Podcasts about motor imagery

Du hast noch nie was von Reaktivkraft gehört? Dann wird es höchste Zeit, denn genau die brauchen wir zum Beispiel bei Sprints - und somit auch, wenn wir beim Intervalltraining schneller werden wollen!Um unsere Reaktivkraft zu verbessern oder auch ganz kurzfristig zu aktivieren, reichen tatsächlich schon ein paar wenige, easy Übungen. Welche das sind und welches Timing wir bei der Durchführung beachten sollten, verrät uns Sportwissenschaftler Dr. Julian Bergmann. Besondere Beachtung schenken wir in dieser Folge auch der Methode des "Motor Imagery" - das ist das Aktivieren bestimmter Muskelpartien durch reine Vorstellungskraft. Warum so etwas Verrücktes fantastisch funktioniert, hörst du gleich. Viel Spaß mit der Folge!(00:01:16) - Intro Ende(00:03:49) - Was ist Kraft & welche Kräfte gibt es?(00:04:23) - Reaktivkraft einfach erklärt(00:07:24) - Wieso sollten Läufer:innen die Reaktivkraft kennen und trainieren?(00:13:05) - Welche Faktoren beeinflussen die Reaktivkraft? (00:14:32) - Welchen Einfluss hat Reaktivkraft auf unsere sportlichen Leistungen?(00:17:02) - Mit welchen Methoden kann Reaktivkraft trainiert werden?(00:25:58) - Wann sollten wir solche Übungen vor einer Einheit ausführen?(00:27:54) - Reaktivkraft vs. Plyometrisches Training(00:30:37) - Wie oft sollten wir Training für die Reaktivkraft machen?(00:32:03) - Richtig aufwärmen!(00:35:50) - Was ist „Motor imagery“?(00:42:13) - Motor imagery selbst zuhause durchführen(00:43:45) - Kraftsteigerung durch mentales Training/Motor imagery(00:46:20) - Schneller laufen durch Motor imagery?(00:49:07) - Wann sollten wir Motor imagery durchführen?Hier erfahrt ihr mehr über die Akademie für Sport und Gesundheit.Foto: Akademie für Sport und GesundheitMusik: The Artisian Beat - Man of the CenturyHier findet ihr alle aktuellen Gewinnspiele & Rabatt-Aktionen! Hosted on Acast. See acast.com/privacy for more information.

Du hast noch nie was von Reaktivkraft gehört? Dann wird es höchste Zeit, denn genau die brauchen wir zum Beispiel bei Sprints - und somit auch, wenn wir beim Intervalltraining schneller werden wollen!Um unsere Reaktivkraft zu verbessern oder auch ganz kurzfristig zu aktivieren, reichen tatsächlich schon ein paar wenige, easy Übungen. Welche das sind und welches Timing wir bei der Durchführung beachten sollten, verrät uns Sportwissenschaftler Dr. Julian Bergmann. Besondere Beachtung schenken wir in dieser Folge auch der Methode des "Motor Imagery" - das ist das Aktivieren bestimmter Muskelpartien durch reine Vorstellungskraft. Warum so etwas Verrücktes fantastisch funktioniert, hörst du gleich. ...Du möchtest deinen Podcast auch kostenlos hosten und damit Geld verdienen? Dann schaue auf www.kostenlos-hosten.de und informiere dich. Dort erhältst du alle Informationen zu unseren kostenlosen Podcast-Hosting-Angeboten. kostenlos-hosten.de ist ein Produkt der Podcastbude.Gern unterstützen wir dich bei deiner Podcast-Produktion.

When you are pursuing greatness, instead of having an “instant gratification mindset” try reframing it to a “marathon mindset” to play the long game.   In today's episode we had an in depth conversation with our friend Tony Ricci around “The 2 Unorthodox Ways To Achieving Long Term Success”   Some of the key points Tony really hit on were the importance of acquiring Patience and Endurance in anything you are trying to master in life and we couldn't agree more with him on this.   Tony also talked about how getting into Combat Sports led him to his work today and the skill set that carries over to everyday life.   Make sure you have your note pads or apps out and listen to the full episode.    Keep taking action, pursuing personal excellence, and impacting lives!   In This Episode, we discuss: The 2 Unorthodox Ways To Achieving Long Term Success Tony's upbringing and where he got his relentless work ethic How he got into Combat Sports and traveled the world His current work as a sport scientist and sport psychology researcher and professor at Nova Southeastern University     Tony's Bio: Tony Ricci is an Assistant Professor in the Departments of Health and Human Performance, and Psychology and Neuroscience at Nova Southeastern University. For the past 35 years he has dedicated his energies and career to optimizing Human Performance. Tony holds Separate Master's Degrees in Sport Science and Human Nutrition and a Doctorate in Sport Psychology. His research focus is on Sport Neuroscience, investigating PsychoMotor Development, Motor Imagery and Central and Peripheral Reaction Time. He holds certifications as a Strength and Conditioning Specialist, Performance Enhancement Specialist and Board-Certified Nutritionist. He also serves on the Science Advisory Boards for the International Society of Sports Nutrition, National Academy of Sports Medicine and The Society for Sports Neuroscience..   Along with teaching in the disciplines of Sport Science, Nutrition Science, and Sport Psychology, he is the owner and founder of FightShape International, a multi-discipline performance enhancement company providing advanced coaching in Strength and Conditioning and Mental Performance across Fight Sports disciplines and movement arts. Tony has coached scores of professional athletes in fight-sports, including numerous   Follow Tony: Instagram:https://www.instagram.com/sportpsy_sci_doc?igsh=MXNybzJwYXczc2l0OA== Facebook: https://www.facebook.com/tony.ricci.395?mibextid=LQQJ4d Linked In:  www.linkedin.com/pub/tony-ricci-phdc-fissn-cscs-pes-cdn/26/722/400/   Follow Us: Instagram YouTube   Attention: Icon Meals is offering 40% off your first order for Dynamic Lifestyle Podcast Listeners!   See all the delicious Meals and Goodies they have HERE  and use the Code: FITPROS when you checkout.   Attention Health & Fitness Coaches! Free Online Workshop:   Discover the groundbreaking “Business Building Blueprint” helping coaches who are stuck at $2-5k months build a Profitable & Sustainable Online Health & Fitness Business.    Without the complicated tech, fancy websites or hustle and grind…Watch HERE   Exclusive 50% Savings & 20 CEU's For ISSA Members & Show Listeners Only!   Blueprint to Recession-Proof Your Online Nutrition & Fitness Business To Earn $3,000 or More In The Next 12 Weeks…Learn More HERE     See the full Show Notes to this episode here https://www.liveadynamiclifestyle.com/podcast/the-2-unorthodox-ways-to-achieving-long-term-success-with-tony-ricci/

