265 research outputs found
Nancy Baugher 1994 Circulation Assistant Library Picture
No full textFormer Circulation Assistant Nancy Baugher re-activates security strips in books being returned
Baugher - Henry Louis Baugher
No full textA.B.; D.D., 1880; Phi Gamma Delta. Grad. Gettysburg Seminary, 1862; studied at Andover Seminary, 1862-1863. Born Aug. 6, 1840, Gettysburg. Son of H.L.B., 2nd president of Gettysburg College. Brother of N.B., class of 1853; L.B., class of 1854; F.W.B., ex. 1866. Lutheran clergyman: Wheeling, W. Va., 1863-1864; Norristown, 1864-67; Indianapolis, Ind., 1868; Omaha, Neb., 1880-81. Prof. of Greek, Gettysburg College 1869-80 and 1883-96; temp.. prof., Gettysburg Seminary, 1869-73 and 1883; prof., Howard U., 1883. Member, 2nd, 3rd, 4th Int. S.S. Lesson Comms.; dir., Gettysburg Seminary, 1889-99; pres., Gen. Synod, 1895-96; member, Gen. Hymn Book Comm. Editor: Augsburg, S.S. Teacher, 1875-94; Luth. World, 1896-97. Author of Commentary on Luke, 1896; etc. Died Feb. 11, 1899. Married Apr. 3, 1872, Ida Smith, York. One daughter
Baugher - Henry Louis Baugher
No full textA.B.; D.D., 1880; Phi Gamma Delta; Phrenakosmian; Linnaean; Greek oration; Theological course. Entered Preparatory, 1850. Grad. Gettysburg Seminary, 1862; studied at Andover Seminary, 1862-1863. Born Aug. 6, 1840, Gettysburg. Son of Henry L., 2nd president of Gettysburg College, and Clara Mary (Brooks). Brother of N.B., class of 1853; L.B., class of 1854; F.W.B., ex. 1866. Taught in Uniontown, Md., Quakertown, Pa., and Washington, D.C.; for a time in Sergeant-at-Arms' Office, House of Representatives, Washington, D.C. Lutheran clergyman: Co-Pastor, Wheeling, W. Va., 1863-1864; Pastor, Norristown, 1864-67; spent six months in Europe, 1867-8; Indianapolis, Ind., 1868; Omaha, Neb., 1880-81. Prof. of Greek, Gettysburg College, 1869-80 and 1883-96; temp. prof., Gettysburg Seminary, 1869-73 and 1883; prof., Howard U., 1883. Member, 2nd, 3rd, 4th Int. S.S. Lesson Comms.; dir., Gettysburg Seminary, 1889-99; pres., Gen. Synod, 1895-96; member, Gen. Hymn Book Comm. Editor: Augsburg, S.S. Teacher, 1875-94; Luth. World, 1896-97. Author of Commentary on Luke, 1896; etc. Died Feb. 11, 1899. Married Apr. 3, 1872, Ida Smith, York. One daughter
ASSOCIATION BETWEEN NOS3 AND EPAS1 GENE POLYMORPHISMS AND SUSCEPTIBILITY TO ACUTE MOUNTAIN SICKNESS
No full textT. Ashmore, J. Inman,E. Cross, P. Baugher
Pacific University, Forest Grove, OR
PURPOSE: Acute mountain sickness (AMS) results from exposure to high altitude environments, especially those above 8000 ft. There are few predictors of AMS, and so it is thought that genetic polymorphisms could play a role. Genes that have been implicated in AMS susceptibility include NOS3and EPAS1. NOS3encodes an enzyme that synthesizes nitric oxide, a strong vasodilator whose G/T polymorphism has been implicated in altitude illnesses. EPAS1encodes a transcription factor that regulates hypoxic response, whose C/G polymorphism has also been linked to high altitude illnesses. Therefore, we investigated the association of NOS3and EPAS1polymorphisms with susceptibility to AMS. METHODS: We recruited 184 volunteers at Camp Muir (10,100 ft) in Mt. Rainier National Park. We administered a demographics questionnaire and the Lake Louise AMS score sheet. We also we collected buccal cells from each subject, from which we isolated genomic DNA and genotyped each individual for NOS3and EPAS1polymorphisms. RESULTS: We found that 36.9% of our participants met the criteria for AMS. As expected, our data showed no significant correlation between reported AMS and age, sex, race, weight, height, body mass index, alcohol use or smoking. With regard to NOS3, we found 48.4% of the subjects were found to exhibit the GG genotype, 39.1% the GT genotype, and 12.5 % the TT genotype, and Hardy-Weinberg equilibrium was confirmed (x2= 1.91). However, no significant correlation between GG/GT/TT genotypes and AMS was found (x2= 0.57, p=0.75). Interestingly, we did find an increased representation of the T allele in individuals reporting AMS symptoms (0.33 versus 0.31). However, these data were not significant (x2=0.58, p=0.44). With regard to EPAS1, 100% of our subjects were found to exhibit 2 copies of the EPAS1C SNP. Therefore, no correlation was found between EPAS1 allele frequency and AMS. CONCLUSION: As expected, we report no significant correlation between reported AMS symptoms and age, sex, race, weight, height, body mass index, alcohol use, or smoking. We also report no allelic variation with respect to the EPAS1C SNP in the population tested. Finally, we report an increase in the NOS3T SNP among those subjects with AMS symptoms, although the data were not significant.
