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  • Book
    edited by Gary D. Smith, Jason E. Swain, Thomas B. Pool.
    Contents:
    Historical background of gamete and embryo culture / Jacques Cohen and Don Rieger
    Utility of animal models for human embryo culture development : rodents / Gary D. Smith
    Utility of animal models for human embryo culture development : domestic species / Rebecca L. Krisher
    Utility of animal models for human embryo culture : nonhuman primates / Calvin Simerly and Gerald Schatten
    Media composition : salts and osmolality / Jay M. Baltz
    Media composition : energy sources and metabolism / Deirdre Zander-Fox and Michelle Lane
    Media composition : amino acids and cellular homeostasis / Franchesca D. Houghton
    Media composition : macromolecules and embryo growth / Marius Meintjes
    Media composition : antioxidants/chelators and cellular function / Catherine M.H. Combelles and Margo L. Hennet
    Media composition : pH and buffers / Jason E. Swain
    Media composition : growth factors / Aparna Hegde and Barry Behr
    Culture systems : single step / Ronit Machtinger and Catherine Racowsky
    Culture systems : sequential / Patrick Quinn
    Culture systems : embryo co-culture / Yves J.R Menezo [and others]
    Culture systems : low-oxygen culture / Borut Kovacice
    Culture systems : embryo density / Michael L. Reed
    Culture systems : air quality / Theodore Thomas
    Culture systems : mineral oil overlay / Dean E. Morbeck and Phoebe H. Leonard
    Culture systems : physiological and environmental factors that can affect the outcome of human ART / Don Rieger
    Culture systems : fluid dynamic embryo culture systems (microfluidics) / Andre Monteiro da Rocha and Gary D. Smith
    Human embryo culture media comparisons / Thomas B. Pool, John Schoolfield, and David Han
    Culture systems : embryo culture and monozygotic twinning / Amy E. Sparks
    Embryo culture and epigenetics / Brenna A. Market Velker, Michelle M. Denomme, and Mellissa R.W. Mann.
    Digital Access Springer 2012
  • Book
    Coppa & Avery Consultants.
    Print [1982]
  • Article
    Shivers BD.
    Brain Res Bull. 1978 Nov-Dec;3(6):579-81.
    Ability of urethane anesthetic to block induction of pineal serotonin N-acetyltransferase (SNAT; E.C.2.3.1.5) activity was measured in individual rat pineal glands in animals receiving urethane (25% w/v, IP, 1.2 g/kg) or saline, 6 hr prior to sacrifice. Using a radioenzymatic assay, SNAT determinations were made twice daily (at 1200 or 2400 hr) immediately after the sacrifice of each animal. The results show that urethane had no effect on the induction of SNAT activity: (1) implying that the neural activity of those structures involved in induction of SNAT activity (e.g., suprachiasmatic nucleus) is not substantially altered by this anesthetic and (2) suggesting that the central blockade of ovulation by urethane does not include alterations in suprachiasmatic nucleus activity.
    Digital Access Access Options