Berry College is a private, four-year liberal arts college located in Mount Berry, Floyd County, Georgia, just north of Rome. It is accredited by the Southern Association of Colleges and Schools . Berry was founded in 1902 by Martha Berry, and, boasting 27,000 acres , Berry College also claims to have the largest contiguous campus in the world.College leaders from across the country chose Berry College as the nation's number one "Up-And-Coming" liberal arts college, according to the 2014 U.S. News Best Colleges rankings released September 10, 2013.As a complement to its strong academic programs, Berry is known nationally for its premier Work Experience Program in which every student, regardless of income, has the opportunity to compete for jobs of increasing responsibility. Students select from more than 300 types of jobs on campus, as they explore their interests and strengths. Every office and program on campus—from accounting to public relations to the water treatment plant—employs students. With the world's largest campus, Berry also offers a wide range of academic and work opportunities through its farm, forestry and environmental operations. Wikipedia.
Le T.,Berry College |
Mehta V.,Berry College
Astrophysical Journal | Year: 2017
Le & Dermer developed a gamma-ray burst (GRB) model to fit the redshift and the jet opening angle distributions measured with pre-Swift and Swift missions and showed that GRBs do not follow the star formation rate. Their fitted results were obtained without the opening angle distribution from Swift with an incomplete Swift sample, and the calculated jet opening angle distribution was obtained by assuming a flat spectrum. In this paper, we revisit the work done by Le & Dermer with an assumed broken power law GRB spectrum. Utilizing more than 100 GRBs in the Swift sample that include both the observed estimated redshifts and jet opening angles, we obtain a GRB burst rate functional form that gives acceptable fits to the pre-Swift and Swift redshift and jet opening angle distributions with an indication that an excess of GRBs exists at low redshift below z ≈. The mean redshifts and jet opening angles for pre-Swift (Swift) are (z) ∼ 1.3(1.7) and 〈j〉 ∼ 7° (11°), respectively. Assuming a GRB rate density (SFR9), similar to the Hopkins & Beacom star formation history and as extended by Li, the fraction of high-redshift GRBs is estimated to be below 10% and 5% at z ≥ 4 and z ≥ 5, respectively, and below 10% at z ≤ 1. © 2017. The American Astronomical Society. All rights reserved.
News Article | November 29, 2016
HARTSVILLE, S.C., Nov. 29, 2016 (GLOBE NEWSWIRE) -- Sonoco (NYSE:SON), one of the largest global diversified packaging companies, today announced several new senior leadership changes which will become effective January 3, 2017, according to M. Jack Sanders, President and Chief Executive Officer. Robert C. Tiede, 58, has been appointed Executive Vice President and Chief Operating Officer and will have global leadership, sales and operating responsibility for all of the Company’s diversified consumer, industrial and protective packaging businesses, reporting to Sanders. Since joining Sonoco in 2004, Tiede has led all of Sonoco’s global consumer-related businesses, including Rigid Paper Containers, Flexible Packaging, Plastics and Display and Packaging. During his tenure, Sonoco’s consumer-related businesses have increased sales by approximately 90 percent and operating profits by 120 percent, as the Company’s consumer growth strategy developed broader global packaging and services capabilities. “Rob has been a key leader of our efforts to Re-Envision Sonoco to become a more innovative, consumer solutions-focused business,” said Sanders. “His ability to turn around underperforming businesses, drive innovation to spur organic growth and help build our capabilities through targeted acquisitions has been an important element in executing our Grow and Optimize strategy.” Tiede joined Sonoco as president of Sonoco CorrFlex following the 2004 acquisition of CorrFlex Graphics’ point of purchase merchandising display and packaging business. In 2007, he became division vice president and general manager of the Company’s Flexible Packaging division and later added responsibility for all of the Company’s Consumer Packaging businesses. He became Senior Vice President in 2013 and in 2015 added responsibility for the Company’s Protective Solutions and Reels businesses. Prior to joining Sonoco, Tiede worked in private equity as president of Bostic Packaging/CorrFlex from 2000 to 2004 and president of Sterling International from 1998 to 2000. He also served as executive vice president of operations for Graphic Packaging International, Inc., heading its flexible