The gains and losses of face in ongoing intercultural interaction: A case study of Chinese participant perspectives

Given the small number of existing studies of face in intercultural settings and the increasing attention given to participant perspectives in face research, this paper explores the gains and losses of face as perceived by Chinese government officials during a three-week delegation visit to the United States of America. These perspectives were obtained from the group’s spontaneous discussions during regular evening meetings when they reflected on the day’s events. Several key features emerged from the discussions. Firstly, face enhancement was a primary goal for the visit – enhancement of their own face as a delegation, of the face of the Ministry they belonged to, as well as the face of their American hosts. Secondly, the delegates attempted to manage these face goals strategically. Thirdly, they spoke of face as a volatile image that could rise and fall sharply and yet endured across incidents, days and weeks. The paper reports on and discusses these participant perspectives in the light of recent theorizing on face

Radiology

Radiology is the fastest developing field of medicine and these unprecedented advances have been mainly due to improving computer technology. Digital imaging is a technology whereby images are acquired in a computer format, so that they can be easily stored and recalled for display on any computer workstation. Digital image acquisition has been used in ultrasound, computed tomography (CT) and magnetic resonance imaging (MRI) from the start. The use of digital imaging in conventional X-rays, known as Computed Radiography, has only recently become possible. Supercomputers now provide the speed required to rapidly process digital image data, while terabyte level storage media allow digital archiving of both radiological images and data. Ultrasound, CT and MRI have also improved immensely as a result of faster computing, which allows shorter exam times, higher image resolution with improved quality and new exam techniques including large field and realtime imaging, noninvasive angiography and dynamic motion studies. Other recent advances in radiology include new contrast agents, Positron Emission Tomography (PET) scanning and novel interventional techniques.peer-reviewe