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  • Book
    Igor Malyshev.
    Contents:
    A General Description of HSPs, The Molecular Structure of HSP70 and The HSP70 Cycle
    The Functions of HSP70 in Normal Cells
    HSP70 in Damaged Cells
    Mechanisms of Activation and Inactivation of HSP70 Synthesis
    HSP70 in the Immune Responses
    HSP70 in Carcinogenesis
    HSP70 in aging
    The role of HSP70 in the protection of: (A) The brain in alzheimer's disease and (B) The heart in cardiac surgery.
    Digital Access Springer 2013
  • Other
    Edwards, Bob; Rackleff, JoEllyn; Blair, Wendy.
    Summary: Profiles six Black American literary figures. Originally presented as radio "spots", a brief commentary on each writer is given, as well as excerpts from his or her works.

    Contents:
    side 1. W.E.B. Du Bois (8 min.) Langston Hughes (7 min.) Ralph Ellison (7 min.) Alice Walker (4 min.)
    side 2. Alice Walker (cont.) (2 min.) Imamu Amiri Baraka (10 min.) Richard Wright (7 min.)
    Print p1981
  • Article
    Kowalczyk D, Zembala M.
    Clin Exp Immunol. 1978 May;32(2):333-8.
    The inhibition of migration of human peripheral blood cells in the presence of PPD was studied. It was found that migration inhibition of peripheral blood mononuclear cells (MN) from Mantoux-positive donors was far greater than the migration inhibition of peripheral blood leucocytes (PBL). Moreover, MN cells and T lymphocytes showed larger and more uniform areas of migration. In contrast, the migration of B lymphocytes and monocytes was poor. Further analysis using purified subpopulations of MN cells showed that PPD inhibited the migration of T lymphocytes but not of B lymphocytes and monocytes. Corresponding to these findings, lymphokine-containing supernatants also inhibited the migration of purified T cells from Matoux-negative donors. It was concluded that the T lymphocyte was the predominant cell in the MN cell population, which migrated, and was subject to inhibition by PPD or lymphokines. These results imply that the movement of human T lymphocytes may be influenced by soluble factors from antigen-activated sensitized cells.
    Digital Access Access Options