Romanization and Latinization of the Roman Empire in the light of data in the Computerized Historical Linguistic Database of Latin Inscriptions of the Imperial Age

The present study demonstrates that the process of linguistic Romanization, i.e. Latinization of the Roman Empire, is traceable by the data of the Computerized Historical Linguistic Database of Latin Inscriptions of the Imperial Age (LLDB). A multi-level analysis of linguistic and non-linguistic data in the LLDB has shown that Latinization, i.e. the spread of spoken or vulgar Latin, became more and more intensive over time in all concerned provinces (i.e. Lusitania, Gallia Narbonensis, Venetia et Histria, Dalmatia, Moesia, Pannonia, and Britannia), although to a varying degree in each. What is more, in many aspects of the investigation, it was possible to find differences between the selected provinces of the Roman Empire corresponding mostly to the future Romance (both negative and positive) outcomes of the respective areas. All in all, the analysis of data of the LLDB database can contribute to solving the complex problem of Latinization, and is a lot more appropriate for this purpose than a simple comparative analysis of epigraphic corpora of the selected provinces

On the Vulgar Latin merger of/b/and/w/and its correlation with the loss of intervocalic/w/: Dialectological evidence from inscriptions

Related to the summary of Adams (2013), the present study, first of all, solves the problem of how the absence of a linguistic change, in this case of the merger of/b/and/w/, can be evidenced in inscriptional corpora. For this purpose, two separate, yet interconnected methods, both suggested by J. Herman, are used and presented. By involving both methods in the analysis ofdata sets, recorded from a selection of Roman provinces in the Computerized Historical Linguistic Database of Latin Inscriptions ofthe Imperial Age (http://lldb.elte.hu/), I will prove the adequacy and reliability of our inscriptional data for the B/V confusion. Furthermore, I provide data aboutfrequency of the merger of/b/and M in Latin over the centuries and in various regions, which gives a more realistic picture than any explanation before. Finally, a correlation between this merger and the loss of the intervocalic/w/evidencing the changefrom [w]to [ßjis detected and presented for discussion

Vowel mergers in the Latin of the Danubian provinces of the Roman Empire as evidenced in inscriptions

The present study analyzes the transformation of the vowel system and especially the process of vowel mergers based on the Latin inscriptions of the Danubian provinces. With the help of the Computerized Historical Linguistic Database of the Latin Inscriptions of the Imperial Age (http://lldb.elte.hu/), it tries to draw and then compare the phonological profiles of the selected provinces and to describe the dialectal position of the Danubian provinces regarding vocalism in the first four centuries AD. The analysis, which also covers comparisons with certain provinces of Italy and Dalmatia, is carried out considering four aspects: the ratio of vocalic versus consonantal changes, the ratio of vowel mergers compared to vocalic changes, the ratio of e-i and o-u mergers compared to each other, and the ratio of vowel mergers by stressed and unstressed syllable. As a result of the present study, it was revealed that Danubian provinces cannot be treated as a unit or as clearly separate from the other areas studied according to either aspect of the study. The Dacian development, which can only be observed in the 2nd-3rd century, can easily be placed among the Danubian provinces, so it is not necessary to connect it with the developmental trends in southern Italy. The present study, which continued József Herman's research, managed to explore the hitherto little-known linguistic and dialectological features of Latin in the Danubian provinces

Electron Diffraction Based Analysis of Phase Fractions and Texture in Nanocrystalline Thin Films, Part III: Application Examples

In this series of articles, a method is presented that performs (semi) quantitative phase analysis for nanocrystalline transmission electron microscope samples from selected area electron diffraction (SAED) patterns. Volume fractions and degree of fiber texture are determined for the nanocrystalline components. The effect of the amorphous component is minimized by empirical background interpolation. First, the two-dimensional SAED pattern is converted into a one-dimensional distribution similar to X-ray diffraction. Volume fractions of the nanocrystalline components are determined by fitting the spectral components, calculated for the previously identified phases with a priori known structures. These Markers are calculated not only for kinematic conditions, but the Blackwell correction is also applied to take into account dynamic effects for medium thicknesses. Peak shapes and experimental parameters (camera length, etc.) are refined during the fitting iterations. Parameter space is explored with the help of the Downhill-SIMPLEX. The method is implemented in a computer program that runs under the Windows operating system. Part I presented the principles, while part II elaborated current implementation. The present part III demonstrates the usage and efficiency of the computer program by numerous examples. The suggested experimental protocol should be of benefit in experiments aimed at phase analysis using electron diffraction methods

