School of Nursing Class of 2006

Top Row: Rebecca Adams, Leslie Babich, Katherine Banas, Lori Barnett, Stacey Bednarz, Kelly C Berryman, Adam Brieger, Tina Brown, Kimberly Burleigh, Anne Byrne, Julia Carl, Terra Caswell, Angela Chabot, Molly Colgan, Desiree Conyers, Amy Cook, Melissa Cooley, Ashley Cooper, Morgan Cornell

Row 2: Delphine Cornet, Laura Cortina, Casey Cox, Bradley Crow, Lauren D'Agostino, Katelyn Davis, Kara Dendrinos, Rachael Dunckel, Carolyn Ellis, Kristin Ellis

Row 3: Deonna French, Erin Gasser, Amanda George, Michelle Gilmore, Jacquelene Goyett, LaRonda Gracia, Tera Greenberg, Tracy Guzzardo, Amy Hamlin Tapper, Shawn Hathaway

Row 4: Jennifer Heller, Michele Hetfield, Hilary Heuer, Christen Hicks, unknown, Melissa Jenkins, Terri Jobkar, Jennifer Keller, Karissa Kerg, Katherine Kern

Row 5: Keri Kingma, Amanda Kristofik, Brigid Kutner, Melissa LaDuke, Lorraine Law, Katherine Lawler, Allison Ledtke, Corinne Lee

Row 6: Kerrie Lemerand, Kristen Maki, Smith Margaret, Cynthia Mathew, Thomas Mazzocco, Cara McAlpin

Row 7: Lana McCarthy, Erin McKeever, Nicolyn Meek, Patricia Coleman-Burns, Carol Loveland-Cherry, Judith Lynch-Sauer, Ada Sue Hinshaw, Barbara Guthrie, Marge Calarco, Carolyn Sampeselle, Joanne Pohl, Therese Messing, Rachel Milkowski, Renee Miller

Row 8: Andrea S Miller, Stephanie Mizer, Melissa Morgan, Heather Bidgoli, Elisa Brunetto, Jessica Cleghorn, Jade Curry, Ashley Dorow, Megan Finn, Lisa Gruen, Margaret Kelemen, Andrea Munger, Elizabeth Spencer, Mary Vanderweele, Abigail Vertalka, Jackelyn Ng, Phuong Nguyen, Gracia Nicolaescu

Row 9: Laura Norris, Elizabeth Osborn, Lavinia Pacurar, Carly Palmer, Kristine Parish, Jill Patterson, Mary Pepper, David Perout, Michael Pfeifer, Kristin Phillips, Susanne Pickman, Vanessa Polly, Sabrina Porter, Christina Quillan, Lauren Ramoie, Natasha Rivers, Teresa Roberts, Megan Robertson, Byanqa Robinson

Row 10: Mary Rodzik, Kimberly Sanders, Weber Sasha, Rebecca Scheiblauer, Taylor Schmidt, Jacquelyn Schrot, Tanya Shisler, Daniel Shivel, Sophia Shyu, Michelle Skurulsky, Melissa Smalligan, Erin Sorensen, Allison Spinweber, Lindsay Steiger, Natalya Stokely, Karen Stoneburner, Katherine Stout, Stephanie Swihart, Aaron Taylor

Row 11: Lori Thome, Christopher Thuer, Carolyn Trabka, Kathryn Trommbley, Valerie Tumbleson, Stacey Ventola, Dana Verkade, Caitlyn Vert, Angela Videto, Kari Wanless, Abby Wegener, Stephanie Westphal, Eric Williams, Whitney Zachritz, Amber Zemer, Joanna Zizzo, Chelsea Zussman

Mormonism and the Mormons; a historical view of the rise and progress of the sect self-styled Latter-day saints.

Mode of access: Internet.

Gloucestershire notes and queries. An illustrated quarterly magazine devoted to the history and antiquities of Gloucestershire ...

Editors: 1891-1901, W.P.W. Phillimore (with S.J. Madge, 1896-1901)

Peter Bulkeley and his times /

Mode of access: Internet.

The works of Alphonse Daudet

v.17. Tartarin of Tarascon, to which is added Tartarin on the Alps; tr. by Katharine P. Wormeley.--v.18. Port-Tarascon, to which is added Studies and landscapes; tr. by Katharine P. Wormeley.--v.19. Letters from my mill, to which is added Letters to an absent one; tr. by Katharine P. Wormeley.--v.20. Monday tales; tr. by Marian McIntyre.--v.21-22. Jack; tr. by Marion McIntyre.--v.23. The support of the family; tr. by G. B. Ives, to which is added Notes on life; tr. by Mary Hendee.--v.24. Memoir by L. Daudet, to which is added The Daudet family ("Mon frère et moi") by E. Daudet; tr. by C. De Kay

Souvenir of the dedication of St. Joseph's Church : Mishawaka, Indiana : Sunday, October 22, 1893 /

Mode of access: Internet.