packaging division from 1994 to 1998. A Chartered Accountant through the Canadian Institute of Chartered Accountants, Tiede began his professional career with KPMG. Tiede is active in industry and community organizations and is the chairman of the Flexible Packaging Association and Hartsville United Way. A native of Winnipeg, Manitoba, Canada, Tiede became a U.S. citizen in 2013 and he and his wife, Val, maintain a home in Hartsville and have three grown children. Sanders also announced the promotions of Vicki B. Arthur to Senior Vice President, Plastic Packaging and Protective Solutions; R. Howard Coker to Senior Vice President, Rigid Paper Containers and Paper/Engineered Carriers International; and Rodger D. Fuller to Senior Vice President, Paper/Engineered Carriers U.S./Canada and Display and Packaging. Each will report to Tiede. In this new position, Arthur, 58, will have responsibility for Sonoco’s plastics businesses, including flexible packaging and thermoformed, injection molded and extruded plastics, and Protective Solutions, which includes the Company’s consumer durable paper-based packaging, molded foam components and temperature-assured packaging operations. Combined, these businesses have 52 operating facilities in North America, Europe and Asia with combined sales of approximately $1.5 billion and more than 4,000 associates. Arthur joined Sonoco in 1984 and has held senior leadership positions in finance, including Corporate Treasurer, sales and operations. Prior to this promotion, she was Vice President, Protective Solutions. Arthur graduated from the University of South Carolina with a degree in accounting and worked in public accounting, becoming a Certified Public Accountant. In 2000, she received an MBA from Duke University. She is member of the AICPA and South Carolina Association of CPAs and is a member of the South Carolina Automotive Association. She remains active in community activities, including previously serving on the boards of Coker College, the Byerly Foundation and the Hartsville YMCA. Arthur and her husband, Stephen, have two grown children and have a home in Hartsville. Coker, 54, has responsibility for the Company’s global composite can operations in North America, South America, Europe and Asia, as well as paper, tube and core operations in Europe, Latin America and Australasia. Combined, these businesses have annual sales of $1.8 billion, through 110 operations and 8,000 associates. Prior to this promotion, Coker was Group Vice President, and during his 31-year career he has held several leadership positions running global consumer-related and industrial businesses. Coker holds a B.A. in business administration from Wofford College and an MBA from Wake Forest University. He is active in community and wildlife organizations, having served as past chairman of the Board of Trustees of Coker College and on the board of the Byerly Foundation and has been an active member of Ducks Unlimited. A native resident of Hartsville, he and his wife, Rhonda, have three grown children. In this new position, Fuller, 55, has responsibility for the Company’s Paper and Engineered Carriers businesses, including 12 uncoated recycled paper mills, 24 recovered paper recycling facilities, 40 tube and core converting facilities and 16 wire and cable reels centers serving customers throughout the U.S. and Canada. In addition, he assumes responsibility for the Company’s Display and Packaging business, which operates 25 manufacturing and packaging facilities in the United States, Mexico, Poland and Brazil. Combined, these businesses have annual sales of $1.6 billion and 8,000 associates. Prior to this appointment, Fuller was Group Vice President and has held leadership positions in both Consumer and Industrial businesses during his 31-year career with Sonoco. Fuller graduated from Berry College in Rome, Georgia, with a B.S. in business administration and received an MBA from Emory University. He is active in industry and community service organizations, including serving on the board of the Paper and Packaging Board, the American Forest and Paper Association and the Hartsville United Way. He and his wife, Helen, have two grown children and reside in Hartsville. Photos accompanying this announcement are available at About Sonoco Founded in 1899, Sonoco is a global provider of a variety of consumer packaging, industrial products, protective packaging, and displays and packaging supply chain services. With annualized net sales of approximately $5 billion, the Company has 20,000 employees working in more than 300 operations in 35 countries, serving some of the world’s best known brands in some 85 nations. For more information on the Company, visit our website at www.sonoco.com.
