the following air pollutants: NO, NO2, O3, Ox and PM10. Five-year data sets of hourly observations (1997-2001) collected in downt
Lymphomas are broadly categorized into Hodgkin lymphoma (HL) and non-Hodgkin lymphoma (NHL). Despite treatment advances, they remain a major cause of cancer-related morbidity and mortality in Canada. This study examined temporal trends in socioeconomic inequalities in lymphoma mortality in Canada from 2000 to 2019. Using a unique census division level dataset (n = 280) constructed by pooling infor