Memorials of old north Wales,

Historic Wales, by P. H. Ditchfield.--The church of north Wales, by G. H. Jones.--The cathedral churches of Bangor and St. Asaph; The religious houses of north Wales; The parish churches of north Wales, by H. H. Hughes.--The Eisteddvod, by L. J. Roberts.--The poetry of north Wales, by Sir Edward Anwyl.--The castles of north Wales, by H. H. Hughes.--Llewelyn the Great; Llewelyn the Last, by W. L. Williams.--The social and economic conditions of north Wales in the 14th-16th centuries, by Edward Owen.--The cromlechs of north Wales, by J. E. Lloyd.--Owen Glyndwr, by L. J. Roberts.--Archbishop Williams, by J. A. Price.--The origin of nonconformity in north Wales, by J. H. Davies.--Relics, civic plate, regalia, &c., by E. A. Jones.--Index.

The church of Grasmere; a history, with illustrations by Margaret L. Sumner.

Mode of access: Internet.

Investigation of the immunocompetent cells that bind early pregnancy factor and preliminary studies of the early pregnancy factor target molecule

Early pregnancy factor (EPF) is a secreted protein with immunosuppressive and growth factor properties. It has been shown to suppress the delayed-type hypersensitivity response in mice as well as acute and chronic forms of experimental autommume encephalomyelitis in rats and mice, respectively. In previous studies, we have demonstrated that EPF binds to a population of lymphocytes and we hypothesized that it mediates its suppressive effects by binding to CD4(+) T cells. In the present study, we isolated monocytes and subpopulations of lymphocytes and labelled them with fluoresceinated EPF in order to determine which populations bind EPF. We demonstrated that EPF binds specifically to CD4(+), CD8(+), CD14(+) (monocytes) and CD56(+) NK cells but not to CD19(+) B cells. The identity of the molecule(s) on the cell surface that is targeted by EPF is unknown, but as EPF is an extracellular homologue of the intracellular protein chaperonin 10 (Cpn 10), we examined the possibility that the EPF receptor is a membrane-associated form of chaperonin 60 (Cpn60), the functional associate of Cpn 10 within the cell. The EPF target molecule on lymphocytes was visualized by chemical cross-linking of exogenous iodinated Cpn10 to cells and probed with anti-Cpn60. The effect of anti-Cpn60 on activity in the EPF bioassay, the rosette inhibition test, was also examined. In both instances, no specific interaction of this antibody and the putative receptor was observed. It was concluded that the cell surface molecule targeted by EPF is unlikely to be a homologue of Cpn60.

Lipid based particulate formulations for the delivery of antigen

Particulate adjuvant systems are largely classified according to their functional characteristics, such as the nature of the typical immune response they induce, or their perceived mode of action. From a formulation science perspective, it is practical to classify antigen delivery systems according to the physical nature of the formulations. This article discusses lipid based particulate systems, grouped according to the nature of their predominant lipid constituent.

Effector function of leucocytes from susceptible and resistant mice against distinct isolates of Candida albicans

Neutrophils and macrophages were generated in vitro from mice that display either high or low tissue susceptibilities to Candida albicans infection and their ability to phagocytose and kill three isolates of the yeast with different virulence characteristics was evaluated. In the absence of opsonization, phagocytosis by BALB/c and CBA/CaH neutrophils was comparable, but the killing was very poor. Opsonization with normal serum slightly decreased phagocytosis, but it had markedly different effects on killing, either enhancing or inhibiting candidacidal activity, depending on the combination of yeast isolate and mouse strain. In contrast, BALB/c macrophages showed high levels of phagocytosis and killing of both unopsonized yeasts and opsonized yeasts; whereas killing of unopsonized yeasts by CBA/CaH macrophages was poor, it was markedly enhanced by opsonization.

IL10 and IL12B polymorphisms each influence IL-12p70 secretion by dendritic cells in response to LPS

Dendritic cells (DC) are the main producers of the cytokine IL-12p70, through which they play a direct role in the development of IFN-gamma-secreting Th1 cells, costimulation of CTL differentiation and NK-cell activation. In contrast, IL-10, which is also produced by DC, negatively regulates IL-12 production. IL-12p70 production varies widely between individuals, and several polymorphisms in the gene encoding IL-12p40 (IL12B) have been identified that influence susceptibility and severity of infectious, autoimmune and neoplastic disease. Here we show that polymorphisms not only of IL12B, but also in the IL10 promoter, influence IL-12p70 secretion by monocyte-derived DC in response to LPS. Although IL12B promoter homozygotes were prone to making more IL-12p70, presence of the IL10 high genotype restricted IL-12p70 production in these individuals. These observations provide a further genetic control of IL-12p70 regulation and emphasize the complexity of production of this cytokine. They also suggest genotypes that might influence the outcome of DC immunotherapy.