WEBVTT
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It's October 6th, and we have a lot to talk about, including brand new approaches
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to managing MS-related cognitive changes.
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For so many people living with MS, cognitive symptoms can be among the most
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disruptive challenges they face.
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What makes them especially frustrating is that they're largely invisible to
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family, to colleagues, and often even to clinicians.
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And that invisibility makes finding effective strategies all the more difficult.
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My guest today is Dr. Elizabeth Gromisch, a research neuropsychologist at the
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Mandel Center for Comprehensive Multiple Sclerosis Care and Neuroscience Research
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at Mount Sinai Rehabilitation Hospital in Hartford, Connecticut.
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Her work sits right at the intersection of neuropsychology, practical technology,
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and patient empowerment, focusing on real-world tools that help people actively
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manage and even improve cognitive dysfunction.
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We'll get to my conversation with Dr. Gromischin just a moment,
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but first, a quick reminder.
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We're now just two weeks away from MS Toronto 2026, this year's joint meeting
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of the America's Committee for Treatment and Research in MS and the European
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Committee for Treatment and Research in MS.
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It's the single largest gathering of MS researchers in the world,
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and you can be a part of it.
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This year, MS Toronto 2026 Patient Community Day is happening both in person
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and online on Friday, October 23rd from 3 to 6 p.m. Eastern Time.
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It's an incredible opportunity to hear leading experts break down the latest
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research presented at the conference into clear, accessible language.
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And you'll even have the chance to submit your own questions directly to the researchers.
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Registration is open now at ectrimspatientcommunity.eu and you can find that
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link waiting for you in today's show notes.
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Whether it's struggling to recall a familiar word, juggling a busy schedule
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that starts to feel overwhelming, or remembering to take medications on time,
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cognitive changes can fundamentally alter how someone navigates daily life with MS.
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Joining me in a moment with a preview of emerging digital tools along with practical
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strategies designed to better manage MS-related cognitive issues is Dr. Elizabeth Gromisch.
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Dr. Gromish is a research neuropsychologist at the Mandell Center for
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Comprehensive Multiple Sclerosis Care and Neuroscience Research at Mount Sinai
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Rehabilitation Hospital in Hartford, Connecticut.
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Welcome back to the podcast, Dr. Gromisch.
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Thank you for having me.
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Your work sits at the intersection of neuropsychology, technology,
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and patient empowerment.
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What first drew you to focus on the cognitive and psychological dimensions of multiple sclerosis?
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So I had a longstanding interest in cognition, actually, because my mother had
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a rare form of brain cancer.
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So I saw firsthand how different neurological conditions can take away our ability
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to remember information or pay attention. So that really led me down the road of neuropsychology.
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And I got into the world of MS courtesy of Dr. Fred Foley.
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I ended up joining his research lab by first month of graduate school,
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which was also the first day I decided I'm gonna be doing work on cognition,
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finding better ways that we can do screening.
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And then from there, it really has evolved to including technology from my own
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experience, living with different
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disabilities and realizing how much technology is not made for people,
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when we have fine motor difficulties, when we have cognitive difficulties or vision difficulties.
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We're going to circle back to that issue in just a moment. You know,
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cognitive changes are often among the most feared and disruptive symptoms for
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people living with MS, but they can be invisible to family members,
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employers, and even clinicians.
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How would you describe the day-to-day impact cognitive dysfunction has on illness
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intrusiveness and quality of life?
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It has such a huge impact because we use our, obviously, we use cognition in our everyday life.
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Just having a conversation right now, there's so much we have to keep track
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of. I have to think of what I'm going to say next, remember what you just asked
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me, and also make sure I'm keeping a good pace.
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So anytime there's a breakdown in any of those cognitive functionings,
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that really can disrupt everyday activities. It could be so much harder to remember
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to take your meditation, pay your bills, or get to your appointments.
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And when those start to build up over time, you could feel like your MS really
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is taking over so much of your life and really affect your quality of life.
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So that's why it's really important as clinicians, as researchers,
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we do a better job of detecting cognitive issues and getting people the support they need sooner.
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I always think of you as being a busy person. You have a lot of projects going,
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and I want to touch on a few of them.
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I know, for instance, you've been active in developing and evaluating MS-CogScreen.
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How does this tool differ from traditional assessments, and how does it balance
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clinical rigor with practicality?
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So there's a couple of things that makes it different. So I think the biggest
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one is this was co-designed with our patients.
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So we didn't just develop it and then test it with people and go from there.
