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BACKGROUND Depersonalisation is a subjective experience of unreality and detachment from the self often accompanied by derealisation; the experience of the external world appearing to be strange or unreal. Feelings of unreality can be evoked by disorienting vestibular stimulation. OBJECTIVE To identify the prevalence of depersonalisation/derealisation(More)
  • Stephen P Reynolds, Kazimierz J Borkowski, David A Green, Una Hwang, Ilana Harrus, Robert Petre
  • 2008
Our 50 ks Chandra observation of the small radio supernova remnant (SNR) G1.9+0.3 shows a complete shell structure with strong bilateral symmetry, about 100 in diameter. The radio morphology is also shell-like, but about 17% smaller, based on observations made in 1985. We attribute the size difference to expansion between 1985 and our Chandra observations(More)
BACKGROUND Patients with vestibular disease have an increased rate of reporting symptoms of depersonalisation/derealisation (DD) and similar symptoms can be provoked in healthy subjects during caloric vestibular stimulation. OBJECTIVE To assess the relationship between DD symptoms in patients with peripheral vestibular disease and their ability to update(More)
Walking onto a stationary sled previously experienced as moving induces locomotor aftereffects (LAE, or "broken escalator phenomenon"). This particular form of aftereffect can develop after a single adaptation trial and occurs despite subjects being fully aware that the sled will not move. Here, we investigate whether such strong LAE expression may relate(More)
The available historical records of supernovae occurring in our own Galaxy over the past two thousand years are reviewed. These accounts include the well-recorded supernovae of AD 1604 (Kepler's SN), 1572 (Tycho's SN), 1181, 1054 (which produced the Crab Nebula) and 1006, together with less certain events dating back to AD 185. In the case of the supernovae(More)
Please cite the following paper for the summary data from this catalogue: This catalogue of Galactic supernova remnants (SNRs) is an updated version of those presented in detail in Green (which is 20 more than in the previous version; 21 remnants have been added, and one object removed), with over fifteen hundred references in the detailed listings, plus(More)
We have used northern blot analysis and quantitative reverse transcription polymerase chain reaction (RT-PCR) to determine the postinjury expression profile of the transforming growth factor-beta 1 (TGF-beta 1) gene in the contused rat spinal cord. Spectrophotometric estimates of total sample RNA and quantitative analyses of cyclophilin mRNA using RT-PCR(More)