In Folge #69 des PhysioBib Podcasts, hatten wir Prof. Dr. Thomas Weiss zu Gast.  Er ist Neurophysiologe und Professor am Lehrstuhl für klinische Psychologie an der Friedrich-Schiller Universität in Jena und beschäftigt sich in seiner Forschung unter anderem mit dem Phantomschmerz. Wir haben mit ihm darüber gesprochen, was Phantomschmerzen sind, wie sie entstehen und welche Therapieansätze es Medizinisch und physiotherapeutisch gibt. Dabei haben wir auch einige spannende Themen nochmal im Detail beleuchtet in über die wir auch schon in früheren Podcast Folgen gesprochen haben, darunter unter anderem die Rolle der kortikalen Reorganisation bei Schmerzerkrankungen. Herausgekommen ist wieder eine super spannende Folge und eine passende Fortsetzung zu unseren letzten Folgen in denen es ja viel um aktuelle Neurowissenschaftliche Themen rund um Schmerz ging. Wie immer wünschen wir euch viel Spaß beim Hören dieser Podcast-Folge! Timestamps:  00:00:00 Intro 00:01:39 Vorstellung 00:05:00 Was ist ein Facharzt für Physiologie? 00:05:37 Woher kam dein Interesse für das Thema Schmerz? 00:07:06 Woher kommt deine Verbindung zur Physiotherapie? 00:09:41 Bist du neben deiner Forschungsarbeit auch in der Klinik tätig? 00:11:00 Was ist deine Rolle in der deutschen Schmerzgesellschaft? 00:14:02 Was ist eigentlich Phantomschmerz? 00:18:02 Gibt es auch Phantom Schmerzen nach Organentnahme? 00:19:57 Unterscheiden sich Phantom Schmerzen von anderen Phantom Empfindungen? 00:24:45 In welchem Zeitraum tritt ein Phantomschmerz auf? 00:26:37 Sind Phantom Schmerzen etwas anderes als chronische postoperative Schmerzen? 00:31:32 Was ist kortikale Re-Organisation? 00:39:02 Kann eine Denervation bei Phantom Schmerzen helfen? 00:41:14 Wie funktionieren diese Experimente mit den Prothesen? 00:46:48 Wie sagt Menschen mit Phantom Schmerzen versorgt werden? 00:51:34 Welche Rolle spielen VR Brillen bei der Therapie von Phantom Schmerzen? 00:55:37 Wie schätzt du die Effektivität von Graded Motor Imagery ein? 00:57:45 Was ist der Unterschied zwischen Diskrimininations-Training und Motor Imagery? 01:02:25 Welche Forschung braucht es noch? 01:07:43 Outro Mehr zu unserem Gast: https://www.researchgate.net/profile/Thomas-Weiss-18 Redaktion: Nils Reiter & Noak Liem Produktion: Loïc Luttmann __________________________________________________________________________________________ Die nächsten PhysioBib Kurse:  Affordance - Based Practice - Philosophische Konzepte in der Therapie chronischer Schmerzen - mit Dr. Sabrina Coninx und Wilson 26-28.04.2024 in Berlin. Mehr Infos findest du hier: https://www.instagram.com/p/C3w9o4Wsk2-/?img_index=1 SAMPT x PhysioBib - Clinical Reasoning und Differentialdiagnostik bei Rückenschmerzen 10.05.-12.05.2024 in Essen. Mehr Infos findest du hier: https://www.instagram.com/p/C2sQSzLM7k2/?img_index=1 und hier: https://www.sampt.de/termine.html

Do athletes that suffer from the Yips have different mental imagery than those that did not? How might we conceptualize the Yips from and ecological point of view. Articles:Motor imagery ability in baseball players with throwing yips More information: http://perceptionaction.com/ My Research Gate Page (pdfs of my articles) My ASU Web page Podcast Facebook page (videos, pics, etc)   Subscribe in iOS/Apple Subscribe in Anroid/Google   Support the podcast and receive bonus content   Credits: The Flamin' Groovies – ShakeSome Action Mark Lanegan - Saint Louis Elegy via freemusicarchive.org and jamendo.com

