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Tag: memory loss

  • Placer County police search for missing 82-year-old woman with ‘severe memory loss’

    Placer County police search for missing 82-year-old woman with ‘severe memory loss’

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    (FOX40.COM) — Placer County law enforcement is asking for the public’s assistance to find a missing 82-year-old woman who is at risk because of severe memory loss.

    Karen Garlow was last seen around 4 p.m. on Tuesday as she left Rutlan Way, according to the Rocklin Police Department. Garlow was wearing a green button-down shirt and two different shoes – one pink Croc an one tennis shoe.

    Anyone with information on Garlow’s whereabouts is advised to contact the Rocklin PD at 916-625-5400.

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    Veronica Catlin

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  • How People With Dementia Make Sense of the World

    How People With Dementia Make Sense of the World

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    Elizabeth often met her husband, Mitch, after work at the same restaurant in Lower Manhattan. Mitch was usually there by the time she arrived, swirling his drink and joking with a waiter. Elizabeth and Mitch had been friends before becoming romantically involved and bantered back and forth without missing a beat. Anyone looking at their table might well have envied them, never suspecting that Elizabeth dreaded these pleasant get-togethers.

    Elizabeth, a tall, elegant woman, told me about those evenings in a composed, confiding tone, which only makes her story more uncanny. (Both her name and Mitch’s have been changed to protect their privacy.) Once the meal was over, Mitch would invariably give her a wary, skeptical look and say, “Now you’ll go to your place and I’ll go to mine.” Hearing these words, Elizabeth would nod meekly, then duck into the bathroom for a minute before running out. She’d cross the street, wait for Mitch to emerge—making sure that he was headed in the right direction—and then hurry home to wait for him.

    It always struck her how normal Mitch appeared. It was herself she barely recognized: the nervous, frazzled woman hiding behind lampposts, following a man who looked so at ease in the world. Then, with a burst of speed, she managed to get back to their apartment a few minutes before he did.

    Arriving home, Mitch always gave her the same cheerful greeting: “Hey, honey, how are you?” He had already forgotten their rendezvous.

    The nightmare would officially begin after Mitch had made himself comfortable. Without any warning, he’d look up from a magazine or the TV, stare at Elizabeth, and ask her to leave. Calmly at first, he’d order her out of her own home. When she tried to convince him that she was home, he’d scoff. How could it be her home, when he lived there? Although he sensed that they knew each other, he had forgotten they were married. Moreover, he felt threatened by her presence.

    When Mitch first began to act this way, Elizabeth had done her best to plead her case. She’d point to things in the apartment and remind him of where they came from. “Look,” she’d say. “Our wedding picture, see?”

    Unfazed, Mitch would reply. “Yeah? You must have planted it there.”

    “But look, I can tell you everything that’s in the closet or anywhere else in the  house. We’ve lived here 15 years, me and you, remember?”

    “So you’ve been snooping around my apartment. Now stop touching my things and get out before I call the cops.”

    Some evenings, when she stalled, he flew into a rage, grabbed her by the neck like a stray cat, and pushed her out the front door, where she sat all night in the hallway.

    But Mitch wasn’t predictable—sometimes he seemed perfectly normal in the evenings; at other times, he magnanimously let her remain. But as his episodes grew more frequent and his recalcitrance more extreme, her exile in the hallway became almost a nightly routine. She took to carrying a spare key in her pocket and would let herself in when she thought Mitch had fallen asleep.


    Mitch had Alzheimer’s. I met Elizabeth in 2016, when I was a volunteer at an Alzheimer’s organization in New York City. I’ve remained in touch with her since, even after Mitch’s eventual death from the disease, in 2020. Although Mitch had already been diagnosed by the time Elizabeth and I began discussing her case, she was surprised at the turn his condition had taken. Many people with dementia experience occasional delusions and hallucinations, but relatively few become as fixated as Mitch did on the fact that a spouse is an imposter. I once asked Elizabeth why she thought she continued to argue with Mitch when she knew it wouldn’t do any good. She chuckled. “The thing is, he had an answer for everything. No matter what I said or could prove, he had an explanation. I just couldn’t let it go.”