Harper A.,Berry College |
Anderson M.R.,University of Colorado at Denver
Sensors | Year: 2010
In 1962, Clark and Lyons proposed incorporating the enzyme glucose oxidase in the construction of an electrochemical sensor for glucose in blood plasma. In their application, Clark and Lyons describe an electrode in which a membrane permeable to glucose traps a small volume of solution containing the enzyme adjacent to a pH electrode, and the presence of glucose is detected by the change in the electrode potential that occurs when glucose reacts with the enzyme in this volume of solution. Although described nearly 50 years ago, this seminal development provides the general structure for constructing electrochemical glucose sensors that is still used today. Despite the maturity of the field, new developments that explore solutions to the fundamental limitations of electrochemical glucose sensors continue to emerge. Here we discuss two developments of the last 15 years; confining the enzyme and a redox mediator to a very thin molecular films at electrode surfaces by electrostatic assembly, and the use of electrodes modified by carbon nanotubes (CNTs) to leverage the electrocatalytic effect of the CNTs to reduce the oxidation overpotential of the electrode reaction or for the direct electron transport to the enzyme. © 2010 by the authors; licensee MDPI, Basel, Switzerland.
Ozener B.,Cumhuriyet University |
Graham J.H.,Berry College
American Journal of Physical Anthropology | Year: 2014
Historically, medical concerns about the deleterious effects of closely inbred marriages have focused on the risk posed by recessive Mendelian disease, with much less attention to developmental instability. We studied the effects of inbreeding (first-cousin marriage) on growth and fluctuating asymmetry of 200 full-term infants (101 inbred and 99 outbred) whose parents were of similar socioeconomic status in Sivas Province, Turkey. In addition to differences in their mean inbreeding coefficients (f = 1/16 for first cousins and f < 1/1,024 for unrelated parents), the consanguineous parents were less well educated (3 years, on average for both husbands and wives). We measured weight, height, head circumference, and chest circumference of the newborns, as well as four bilateral traits (ear width, ear length, and second and fourth digit lengths). After taking education into account, none of the measures of size (weight, height, head circumference, and chest circumference) and fluctuating asymmetry differed between the inbred and outbred groups. Male children of well-educated parents, however, were larger and had less fluctuating asymmetry. Female children of well-educated parents weighed more than those of less well-educated parents, but were otherwise indistinguishable for height, head circumference, chest circumference, and fluctuating asymmetry. We conclude that inbreeding depression causes neither an increase in fluctuating asymmetry of full-term newborns, nor a decrease in body size. Unmeasured variables correlated with education appear to have an effect on fluctuating asymmetry and size of male children and only a weak effect on size (weight) of female children. Copyright © 2013 Wiley Periodicals, Inc.
Campbell B.C.,Berry College
Environmental Values | Year: 2016
The Ozark Highlands’ karst topography of caves and hollows has provided refuge and escape for myriad peoples seeking to evade mainstream society throughout history, ranging from displaced Native Americans to countercultural back-to-the-landers. This ethnographic and ethnohistorical research moves beyond the popular misconception that the back-to-the-land movement merely represented an offshoot of the countercultural revolution of the 1960s and 1970s, and situates it within a deeper historical context. In this paper, I present the Arcadian evocations in various Ozark-related media and how they relate to homesteading in the region, and demonstrate the shared agrarian values among diverse waves of agrarian Ozark homesteaders, recent and historical. © 2016 The White Horse Press.
Breton G.W.,Berry College
Tetrahedron Letters | Year: 2011
The reaction of 4-methyl-1,2,4-triazoline-3,5-dione (MeTAD) with substituted benzenes under the influence of trifluoroacetic acid catalysis was investigated. Generally, good-to-high yields of 1-arylurazoles resulting from aromatic substitution were obtained. Successful reaction required moderately electron-rich aromatics with proper substitution patterns. The reaction was tolerant of functionality on the aromatic ring. © 2010 Elsevier Ltd. All rights reserved.