Barbarismus nostri temporis: Interpretation einer umstritten gewordenen Wendung in der Grammatik des Sacerdos

According to Herman (2000: 28) "in the late third century the grammarian Sacerdos mentions the tendency to shorten long vowels in the final syllable of words and calls it a barbarism of our time, barbarismus nostri temporis (GL, VI. 493-94)." In the opinion of Adams (2007: 264), however, "this passage and its surrounds are misinterpreted by [...] Herman (2000: 28). [...] The passage of Sacerdos has nothing to do with the loss of vowel length or with the shortening of long final vowels. It is about clausulae acceptable in an earlier age and those acceptable at the time of Sacerdos. In the context the expression structura nostri temporis (493.16) means a clausula approved at the present time, and barbarismus nostri temporis (several times) means a clausula not approved at the present time (i.e. one now considered a barbarism)." In this paper, surveying all the related passages of Sacerdos in detail, it will be demonstrated that (1) the expression barbarismus nostri temporis does indeed refer to the loss of phonemic length (vowel quantity), i.e. the shortening of long unstressed (final) vowels and the lengthening of short stressed vowels in Sacerdos' age and (2) Sacerdos' expression for a clausula not approved at his present time is vitiosa structura

Comparison of the effects of 7.2% hypertonic saline and 20% mannitol on electrolyte and acid-base variables in dogs with suspected intracranial hypertension

(c) The Author/sfals

Evolutionary history and species delimitations: a case study of the hazel dormouse, Muscardinus avellanarius

Robust identification of species and significant evolutionary units (ESUs) is essential to implement appropriate conservation strategies for endangered species. However, definitions of species or ESUs are numerous and sometimes controversial, which might lead to biased conclusions, with serious consequences for the management of endangered species. The hazel dormouse, an arboreal rodent of conservation concern throughout Europe is an ideal model species to investigate the relevance of species identification for conservation purposes. This species is a member of the Gliridae family, which is protected in Europe and seriously threatened in the northern part of its range. We assessed the extent of genetic subdivision in the hazel dormouse by sequencing one mitochondrial gene (cytb) and two nuclear genes (BFIBR, APOB) and genotyping 10 autosomal microsatellites. These data were analysed using a combination of phylogenetic analyses and species delimitation methods. Multilocus analyses revealed the presence of two genetically distinct lineages (approximately 11 % cytb genetic divergence, no nuclear alleles shared) for the hazel dormouse in Europe, which presumably diverged during the Late Miocene. The phylogenetic patterns suggests that Muscardinus avellanarius populations could be split into two cryptic species respectively distributed in western and central-eastern Europe and Anatolia. However, the comparison of several species definitions and methods estimated the number of species between 1 and 10. Our results revealed the difficulty in choosing and applying an appropriate criterion and markers to identify species and highlight the fact that consensus guidelines are essential for species delimitation in the future. In addition, this study contributes to a better knowledge about the evolutionary history of the species

Distinct Mechanisms for Induction and Tolerance Regulate the Immediate Early Genes Encoding Interleukin 1β and Tumor Necrosis Factor α

Interleukin-1β and Tumor Necrosis Factor α play related, but distinct, roles in immunity and disease. Our study revealed major mechanistic distinctions in the Toll-like receptor (TLR) signaling-dependent induction for the rapidly expressed genes (IL1B and TNF) coding for these two cytokines. Prior to induction, TNF exhibited pre-bound TATA Binding Protein (TBP) and paused RNA Polymerase II (Pol II), hallmarks of poised immediate-early (IE) genes. In contrast, unstimulated IL1B displayed very low levels of both TBP and paused Pol II, requiring the lineage-specific Spi-1/PU.1 (Spi1) transcription factor as an anchor for induction-dependent interaction with two TLR-activated transcription factors, C/EBPβ and NF-κB. Activation and DNA binding of these two pre-expressed factors resulted in de novo recruitment of TBP and Pol II to IL1B in concert with a permissive state for elongation mediated by the recruitment of elongation factor P-TEFb. This Spi1-dependent mechanism for IL1B transcription, which is unique for a rapidly-induced/poised IE gene, was more dependent upon P-TEFb than was the case for the TNF gene. Furthermore, the dependence on phosphoinositide 3-kinase for P-TEFb recruitment to IL1B paralleled a greater sensitivity to the metabolic state of the cell and a lower sensitivity to the phenomenon of endotoxin tolerance than was evident for TNF. Such differences in induction mechanisms argue against the prevailing paradigm that all IE genes possess paused Pol II and may further delineate the specific roles played by each of these rapidly expressed immune modulators. © 2013 Adamik et al