    When patients with dementia have an answer for everything, caregivers get caught in a loop. It’s surprisingly hard not to be goaded by a patient’s responses. Even if the answers are nonsensical, the patient’s ability to provide them suggests that we’re still dealing with a functional mind. Indeed, the part of the mind that helps patients produce a steady stream of answers remains intact. It was this part—what the neuroscientist Michael Gazzaniga has termed the “left-brain interpreter”—that Mitch was now leaning on. The “interpreter” is an unconscious process responsible for sweeping inconsistencies and confusion under the rug. When things don’t add up, when our expectations are flipped, when our environment suddenly changes, the left-brain interpreter provides explanations that help us make sense of things.

    For instance, patients feeling anxious or afraid because of memory loss or confusion will come up with explanations for their disorientation. They’ll blame the aide for misplacing a purse or insist that people are conspiring against them. When they feel internal discord, their unconscious mind searches for an external source, and this source gives shape to their paranoia. So when Mitch was confronted by evidence that Elizabeth was his wife, which contradicted his impression that she was someone else, his left-brain interpreter found explanations for that evidence—for instance, that it had been planted in his apartment.

    This is partly why so many patients are adept at coming up with quick (albeit wrong) answers and rationalizations for their warped views. The mind’s propensity to create believable narratives is all too human. In a 1962 study that would surely be considered unethical today, the psychologists Stanley Schachter and Jerry Singer administered epinephrine to their subjects. Epinephrine, a synthetic hormone that narrows blood vessels, can produce anxiety, shakiness, and sweating. Some participants were then informed that they had been given a vitamin that had no side effects. The others were told that the pill could produce a racing heart, tremors, and flushing. Those who knew about the possible side effects immediately attributed their discomfort to the drug. Those unaware of possible side effects and who experienced agitation blamed their environment, even thinking that the other participants were responsible.

    We evidently have a tendency to find reasons for what disturbs us rather than remain in the dark. This need to ascertain cause and effect is yet another function of the left-brain interpreter, and it plays out in many ways. For example, we’ll assign reasons to our feelings despite often not knowing their true cause. We’ll twist facts, defend misconceptions, and opt to believe whatever makes sense of what’s happening around us. So when patients argue, caregivers may find it difficult to distinguish pathology from the mind’s normal tendency to resist what it doesn’t know.


    At one of our meetings, Elizabeth described a particularly unsettling moment with Mitch. One evening, amid a harrowing confrontation, instead of throwing her out, Mitch suddenly relaxed and turned on the TV. He flipped through the channels, then stopped on the opening credits to the movie Doctor Zhivago and, hearing its music, reached for her hand.

    “Imagine,” Elizabeth said softly, looking at me, “we’re holding hands.”

    The perpetuation of the sweet Mitch is what kept her off-balance. Because alongside the man who didn’t recognize her was the man who might stroke her hair and ask how she put up with him. Alongside the man who threw her out was the man who made a video for their anniversary in which he confessed how lost he’d be without her. If that Mitch did not exist—if Elizabeth had had only the delusional Mitch to deal with—her left-brain interpreter would have had less to contend with. Instead, her brain was badgered by inconsistency and uncertainty.

    When we think of Alzheimer’s, we usually think of it as erasing the self. But what happens in most cases is that the self splinters into different selves; some we recognize, others we don’t. In fact, the self, or, more accurately, “self-representation” in the brain, is not, as the philosopher Patricia Churchland phrased it, an “all-or-nothing affair.” Instead, our “self” is distributed throughout the brain, which can make Alzheimer’s even more complicated than is generally believed. If the self is, in some sense, already fragmented, its gradual erosion can remain unnoticed behind the ebb and flow of a person’s familiar personality. Cases, of course, vary, and quite commonly Alzheimer’s doesn’t get rid of the self as much as it brings parts of it to the fore.

    For Elizabeth, Mitch was still Mitch. A loved one’s identity doesn’t evaporate when change occurs. One reason for this may be our unconscious belief in what the psychologist Paul Bloom refers to as the “essential self.” Early in our development, we attribute to other people a permanent “deep-down self.” And though our understanding of people becomes more complex as we grow older, our belief in a “true” or “real” self persists.

    When experimental philosophers, interested in how we define the self, asked participants to consider what happens when a hypothetical brain transplant affects a subject’s cognitive abilities, personality, and memory, most participants continued to believe that the subject’s “true self” remained intact. Only in those cases where the subject began to behave in morally uncharacteristic ways—kleptomania, criminality, pedophilia, or engaging in other abhorrent behaviors—did participants conclude that the “true self” had been radically altered.

