PubMed · 15832801
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Stefano Rodotà. Body transformations.. https://pubmed.ncbi.nlm.nih.gov/15832801/
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In this article I pose the question, 'where is the biological body in medical sociology today?' The first part of the article provides a selective corporeal balance sheet of where we are now in medical sociology, with particular reference to social constructionist and phenomenological approaches and their respective stances or takes on the (biological) body. The subsequent section considers where we might profitably be going in the future in terms of bringing the biological body (back) in, and the broader issues this raises for the sociological enterprise as a whole. Various problems associated with this evolving project and merits of other recent approaches, such as the sociology of translation, are considered. The article concludes with some further thoughts and reflections on these matters, including a revisiting of relations between the sociology of the body and medical sociology in the light of these debates.
This study examined the effects of whole-body vibration (WBV) on the hormone and lipolytic responses. Eight male subjects performed WBV and control (CON) trials on separate days. The WBV session consisted of 10 sets of vibration for a duration of 60 s with rest periods of 60 s between each set (frequency 26 Hz). The subjects maintained a static squat position with knees bent on the platform. In the CON trial, the WBV stimulation was not imposed. Blood samples were collected before both trials and during the recovery period. In the WBV trial, the concentrations of plasma epinephrine (Epi) and norepinephrine (NE) increased immediately after the session (P < 0.05). Serum free fatty acids (FFA) concentration increased significantly at the 150, 180, and 210 min points of the recovery period in the WBV trial (P < 0.01) with the interaction between trial and time (P < 0.01). Serum glycerol showed no significant change in either trial. These results suggest that the WBV session causes secretions of Epi and NE, and it subsequently increases FFA concentration during the recovery period. However, because the FFA response was inconsistent with that of glycerol, we were unable to clarify the effect of WBV exposure on lipolysis.
The Virtual Soldier Project endeavors to represent the baseline physiology and anatomy of a soldier using disparate but linked digital data types. Processing these data for storage, transmission and encryption requires different capabilities than are typical in a single codec. These representation and coding issues are illustrated and future directions are indicated.