In part 2 of this JOSPT Insights x JOSPT Cases collaboration, clinicians Dr Cody Mansfield and Dr Laura Cutler, with Dr Jake Bleacher continue discussing how they used graded motor imagery to help a patient with low back pain. Treatment sessions 3 and 4 include breakthroughs, progressions, graded movement exposure, and mindfulness training. We discuss who finds pain neuroscience most helpful, and Dr Chris Hughes explains why this case was a perfect match for JOSPT Cases. ------------------------------ RESOURCES Check out the case report article that is the main subject of today's discussion plus its supplemental material: https://www.jospt.org/doi/full/10.2519/josptcases.2021.9875 Understanding pain in less than 5 minutes, and what to do about it: https://www.youtube.com/watch?v=C_3phB93rvI Back pain: separating fact and fiction with Dr Peter O'Sullivan: https://www.youtube.com/watch?v=dlSQLUE4brQ The Recognise App from the NOI group: https://www.noigroup.com/product/recogniseapp/ Find the Why I Hurt Flashcards and heaps of helpful information about pain neuroscience education here: https://whyyouhurt.com/WYH-why.html Find out more about Headspace, and download the app for free: https://www.headspace.com/ Find "Sticks and Stones: The Impact of Language in Musculoskeletal Rehabilitation" here: https://www.jospt.org/doi/10.2519/jospt.2018.0610 The NOI Group's website has plenty of courses and resources for clinicians on managing pain: https://www.noigroup.com/ Don't forget, JOSPT has a terrific series called Pain Science in Practice, which is all about helping you understand and link basic pain science to the clinic and quality musculoskeletal rehabilitation care. Find part 1 in the series (6 editorials, and more on the way!) here: https://www.jospt.org/doi/10.2519/jospt.2022.10995

In part 1 of this JOSPT Insights x JOSPT Cases collaboration, clinicians Dr Cody Mansfield, Dr Laura Cutler, and Dr Jake Bleacher review their approach to supporting a patient with chronic low back pain. First, they review the history, clinical assessment, and the interventions performed over the first 2 treatment sessions. Next, the clinical team reviews how they decided when to leave the biomechanical world and when to focus on graded motor imagery and laterality training. Dr Chris Hughes, Editor-in-Chief for JOSPT Cases, introduces the journal. He explains why case reports are important in musculoskeletal health and rehabilitation. ------------------------------ RESOURCES Check out the case report article that is the main subject of today's discussion plus its supplemental material: https://www.jospt.org/doi/full/10.2519/josptcases.2021.9875 Dr Lorimer Moseley on the role of the brain in chronic pain (snake story): https://www.youtube.com/watch?v=bj9CUGzw6fs&t=26s Dr Peter O'Sullivan and “Jack” sharing how Jack regained his life: https://www.youtube.com/watch?v=j4gmtpdwmrs&t=214s Understanding pain in less than 5 minutes, and what to do about it: https://www.youtube.com/watch?v=C_3phB93rvI Back pain: separating fact and fiction with Dr Peter O'Sullivan: https://www.youtube.com/watch?v=dlSQLUE4brQ The Recognise App from the NOI group: https://www.noigroup.com/product/recogniseapp/

Tim Beames is the co-founder of Le Pub Scientifique and also co-author of the Graded Motor Imagery (GMI) Handbook alongside Lorimer Moseley and David Butler. Tim talks about what GMI is, how this has changed over the years, what attributes a clinician needs to use GMI with a patient and where research is taking us in the evolution of GMI. If you want to become really confident treating pain join us with Le Pub Premium Membership. Sign up at www.lepubscientifique.com  If you'd like to get in touch with Le Pub here's how: Email: lepubscientifique@gmail.com Twitter: @lepubscientifiq Instagram: @lepubscientifique LinkedIn: @LePubScientifique Join the Le Pub Community on Facebook: Le Pub Scientifique   

Link to bioRxiv paper: http://biorxiv.org/cgi/content/short/2022.12.06.519290v1?rss=1 Authors: Conessa, A., Debarnot, U., Siegler, I., Boutin, A. Abstract: Sleep benefits the consolidation of motor skills learned by physical practice, mainly through periodic thalamocortical sleep spindle activity. However, motor skills can be learned without overt movement, either through motor imagery or action observation. Here, we investigated whether sleep spindle activity also supports the consolidation of non-physically learned movements. Forty-five electroencephalographic sleep recordings were collected during a daytime nap after motor sequence learning by physical practice, motor imagery or action observation. Our findings revealed that irrespective of the modality of practice, spindles tend to cluster in trains on a low-frequency time scale of about 50 seconds, and during which spindles iterate every 3-4 seconds. However, despite this apparent modality-unspecific temporal organization of sleep spindles, different behavioral outcomes were elicited. We show that a daytime nap offers an early sleep window that promotes the retention of the learned motor skill following PP and MI practice, and its generalizability towards the transfer of skill from one effector to another after AO practice. Altogether, we demonstrated that the temporal cluster-based organization of sleep spindles may be a general mechanism for effective memory reprocessing. Copy rights belong to original authors. Visit the link for more info Podcast created by Paper Player, LLC

Link to bioRxiv paper: http://biorxiv.org/cgi/content/short/2022.12.05.519096v1?rss=1 Authors: Nunes, J. D., Vourvopoulos, A., Blanco-Mora, D. A., Jorge, C., Fernandes, J.-C., i Badia, S. B., Figueiredo, P. Abstract: Training motor imagery (MI) and motor observation (MO) tasks is being intensively exploited to promote brain plasticity in the context of post-stroke rehabilitation strategies. The desired brain plasticity mechanisms may benefit from the use of closed-loop neurofeedback, embedded in brain-computer interfaces (BCIs) to provide an alternative non-muscular channel. These can be further augmented through embodied feedback delivered through virtual reality (VR). Here, we used functional magnetic resonance imaging (fMRI) to map brain activation elicited by a VR-based MI-MO BCI task called NeuRow and compared with a conventional non-VR, and MI-only, task based on the Graz BCI paradigm. We found that, in healthy adults, NeuRow elicits stronger brain activation when compared to the Graz task, as well as to an overt motor execution task, recruiting large portions of the parietal and occipital cortices in addition to the motor and premotor cortices. In particular, NeuRow activates the mirror neuron system (MNS), associated with action observation, as well as visual areas related with visual attention and motion processing. We studied a cohort of healthy adults including younger and older subgroups, and found no significant age-related effects in the measured brain activity. Overall, our findings suggest that the virtual representation of the arms in a bimanual MI-MO task engage the brain beyond conventional MI tasks, even in older adults, which we propose could be explored for effective neurorehabilitation protocols. Copy rights belong to original authors. Visit the link for more info Podcast created by Paper Player, LLC