    Bloom explains that we’re more likely to associate the “good” qualities in people with their true selves—“good,” of course, as defined by our own values. In this sense, another person’s “true” self is an extension of what we hold dear. So if the essential self is intuitively equated with the moral self, then the cognitive problems attending dementia can seem peripheral as long as changes in behavior do not run “deep enough” to redefine a husband or a father. The reason Elizabeth kept arguing with Mitch was that she was appealing to the “real” Mitch, the “good” Mitch, the one “still in there,” the one who, in the past, would have come to her aid.

    For caregivers, the idea of a “real self” can be a double-edged sword. If, on the one hand, it encourages us to argue with afflicted loved ones in the hope of breaking through to their “real selves,” it can also be a source of great frustration. If, on the other hand, we start to doubt the existence of an essential self, how can we account for the person we’re caring for? Who is it that we are suffering and sacrificing for?


    As Mitch’s cognitive capacity ebbed, so too did his confusion. He became calmer—and so did Elizabeth. Even so, Elizabeth told me that he could still, on occasion, become upset. One day when Mitch was filling in a coloring book, an activity he previously would have found beneath him, he looked up and said, “I think there’s something wrong with me.”

    “Well, honey,” Elizabeth said gently, “you have something called Alzheimer’s, and that’s okay, I’m here for you.”

    Mitch furrowed his brow. “No, that’s not it. I don’t have that. Why would you even say that?”

    Telling me this, Elizabeth reprimanded herself: “I felt awful upsetting him.” But her response was only natural. When Mitch sensed something was wrong, she thought, for a moment, that she had glimpsed the old Mitch, the true Mitch. So she had confided in him as she had in the past, hoping he’d understand.

    This article has been excerpted from Dasha Kiper’s new book, Travelers to Unimaginable Lands: Stories of Dementia, the Caregiver, and the Human Brain.

    When you buy a book using a link on this page, we receive a commission. Thank you for supporting The Atlantic.


    ​When you buy a book using a link on this page, we receive a commission. Thank you for supporting The Atlantic.

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    Dasha Kiper

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  • Drew Barrymore Calls Couple’s ‘Miraculous’ Love Story A Real-Life ’50 First Dates’

    Drew Barrymore Calls Couple’s ‘Miraculous’ Love Story A Real-Life ’50 First Dates’

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    Drew Barrymore seems struck and smitten by a real-life love story that mirrors her 2004 film “50 First Dates.”

    The talk show host spotlighted People’s “miraculous” human interest story about Andrew and Kristy Mackenzie on “The Drew Barrymore Show” Friday.

    “Of course, when I saw this, I went straight to a ‘50 First Dates’ place and said, we have to talk about this,” Barrymore shared on her show. “This is real.”

    In the movie, Barrymore’s character Lucy has short-term memory loss due to a car accident, making her romance with Henry (Adam Sandler) a bit complicated. But each day, Henry fights for Lucy’s love.

    Andrew and Kristy Mackenzie had been married for 37 years when they were involved in a near-fatal motorcycle accident in June, People reported earlier this month. When Andrew awoke in the hospital, he was convinced that it was 1993 due to head trauma and was unable to access any memories past that year.

    “He knew me, but I could see him looking through me,” Kristy told the publication. “I tell you, that’s the scariest day of my life. Seeing him look through me like that, I didn’t know how I was going to get him back.”

    Kristy, who suffered a mild concussion, several broken bones, and shoulder damage, was insistent that she share a room with her husband.

    “They said we couldn’t room together and I begged them and begged them,” she told the magazine. “Just sitting and holding his hand was better for both of us.”

    Eventually the hospital relented, and allowed them to share a room, which Kristy said led to her husband recovering his lost memories.

    “Everything seemed to click,” Kristy told People. “I kept telling them, he would be better as long as we were together. I said, ‘If you let us be together, he will get better.’ And that’s when it started coming around.”

    Kristy said that the experience made her want to marry “this man again” — and the couple did just that.

    The pair renewed their vows in front of their children and grandchildren in North Carolina’s Outer Banks on Aug. 29.

    “I never would’ve made it without her,” Andrew told People. “I’ve always said, ‘You’ve got to have a purpose and hope in life.’ And for me, the love of my life is Kristy … I’ve got hope and purpose.”

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  • What’s Better for Your Brain, Crossword Puzzles or Computer Games?

    What’s Better for Your Brain, Crossword Puzzles or Computer Games?

