Regional-dependent increase of sympathetic innervation in rat white adipose tissue during prolonged fasting.

White adipose tissue (WAT) is innervated by the sympathetic nervous system. A role for WAT sympathetic noradrenergic nerves in lipid mobilization has been suggested. To gain insight into the involvement of nerve activity in the delipidation process, WAT nerves were investigated in rat retroperitoneal and epididymal depots after prolonged fasting. A significant increase in tyrosine hydroxylase (TH) content was found in epididymal and, especially, retroperitoneal WAT by Western blotting. Accordingly, an increased immunoreactivity for TH was detected by immunohistochemistry in epididymal and, especially, retroperitoneal vascular and parenchymal noradrenergic nerves. Neuropeptide Y (NPY)-containing nerves were found around arteries and in the parenchyma. Double-staining experiments and confocal microscopy showed that most perivascular and some parenchymal noradrenergic nerves also contained NPY. Detection of protein gene product (PGP) 9.5, a general marker of peripheral nerves, by Western blotting and PGP 9.5-TH by double-staining experiments showed significantly increased noradrenergic nerve density in fasted retroperitoneal, but not epididymal depots, suggesting that formation of new nerves takes place in retroperitoneal WAT in fasting conditions. On the whole, these data confirm the important role of sympathetic noradrenergic nerves in WAT lipid mobilization during fasting but also raise questions about the physiological role of regional-dependent nerve adjustments and their functional significance in relation to white adipocyte secretory products.     

Risikofaktoren für Krebs und MS in Kuhmilch und Rindfleisch?

Dairy cattle meat and milk factors contributing to the risk of cancers and multiple sclerosis A global epidemiological analysis of the incidence of colon and breast cancers suggests that consumption of meat and milk products of Eurasian dairy cattle contributes to the risk for these malignancies. Our group isolated a number of novel single‐stranded DNAs from serum and milk of dairy cattle. These are circular molecules (～1000–3000 nucleotides) of putative viral origin. Apparently this DNA does not integrate into chromosomal DNA of the animal hosts, but persists in a non‐integrated (episomal) state. Following transmission into human cells, this DNA is genetically active. Related isolates have been obtained from two lesions of patients with multiple sclerosis. Concepts have been developed to explain the potential etiological role of such agents for specific human diseases. Their involvement in human cancers and neurological diseases is presently subject of intensive investigations.     

Redefining Rationality: Paranormal Investigators' Humour in England

In contemporary England, amateur paranormal investigators are actively engaged in attempts to produce objective knowledge about the ghostly and paranormal. Their project requires them to balance subjective, personal encounters with objective, technologically mediated ones. In doing so, they struggle to align their project with dominant understandings of rationality. Drawing on an ethnographic study of knowledge production among paranormal investigators, I explore paranormal investigators' use of humour and argue that they rely on humorous performances to align themselves with a powerful, hegemonic notion of rationality. Through their humour, they do not contest the scope of rationality; rather, they locate themselves as central to it.     

Understanding Sign Language Bibles through Affective Audits in South India

This article analyses the role that the emic category of understanding plays in creating new forms of personhood and new worlds for sign language using deaf people in south India. As an ethnographic study of the production, dissemination, and circulation of Indian Sign Language Bible DVDs by an international non-denominational Christian missionary organization, this article analyses how the power of sign language as heart language lies in the potentiality of becoming a fluent signer and a member of a deaf sociality. Bringing the Anthropology of Christianity in conversation with the Anthropology of deafness/sign language studies, this article argues that anthropologists have ignored practices of verifying understanding in our interlocutors. In utilizing the concept of affective audits, this article analyses the practices by which understanding comes to take place. In addition, this article also argues that anthropologists must attend to how research on sensory formations might be presuming a ‘normal’ sensing body.     

Circadian preference and decision-making styles

The present study aimed to explore for the first time the relationship between circadian preference and different decision-making styles. In total, 501 young adults (330 females), with a mean age of 21.07 ± 1.99 years, took part in the study. The participants completed the reduced version of the morningness–eveningness questionnaire (rMEQ) and the general decision-making style inventory (GDMS). The rMEQ enabled to assess the circadian preference, with lower rMEQ scores pointing toward eveningness preference. The GDMS measured five decision-making styles: rational, intuitive, dependent, avoidant and spontaneous. Higher scores on each GDMS decision-making style reflect a higher prevalence of the corresponding style. A set of multiple regression analyses was performed with rMEQ score, gender and age as predictors together with each GDMS decision-making style as dependent variable. rMEQ score proved to be the only significant (negative) predictor of avoidant and spontaneous decision-making styles, i.e. lower rMEQ score (tendency toward eveningness) significantly predicted higher score at these decision-making styles. The present results suggest that eveningness preference is significantly related to avoidant and spontaneous decision-making styles in young adults. Such results will be discussed with reference to the effects of decision-making styles on decision-making in different types of workers and mental health.     

Multiplex single molecule counting technology used to generate interleukin 4, interleukin 6, and interleukin 10 reference limits

Detecting biomarkers at pg/ml concentrations or below is, in many situations, critical for quantifying levels in healthy individuals as well as the changes that can occur in the progression of disease states. The ability to detect multiple biomarkers from the same sample allows for better diagnoses, more efficient testing, and lower volumes of sample required. Based on single molecule counting technology, a multiplex instrument was designed and built that is capable of detecting cytokines and other low-abundance proteins at sub-pg/ml quantities in human plasma samples. The multiplex single molecule counting instrument was used to generate 95% reference limits for interleukin 4 (IL-4, <0.61 pg/ml), interleukin 6 (IL-6, <6.53 pg/ml), and interleukin 10 (IL-10, <1.08 pg/ml) from 100 healthy human donor plasma samples, with more than 90% of IL-4 concentrations and 100% of IL-6 and IL-10 concentrations above the limit of detection.