Link to bioRxiv paper: http://biorxiv.org/cgi/content/short/2022.10.31.514494v1?rss=1 Authors: Martel, M., Glover, S. Abstract: Motor imagery has long been characterised as the internal experience of the silent unfolding of motor processes, known as the Functional Equivalence view. We argue that a stronger account of motor imagery incorporates how it differs from physical action, as encapsulated in the Motor-Cognitive model. The Motor-Cognitive model argues that in lieu of online control, motor imagery is elaborated using cognitive processes relying on executive resources. We tested the Motor-Cognitive and Functional Equivalence models in experiments that manipulated the quality of information available during movement through 1) removing vision; 2) restricting vision to the periphery; or 3) miming the movement. All three experiments found strong evidence in favour of the Motor-Cognitive model and against the Functional Equivalence view. We discuss these results in the broader context of the processes involved in mental imagery. Copy rights belong to original authors. Visit the link for more info Podcast created by Paper Player, LLC

I'm delighted to speak with Dr Matthew Scott, Prof Paul Holmes and Dr David Wright in this episode.   Matt is a Postdoctoral Research Fellow at the University of British Columbia in the School of Kinesiology. Matt investigates the effect of dyad practice - training with a partner - on motor learning. His interests are in combined (and independent) action observation and motor imagery, motor learning and motor control. Paul is Deputy Pro-Vice Chancellor in the Faculty of Health and Education at Manchester Metropolitan University and a Research Professor of Motor Cognition. Paul's research interests include motor cognition in human performance and movement rehabilitation where he has published widely on both subjects focusing on motor imagery and action observation mechanisms. Paul has worked as a sport psychologist in high performance sport for over 25 years. David is a Senior Lecturer in Psychology in the Department of Exercise and Sport Science at Manchester Metropolitan University. His area of interest is in neurophysiological processes involved in various aspects of sport psychology. David's research focuses on motor imagery using brain stimulation techniques. Matt, Paul, David and I discuss a fascinating paper they have published alongside Dr Dave Smith and led by Matt which reviews PETTLEP imagery. The PETTLEP model was first published by Paul and Professor Dave Collins 20 years ago as a framework to improve the delivery and outcome of motor imagery (MI) interventions. Drawing on research from neuroscience, cognitive-behavioural psychology, and sport psychology the model served as a set of guidelines for sport psychologists to consider when developing MI interventions and tailoring them to individual athlete needs. PETTLEP is an acronym for seven practical elements that sport psychologists could consider when developing MI interventions with athletes (Physical, Environment, Task, Timing, Learning, Emotion, and Perspective). In the 20 years since its publication, the PETTLEP model has become one of the most dominant models for structuring MI interventions in sport.  Please see a link to the paper here https://www.sciencedirect.com/science/article/pii/S2667239122000260?via%3Dihub

Link to bioRxiv paper: http://biorxiv.org/cgi/content/short/2022.10.25.513501v1?rss=1 Authors: Van Caenegem, E. E., Hamoline, G., Waltzing, B. M., Hardwick, R. M. Abstract: Motor Imagery is a subject of longstanding scientific interest. However, critical details of motor imagery protocols are not always reported in full, hampering direct replication and translation of this work. The present review provides a quantitative assessment of the prevalence of under reporting in the recent motor imagery literature. Publications from the years 2018-2020 were examined, with 695 meeting the inclusion criteria for further examination. Of these studies, 64% (445/695) did not provide information about the modality of motor imagery (i.e.,kinesthetic, visual, or a mixture of both) used in the study. When visual or mixed imagery was specified, the details of the visual perspective to be used (i.e., first person, third person, or combinations of both) were not reported in 24% (25/103) of studies. Further analysis indicated that studies using questionnaires to assess motor imagery reported more information than those that did not. We conclude that studies using motor imagery consistently under-report key details of their protocols, which poses a significant problem for understanding, replicating, and translating motor imagery effects. Copy rights belong to original authors. Visit the link for more info Podcast created by Paper Player, LLC

Link to bioRxiv paper: http://biorxiv.org/cgi/content/short/2022.10.04.510767v1?rss=1 Authors: Hilt, P. M., Bertrand, M., Feasson, L., Lebon, F., Mourey, F., Ruffino, C., Rozand, V. Abstract: Human aging is associated with a decline in the capacity to memorize recently acquired motor skills. Motor imagery training is a beneficial method to compensate for this deterioration in old adults. It is not yet known whether these beneficial effects are maintained in very old adults ( greater than 80 years), more affected by the degeneration processes. The aim of this study was to evaluate the effectiveness of a mental training session of motor imagery on the memorization of new motor skills acquired through physical practice in very old adults. Thirty very old adults performed 3 actual trials of a manual dexterity task (session 1) or a sequential footstep task (session 2) as fast as they could before and after a 20-min motor imagery training (mental-training group) or watching a documentary for 20 min (control group). Performance was improved after 3 actual trials for both tasks and both groups. For the control group, performance decreased in the manual dexterity task after the 20-min break and remained stable in the sequential stepping task. For the mental-training group, performance was maintained in the manual dexterity task after the 20-min motor imagery training and increased in the sequential stepping task. These results extended the benefits of motor imagery training to the very old population, showing that even a short motor imagery training improved their performance and favor the motor memory process. These results confirmed that motor imagery training is an effective method to complement traditional rehabilitation protocols. Copy rights belong to original authors. Visit the link for more info Podcast created by PaperPlayer

