Latest / Morning Medical with Dr. Chow / Tech for Seniors, Cognitive Health, BP Management, and AI in Diabetes Care

Transcript

Tech for Seniors, Cognitive Health, BP Management, and AI in Diabetes Care · Morning Medical with Dr. Chow

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  Welcome back to Morning Medical with Dr.
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  Chow, where we bring you the latest updates in the world of health and medicine.
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  I'm your host, Dr.
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  Chi-Ming Chow, and today, we're diving into an intriguing topic that's been making waves in
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  the medical community: how older adults are reaping cognitive benefits from embracing new
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  technology.
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  Let's begin with the story of Wanda Woods.
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  Her journey with technology began in high school when her father suggested that mastering
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  typing could open up job opportunities.
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  He was right, as it led her to a position with the federal Environmental Protection Agency
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  while she was still a junior.
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  Her introduction to technology came through a word processor, and she quickly grew fond of
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  it.
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  Fast forward to 2012, a landmark year when over half of Americans aged 65 and older were
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  internet users.
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  Wanda, now an instructor at Senior Planet in Denver, an initiative supported by AARP,
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  started her own computer training business.
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  Her story is not just inspiring but also indicative of a broader trend.
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  Many older adults are engaging with technology, and some neuroscientists are taking note.
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  This new wave of digital adoption among seniors is noteworthy, especially as it coincides with
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  the age when cognitive decline becomes more common.
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  Despite concerns over "digital dementia," studies suggest the contrary.
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  According to Michael Scullin, a cognitive neuroscientist at Baylor University, the use of
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  everyday digital technology has been associated with a reduced risk of cognitive impairment and
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  dementia.
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  Scullin, along with Jared Benge, a neuropsychologist at the University of Texas at
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  Austin, conducted an analysis of 57 studies involving over 411,000 seniors, published in
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  Nature Human Behavior.
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  They found that older adults who used computers, smartphones, and the internet
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  performed better on cognitive tests and had lower rates of cognitive impairment or dementia
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  diagnoses than those who used technology less frequently.
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  It's important to note that this analysis, while compelling, does not establish causality.
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  The question remains whether technology improves cognition or if those with higher
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  cognitive abilities are more inclined to use technology.
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  Nevertheless, the findings are significant, even after accounting for variables like
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  health, education, and socioeconomic status.
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  One hypothesis is that technology presents complex challenges that can be cognitively
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  beneficial.
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  Navigating new devices, learning to troubleshoot, and adapting to constant updates
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  require mental engagement.
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  This ongoing learning process might explain the cognitive benefits observed among older adults
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  who embrace technology.
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  Moreover, technology can enhance social connections, which are known to help stave off
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  cognitive decline.
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  For instance, digital platforms can facilitate communication with family and friends, while
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  apps can assist with daily tasks like shopping and banking, thereby preserving functional
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  abilities.
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  However, it's crucial to acknowledge the risks associated with technology.
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  Older adults are often targeted by online fraud and scams, and disinformation poses additional
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  challenges.
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  As with any age group, excessive screen time can lead to a loss of social connections and
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  should not replace other brain-healthy activities like exercise and a balanced diet.
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  An interesting question remains: will these benefits extend to future generations, who are
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  digital natives?
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  As technology continues to evolve, it may not be a one-time effect.
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  Historically, new technologies have been met with skepticism, only to later reveal
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  unexpected benefits.
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  Take Wanda Woods, for example.
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  She embraced technology as it evolved, from IBM desktops to smartphones and smartwatches.
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  Now, she's even utilizing artificial intelligence chatbots to plan family events,
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  showing that age is no barrier to tech adoption.
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  Today, we're addressing a critical topic that's been at the forefront of health discussions:
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  blood pressure.
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  Recently, the American Heart Association and the American College of Cardiology updated
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  their guidelines on blood pressure management.
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  These changes are significant, as they focus on prevention and treatment strategies aimed at
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  reducing the risks associated with high blood pressure.
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  High blood pressure, often called hypertension, is a major risk factor for heart disease, which
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  remains the leading cause of death globally.
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  However, managing your blood pressure can significantly reduce your risk not only of
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  heart disease but also of kidney disease, type 2 diabetes, and even dementia.
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  The new guidelines emphasize the importance of starting treatment earlier.
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  This means that interventions should begin before blood pressure reaches dangerously high
