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  • Book
    edited by John Cameron, Paul Hunter, Paul Jagals and Katherine Pond.
    Summary: "This publication addresses the broader issues of social cost-benefit analysis performed on options to invest in drinking-water supplies, with a focus on small community suppliers"--Back cover.

    Contents:
    The practice of economic assessment of small-scale drinking-water interventions / John Cameron and Paul Jagals
    Economic assessments of improvements in drinking-water supply - the global evidence / Chris Edwards and John Cameron
    Current situation in access to drinking-water / Katherine Pond and Stephen Pedley
    Defining the current situation - epidemiology / Paul R Hunter and Helen Risebro
    Defining the current situation - observing livelihoods / John Cameron
    Interventions for water provision / Stephen Pedley, Katherine Pond and Eadaoin Joyce
    Estimating the costs of small-scale water-supply interventions/ Paul Jagals and Luuk Rietveld
    Estimating health impacts of interventions with a focus on small-scale drinking-water interventions / Helen Risebro and Paul R. Hunter
    Cost-effectiveness analysis in practice / Chris Edwards
    Social cost-benefit analysis - principles / John Cameron
    Social cost-benefit analysis - summarizing the available global evidence on drinking-water interventions / Chris Edwards.
    Digital Access WHO 2011
    Print Access Request
    Location
    Version
    Call Number
    Items
    Books: General Collection (Downstairs)
    2011
    TD327 .V358 2011
    1
  • Article
    Naeim F, Leibold W, Gatti R, Walford RL.
    Transplant Proc. 1977 Mar;9(1 Suppl 1):151-5.
    Twenty lymphoblastoid cell lines were typed with 38 antisera defining the 13 groups of the Merrit B-cell alloantigenic system, and results were compared with those of a 20-member CLL cell panel. While overall pattern of Merrit groups for the two types of cell population was similar, some sera in a number of groups showed unexpected negative cytotoxic reactions with lymphoid cells compared to other sera of the same group. However, in a number of instances, these negatively reacting cells could still specificity absorb out tb Merrit antibodies, suggesting that lymphoblastoid lines may show a higher incidence of the CYNAP (cytotoxicity-negative-absorption-positive) phenomenon than CLL cells. Twelve of the lymphoblastoid lines were HLA-D homozygous and in addition, each cell line displayed positive reactions for no more than 2 of the 13 Merrit groups, while 4 of the 8 heterozygous lines were positive for 3 of the 13 groups. These findings indicate that HLA-D-homozygous cell lines are antigenically simpler than the heterozygous lines for the Merrit system and suggest that HLA-D-homozygosity may correlate with homozygosity for at least one of the Merrit loci.
    Digital Access Access Options