Graham J.H.,Berry College
PloS one | Year: 2012
Distributed robustness is thought to influence the buffering of random phenotypic variation through the scale-free topology of gene regulatory, metabolic, and protein-protein interaction networks. If this hypothesis is true, then the phenotypic response to the perturbation of particular nodes in such a network should be proportional to the number of links those nodes make with neighboring nodes. This suggests a probability distribution approximating an inverse power-law of random phenotypic variation. Zero phenotypic variation, however, is impossible, because random molecular and cellular processes are essential to normal development. Consequently, a more realistic distribution should have a y-intercept close to zero in the lower tail, a mode greater than zero, and a long (fat) upper tail. The double Pareto-lognormal (DPLN) distribution is an ideal candidate distribution. It consists of a mixture of a lognormal body and upper and lower power-law tails. If our assumptions are true, the DPLN distribution should provide a better fit to random phenotypic variation in a large series of single-gene knockout lines than other skewed or symmetrical distributions. We fit a large published data set of single-gene knockout lines in Saccharomyces cerevisiae to seven different probability distributions: DPLN, right Pareto-lognormal (RPLN), left Pareto-lognormal (LPLN), normal, lognormal, exponential, and Pareto. The best model was judged by the Akaike Information Criterion (AIC). Phenotypic variation among gene knockouts in S. cerevisiae fits a double Pareto-lognormal (DPLN) distribution better than any of the alternative distributions, including the right Pareto-lognormal and lognormal distributions. A DPLN distribution is consistent with the hypothesis that developmental stability is mediated, in part, by distributed robustness, the resilience of gene regulatory, metabolic, and protein-protein interaction networks. Alternatively, multiplicative cell growth, and the mixing of lognormal distributions having different variances, may generate a DPLN distribution.
Nazione S.,Berry College |
Pace K.,Michigan State University
Journal of Health Communication | Year: 2015
Medical malpractice lawsuits are a growing problem in the United States, and there is much controversy regarding how to best address this problem. The medical error disclosure framework suggests that apologizing, expressing empathy, engaging in corrective action, and offering compensation after a medical error may improve the provider-patient relationship and ultimately help reduce the number of medical malpractice lawsuits patients bring to medical providers. This study provides an experimental examination of the medical error disclosure framework and its effect on amount of money requested in a lawsuit, negative intentions, attitudes, and anger toward the provider after a medical error. Results suggest empathy may play a large role in providing positive outcomes after a medical error. © Taylor & Francis Group, LLC.
Qualley D.F.,Berry College |
Lackey C.M.,Berry College |
Paterson J.P.,Berry College
Proteins: Structure, Function and Bioinformatics | Year: 2013
The matrix (MA) domain of retroviral Gag proteins plays a crucial role in virion assembly. In human immunodeficiency virus type 1 (HIV-1), a lentivirus, the presence of phosphatidylinositol-(4,5)-bisphosphate triggers a conformational change allowing the MA domain to bind the plasma membrane (PM). In this study, the MA protein from bovine leukemia virus (BLV) was used to investigate the mechanism of viral Gag binding to the membrane during replication of a deltaretrovirus. Fluorescence spectroscopy was used to measure the binding affinity of MA for two RNA constructs derived from the BLV genome as well as for single-stranded DNA (ssDNA). The importance of electrostatic interactions and the ability of inositol hexakisphosphate (IP6) to compete with nucleic acids for binding to MA were also investigated. Our data show that IP6 effectively competes with RNA and DNA for BLV MA binding, while [NaCl] of greater than 100 mM is required to produce any observable effect on DNA-MA binding. These results suggest that BLV assembly may be highly dependent on the specific interaction of the MA domain with components of the PM, as observed previously with HIV-1. The mode of MA binding to nucleic acids and the implications for BLV assembly are discussed. © 2013 Wiley Periodicals, Inc.
Agency: NSF | Branch: Standard Grant | Program: | Phase: | Award Amount: 258.97K | Year: 2011
With this award from the Major Research Instrumentation (MRI) Program, Professor Gary Breton from Berry College and colleagues Kevin Hoke, Theunis Van Aardt and Dominic Qualley will acquire a 400 MHz NMR spectrometer. The proposal is aimed at enhancing research training and education at all levels, especially in areas such as (a) synthesis of strained dinitrogen heterocycles, (b) stepwise assembly of coordination complexes on electrode surfaces, (c) characterization of the nucleic acid binding activity of the bovine leukemia virus NC protein, and (d) stereoselective synthesis of pterocarpans.
Nuclear Magnetic Resonance (NMR) spectroscopy is one of the most powerful tools available to chemists for the elucidation of the structure of molecules. It is used to identify unknown substances, to characterize specific arrangements of atoms within molecules, and to study the dynamics of interactions between molecules in solution. Access to state-of-the-art NMR spectrometers is essential to chemists who are carrying out frontier research. The results from these NMR studies will have an impact in synthetic organic/inorganic chemistry, materials chemistry and biochemistry. This instrument will be an integral part of teaching as well as research at Berry College and neighboring institutions such as Shorter University.