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  levels.
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  One of the recommendations includes reducing alcohol consumption, which is known to
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  contribute to elevated blood pressure levels.
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  But how do you know if you need to make changes to your lifestyle?
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  If your blood pressure readings consistently fall in the range of 130/80 millimeters of
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  mercury or higher, it's time to consider some changes.
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  These could include dietary adjustments, increased physical activity, and stress
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  management techniques.
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  Dietary changes are particularly effective in blood pressure management.
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  A diet rich in fruits, vegetables, lean proteins, and whole grains can help lower blood
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  pressure.
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  Reducing sodium intake is also crucial, as high salt consumption is directly linked to high
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  blood pressure.
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  Physical activity is another cornerstone of blood pressure management.
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  Regular exercise, such as brisk walking, cycling, or swimming, can help lower your blood
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  pressure and improve overall cardiovascular health.
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  The key is consistency, aiming for at least 150 minutes of moderate exercise per week.
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  Stress management cannot be overlooked.
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  High stress levels can cause temporary spikes in blood pressure, and chronic stress may
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  contribute to long-term hypertension.
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  Techniques such as mindfulness, meditation, and deep-breathing exercises can be effective in
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  reducing stress and, consequently, blood pressure.
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  It's important to have regular check-ups with your healthcare provider to monitor your blood
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  pressure and discuss any necessary changes in your treatment plan.
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  Remember, managing blood pressure is not just about medication; it's about a holistic
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  approach that includes lifestyle changes and regular monitoring.
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  Our final segment today focuses on an exciting development in the management of type 2
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  diabetes: the use of artificial intelligence to assist patients in lowering their hemoglobin
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  A1c levels.
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  A recent study has shown that an AI-powered system can help individuals with type 2
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  diabetes not only lower their hemoglobin A1c but also reduce their dependency on
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  glucose-lowering medications.
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  This innovative system offers personalized lifestyle recommendations that take into
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  consideration a person’s food preferences, making it a scalable and affordable option for
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  managing diabetes.
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  In a randomized trial involving 150 adults, the results were quite remarkable.
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  Seventy-one percent of participants who used the system achieved an hemoglobin A1c below 6.5
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  percent without relying on glucose-lowering medications other than metformin.
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  This is in stark contrast to only 2.4 percent in the group that received usual care.
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  On average, those using the AI-enabled system experienced a 1.3 percent reduction in
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  hemoglobin A1c compared to a mere 0.3 percent reduction in the usual care group.
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  This is significant because each one percent drop in hemoglobin A1c has been associated with
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  a 37 percent lower risk of microvascular complications and a 21 percent lower risk of
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  any diabetes-related event or death.
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  The system is designed to be user-friendly and effective.
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  It uses sensors and coaching to provide guidance on lifestyle changes, drawing on data
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  from continuous glucose monitors, laboratory results, and input from the Internet of Things.
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  The combination of artificial intelligence and machine learning algorithms generates
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  personalized recommendations that are both practical and achievable for patients.
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  One of the unique aspects of this system is its dietary approach, which is relatively liberal.
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  It allows for individual food preferences and uses a color-coded system to help participants
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  make healthier food choices.
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  Foods are categorized as green, orange, or red, indicating recommended, moderate, or
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  discouraged consumption, respectively.
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  This color-coding is integrated into a smartphone app that assists with meal planning
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  and grocery shopping.
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  Participants in the study were encouraged to increase their physical activity gradually,
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  starting with a daily target of 5,000 steps and aiming for 7,000 or more.
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  They also engaged in resistance training sessions three times a week.
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  This comprehensive approach to lifestyle modification is supported by regular
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  interactions with health coaches through text and video calls, ensuring participants stay on
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  track with their goals.
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  The study's findings underscore the potential of AI-enabled technologies to transform the
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  management of chronic diseases like diabetes.
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  By providing a personalized and intensive approach, this system could address the
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  limitations of traditional healthcare resources, offering a new way forward for
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  patients and healthcare providers alike.
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  As we wrap up today's episode, it's clear that the integration of technology in healthcare is
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  not just a trend but a necessary evolution.
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  The use of artificial intelligence in managing conditions like diabetes offers hope for more
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  effective and personalized care.
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  Thank you for joining me today on Morning Medical with Dr.
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  Chow.
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  Until next time, stay healthy and informed.