The Hellenic and Hippocratic origins of the spinal terminology

Numerous Hellenic terms have been gradually adopted during the development of modern medical science. Moreover, there are a significant number of words that derive directly from the Hippocratic texts. Hippocrates (ca. 460-ca. 377 BC), revered as the father of medicine, and his followers left behind a valuable heritage of medical knowledge that, practically, laid the foundations of Western medicine. Their theories, collected in Corpus Hippocraticum, transformed medicine by adding, mainly, clinical observation and inductive reasoning as significant parts of medical diagnosis and treatment. Additionally, Hippocratic writings have provided an invaluable heritage of medical terms for all medical fields. The present article examines the Hellenic and Hippocratic terminology referring to the spine and how this vocabulary has influenced and dominated upon modern spinal onomatology.     

Relative and absolute dating of the human skull and skeleton from Galley Hill,Kent

Over a period of some 100 years it has gradually been accepted that the human skeletal remains found in the late nineteenth century in ancient gravels at Galley Hill, Kent are not those of early man, but are of much more recent date. This conclusion was finally verified by means of relative (N, F) and absolute (¹⁴C) dating. Here we present the results of further analysis of the remains from Galley Hill for their uranium content by a method having general application to the relative dating of fossil human and other mammalian bone.     

Blame it on Kissinger? The international factor and the failure of the “Markezinis Experiment”

The aborted 1967 attempt of the dictatorship to transform itself into some form of democracy has generally been under-researched, and even more so with regard to its international implications. And yet, the issue of foreign influences on the “Markezinis Experiment” has been given excessive weight – first and foremost by the protagonist himself, who blamed his failure and downfall on negative American interference – namely on the then US Secretary of State Henry Kissinger’s adversarial stance. Based on the examination of the international context in three main frameworks – namely its relations with the United States, Europe and the Cyprus issue – this article seeks to give an answer to the question of the foreign factor’s impact on the failure of the “experiment”.     

Fragmented Integration and Business Cycle Synchronization in the Greek Regions

This paper examines the degree of business cycle synchronicity among Greek regions and investigates the determinants of the business cycle co-movements of output associated with specific functional and spatial aspects of the integration process among the Greek regions. We analyse nearly 30 years (1980–2008) of data at the NUTSIII level (prefectures). We conclude that the business cycles of prefectures are more synchronized with the NUTSII regional cycle than with the national business cycle revealing a regional (NUTSII) border effect. Moreover, the intensification of the integration process seems to diachronically affect the structural characteristics of the Greek regions and the geography of cyclical synchronization. Our study reveals a two-stage integration process where in the first stage we detect the existence of urbanization economies, while in the second one the existence of localization economies. Furthermore, our study reveals that the metropolitan regions have a low level of business cycle synchronicity with the other regions, stressing Greece's pattern of economic and structural dualism.     

Identification of colourants in icons of the Cretan School of iconography using Raman spectroscopy and liquid chromatography

The stratigraphies of twenty five (25) samples removed from twenty (20) icons of the Cretan School of iconography are studied using Optical Microscopy and micro-Raman spectroscopy. The objects are dated in 15th–17th c. and belong to the collection of the Benaki Museum, Athens, Greece. Cinnabar, red ochre, minium, yellow ochre, azurite, malachite, lapis lazuli, lead white, carbon black, and indigo are identified in the cross-sections of the icon samples using Raman spectroscopy.     

New evidence of early use of artificial pozzolanic material in mortars

Hydraulic building composites, such as mortars and plasters, produced with artificial pozzolanic materials, became widely popular thanks to the Romans. Reports on earlier uses of such composites can also be found, mainly in archaeological and historic documents. These date back as far as the time of Minoan and Mycenaean civilizations. Here, we present a holistic analytical investigation of Late Bronze Age mortars from various archaeological sites of Cyprus. We focus on petrographic observations of thin sections, scanning electron microscopy and energy dispersive X-ray microanalyses and we investigate the microstructure and texture of the samples and the chemical composition and interface of their binders. Results of powder X-ray diffraction analyses are also presented, alongside a series of measurements using mercury intrusion porosimetry and vacuum saturation, aiming to estimate the pore size distribution and the physical properties (i.e. open porosity and bulk density) of the specimens under investigation. We also report on tests carried out to assess the drilling resistance of the mortars using a novel, portable system. The results thoroughly confirm, for the first time, the earliest intentional use of crushed brick as an artificial hydraulic additive in lime mortars in Cyprus, in order to enhance their performance and longevity in the absence of natural pozzolanas.