Fast Takes - Ep39 Read the transcript at https://kesslerfoundation.org/sites/default/files/2022-05/Researching%20novel%20approaches%20for%20treating%20neuropathic%20pain%20and%20chronic%20fatigue%20-%20Ep39-TRANSCRIPT.pdf Historically, it was believed that the brain stopped growing after childhood. We now know the contrary to be true. Neuroscience has confirmed that our brains change throughout our lives, from birth to death. The brain's ability to rewire its circuitry and make adaptive changes, known as neuroplasticity, is why recovery after injury is possible. But much about neuroplasticity is not well understood. Our researchers are using functional magnetic resonance imaging (fMRI) and real-time neurofeedback capabilities to conduct several novel pilot studies. Their goal is to correlate changes in the brain to changes in behavior and function. In this episode, Joan Banks-Smith, Creative Producer for Kessler Foundation, spoke with three researchers about their latest studies (see specific list below): Olga Boukrina, PhD, senior research scientist in the Center for Stroke Rehabilitation Research; Jeanne Zanca, PhD, senior research scientist in the Centers for Spinal Cord Injury and Outcomes and Assessment Research; and Glenn Wylie, DPhil, director of the Rocco Ortenzio Center for Neuroimaging at Kessler Foundation. Funding sources: David F. Bolger Trust and Craig H. Neilsen Foundation Learn more about: Dr. Olga Boukrina, https://kesslerfoundation.org/aboutus/Olga%20Boukrina Dr. Glenn Wylie, https://kesslerfoundation.org/aboutus/Glenn%20Wylie Dr. Jeanne Zanca, https://kesslerfoundation.org/aboutus/Jeanne-Zanca Center for Outcomes and Assessment Research, https://kesslerfoundation.org/research/center-outcomes-and-assessments-research Center for Spinal Cord Injury Research, https://kesslerfoundation.org/research/center-spinal-cord-injury-research Center for Stroke Research, https://kesslerfoundation.org/research/stroke/rehabilitation Rocco Ortenzio Neuroimaging Center at Kessler Foundation, https://kesslerfoundation.org/research/mri/rocco-ortenzio-neuroimaging-center Interested in joining a study mentioned in this podcast? Strategies for Stroke Rehabilitation: fMRI Neurofeedback and Motor Imagery, PI: Olga Boukrina, PhD, https://kesslerfoundation.org/research/studies/reading-impairments-following-left-sided-stroke Assessment of Cognitive Fatigue in the Aging, PI: Glenn Wylie, DPhil, https://kesslerfoundation.org/research/studies/assessment-cognitive-fatigue-agedInvestigating Mental Fatigue among Individuals with Stroke, PI: Glenn Wylie, DPhil, https://kesslerfoundation.org/research/studies/investigating-mental-fatigue-among-individuals-stroke Brain Activity in People with Chronic Neuropathic Pain and SCI, PI: Jeanne Zanca, PhD, https://kesslerfoundation.org/research/studies/brain-activity-people-chronic-neuropathic-pain-and-sci Interested in joining a study, https://kesslerfoundation.org/join-our-research-studies ============================================== Tuned in to our podcast series lately? Join our listeners in 90 countries who enjoy learning about the work of Kessler Foundation. Be sure to subscribe to our SoundCloud channel “KesslerFoundation” for more research updates. Follow us on Facebook, Twitter, and Instagram. Listen to us on Apple Podcasts, Spotify, SoundCloud, or wherever you get your podcasts. This podcast was recorded remotely on May 16, 2022, and was edited and produced by Joan Banks-Smith, Creative Producer for Kessler Foundation.

