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Flynn, Dennis O.,Lee, Marie A. The Asian Association of World Historians 2013 The Asian review of world histories Vol.1 No.1
The purpose of this essay is threefold. First, to highlight research of Seonmin KIM, whose 2006 Ph.D. dissertation elucidates complex relationships among Ming China, Choson Korea, Tokugawa Japan, and mountainous ginseng-producing "borderlands" between Korea and China; her story concludes with the remarkable rise of a borderlands power that overthrew Ming China, there-by establishing dominance that lasted into the $20^{th}$ century - the Qing Dynasty. A second purpose is to showcase application of a non-standard-model - the Hydraulic Metaphor - that elucidates economic components of Professor KIM's history via visual and intuitive mechanisms designed to be understandable for non-specialists. Last, an outline of East Asian history is placed within context of centuries of monetary evolution that eventually yielded the late-$16^{th}$-century birth of globalization.
Murine Models of Ulcerative Colitis
Flynn, Christopher,Levine, Joel,Rosenberg, Daniel-W. The Pharmaceutical Society of Korea 2003 Archives of Pharmacal Research Vol.26 No.6
Ulcerative colitis (UC) is an inflammatory bowel disease of unknown etiology limited to the large intestine. The disease is prevalent in industrial societies and is associated with specific ethnic populations. A number of murine models, each focused on distinct aspects of the disease process, were developed over the past 20 years to further our understanding of the pathogenesis of UC. These models have been and remain our best resource for the study of the disorder as a result of their homology to human UC and the ease in which they can be manipulated and examined. This review examines and distills what has been learned from these models and how this information is related back to human UC.
Employee Assistance Programs in the United states : Overview of Issues and Trends
Flynn, Marilyn S. 대전대학교 사회복지연구소 1996 사회복지논총 Vol.2 No.-
Modern methods of personnel administration, government financed and private pension system, workmen's compensation and unemployment insurance, worker safety legislation, and minimum standards governing hours and conditions of work have now emerged in most societies. Almost all industrialized major countries have measures designed to improve the welfare of labor at the workplace through a combination of regulatory supervision, cash payments and some medical benefits. These "occupational welfare benefits," as they are called in the United states, may be defined as the range of protections to which an individual and his family are entitled as a direct result of employment. While pensions and workman's compensation are the most universally recignized forms of occupational welfare benefits, this paper describes a much newer occupationally-related benefit now widely adopted in the United State - the"employee assistance program. (EAP)" At the present, there appear to be no employee assistance programs in Korea, but the concept would seem to be of great potential relevance.
THE WELFARE AND RESOURCE ALLOCATION IMPLICATIONS OF THE U . S . DAIRY QUOTAS
FLYNN, JOSEPH E.,REINERT, KENNETH A. 한국국제경제학회 1993 International Economic Journal Vol.7 No.2
This paper examines the welfare and resource allocation implications of the U.S. dairy quotas. A computable general equilibrium model detailing five dairy sectors and nine aggregate sectors is calibrated to a 1989 benchmark of the U.S. economy. The model is used to simulate the removal of the U.S. dairy quotas both with and without a first-best subsidy to maintain a dairy farm output objective. Welfare, production, trade, and employment results are provided. The first-best subsidy ranges from $0.7 to $1.0 billion. The first-best subsidy ranges from $2.0 to $2.3 billion or approximately $1.4 million per full-time equivalent job maintained in the dairy farm sector. [F13, Q17]
Flynn, Patrick G.,Helfman, David M. Wiley Subscription Services, Inc., A Wiley Company 2010 Journal of cellular biochemistry Vol.110 No.6
<P>Non-muscle myosin II (NM II) helps mediate survival and apoptosis in response to TNF-alpha (TNF), however, NM II's mechanism of action in these processes is not fully understood. NM II isoforms are involved in a variety of cellular processes and differences in their enzyme kinetics, localization, and activation allow NM II isoforms to have distinct functions within the same cell. The present study focused on isoform specific functions of NM IIA and IIB in mediating TNF induced apoptosis. Results show that siRNA knockdown of NM IIB, but not NM IIA, impaired caspase cleavage and nuclear condensation in response to TNF. NM II's function in promoting cell death signaling appears to be independent of actomyosin contractility (AMC) since treatment of cells with blebbistatin or cytochalasin D failed to inhibit TNF induced caspase cleavage. Immunoprecipitation studies revealed associations of NM IIB with clathrin, FADD, and caspase 8 in response to TNF suggesting a role for NM IIB in TNFR1 endocytosis and the formation of the death inducing signaling complex (DISC). These findings suggest that NM IIB promotes TNF cell death signaling in a manner independent of its force generating property. J. Cell. Biochem. 9999: 1365–1375, 2010. © 2010 Wiley-Liss, Inc.</P>
Active-Sensing Lamb Wave Propagations for Damage Identification in Honeycomb Aluminum Panels
Flynn, Eric B.,Swartz, R.Andrew,Backman, Daniel E.,Park, Gyu-Hae,Farrar, Charles R. The Korean Society for Nondestructive Testing 2009 한국비파괴검사학회지 Vol.29 No.4
This paper presents a novel approach for Lamb wave based structural health monitoring(SHM) in honeycomb aluminum panels. In this study, a suite of three signal processing algorithms are employed to improve the damage detection capability. The signal processing algorithms used include wavelet attenuation, correlation coefficients of power density spectra, and triangulation of reflected waves. Piezoelectric transducers are utilized as both sensors and actuators for Lamb wave propagation. These SHM algorithms are built into a MatLab interface that integrates and automates the hardware and software operations and displays the results for each algorithm to the analyst for side by side comparison. The effectiveness of each of these signal processing algorithms for SHM in honeycomb aluminum panels under a variety of damage conditions is then demonstrated.