Due West, SC, United States
Due West, SC, United States

Erskine College is a private Christian college in Due West, South Carolina. It offers an undergraduate liberal arts college and a graduate theological seminary. The college was founded in 1839 by the Associate Reformed Presbyterian Church, and its sports teams compete in NCAA Division II as a member of Conference Carolinas. Wikipedia.


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DURHAM, N.C., May 30, 2017 /PRNewswire/ -- Leading Christian higher education resource, Christian Universities Online (http://www.christianuniversitiesonline.org/), has published a ranking of the 25 Most Affordable Colleges and Universities in the South 2017....


Salazar J.A.,CSIC - Center of Edafology and Applied Biology of the Segura | Ruiz D.,CSIC - Center of Edafology and Applied Biology of the Segura | Campoy J.A.,University of Bordeaux 1 | Campoy J.A.,French National Institute for Agricultural Research | And 9 more authors.
Plant Molecular Biology Reporter | Year: 2014

Trait loci analysis, a classic procedure in quantitative (quantitative trait loci, QTL) and qualitative (Mendelian trait loci, MTL) genetics, continues to be the most important approach in studies of gene labeling in Prunus species from the Rosaceae family. Since 2011, the number of published Prunus QTLs and MTLs has doubled. With increased genomic resources, such as whole genome sequences and high-density genotyping platforms, trait loci analysis can be more readily converted to markers that can be directly utilized in marker-assisted breeding. To provide this important resource to the community and to integrate it with other genomic, genetic, and breeding data, a global review of the QTLs and MTLs linked to agronomic traits in Prunus has been performed and the data made available in the Genome Database for Rosaceae. We describe detailed information on 760 main QTLs and MTLs linked to a total of 110 agronomic traits related to tree development, pest and disease resistance, flowering, ripening, and fruit and seed quality. Access to these trait loci enables the application of this information in the post-genomic era, characterized by the availability of a high-quality peach reference genome and new high-throughput DNA and RNA analysis technologies. © 2013 Springer Science+Business Media New York.


Chavda S.,Hope College | Liu Y.,Georgia State University | Babu B.,Hope College | Davis R.,Hope College | And 18 more authors.
Biochemistry | Year: 2011

With the aim of incorporating a recognition element that acts as a fluorescent probe upon binding to DNA, three novel pyrrole (P) and imidazole (I)-containing polyamides were synthesized. The compounds contain a p-anisylbenzimidazolecarboxamido (Hx) moiety attached to a PP, IP, or PI unit, giving compounds HxPP (2), HxIP (3), and HxPI (4), respectively. These fluorescent hybrids were tested against their complementary nonfluorescent, non-formamido tetraamide counterparts, namely, PPPP (5), PPIP (6), and PPPI (7) (cognate sequences 5′-AAATTT-3′, 5′-ATCGAT-3′, and 5′-ACATGT-3′, respectively). The binding affinities for both series of polyamides for their cognate and noncognate sequences were ascertained by surface plasmon resonance (SPR) studies, which revealed that the Hx-containing polyamides gave binding constants in the 106 M-1 range while little binding was observed for the noncognates. The binding data were further compared to the corresponding and previously reported formamido-triamides f-PPP (8), f-PIP (9), and f-PPI (10). DNase I footprinting studies provided additional evidence that the Hx moiety behaved similarly to two consecutive pyrroles (PP found in 5-7), which also behaved like a formamido-pyrrole (f-P) unit found in distamycin and many formamido-triamides, including 8-10. The biophysical characterization of polyamides 2-7 on their binding to the abovementioned DNA sequences was determined using thermal melts (δTM), circular dichroism (CD), and isothermal titration calorimetry (ITC) studies. Density functional calculations (B3LYP) provided a theoretical framework that explains the similarity between PP and Hx on the basis of molecular electrostatic surfaces and dipole moments. Furthermore, emission studies on polyamides 2 and 3 showed that upon excitation at 322 nm binding to their respective cognate sequences resulted in an increase in fluorescence at 370 nm. These low molecular weight polyamides show promise for use as probes for monitoring DNA recognition processes in cells. © 2011 American Chemical Society.