Mazamas Mountaineering Organization Research Grant, Pacific Research Institute for Science and Math Summer Research Gran
Baugher - Henry Louis Baugher (ca. 1857)
No full textA.B.; D.D., 1880; Phi Gamma Delta; Phrenakosmian; Linnaean; Greek oration; Theological course. Entered Preparatory, 1850. Grad. Gettysburg Seminary, 1862; studied at Andover Seminary, 1862-1863. Born Aug. 6, 1840, Gettysburg. Son of Henry L., 2nd president of Gettysburg College, and Clara Mary (Brooks). Brother of N.B., class of 1853; L.B., class of 1854; F.W.B., ex. 1866. Taught in Uniontown, Md., Quakertown, Pa., and Washington, D.C.; for a time in Sergeant-at-Arms' Office, House of Representatives, Washington, D.C. Lutheran clergyman: Co-Pastor, Wheeling, W. Va., 1863-1864; Pastor, Norristown, 1864-67; spent six months in Europe, 1867-8; Indianapolis, Ind., 1868; Omaha, Neb., 1880-81. Prof. of Greek, Gettysburg College, 1869-80 and 1883-96; temp. prof., Gettysburg Seminary, 1869-73 and 1883; prof., Howard U., 1883. Member, 2nd, 3rd, 4th Int. S.S. Lesson Comms.; dir., Gettysburg Seminary, 1889-99; pres., Gen. Synod, 1895-96; member, Gen. Hymn Book Comm. Editor: Augsburg, S.S. Teacher, 1875-94; Luth. World, 1896-97. Author of Commentary on Luke, 1896; etc. Died Feb. 11, 1899. Married Apr. 3, 1872, Ida Smith, York. One daughter
Library Pages 1995 High School Graduation Celebration Picture
No full textLibrary pages and High School seniors Monica Kiser, Jennifer Houk, Jamilyn Taylor and Christie Baugher are honored with a celebration by library staff for their High School graduation
Inhibition of Rho GTPases, Rac, or Cdc42 in migration of the high metastatic MDA-MB-435α6HG6 cell variant
No full text<p><b>Copyright information:</b></p><p>Taken from "Rac1 and Rac3 isoform activation is involved in the invasive and metastatic phenotype of human breast cancer cells"</p><p>Breast Cancer Research 2005;7(6):R965-R974.</p><p>Published online 30 Sep 2005</p><p>PMCID:PMC1410764.</p><p>Copyright © 2005 Baugher et al.; licensee BioMed Central Ltd.</p> MDA-MB-435α6HG6 cells were treated with vehicle or 2 ng/ml toxin B for 24 h and subjected to a basement membrane haptotaxis assay. Cells migrating to the underside of the membrane were stained with propidium iodide and counted under 400× Magnification. MDA-MB-435α6HG6 cells transiently expressing vector alone or myc-Cdc42(T17N) were subjected to a basement membrane haptotaxis assay. Cells migrating to the underside of the membrane were stained with propidium iodide and counted under 400× Magnification. Equal loading was confirmed by a total actin blot, ectopic myc-Cdc42(T17N) expression confirmed by western blotting with anti-Cdc42 or anti-myc. MDA-MB-435α6HG6 cells transiently expressing vector alone, myc-Rac1(T17N), or myc-Rac3(T17N) were subjected to a basement membrane haptotaxis assay. Bars represent ±SEM; equal loading was confirmed by total actin blot. Myc-Rac1(T17N) and myc-Rac3(T17N) expression were confirmed by western blotting with anti-Rac or anti-myc. Data are expressed as mean ±SEM of three independent experiments. A star denotes statistical significance from control ( < 0.05, calculated from paired t-tests)
Library Staff Christmas 1994 Picture
No full textLibrary staff jovially and festively gather for a Christmas breakfast. From left: Peg Baker, Maureen Foster, June Huss (back), Ed Roberts, Lois Fey, Cathy Daniels Nancy Baugher (back), Jo Anne Schiefer (behind Nancy), Sharlene Houk, Linda Bailey (back), and Karen Culp
Single-particle structure at N=29:The structure of Ar 47 and first spectroscopy of S 45
No full textComprehensive spectroscopy of the N=29 nucleus Ar47 is presented, based on two complementary direct reaction mechanisms: one-neutron pickup onto Ar46 projectiles and one-proton removal from the 1- ground state of K48. The results are compared with shell-model calculations that use the state-of-the-art SDPF-U and SDPF-MU effective interactions. Also, from the Be9(Cl46,S45+γ)X one-proton-removal reaction, we report the first γ-ray transitions observed from S45. By using comparisons with shell-model calculations, and from the observed intensities and energy sums, we propose a first tentative level scheme for S45
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