Dit is de 92ste aflevering van de Slimmer Presteren Podcast, over sport, onderzoek en innovatie. In deze aflevering hebben Gerrit en Jurgen het over: De kracht van visualisatie voor sporters: kun je trainen zonder te bewegen?INLEIDING: Epke Zonderland en Erben Wennemars waren er meesters in: bewegingen oefenen door middel van visualisatie. Maar hoe effectief kun je trainen zonder daarbij in beweging te komen?  En maakt het daarbij uit wat je precies doet bij het visualiseren?   SHOWNOTES: Filmpje van Erben Wennemars die de 500 meter schaatsen visualiseert: https://www.youtube.com/watch?v=FJ5K7uePr8g (https://www.youtube.com/watch?v=FJ5K7uePr8g) Presentatie van Peter Beek bij de Universiteit van Nederland over visualiseren: https://www.youtube.com/watch?v=NFKrbPjZpzk&list=PLT52h0zo_smdpeDUuxJkzlhBkDkB9lxbp&index=5 (https://www.youtube.com/watch?v=NFKrbPjZpzk&list=PLT52h0zo_smdpeDUuxJkzlhBkDkB9lxbp&index=5) Studie naar het effect van visualisatie van krachttraining: https://westallen.typepad.com/brains_on_purpose/files/mind_over_matter_shackell_07.pdf (https://westallen.typepad.com/brains_on_purpose/files/mind_over_matter_shackell_07.pdf) Artikel in Sportgericht over Motor Imagery: https://auteurs.allesoversport.nl/wp-content/uploads/2021/11/SG.2021.5.26.30.Kolman.pdf (https://auteurs.allesoversport.nl/wp-content/uploads/2021/11/SG.2021.5.26.30.Kolman.pdf) Studie naar het effect van visualiseren op het tegengaan van krachtsverlies tijdens immobilisatie: https://journals.physiology.org/doi/full/10.1152/jn.00386.2014 (https://journals.physiology.org/doi/full/10.1152/jn.00386.2014)   —- De Slimmer Presteren Podcast is een initiatief van Gerrit Heijkoop en Jurgen van Teeffelen. Vanaf begin 2020 bespreken zij wekelijks een onderwerp op het gebied van sport, onderzoek en innovatie.   Zie ook: WEB: https://slimmer-presteren-podcast.nl/ (https://slimmer-presteren-podcast.nl) INSTAGRAM: https://www.instagram.com/SlimmerPodcast (https://www.instagram.com/SlimmerPodcast) TWITTER: https://twitter.com/SlimmerPodcast (https://twitter.com/SlimmerPodcast) PODCAST PLAYERS: https://slimmer-presteren.captivate.fm/listen (https://slimmer-presteren.captivate.fm/listen) VRIEND VAN DE SHOW: https://vriendvandeshow.nl/slimmerpodcast (https://vriendvandeshow.nl/slimmerpodcast)

Today's episode for is for all you pelvic pain nerds out there. I bring you a brilliant discussion I had with pelvic floor physio, Katie Kelly, on the concepts of graded motor imagery for pelvic pain.  Katie Kelly is a pelvic floor physiotherapist from New Brunswick, Canada. She graduated from the MSc PT program at Dalhousie University in 2010 and has been working with pelvic floor patients for over a decade. She opened her private physiotherapy practice in 2017, and co-opened ReConnect Health Centre, a women's focused multidisciplinary health clinic in June 2020.  Katie is a guest lecturer at Dalhousie University's School of Physiotherapy where she lectures on the topics of pregnancy and pelvic floor physiotherapy. Katie is an active contributing author to the Canadian Physiotherapy Association's Women's Health Division Newsletter. She has a passion for Cesarean section rehabilitation education, recently presented on this topic for the Canadian Physiotherapy Association and teaches a professional course on the subject. Katie has developed a relationship with Mount Allison University's Sexual Health Lab where she contributes to research involving genital pain conditions. Recently, Katie has launched The Vulvar Image Collection; a resource of vulvar images used in research and education. You can find Katie in the community supporting the role of physiotherapy in pelvic health conditions, or on social media advocating for pelvic floor physiotherapy awareness. Website: www.katiekellypt.ca, www.reconnecthealth.ca Facebook: Katie Kelly Physiotherapy Instagram: @ptkatiekelly Tiktok: @katiekellypt Website for The Vulva Image Collection:  https://embodiaapp.com/courses/1211-resource-package-the-vulvar-image-collection-katie-kelly-pt Promo code: pelvichealthpodcast25 Good until August 1, 2022 GMI http://www.gradedmotorimagery.com

This week Bean and Nancy sat down to motor imagery in the context of neurorecovery. If you have any questions, comments or suggestions for future episodes use the anonymous form at https://www.reyu.ca/podcast. Disclaimer The field of neurorecovery is constantly changing and evolving and as such we do our best to present accurate information and stay current. We are simply providing our views and opinions on the topics presented and what we have found to be beneficial that will be as evidenced based as possible. By listening to this podcast, you agree not to use this podcast as medical advice to treat any medical condition in either yourself or your children. Consult your doctor/ therapist for any medical issues that you or they may be having. This entire disclaimer also applies to any guests or contributors to the podcast. Under no circumstances shall Benveet Gill, Nancy Morrow, ReYu Paralysis Recovery Centre Inc, Rambling with ReYu, or any guests or contributors to the podcast, as well as any employees, associates, or affiliates of any of the above, be responsible for damages arising from use of the podcast. ADDITIONAL LEGAL DISCLAIMER This podcast should not be used in any legal capacity whatsoever, including but not limited to establishing “standard of care” in a legal sense or as a basis for expert witness testimony. No guarantee is given regarding the accuracy of any statements or opinions made on the podcast.

In deze Topsport Topics Highlights bespreken collega's Ellen, Nikki en Willem-Paul samen met Herman de hoogtepunten in de sportwetenschap van de afgelopen maanden. Ze bespreken verschillende onderwerpen die verschenen op topsporttopics.nl en geven enkele lees- en kijktips. In deze aflevering komen onder andere de volgende onderwerpen aan bod: een vraag van shorttrackcoach Jeroen Otter over acuut herstel, de invloed van de menstruatiecyclus op sportprestaties en de rol van motor imagery om sportprestaties te bevorderen. Hieronder staan de links naar de artikelen die worden besproken in de Topsport Topics Highlights: Vraag maatregelen om acuut herstel te optimaliseren (alleen toegankelijk voor professionals uit de topsport door NOC*NSF aangewezen) Feit of fabel? Menstruatiecyclus beïnvloedt de sportprestatie De kracht van motor imagery voor sportprestaties Lees-, luister- en kijktips: Documentairereeks Naomi Osaka Why we sleep - Matthew Walker Documentaire Magnus Vierluik mentale problemen

