Both Peter Sloterdijk and Richard David Precht have characteristics of the so-called media intellectuals in their gesture and appearance and also implicitly refer to the protection of human rights. Whereby Sloterdijk seems to be focused on the rights of the individual and his individual interests, a Richard David Precht is more focused on community as well as individual interests. It will be briefly outlined how they can be viewed as representatives of two media tendencies of the media public in the (...) German public - or to establish certain contradictions. (shrink)

In regards to the international response to the situation in Libya, the NATO response can be regarded as a potential good.

Sarcopenia is a process of progressive aging‐associated loss of skeletal muscle mass (SMM) recognized as a serious global health issue contributing to frailty and increased all‐cause mortality. Exercise and nutritional interventions (particularly intake of dairy products and milk) demonstrate good efficacy, safety, and broad applicability. Here, we propose that at least some of the well‐documented favorable effects of milk and milk‐derived protein supplements on SMM might be mediated by D‐galactose, a monosaccharide present in large quantities in milk in the form (...) of disaccharide lactose (milk sugar). We suggest that ingestion of dairy products results in exposure to D‐galactose in concentrations metabolized primarily via the Leloir pathway with the potential to (i) promote anabolic signaling via maintenance of growth factor (e.g., insulin‐like growth factor 1 [IGF‐1]) receptor mature glycosylation patterns; and (ii) provide extracellular (liver glycogen) and intracellular substrates for short (muscle glycolysis) and long‐term (muscle glycogen, intramyocellular lipids) energy availability. Additionally, D‐galactose might optimize the metabolic function of skeletal muscles by increasing mitochondrial content and stimulating glucose and fatty acid utilization. The proposed potential of D‐galactose to promote the accretion of SMM is discussed in the context of its therapeutic potential in sarcopenia. (shrink)