Owning your own home: reality or myth

The focus of the white paper will be to highlight the housing challenges that people in the New England region and in the United States face. Affordability, sustainability, people needs, societal needs, environmental needs, economic incentives and impact of government policies are just a few of the topics that will be explored

Kennesaw State University Symphony Orchestra

KSU School of Music presents Symphony Orchestra.https://digitalcommons.kennesaw.edu/musicprograms/1214/thumbnail.jp

Pathogenesis of experimental bovine spongiform encephalopathy (BSE): estimation of tissue infectivity according to incubation period§

This paper reports the results of tissue infectivity assays of bovine spongiform encephalopathy (BSE) agent in orally exposed cattle at stages during the incubation period. Estimations of the titre of infectivity in central nervous system (CNS), certain peripheral nerve ganglia and distal ileum tissue were made according to time post exposure from the relationship between incubation period and dose for RIII mice and C57bl mice using data from titrations of brain material from cases of BSE. The rate of increase of infectivity in the bovine CNS was then estimated, taking into account these tissue infectivity titres, the variability of the brain titre of clinical field cases of BSE, and the probability density of the expected number of months before clinical onset of each infected bovine. The doubling time for CNS was shown to equal 1.2 months. The titre in the thoracic dorsal root ganglia (DRG) was, on average, approximately 1 log units less than CNS, and cervical DRG approximately 0.5 log less than thoracic DRG. The pattern of increase of infectivity in the distal ileum is that of an initial increase up to 14–18 months post exposure, followed by a decrease, which is likely to be highly variable between animals. These results will be informative for future risk assessments of BSE, especially in relation to reviewing current control measures

Cardiac output during cardiopulmonary resuscitation at various compression rates and durations

Cardiac output during cardiopulmonary resuscitation (CPR) was measured by a modified indicator-dilution technique in 20 anesthetized dogs (6-12 kg) during repeated 1- to 2-min episodes of electrically induced ventricular fibrillation and CPR, produced by a mechanical chest compressor and ventilator. With compression rates from 20 to 140/min and compression durations (duty cycles) from 10 to 90% of cycle time, cardiac output (CO) was predicted by the equation: , where CR is compression rate, DC is duty cycle, SVmax (19 ml) is the effective capacity of the pumping chamber, and kl (0.00207 min) and k2 (0.00707 min) are ejection and filling constants. This expression predicts maximal CO for DC = 0.40 and CR = 126/min as well as 90-100% of maximal CO for 0.3 \u3c DC \u3c 0.5 and 70 \u3c CR \u3c 150/min. Such mathematical analysis may prove useful in the optimization of CPR

Carlisle Memorial Volume

Table of Contents: The Carlisle Family Life Sketch of Dr. Carlisle - by Dr. Charles Forster Smith Dr. Carlisle as a Citizen - by Watson B. Duncan The Wofford Chapel Hour - by Dr. Henry Nelson Snyder Wofford College and its President Twenty Years Ago - by Dr. Robert A. Law Dr. Carlisle as a Teacher - by Dr. David Duncan Wallace Tributes to Dr. Carlislehttps://digitalcommons.wofford.edu/collegebooks/1005/thumbnail.jp

Reference to the index of the miscellaneous papers relating mainly to the family of Joseph Benson Mather, deposited by his grand-daughter Miss Robey.

Miscellaneous papers, (including scrapbooks, pamphlets and photographs), relating mainly to the family of Joseph Benson Mather, deposited by his grand-daughter Miss Robey. Joseph Benson Mather was the eldest son of Robert Mather (1782-1855) and Ann (d.1831) daughter of Rev. Joseph Benson. Robert Mather arrived in VDL in 1822 and set up in business at the corner of Elizabeth & Liverpool Sts in Hobart, and became a trustee of the Wesleyan Church. He received a grant of land at Lauderdale but his farm was unsuccessful and he went into business with his two elder sons, Joseph Benson (1814-1890) and Robert Andrew (1815-1884). In 1834 he and some of his family joined the Society of Friends, and his daughter Sarah Benson married the Quaker missionary George Washington Walker (1800-1859) in 1840. Joseph Benson married Anna Maria Cotton and had a son, (Joseph) Francis (d. 1925) and three daughters, one of whom married C H Robey. Robert Mather's second wife, whom he married in 1842, was Esther Dixon

THE SPRING MIGRATION OF ADULT NORTH AMERICAN OSPREYS

Most North American Ospreys (Pandion haliaetus) are migratory, breeding in northern latitudes and migrating long distances to and from their wintering grounds in the tropics. Although fall migration patterns of North American Ospreys have been described and studied, very little has been published about the spring migration of these birds. We used satellite telemetry to: (1) determine the characteristics (timing, duration, migratory routes) of spring migrations of Ospreys; (2) determine if differences in spring migration patterns existed between sexes and among three breeding populations (east coast, midwestern, and western); and (3) compare consecutive fall and spring migrations of individual Ospreys. The median dates for departure from the wintering grounds and arrival on the breeding grounds did not differ significantly between adult male and female Ospreys. Compared to their fall migrations, all male and all east coast Ospreys spent fewer days on migration, fewer days in stopover periods along the migration route, traveled shorter distances overall, and traveled farther (on average) each day during spring. In contrast, fall and spring migration characteristics of all female and western Ospreys were similar. Our findings suggest that, although sex and breeding location might influence the spring migration strategy used by individual Ospreys, both males and females minimize the time spent on migration to ensure a timely arrival on the breeding grounds to establish or defend a nesting territory