Här gräver vi ner oss i metoder där du tränar med fullt fokus och alla sinnen. Med utgångspunkt i en nypublicerade studie ifrån Lunds universitet försöker vi förstå vad Imagery training kan innebära. Träning är så mycket mer än bara den fysiska kroppen och dess rörelser.... Artikeln i fråga: Niklas Cederström, Simon Granér, Gustav Nilsson, Eva Ageberg, Effect of motor imagery on enjoyment in knee-injury prevention and rehabilitation training: A randomized crossover study, Journal of Science and Medicine in Sport, Volume 24, Issue 3, 2021, Pages 258-263 https://doi.org/10.1016/j.jsams.2020.09.004 Cederströms kommande “Uppföljare”: Motor Imagery to Facilitate Sensorimotor Relearning (MOTIFS) After ACL Injury: A Randomized Controlled Trial https://clinicaltrials.gov/ct2/show/NCT03473821 Övrig litteratur som omnämns: Robert Weinberg, Does Imagery Work? Effects on Performance and Mental Skills, Journal of Research in Sport and Physical Activity, Volume 3, Issue 1, 2008 Joel M. Cressman, Kimberley A. Dawson, Evaluation of the use go Healing Imagery in Athletic Injury Rehabilitation, Volume 6, Issue 1, 2011

In this podcast Deisiane Souto discusses her paper 'Motor imagery in children with unilateral cerebral palsy: a case–control study'. Please find an English version of the podcast here: https://youtu.be/Ywb20z-intM The paper is available here: https://onlinelibrary.wiley.com/doi/full/10.1111/dmcn.14672 ___ DMCN Journal: Developmental Medicine & Child Neurology (DMCN) has defined the field of paediatric neurology and childhood-onset neurodisability for over 60 years. DMCN disseminates the latest clinical research results globally to enhance the care and improve the lives of disabled children and their families.   DMCN Journal - https://onlinelibrary.wiley.com/journal/14698749 ___ Watch DMCN videos on our YouTube channel: https://bit.ly/2ONCYiC

In this podcast Vitor Haase discusses his paper 'Motor imagery in children with unilateral cerebral palsy: a case–control study'. Please find a Portuguese version of the podcast here: https://youtu.be/maqDXhkdFAU The paper is available here: https://onlinelibrary.wiley.com/doi/full/10.1111/dmcn.14672 ___ DMCN Journal: Developmental Medicine & Child Neurology (DMCN) has defined the field of paediatric neurology and childhood-onset neurodisability for over 60 years. DMCN disseminates the latest clinical research results globally to enhance the care and improve the lives of disabled children and their families.   DMCN Journal - https://onlinelibrary.wiley.com/journal/14698749 ___ Watch DMCN videos on our YouTube channel: https://bit.ly/2ONCYiC

Link to bioRxiv paper: http://biorxiv.org/cgi/content/short/2020.10.22.351106v1?rss=1 Authors: Ogawa, T., Shimobayashi, H., Hirayama, J.-i., Kawanabe, M. Abstract: Both imagery and execution of motor controls consist of interactions within a neuronal network, including frontal motor-related regions and posterior parietal regions. To reveal neural representation in the frontoparietal motor network, several approaches have been proposed: one is decoding of actions/modes related to motor control from the spatial pattern of brain activity; another is to estimate effective connectivity, which means a directed association between two brain regions within motor regions. However, a motor network consisting of multiple brain regions has not been investigated to illustrate network representation depending on motor imagery (MI) or motor execution (ME). Here, we attempted to differentiate the frontoparietal motor-related networks based on the effective connectivity in the MI and ME conditions. We developed a delayed sequential movement and imagery (dSMI) task to evoke brain activity associated with data under ME and MI in functional magnetic resonance imaging (fMRI) scanning. We applied a linear non-Gaussian acyclic causal model to identify effective connectivity among the frontoparietal motor-related brain regions for each condition. We demonstrated higher effective connectivity from the contralateral dorsal premotor cortex (dPMC) to the primary motor cortex (M1) in ME than in MI. We mainly identified significant direct effects of dPMC and ventral premotor cortex (vPMC) to the parietal regions. In particular, connectivity from the dPMC to the superior parietal lobule (SPL) in the same hemisphere showed significant positive effects across all conditions. Instead, interlateral connectivities from vPMC to SPL showed significantly negative effects across all conditions. Finally, we found positive effects from A1 to M1 in the same hemisphere, such as the audio motor pathway. These results indicated that sources of motor command originated from d/vPMC and influenced M1 as achievements of ME and MI, and the parietal regions as integration of somatosensory and visual representation during finger tapping. In addition, sequential sounds may functionally facilitate temporal motor processes. Copy rights belong to original authors. Visit the link for more info

“Dance is a natural and universal form of expression, but classical ballet has a sophisticated aesthetic and complex technique”. Janet Karin discusses, in summary, how dancers learn, and how to make ballet technique natural. We look at the sensorimotor system and the creation of expressive movement, exploring how the historical development of ballet’s aesthetics and training methods influences the way dancers train today. This episode also covers motor control, movement cues, implicit and explicit learning, and movement beliefs. We also look into the recontextualization theory, and the impact on encouraging creativity and reducing perfectionistic cognitions through teaching methods. Resources - Iacoboni, Marco. 2009. “Imitation, Empathy, and Mirror Neurons.” Annual Review of Psychology 60:653–70. doi:10.1146/annurev. psych.60.110707.163604. Karin, Janet. 2016. “Recontextualizing Dance Skills: Overcoming Impediments to Motor Learning and Expressivity in Ballet Dancers.” Frontiers in Psychology 7. doi: 10.3389/fpsyg.2016.00431. Karin, Janet, and Sanna Nordin-Bates. 2020. “Enhancing Creativity and Managing Perfectionism in Dancers Through Implicit Learning and Sensori-Kinetic Imagery.”Journal of Dance Education 20 (1): 1-11. DOI: 10.1080/15290824.2018.1532572 Liao, Chu-Min, and Richard S. W. Masters. 2001. “Analogy Learning: A Means to Implicit Motor Learning.” Journal of Sports Sciences 19(5):307–19. doi:10.1080/02640410152006081. Solodkin, Ana, E. Petr Hlustik, Elinor Chen, and Steven L. Small. 2004. “Fine Modulation in Network Activation during Motor Execution and Motor Imagery.” Cerebral Cortex 14 (11):1246–55. doi:10.1093/cercor/bhh086. Find Janet here - janet.karin1@gmail.com Contact: jasminefmcook@icloud.com Instagram: @scidancepodcast Cover art by Jill North. Original image by Young Images Photography.

