The Caraleigh neighborhood in south Raleigh was founded in 1892 with the opening of a cotton mill, fertilizer plant and workers' town. The old textile complex, with its "immense" brick structures continue to evoke a strong impression of a bygone period. The old mill remains the community's focal point as of 2022, leading some to worry that Caraleigh's modernized structure may conceal dark secrets. After the Civil War, cotton mills were at the heart of the South's frenzied pursuit of economic and psychological regeneration between 1880 and 1915. As Raleigh's greatest textile venture, Caraleigh itself was founded by a group of cotton investors. The origins of Raleigh's north-south divide can be seen in the many economic, psychological, social and political perils. While the Downtown South project promises a bright future for Raleigh in 2022, a close examination of the city's economic and social stratification in the past reveals the city's inequality, resulting in an affluent north Raleigh and a pauperized "south Raleigh ghetto." This work illuminates previously unrecognized aspects of Raleigh's history, such as how an outskirts neighborhood shaped the city's development during the twentieth century.

Over the past decade, advances in molecular biology have provided the impetus for a resurgence of interest in plant metabolism. At a general level, the potential for modifying the quantity or quality of harvestable crop products through genetic manipulation has provided an agronomic rationale for seeking a greater understanding of primary plant metabolism and its regulation. Moreover, the now facile techniques for transformation of many plant species and the consequential capacity to manipulate the amounts of specific individual enzymes within specific cell types provides an exciting direct approach for studying metabolic problems. Such transgenic plants are also becoming invaluable tools in studies at the interface between metabolism and other sub-disciplines such as physiology and ecology. The interest generated in plant metabolism by these developments has also encouraged the re-introduction of more conventional biochemical techniques for metabolic analysis. Finally, in common with other areas of cell biology, the wealth of information that can be obtained at the nucleic acid level has provided the stimulus for identification and characterisation of metabolic processes in far greater detail than previously envisaged. The result of these advances it that researchers now have the confidence to address problems in plant metabolism at levels not previously attempted. This book presents the proceedings of an international conference held on 9-11 January 1997 at St Hugh's College, Oxford under the auspices of the Phytochemical Society of Europe.

Echinoderms have evolved diverse and disparate morphologies throughout the Phanerozoic. Among them, blastozoans, an extinct group of echinoderms that were an important component of Paleozoic marine ecosystems, are primarily subdivided into groups based on the morphology of respiratory structures. However, systematic and phylogenetic research from the past few decades have shown that respiratory structures in blastozoans are not group-defining and they have re-evolved throughout echinoderm evolution. This Element provides a review of the research involving blastozoan respiratory structures, along with research concerning the morphology, paleoecology, and ontogeny of each of the major groupings of blastozoans as it relates to their corresponding respiratory structures. Areas of future research in these groups are also highlighted.

Alex considered his circumstances. It seemed his only option was to disappear. If he didn't do so voluntarily, it appeared that there were powers that would make him do so involuntarily. So begins Soul searching. A tightly crafted, frighteningly plausible thriller about controversial science, medical phenomena, tough moral choices and spiritual integrity. Soul searching is very visual, wonderfully cinematic storytelling presented through the engaging interactions of a cast of unique and involving characters moving through both familiar and exotic landscapes. The philosopher's stone. The elixir of life. The quest for immortality. What if there was some degree of truth embedded in these concepts? What if this piece of fiction, like so many others, turns out to be less an exercise in imagination and more one of extrapolation? Alex is an intellectual man of faith, a devoted husband and an attentive father, struggling to balance his passions for his chosen field of study and his Lord. Caught in a relentless net of political controls and an expanding scientific moral vacuum, Alex discovers that some things are not as black and white as he might like, and that not everyone who is a friend today will be a friend tomorrow. Whilst this is a fictional account, the basic scientific principles and knowledge leading to the story's remarkable conclusion are all too real. Indeed, this last decade following the conception of the book has seen rapid advances in molecular biology, DNA sequencing, bio-terrorism and the study of near-death experiences, which only serve to increase the credibility of the underlying rationale. And if it puts your immortality outside of your own control, wouldn't you want to know? Wouldn't you want to retake control? If so, read on. If not-remember, you were warned.