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    By Amy Norton 

    HealthDay Reporter

    WEDNESDAY, Nov. 2, 2022 (HealthDay News) — Older adults looking to slow down memory loss might find some help in a classic brain-teaser: the crossword puzzle.

    That’s the suggestion of a small study that followed older adults with mild cognitive impairment — problems with memory and thinking that may progress to dementia over time. Researchers found that those randomly assigned to do crossword puzzles for 18 months showed a small improvement in tests of memory and other mental skills.

    That was in contrast to study participants who were assigned to a more modern brain exercise: computer games designed to engage various mental abilities. On average, their test scores declined slightly over time.

    Experts cautioned that the study was small and had other limitations. For one thing, it lacked a “control group” of participants who did not perform brain exercises. So it’s not clear whether doing crossword puzzles or playing games is significantly better than doing nothing.

    “This is not definitive,” said lead researcher Dr. Davangere Devanand, a professor of psychiatry and neurology at Columbia University in New York City.

    He said that larger studies, including a control group, are still needed.

    As it is, the current results were unexpected, according to Devanand. Going into the trial, the researchers suspected that computer games would reign superior. Past studies have found that such games can help older adults with no cognitive impairments sharpen their mental acuity.

    It’s not clear why crosswords were the winner in this trial. But, Devanand said, there was evidence that the puzzles were specifically more effective for people in the “late” stage of mild cognitive impairment — which may suggest that crosswords were easier for them to manage.

    The findings were published online recently in the journal NEJM Evidence.

    Mild cognitive impairment is common with age, and does not always progress to dementia. But in many cases it does. It’s estimated that among adults age 65 and older who have such impairments, 10% to 20% develop dementia over a one-year period, according to the U.S. National Institute on Aging.

    Researchers want to find ways to delay or prevent that progression to dementia, and mentally stimulating activities are one avenue under study.

    Some research has found that brain games may help people with mild cognitive impairment boost their memory and thinking skills — though studies have found a lot of variation in the types of improvements seen.

    And one question, according to Devanand, is whether any particular types of brain exercises are better than others.

    So his team set out to compare the effects of web-based computer games and web-based crossword puzzles.

    The researchers recruited 107 older adults with mild cognitive impairment and randomly assigned them to either type of brain exercise. All participants received lessons on how to log on and use the games or puzzles.

    Even though the crossword puzzles were online, Devanand noted, they were otherwise the same as old-fashioned paper-and-pencil ones. They were moderately difficult — at the level of a New York Times puzzle on a Thursday.

    After 18 months, the investigators found, the crossword group had improved by about 1 point, on average, on a standard scale assessing cognitive decline — focused mainly on memory and language skills.

    In contrast, people in the games group declined by a half-point, on average.

    Individuals did vary, however. About one-quarter of the games group, for instance, improved their scores by at least 2 points.

    And when the researchers looked closer, the difference between the two brain exercises was specifically seen among people in the later stages of mild cognitive impairment.

    It’s possible, Devanand said, that for older people with more substantial impairments, crossword puzzles were easier to manage.

    An expert not involved in the study said that “limited conclusions” can be drawn from the findings — in part because there was no control group.

    “However, the results open the door to follow-up trials to directly examine the possibility of benefit from computerized crossword puzzles,” said Claire Sexton, senior director of scientific programs and outreach for the Alzheimer’s Association.

    She stressed, though, that it’s unlikely any single measure — crosswords or otherwise — will make a big difference in the progression toward a complex disease like dementia.

    Instead, Sexton said, the greatest potential may be in “multidomain interventions that simultaneously target many risk factors.”

    Sexton noted that the Alzheimer’s Association is funding a trial, called U.S. Pointer, that is testing that possibility. It’s looking at whether a combination of tactics — including physical activity, brain exercises and better control of high blood pressure and diabetes — can benefit older people at increased risk of cognitive decline.

    For now, there is at least little risk to picking up a crossword puzzle habit.

    “We have a saying in this field about the brain,” Devanand said. “Use it or lose it.”

    More information

    The Alzheimer’s Association has advice on protecting brain health.

     

    SOURCES: Davangere P. Devanand, MD, professor, psychiatry and neurology, Columbia University Medical Center, New York City; Claire Sexton, DPhil, senior director, scientific programs and outreach, Alzheimer’s Association, Chicago; NEJM Evidence, Oct. 27, 2022, online
     

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