• 2020 GAPNA Pharmacology Conference: Contemporary Pharmacology and Prescribing in Older AdultsJoin us at the 2020 GAPNA Pharmacology Conference:
    Contemporary Pharmacology and Prescribing in Older Adults

    April 14-18, 2020, Honolulu, HI.

    Earn up to 18 CNE hours.

     

    Find out more about it and REGISTER today!

  • W A N T E D   G A P N A   L E A D E R S!
    Call for Nominations!

    Have you ever considered stepping forward, accepting the challenge and volunteering for a position on the 2020-21 National Board of Directors? Register online NOW by March 22, 2020!

    Step Up - NOW is the Time! Register Here>

  • AwardNew for GAPNA members: MCM Education

    GAPNA has partnered with a MCM Education to offer an ongoing series of CNE programs available to GAPNA members. "Diagnosing and Managing Parkinson’s Disease in Older Adults," is the latest program offered.

    Parkinson’s disease (PD) is characterized by both motor and nonmotor symptoms. It is diagnosed based on the presence of two of four motor symptoms including rest tremor, bradykinesia, rigidity, and gait imbalance...

    Find out about it!

  • ConventionCALL FOR: Podium and Poster Abstracts

    For the 38th GAPNA Annual Conference
    at the Hyatt Regency
    New Orleans, LA, September 24-26, 2020

    GAPNA members are invited to submit an abstract about their innovative work, that should enrich the APRN's knowledge and/or enhance the care of an older adult. Deadline March 15, 2020.

    Find out more info and deadline dates

  • FREE CE for GAPNA MembersFREE continuing education credit is available for the following session:

    "Update in Chronic Kidney Disease Management and Prescribing"

    (session captured at the GAPNA 2018 Annual Conference)


    For January/February 2020 - Get Your Free CNE Now!

How Diet May Affect Age-Related Macular Degeneration

Switching mice from a high glycemic diet to a low glycemic diet stopped the development of certain signs of age-related macular degeneration.

The findings reveal insights into the impact of diet, metabolic changes, and the gut microbiome on macular degeneration.

“Our findings show an interaction between dietary carbohydrates, the gut microbiome, specific biochemical molecules, and AMD features. This work should lead to new approaches to understand, diagnose, and treat early AMD—perhaps before it affects vision,” Taylor explains. “Already anticipated by our human epidemiologic studies, the findings imply that we can optimize nutrition to prevent the progression of AMD.”

Read the full article from the NIH

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