188,340 research outputs found
Modelling Electoral Choice in the Twenty-First Century
No full textSpecial Issue of “Electoral Studies”, Vol. 25, N. 3, 2006
Contre-cultures : Musiques, Théorie et Scènes: Volume ! la revue des musiques populaires, vol. 9, no 1, 2012, p. 5-16
No full textSheila Whiteley, Countercultures: Music, Theory and Scenes, Volume ! la revue des musiques populaires, vol. 9, no 1, 2012, p. 5-1
Mary Whiteley (1927-2015)
No full textChatenet Monique. Mary Whiteley (1927-2015). In: Bulletin Monumental, tome 174, n°1, année 2016. L'art roman en Italie septentrional. État des questions. p. 119
ROC-curve for the Whiteley Index and sensitivity/specificity as a function of probability cut-off.
No full text<p>ROC-curve for the Whiteley Index and sensitivity/specificity as a function of probability cut-off.</p
IPS780445_French_and_Spanish_abstract – Supplemental material for How do different sources of partisanship influence government accountability in Europe?
No full textSupplemental material, IPS780445_French_and_Spanish_abstract for How do different sources of partisanship influence government accountability in Europe? by Paul Whiteley and Ann-Kristin Kölln in International Political Science Review</p
Cell cycle dynamics and their application to calculating in situ growth rates in two heterotrophic protozoa : a flow cytometric approach
No full textCell cycle analysis using flow cytometry has been performed upon two heterotrophic protozoa, Oxyrrhis marina (Dujardin) and Chilomonas paramecium (Ehrenberg) in order to the microzoopankton.Both species displayed cell cycle kinetics which were independent of photoperiodic regime, but which were dependent upon environmental temperature. The division rate response to lowered temperature was primarily mediated by the influence of low temperatures upon pathways in the G2 phase of the cell cycle. In contrast, nutrient-dependent control of the cell cycle occurred via a restriction point control of both the G1 and G2 transit in exponentially dividing populations. The S phase, once initiated, tended to be completed independently of nutrient supply. The specific dependences of both restriction points in each species have been discussed.The influence of cell cycle controls upon the rate of cell cycle resumption in arrested populations was studied to provide a framework of cell cycle progression in environments subjected to periodic nutrient supply. Both factors studied; arrest period and nutrient supply, modulated cell cycle kinetics in both species when cell cycling resumed. Further, the results indicated that in both these protozoa, the 'restriction point' control of G1 and G2 progression probably comprised of two elements; a deterministic pathway for the initiation of cell cycling and probabilistic pathway concerned with the maintenance of cycling toward DNA synthesis or mitosis.The basic cell cycle data obtained during exponential growth experiments was then examined in an attempt to calibrate the cell cycle method for calculating the in situ growth rates of the two species of protoza. The method, based upon asynchronously dividing populations, was found not to be feasible for either of the species studied. Principally, this was due to the presence of a G2 restriction point in both species, which violated the key assumption behind the method.</p
Author-wise bibliometric analysis based on entropy.
No full textAuthor-wise bibliometric analysis based on entropy.</p
Histological survey for oxalate nephrosis in Victorian koalas (Phascolarctos cinereus)
No full textThe Mount Lofty Ranges koala (Phascolarctos cinereus) population in South Australia has a high prevalence of the renal disease oxalate nephrosis, for which an underlying genetic cause is suspected. South Australian koalas primarily originate from those in French Island, Victoria; however, oxalate nephrosis has not previously been reported in Victorian koalas. Examination of kidney tissue sections from 63 koalas across Victoria found that nine koalas were affected by oxalate nephrosis (14.3%). These included 2/5 koalas from French Island (40%), 4/14 koalas from the western regions (29%), 2/11 Raymond Island koalas (18%), and 1/13 Cape Otway koalas (8%). There were no cases of oxalate nephrosis identified in the Strzelecki koalas (n = 12). These findings suggest that oxalate nephrosis occurs in koalas from French Island and populations that have received significant influx of koalas from French Island, but not in the Strzelecki region, which has little to no French Island input. This lends support to the theory that an inherited abnormality of oxalate metabolism could underlie the high prevalence of oxalate nephrosis in the Mount Lofty Ranges koala population, and molecular investigations are currently underway to investigate a genetic cause
Appendix_IPSR_(002) – Supplemental material for How do different sources of partisanship influence government accountability in Europe?
No full textSupplemental material, Appendix_IPSR_(002) for How do different sources of partisanship influence government accountability in Europe? by Paul Whiteley and Ann-Kristin Kölln in International Political Science Review</p
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