"This cultural sovereignty, argues Gail Turley Houston, in the hands of a female monarch troubled writers, especially men, who worked during a reign that viewed women as domestic angels. By exploring a wide range of representations of the queen by significant Victorian writers, Houston points out the complexity of Victorian constructions of gender, representation, authority, and identity. She works to demystify such canonized authors as Charles Dickens, Elizabeth Barrett Browning, and Margaret Oliphant by examining the ways they encounter Victoria in their writings. The queen's feminine power seems to be at odds with the masculine profession of author, which was also coming to be viewed as a significant representative of the culture."--Jacket.

For list of publications see covers, pt. 28/30, April/June, 1890, p. x; pt. 82, December 1900, p. iii-iv.

In the past decades, advanced quantitative indexes obtained by cardiovascular magnetic resonance imaging (CMRI), such as myocardial strain, myocardial T1/ECV/T2/T2* relaxation value, myocardial blood flow quantification index and hemodynamics indexes, have been proposed as an alternative for non-invasive quantitative evaluation in various cardiovascular diseases. Those quantitative indexes have been proven to be more sensitive in assessing the early change of myocardial tissue, ventricular function, or hemodynamics, compared to the conventional qualitative methods. However, there are many challenges in the accurate measurement of those indexes as well as the evaluation of their clinical significance in the diagnosis and prognosis of a certain disease. Besides, quality control and standardization of those indexes become crucial when promoting them into clinical practice. This Research Topic will offer comprehensive reviews and original research articles of the newly emerged quantitative CMRI methods and the clinical insights of the diagnostic and prognostic value of those advanced CMRI indexes. CMRI techniques such as myocardial strain analysis, quantitative myocardial tissue mapping, 2-dimensional / 4-dimensional flow quantification and quantitative perfusion will be of our interest. The aim of this Research Topic will be to highlight the promising technical improvements in the accurate measurement of the CMRI indexes, and/or the added value of those indexes in disease diagnosis and prognosis. Meanwhile, quality control and standardization of the advanced CMRI indexes in multi-centre / multi-vendor research projects will be discussed.