• Cost-effectiveness of esketamine for dep

    From ScienceDaily@1337:3/111 to All on Mon Jul 13 21:30:36 2020
    Cost-effectiveness of esketamine for depression
    Researchers find this nasal spray for treatment-resistant depression is currently too expensive for widespread use

    Date:
    July 13, 2020
    Source:
    McLean Hospital
    Summary:
    A study has determined that esketamine, a nasal spray to treat
    severe depression, is currently too expensive for widespread use.



    FULL STORY ==========================================================================
    A paper authored by researchers from McLean Hospital has determined that esketamine, a nasal spray to treat severe depression, is currently too expensive for widespread use. Titled "Cost-Effectiveness of Esketamine
    Nasal Spray for Patients With Treatment-Resistant Depression in the
    United States," the paper was published on July 7 in Psychiatric Services.


    ==========================================================================
    The study compared the costs and benefits of esketamine, an antidepressant approved by the U.S. Food and Drug Administration (FDA) last year for
    use in treatment-resistant major depressive disorder. Unlike ketamine,
    a drug delivered intravenously to treat severe depression, esketamine
    is a nasal spray.

    Lead author Eric L. Ross, MD, reported that "most medications don't
    work as well for people with treatment-resistant depression." However,
    he said, "Esketamine has been effective in a population where many
    other treatments haven't worked." Ross said, "I want people to use
    esketamine, but it's important that it be cost-effective. I don't want
    it to put a real strain on our mental health care system." To estimate
    the cost-effectiveness of the drug, Ross and his colleagues used a "decision-analytic model" to simulate the effects of treatment with
    esketamine versus oral antidepressants over five years. The model looked
    at both societal and health care sector perspectives of using the drug.

    Ross explained that the study built on previous investigations of
    esketamine but added information about cost. Also, he said, the
    model accounted for issues such as "How much does it cost to have
    uncontrolled depression?" and "How much does it impact your quality
    of life?" The simulations found that, over five years, esketamine was projected to improve quality of life by increasing time in remission
    for patients. Societal costs and health care sector costs, however, were projected to go up substantially. The authors estimated a greater than
    95% likelihood that intranasal esketamine would not be cost-effective
    in the United States, according to commonly applied standards. Also,
    they concluded that the price of esketamine must fall by more than 40%
    from its current price of approximately $240 per dose to be cost-effective
    for the management of treatment-resistant depression in the U.S.

    "Esketamine is too expensive, but it does work," Ross asserted. "The
    question now is 'How do we get the price down?'" Ross said that he hopes
    the paper will encourage policymakers, insurers, and health care leaders
    to work to reduce the price of esketamine and make it more available to
    those in need. "At the end of the day, it's not about saving money," he
    said. "The goal is to make sure we're getting the most clinical benefit
    we can for the money we spend."

    ========================================================================== Story Source: Materials provided by McLean_Hospital. Note: Content may
    be edited for style and length.


    ========================================================================== Journal Reference:
    1. Eric L. Ross, Djo/ra I. Soeteman. Cost-Effectiveness of Esketamine
    Nasal
    Spray for Patients With Treatment-Resistant Depression in the
    United States. Psychiatric Services, 2020; appi.ps.2019006 DOI:
    10.1176/ appi.ps.201900625 ==========================================================================

    Link to news story: https://www.sciencedaily.com/releases/2020/07/200713144413.htm

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