Challenging The Myth Of Alzheimer’s

Journal of Intergenerational Relationships Presents

a New Approach to Cognitive Aging


30 July 2013 Taylor & Francis


miss marple was not an alzheimer's candidateIs treating Alzheimer’s Disease (AD) and other Aging Associated Cognitive Challenges (AACC) through medical models really the most effective response to diagnoses?

In the article “The Challenges of Cognitive Aging: Integrating Approaches from Neuroscience to Intergenerational Relationships,” published in the Journal of Intergenerational Relationships, author Peter Whitehouse suggests a more socially-based approach to treating Alzheimer’s and other cognitive disorders.

“Our modern world is challenged by aging demographics, global climate change, political unrest, and economic instability,” says Whitehouse. “Intergenerational approaches to learning and health can foster the kind of long-term intergenerative thinking and valuing that is necessary for human flourishing and even survival in these difficult times. The answers to the challenges of chronic diseases like dementia will not be found in reductionist molecular biology and genetics, but in the redesign of our communities to serve elders, children, and the environment more effectively.”

To demonstrate how intergenerational relationships can assist in addressing some of the social issues that accompany AD and ACCC , Dr. Whitehouse first challenges what he calls the “myth of Alzheimer’s,” or how the new diagnostic criteria for AD and related conditions reveal the limits of medicalization.

Then he details the role of, “The Intergenerational School,” a high performing, public charter school in Ohio that provides learning opportunities for 200 elementary school children and hundreds of adults, some of whom have dementia.

“The school is an intergenerative learning organization built around principles of social construction, educational excellence, lifelong experiential and service learning, and participation in social and political life,” says Whitehouse. Its mission is to create a community that guides individuals in learning the skills and gaining experiences that foster lifelong learning and spirited citizenship.

Sally Newman, Editor of the Journal of Intergenerational Relationship, notes that Whitehouse’s article advances several ideas that prompt further discussion by readers.

“It challenges the notion of Alzheimer’s disease as a disease, and suggests that dementia and cognitive impairments across the lifespan are the biggest challenges to intergenerational relationships, especially when linked to the increasing economic and ecological challenges facing the next generations of human beings.”

Whitehouse’s research is co-published in the Journal of Alzheimer’s Disease.

The article is currently available for free online access on the journal’s website. Click here to download a PDF or text version. For more information about the Journal of Intergenerational Relationships, and to view the latest table of contents, visit

The Journal of Intergenerational Relationships is the forum for scholars, practitioners, policy makers, educators, and advocates to stay abreast of the latest intergenerational research, practice methods and policy initiatives. This is the only journal focusing on the intergenerational field integrating practical, theoretical, empirical, familial, and policy perspectives.

Full bibliographic information The Challenges of Cognitive Aging: Integrating Approaches from Neuroscience to Intergenerational Relationships
Peter Whitehouse MD Ph
Journal of Intergenerational Relationships
Volume 11, Issue 2, 2013
DOI: 10.1080/15350770.2013.782740

Tumeric Compound Has Neuroprotective Effects

Compound From Turmeric Has Neuroprotective Effects

Two new studies suggest that a compound derived from turmeric may have clinical promise for ischemic stroke and traumatic brain injury (TBI), both of which currently lack good therapies.
A synthetic derivative of turmeric made by scientists at the Salk Institute for Biological Studies dramatically improved the behavioral and molecular deficits seen in animal models of these conditions.
In previous studies, David R. Schubert and Pamela Maher in the Salk Cellular Neurobiology Laboratory had developed a series of new compounds using a novel drug discovery paradigm that starts with natural products derived from plants; it then calls for selecting synthetic derivatives that show efficacy in multiple assays testing protection against various aspects of the nerve cell damage and death that occur in brain injuries and in age-associated neurodegenerative diseases.
One compound, called CNB-001, which was derived from curcumin, the active ingredient in the spice turmeric, proved highly neuroprotective in all of the assays; it also enhanced memory in normal animals.

Additional information from Science Daily and the Journal of Neurochemisty on curcumin studies.


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