conditions remains elusive, and their variations depending on the gender, age, and etiology have not been determined yet. In this study, we aim to investigate the differences in fibrosis and inflammatory
take a look back at the roots of this field. In fact, the first HMD devices in this area have already been constructed as early as the early 1960s. Furthermore, we will learn about more uncommon terms, like
as outstanding nephropathologic support: the renal molecular pathologist. “We are delighted to have been successful in Erasmus+ and we are getting to the heart of the project activities”, said the project
(microbiota) also secrete proteases, yet their identity and roles in human physiology have not yet been explored in depth. We are applying genetic and biochemical methodologies to systematically identify
TLR4 stimulation. Novel preformed mast cell mediators - the proteases granzyme B and caspase-3 – have been identified and will be further studied. Moreover, so far unknown proinflammatory as well as regulatory
molecular techniques has been really helpful in dissecting diet-microbiota interactions in a culture-independent manner and assessing their importance for health regulation. We have been using high-throughput [...] to two thirds of prokaryotic diversity remain unexplored ( i.e. , strains of many taxa have never been isolated and/or described). This pool of unknown diversity represents a substantial phylogenetic hole
is available. The only life-saving intervention in ARDS is mechanical ventilation, although it has been shown that mechanical forces aggravate pre-existing inflammation in the lung. The underlying molecular
receptor family, plays a crucial role in sensory neurotransmission. P2X3 receptor antagonists have been identified as promising drugs to treat chronic cough and are suggested to offer pain relief in chronic
l treatments for breast cancer fail to address therapy-resistant cancer stem-like cells that have been characterized by changes in epigenetic regulators such as the lysine demethylase KDM4. We could describe
advances in our understanding of the molecular function, modulation, and structure of P2XRs have been made. Our former studies have identified three N-terminal, intracellular amino acid residues that