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Every step of the development process, I've had my patient advisory board.
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So they gave me feedback on how the tests actually work, the content.
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And then when we got to the technology part, how it looked on the screen.
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Was it easy for them to navigate? Could they see everything correctly?
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Could they interact with it? because there are some touch components.
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Another big part is it is technology. So a lot of times paper and pencil testing
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can be out of reach for clinicians if they don't have access to a neuropsychologist.
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With the tablet, because we built this to be on an iPad, you just need one device
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and you can do everything on that device, score it, administer it.
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And the last thing that makes it different is we have more than just processing
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speed. We actually developed six different subtests and three different versions.
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And we just completed actually our pilot evaluation and found that we can get
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through this entire battery, including about an average of three questionnaires in about 14 minutes.
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And that's comparable to the BICAMS or the Brief International Cognitive Assessment of MS.
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So the reason we did all this testing is we want to see if it would be rigorous.
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Does it measure what it's supposed to? Do they have around the same level of difficulty?
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And then if we have two different evaluators, do they get the same scores every time?
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I'm happy to say I just finished all of the analyses, actually just last month,
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and showed that our numbers are as good or sometimes even better than some of
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the measures that are out there.
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I know this isn't the only digital tool you're involved in where you've chosen
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to include people living with MS as part of the initial design development phase
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of the tool. Why is that important?
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It's important because these are going to be the individuals using these programs,
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whether it's an assessment tool or a treatment app.
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They're the ones who are using it day to day. So if we don't think about what
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their needs are, how it's going to be easier for them to use if the interface
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is something they like looking at, it's easy to see,
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then they're not going to use
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that tool and we're not really going to make something that's meaningful.
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And I have always said that patients with MS, they're the experts in what their
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MS is. They know what MS is like in their daily life. And I learned so much from them.
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I have my expertise as a neuropsychologist, but I don't know what it's like
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to have MS. So that's why it's so important that every stage of development
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includes patient stakeholders.
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And it's not just, oh, how does it look? It's also the content.
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So in all of our development projects, when we've done interventions,
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we ask people, what have you used in the past?
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If we have this technique, how can I make it easier for you to add it to your daily life?
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A moment ago, I heard you talk about some of the advantages of using a digital
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tool like MS-Cog screen versus pencil and paper.
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Are there potential pitfalls that you've identified or may be on the horizon
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when you're transitioning from that traditional pencil and paper neuropsychological
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test to app or tablet-based cognitive assessments?
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Yeah, there's a couple things that we have to keep in mind, first in the development
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process, and then as we get further along for validation studies.
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The first is always, if there's any touch involvement, is there actually a large enough touch target?
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So if someone has spine motor difficulties, can they easily interact with it?
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Or if they have issues with sensation that they don't really feel they're contacting
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the screen, is it going to read their response?
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Is everything big enough? Because that is a huge issue with blurred vision that
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can people actually read this? Or do we need to go in there and change a screen
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for every single person?
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And that starts to come an issue for cognitive screenings because we need everything
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to be standard across the board.
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So if one screen looks bigger for one person than the next, that's going to
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change the validity of the measure.
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Then when we think further down the line of things like speech recognition technology,
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that's a big thing we use. If you do text-to-speech or use things like Siri
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and Alexa, those are all using things called automated speech recognition.
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Now, a big problem is a lot of that technology is developed with voice samples
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from people who do not have any speech impairments.
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And with MS, we can see things like dysarthria.
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So when we're developing these technologies, when we're implementing them in
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the clinic, we really need to make sure that it has been trained on the voices
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that are going to be, you actually said, in day-to-day actual testing.
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So if we don't include people with dysarthria when we're training these programs,
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and then we roll it out at the clinic, then we're not going to get the actual
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valid response we're expecting.
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And then people might get really
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frustrated because the program's not recognizing what they're setting.
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Much of the research in MS Cognition focuses on processing speed and working memory.
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But you've done some substantial work on prospective memory.
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That's remembering to perform an intended action in the future.
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Why is prospective memory so critical for someone managing MS?
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So, prospective memory is that cognitive domain we use every single day.
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So, it's remembering to remember.
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It's remembering to take your medication, pay your bills, make that phone call,
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go to an appointment. it.
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And it's a very complex type of cognition because not only do you have to remember
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what you're supposed to do, you have to keep track of it the same time you're
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doing everything else in your daily life.
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And then remember not only to do the right thing, but do it at the right time.
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So a breakdown at any point in that process can cause a perspective memory failure.
