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Showing 1 to 5 of 5 for “"Sodium pentobarbital"”.

  1. The Effects of Propofol, Sodium Pentobarbital, and Ketamine Hydrochloride on <i>In Vitro</i> Mouse Embryonic Development

    … dosage range for mice (propofol 50-200mg/kg, sodium pentobarbital 50mg/kg, and ketamine hydrochloride 50-100mg/kg) for 72h to determine the effects of each anesthetic on subsequent cleavage and development during prolonged exposure. The anesthetic dosage ranges were as follows: propofol …

    odu Repository record for The Effects of Propofol, Sodium Pentobarbital, and Ketamine Hydrochloride on <i>In Vitro</i> Mouse Embryonic Development (opens in a new tab)

  2. A Comparison of ECS and Drug Induced State-Dependent Learning

    … agents relative to three different dosages of sodium pentobarbital preselected to produce no, moderate, and complete dissociation.

    central-wash Repository record for A Comparison of ECS and Drug Induced State-Dependent Learning (opens in a new tab)

  3. Vascular Effects of PHYSALIA PHYSALIS Venom

    … mongrel dogs were anesthetized with 35 mg/kg sodium pentobarbital. Arterial pressure was measured from the aortic arch and the cranial femoral artery, a cephalad branch of the femoral artery. The skeletal muscle venous blood flow of the hind leg was functionally isolated. Femoral vein blood …

    loma-linda Repository record for Vascular Effects of PHYSALIA PHYSALIS Venom (opens in a new tab)

  4. Pentobarbital Sleep Time in Mouse Lines Selected for Resistance and Susceptibility to Fescue Toxicosis

    … activity (as assessed by sleep time following sodium pentobarbital anesthesia), 2. to determine whether sleep time differences between lines were modulated by fescue toxins or enzyme inducers in the diet, and 3. to determine whether sleep time differences among individual mice were correlated …

    vt Repository record for Pentobarbital Sleep Time in Mouse Lines Selected for Resistance and Susceptibility to Fescue Toxicosis (opens in a new tab)

  5. Assessment of State-Dependent Learning Effects Produced by Marijuana in Human Subjects.

    Dissociative or state-dependent learning refers to a phenomenon characterized by a decrement in the retrieval of previously learned information when a special state present during acquisition is subsequently altered. This change in state is generally produced by a drug administered to the subject, …

    uab Repository record for Assessment of State-Dependent Learning Effects Produced by Marijuana in Human Subjects. (opens in a new tab)