The "decapitated of Fourni". A medical-legal and palaeopathological reexamination The two decapitated human skeletons discovered in 1960 in a bothros connected to the clearing of the latrines of the Maison de Fourni at Delos were published in 1973 (Études déliennes [BCH Suppl. I], p. 173-181) and have since led to divergent interpretations. They are here subjected to a new anthropolical study and, for the first time, to a palaeopathological examination, which leads to unexpected conclusions. Firstly, both victimes would have been (...) feminine. Secondly, the date of their beheading as provided by C-14 analysis is much higher than that proposed based on the historical context. The execution was preceded by a period of shackling and restraint. Finally, the bodies were thrown into a cesspool still in use. This episode cannot be connected to a precise event or social context. Nevertheless, this killing recalls more the ritual killing of a sect than a capital execution. (shrink)

In so far as the Tao Te Ching and the Chuang Tzu are life-philosophies, they are philosophies of solitude. My aim in the following pages is to explain and defend this claim, clarifying the distinctive kind of solitude that is taught by Lao Tzu and Chuang Tzu.

— We prescnt here a comparative study on the decay of chlorophyll a fluorescence yield in thylakoid membranes and photosystem 11 ‐enriched samples, measured with multifrequency cross‐correlation phase fluorometry. These measurements confirm the general conclusions of Van Mieghem ef al., obtained with a flash method, on the effects of reduction of the primary quinone acceptor on ChI a fluorescence yield of PSI. Different states of the reaction centers of PSII were produced by: pretreatment with sodium dithionite and mcthyl viologen followed (...) by laser illumination: the doubly reduced QA centers: with laser illumination or pretreatment with diuron: QA‐ centers; and the addition of micromolar concentration of dichlorobenzoquinonc : oxidized QA centers. The data were analyzed with Lorentzian distribution as well as with multiexponential fluorescence decay functions. The analysis with Lorcntzian distribution function showed that upon formation of QA. the major lifetime distribution peak shifted to longer lifetimes: from 0.25 ns to 1.66 ns and from 0.24 ns to 1.31 ns. However, when QAHZ was formed, the lifetime distribution peaks shifted back to shorter lifetimes both in thylakoids and PSIl membranes. Multiexponential analysis showed three lifetime components: fast, middle and slow. When QA was formed in PS11 centers, the amplitude of the fast Component decreased, but both thc amplitude and the lifetime of the middle component increased severalfold. However, when QA was doubly reduccd, the amplitude of the fast component increased and the amplitude of the middle component decreased: in addition, the lifetime of the slow component increased. All of the above results are consistent with the conclusions that PS11 charge separation is decreased when QA is formed and increased when doubly reduced QA is formed. Copyright © 1993, Wiley Blackwell. All rights reserved. (shrink)