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And what we've seen is when even when people don't reach the level of significant
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cognitive impairment, they can still make these perspective memory errors and
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they recognize they're making that error.
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The biggest one I've always heard when I do this type of testing is,
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I know I'm supposed to do something, but I can't remember what.
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And that causes such a huge amount of frustration.
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Now, one of the problems we have is when it comes to assessing perspective memory,
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those tests are about a half hour long.
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So when you're doing a full neuropsych that's four hours, that doesn't seem
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like, oh, you could add another half hour testing. That's not that bad.
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But our batteries are so full that that extra half hour sometimes is not feasible.
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So how do we actually deal with that? That's where those cognitive screenings come into play again.
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So if there's a way that we can screen if someone has a potential prospective
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memory issue, we then know for the full evaluation that we need to actually
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do this more detailed evaluation.
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You recently led a feasibility study on improving prospective memory through telehealth.
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I'm wondering what strategies or compensations prove to be most effective,
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and are there strategies that some of our listeners can start applying today?
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Absolutely. So the ones that we found, we looked at two different types of strategies.
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The first one was visualization, and that is when you create a mental picture
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in your mind of what you're going to do.
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So when you start, you really try to pull in all your senses and create a mental
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image of what you're going to do. and you think of what would I hear,
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what would I smell, what do I taste, what colors would I see?
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And we build up from there to help you start to use those visual imagery to
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remember what you're supposed to do.
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And then the other technique we add to that is something called implementation
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intentions or adding if-then cues.
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And the reason we do that is we can really divide perspective memory into time-based and event-based.
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So event-based is when you need to do a task surrounded by an event.
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So when the coffee pot goes off, I take my medication.
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Time-based is when it's around a time, such as in 15 minutes,
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I need to do this, or at 11.15, I need to go to my appointment.
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And that time-based one is a lot harder for people with MS.
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So when we do those if-then strategies, that helps make a more salient cue to
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when they're supposed to do something. So that coffee one comes up as an example
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a lot because that's what I train people with.
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So if I see that my coffee is the alarm goes off, then I take my medications.
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And these visual strategies have actually been found to be one of the strongest
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evidence-based cognitive strategies for MS across different types of memory.
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We recently published a systematic review where we detailed every single strategy
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that has been examined in clinical trials and different experimental trials
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to see what's the evidence behind them.
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And those visualization strategies really come across as being some of the strongest evidence.
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So in terms of practicing that at home, there are some different worksheets
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out there, but one of the biggest issues with cognitive rehabilitation,
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especially when it comes to these compensatory strategies,
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it often requires having a clinician to help guide you through it and provide training.
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And that can be a limitation if you don't live near an MS center that offers
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it or have access to somebody who offers it services.
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So that's actually something that we're hoping with our app projects to make
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available to people with MS. We are adopting our self-management program,
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Managing My MS My Way, and we'll be using natural language processing to make that a reality.
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So we will be able to have something in an app where you could practice those
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different strategies and see what works for you.
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You know, I was about to ask you about Managing My MS My Way,
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so this is perfect timing. Tell us more about that program.
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So Managing My MS, My Way is a self-management program. We actually started
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developing it coming up on eight years now, since I just celebrated nine years
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here at the Mandel Center. And I started the very early work on it within the first couple months.
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And the idea is we wanted to take evidence-based self-management strategies
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like cognitive behavioral therapy and energy conservation and put it in the
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palm of your hand so you can access it from your phone whenever you need it.
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And this has, we started with the fatigue, where we have six different modules
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with a lot of interactive worksheets, relaxation tapes developed specifically
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for people with MS, and lots of education.
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So whenever you want to learn new strategies or need some guidance in managing
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your fatigue, you could do it right from your phone or your tablet.
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Eventually, we will also have it available on the computer.
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So it's been a number of years, actually, when we last spoke way back in 2022,
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we had just finished asking our patient stakeholders about what strategies they
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wanted in this app and how we can make it easier to use.
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And over the summer, we finished the beta testing. So we have a fully functional version of the app.
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We asked several of our patient stakeholders to take it home for six weeks,
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try to break it because we're interested in finding any bugs or anything we
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could change to make it easier to use.
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And we found, even though we only asked people, try using it once a week so
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we could see if these different features work,
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we had people using it every day or multiple times a day and then asking,
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when is this going to come available for me to actually use for real life?
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And at this point, we're just making all those adjustments and we'll be doing
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a feasibility study. We're actually changing it to be national so you don't