Blenda A.,Clemson University | Blenda A.,Erskine College | Fang D.D.,U.S. Department of Agriculture | Rami J.-F.,CIRAD - Agricultural Research for Development | And 3 more authors.
PLoS ONE | Year: 2012

A consensus genetic map of tetraploid cotton was constructed using six high-density maps and after the integration of a sequence-based marker redundancy check. Public cotton SSR libraries (17,343 markers) were curated for sequence redundancy using 90% as a similarity cutoff. As a result, 20% of the markers (3,410) could be considered as redundant with some other markers. The marker redundancy information had been a crucial part of the map integration process, in which the six most informative interspecific Gossypium hirsutum×G. barbadense genetic maps were used for assembling a high density consensus (HDC) map for tetraploid cotton. With redundant markers being removed, the HDC map could be constructed thanks to the sufficient number of collinear non-redundant markers in common between the component maps. The HDC map consists of 8,254 loci, originating from 6,669 markers, and spans 4,070 cM, with an average of 2 loci per cM. The HDC map presents a high rate of locus duplications, as 1,292 markers among the 6,669 were mapped in more than one locus. Two thirds of the duplications are bridging homoeologous AT and DT chromosomes constitutive of allopolyploid cotton genome, with an average of 64 duplications per AT/DT chromosome pair. Sequences of 4,744 mapped markers were used for a mutual blast alignment (BBMH) with the 13 major scaffolds of the recently released Gossypium raimondii genome indicating high level of homology between the diploid D genome and the tetraploid cotton genetic map, with only a few minor possible structural rearrangements. Overall, the HDC map will serve as a valuable resource for trait QTL comparative mapping, map-based cloning of important genes, and better understanding of the genome structure and evolution of tetraploid cotton.


Gorka A.,Erskine College | Thipwiwatpotjana P.,Chulalongkorn University
Mathematical Problems in Engineering | Year: 2015

This paper points out the importance of fuzzy preference by using a teaching course assignment problem as a case study. The model with fuzzy teaching preference provides a more satisfactory solution to a course assignment problem than assigning arbitrary weights. A method for improving a fuzzy membership function by using sensitivity analysis is devised. The method with fuzzy preferences is compared with a model using weighted probabilities. © 2015 Artur Gorka and Phantipa Thipwiwatpotjana.


Bruce C.D.,John Carroll University | Ferrara M.M.,John Carroll University | Manka J.L.,John Carroll University | Davis Z.S.,Erskine College | And 3 more authors.
Journal of Molecular Recognition | Year: 2015

Molecular dynamics simulations of the DNA 10-mer 5′-CCACGCGTGG-3′ alone and complexed with the formamido-imidazole-pyrrole-imidazole (f-ImPyIm) polyamide minor groove binder in a 2:1 fashion were conducted for 50 ns using the pbsc0 parameters within the AMBER 12 software package. The change in DNA structure upon binding of f-ImPyIm was evaluated via minor groove width and depth, base pair parameters of Slide, Twist, Roll, Stretch, Stagger, Opening, Propeller, and x-displacement, dihedral angle distributions of ζ, ε, α, and γ determined using the Curves+ software program, and hydrogen bond formation. The dynamic hydrogen bonding between the f-ImPyIm and its cognate DNA sequence was compared to the static image used to predict sequence recognition by polyamide minor groove binders. Many of the predicted hydrogen bonds were present in less than 50% of the simulation; however, persistent hydrogen bonds between G5/15 and the formamido group of f-ImPyIm were observed. It was determined that the DNA is wider in the Complex than without the polyamide binder; however, there is flexibility in this particular sequence, even in the presence of the f-ImPyIm as evidenced by the range of minor groove widths the DNA exhibits and the dynamics of the hydrogen bonding that binds the two f-ImPyIm ions to the minor groove. The Complex consisting of the DNA and the 2 f-ImPyIm binders shows slight fraying of the 5′ end of the 10-mer at the end of the simulation, but the portion of the oligomer responsible for recognition and binding is stable throughout the simulation. Several structural changes in the Complex indicate that minor groove binders may have a more active role in inhibiting transcription than just preventing binding of important transcription factors. Copyright © 2015 John Wiley & Sons, Ltd.


Erskine College | Entity website

What is Supplemental Instruction (S.I ...


Erskine College | Entity website

In 2014, Erskine celebrates 175 years as a Christian academic community. Erskine College was founded by the Associate Reformed Presbyterian (ARP) Church in 1839 ...


Erskine College | Entity website

Location Erskine College is nestled in the academic village of Due West, a town of 1,200 residents located in historic Abbeville County, South Carolina, an area rich in colonial, Revolutionary War, and Civil War History. The town and the college, with a number of antebellum buildings, are listed on the National Register of Historic Places ...


Erskine College | Entity website

This PDF is prepared so you can access the most recent Erskine College magazine. This magazine is published biannually ...

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