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  • Book
    Gautam N. Allahbadia, Markus Nitzschke, editors.
    Summary: This contributed volume regenerates the significance of and respect for natural phenomenon in the background of the risks and complications seen in ART such as ovarian hyperstimulation and multiple pregnancies. Balancing the clinical practice between the beneficial natural physiology and the prolific use of stimulation drugs for ART may help eliminate risks that may prove clinically, financially and psychologically expensive. It underscores the fact that 'greater' is not always synonymous with 'better' with regard to the oocyte yield. While highlighting the risks involved with the use of high-dose gonadotropins, the book presents a stratification of patients who might benefit from the 'soft' minimal and natural cycle IVF stimulation protocols that may be used. Additionally, clinicians can understand the significance of cryopreservation technology, now a useful adjunct to minimal stimulation protocols, with its manifold future advantages. Written by an international team of experts, this handbook emphasizes how minimal stimulation and natural cycle IVF can lead to a milder, safer and more effective approach to ART. .
    Digital Access Springer 2015
  • Book
    Arrow, Kenneth J.
    Contents:
    v. 1. Social choice and justice
    v. 2. General equilibrium.
    v. 3. Individual choice under certainty and uncertainty.
    v. 4. The economics of information
    v. 5. Production and capital
    v. 6. Applied economicx.
    Print 1983-1985
  • Article
    Strauss RR, Friedman H, Mills L, Zayon G.
    Infect Immun. 1977 Jan;15(1):197-203.
    Immunization of mice with either soluble or particulate antigens induced a marked increase in peroxidase activity of spleen cell homogenates. Animals immunized with sheep erythrocytes showed maximum splenic peroxidase activity at 2 days. By the 4th day after immunization, when the hemolytic antibody plaque-forming cell response was maximal, peroxidase activity returned to normal levels. Increased splenic peroxidase activity also occurred in mice immunized with rabbit erythrocytes, as well as with rabbit serum or bovine serum albumin. No change in splenic peroxidase activity occurred in mice injected with syngeneic mouse erythrocytes or serum. Both glass-adherent spleen cell populations, morphologically consisting of 90 to 95% macrophages, as well as nonadherent cells, consisting of more than 90% lymphocytes by the same criteria, showed peroxidase activity. Immunization of mice with sheep erythrocytes resulted in an intracellular redistribution of the peroxidase activity among several distinct subcellular fractions prepared by differential centrifugation. Maximum redistribution occurred with granule-associated enzyme activity. A possible relationship between peroxidase activity with functional activity of lymphocytes and macrophages during humor immune responses seemed likely.
    Digital Access Access Options