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18 results on '"Peavy, Hannah"'

1. The NHLBI Lymphangioleiomyomatosis Registry: Characteristics of 230 Patients at Enrollment

Author

Ryu, Jay H., Moss, Joel, Beck, Gerald J., Lee, Jar-Chi, Brown, Kevin K., Chapman, Jeffrey T., Finlay, Geraldine A., Olson, Eric J., Ruoss, Stephen J., Maurer, Janet R., Raffin, Thomas A., Peavy, Hannah H., McCarthy, Kevin, Taveira-DaSilva, Angelo, McCormack, Francis X., Avila, Nilo A., DeCastro, Rosamma M., Jacobs, Susan S., Stylianou, Mario, and Fanburg, Barry L.

Published
2006
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9. Maternal and perinatal factors related to maternal-infant transmission of HIV-1 in the P(super)2C(super)2 HIV Study: the role of EBV shedding. (Epstein-Barr virus)

Author

Pitt, Jane, Schluchter, Mark, Jenson, Hal, Kovacs, Andrea, LaRussa, Philip, McIntosh, Kenneth, Boyer, Pamela, Cooper, Ellen, Goldfarb, Johanna, Hammill, Hunter, Hodes, David, Peavy, Hannah, Sperling, Rhoda, Tuomala, Ruth, and Shearer, William

Subjects
HIV infection in pregnancy, Maternal-fetal exchange -- Research, Epstein-Barr virus diseases -- Health aspects, Health
Abstract

Several maternal characteristics appear to increase the chance that an HIV-infected pregnant woman will transmit HIV to her baby. Researchers analyzed the characteristics of 508 HIV-infected pregnant women, 18% of whom had an HIV-infected baby. Low CD4 counts were associated with HIV transmission, as was premature rupture of membranes and bleeding. Like many adults, many of the women had been exposed to the Epstein-Barr virus (EBV) and those with active EBV infection were more likely to transmit HIV to their baby.

Published
1998

11. The NIH human microbiome project

Author

Peterson, Jane, Garges, Susan, Giovanni, Maria, McInnes, Pamela, Lu Wang, Schloss, Jeffery A., Bonazzi, Vivien, McEwen, Jean E., Wetterstrand, Kris A., Deal, Carolyn, Baker, Carl C., Francesco, Valentina Di, Howcroft, T. Kevin, Karp, Robert W., Lunsford, R. Dwayne, Wellington, Christopher R., Belachew, Tsegahiwot, Wright, Michael, Giblin, Christina, David, Hagit, Mills, Melody, Salomon, Rachelle, Mullins, Christopher, Akolkar, Beena, Begg, Lisa, Davis, Cindy, Grandison, Lindsey, Humble, Michael, Khalsa, Jag, Little, A. Roger, Peavy, Hannah, Pontzer, Carol, Portnoy, Matthew, Sayre, Michael H., Starke-Reed, Pamela, Zakhari, Samir, Read, Jennifer, Watson, Bracie, and Guyer, Mark

Subjects
United States. National Institutes of Health -- Management, Human genome -- Research, Nucleotide sequencing -- Usage, Microbiological research, Company business management, Health
Published
2009

13. Maximal expiratory flow at FRC (V′maxFRC ): Methods of selection and differences in reported values

Author

Koumbourlis, Anastassios C., primary, Chen, Xin C., additional, Rao, J. Sunil, additional, Schluchter, Mark D., additional, Easley, Kirk, additional, Colin, Andrew A., additional, Hiatt, Peter, additional, Kattan, Meyer, additional, McCarthy, Kevin, additional, Mellins, Robert B., additional, Peavy, Hannah, additional, Platzker, Arnold C.G., additional, Steinbach, Suzanne, additional, Ting, Andrew, additional, Weisner, Michael D., additional, and Wohl, Mary Ellen B., additional

Published
2004
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18. Past achievements and future directions of sarcoidosis research: a NHLBI perspective.

Author

Reynolds HY, Peavy HH, Gail DB, and Kiley JP

Subjects
Biomedical Research methods, Bronchoscopy methods, Bronchoscopy trends, Humans, Immunity, Cellular, United States, Biomedical Research trends, National Heart, Lung, and Blood Institute (U.S.), Sarcoidosis diagnosis, Sarcoidosis etiology, Sarcoidosis therapy
Abstract

This history of research on sarcoidosis is largely from the perspective of the National Heart, Lung, and Blood Institute of the National Insititutes of Health which has had an interest in this disease since the inception of the Lung Program in 1969., Background: Cutaneous sarcoidosis was described over 130 years ago and, subsequently, many reports have documented this illness affecting many organs or body sites. But a definitive cause has remained elusive. Multiple research stimuli converged in the early 1970s to begin an era of active investigation into the immunopathogensis of this granulomatous disease that included: new insights into host cellular immunity and lymphocytes; program analysis of lung research in 1971-72; new technology, especially the fiberoptic bronchoscope; and a focus by the NIH Intramural Pulmonary Branch to conduct research on interstitial lung diseases begun in 1974. During the mid 1970-80s, research into lung cellular immunity of sarcoidosis patients developed rapidly at NIH and at many other centers across the US, England, Europe, and Asia., Present and Future Directions: NHLBI has continued active support of research in sarcoidosis, both basic and clinical, such as the A Case Control Etiologic Study of Sarcoidosis (ACCESS) program, 1995-2003, whose conclusions are continuing to be published. A workshop on "Future Directions in Sarcoidosis Research" provided new research ideas to explore basic immunity mechanisms in human sarcoidosis tissue and search for latent microbial agents in tissue. The organization of sarcoidosis patient support groups has heightened awareness of the need for research on multiple organs affected by the disease in addition to the respiratory tract. In response, a trans-NIH sarcoidosis working group has been formed to assess this need and to better coordinate NIH research efforts.

Published
2006

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