Link to bioRxiv paper: http://biorxiv.org/cgi/content/short/2020.09.21.291492v1?rss=1 Authors: Chen, Y. Y., Lambert, K., Madan, C. R., Singhal, A. Abstract: Motor imagery, or our ability to imagine movement without actually engaging in the action, has been an increasingly popular tool in rehabilitation settings. Understanding its neural underpinning is crucial for further development of new interventions. Using scalp electroencephalography (EEG), many studies have shown that mu oscillations (8-13 Hz), a variant of the alpha band recorded over the motor cortex electrodes, are involved in both the imagination and performance of movements; however, the exact relationship between mu oscillations and motor imagery is unclear. To further our understanding of the functional significance of mu oscillations and their role in both motor learning and motor performance, our study sought to investigate how suppression in mu oscillations varies during a motor imagery task according to both within subject imagery success and between subject imagery ability. We examined EEG activity while a large sample of participants performed an objective test of motor imagery ability (Test of Ability in Movement Imagery, TAMI). Results demonstrated that mu oscillatory activity significantly decreased during successful imagery trials as compared to unsuccessful ones. However, the extent of reduction in mu oscillations did not correlate with individual imagery ability. These results provide further support for the involvement of mu oscillations in motor behaviors and indicate that suppression in mu oscillations may serve as an important index for determining successful motor imagery performance within an individual. The processes that underlie this success are likely similar to those that underlie successful motor execution, given motor imagery's proposed functional equivalence to motor imagery. Copy rights belong to original authors. Visit the link for more info

Link to bioRxiv paper: http://biorxiv.org/cgi/content/short/2020.08.19.258210v1?rss=1 Authors: Yokoyama, H., Kaneko, N., Watanabe, K., Nakazawa, K. Abstract: Brain decoding of motor imagery (MI) is crucial for the control of neuroprosthesis, and it provides insights into the underlying neural mechanisms. Walking consists of stance and swing phases, which are associated with different biomechanical and neural control features. However, previous studies on the decoding of the MI of walking focused on the classification of more simple information (e.g., walk and rest). Here, we investigated the feasibility of electroencephalogram (EEG) decoding of the two gait phases during the MI of walking and whether the combined use of MI and action observation (AO) would improve decoding accuracy. We demonstrated that the stance and swing phases could be decoded from EEGs during AO or MI alone. Additionally, the combined use of MI and AO improved decoding accuracy. The decoding models indicated that the improved decoding accuracy following the combined use of MI and AO was facilitated by the additional information resulting from the concurrent cortical activations by multiple regions associated with MI and AO. This study is the first to show that decoding the stance versus swing phases during MI is feasible. The current findings provide fundamental knowledge for neuroprosthetic design and gait rehabilitation, and they expand our understanding of the neural activity underlying AO, MI, and AO+MI of walking. Copy rights belong to original authors. Visit the link for more info

Imagery is a free and accessible form of mental practice that can be used to enhance performance, confidence, skills and more. In Episode 68: Motor Imagery, Betsy Coker EdD, explains what motor imagery is and how it works, as well as why, when, and how dancers use imagery. She talks about applying her research on imagery to her teaching practice, and suggests that perhaps some day, imagery could contribute to a very different, possibly more inclusive understanding of what dance is and who gets to do it. Learn more aboutBetsy Coker at: www.betsycoker.com Host: Ellie Kusner Co-Hosts: Ellie Kusner and Marissa Schaeffer Website: www.dancewellpodcast.com Email: DanceWellPodcast@gmail.com Introduction Soundscape: Brendan Berry and Dylan Ezzie

Mirror, Mirror on the Wall Complex regional pain syndrome (CRPS) is a painful condition localized to a limb or body region, typically in response to trauma or surgery. Although several contributing mechanisms of CRPS have been described, the exact pathophysiology of the condition is not completely known. Graded motor imagery (GMI) is a comprehensive program aimed at sequentially activating motor cortical networks of the disordered limb to improve neural reorganization. GMI includes phases of progressive sensory-motor restructuring beginning with laterality training, guided imagery, and ultimately leading to mirror therapy. In this lecture, leading mechanisms for the development of CRPS will be discussed, along with the role of reorganization of the somatosensory cortex. In addition, treatment algorithms will be included along with medications, injections, and a thorough review of GMI and its outcomes. (Recorded at PAINWeek 2018)

In this mental practice session, you will be imagining yourself opening doors with your affected arm, wrist, and fingers. When your mental practice sequence is complete you will once again go through a brief period of progressive muscle relaxation and deep breathing until you have returned to your present environment and opened your eyes. To download this episode, please click "Share Episode" and select the download icon to save it to your device.For the hearing impaired: Please email sales@saebo.com to request a written transcript of this recording.

In this mental practice session, you will be imagining yourself pouring milk after removing it from the refrigerator with your affected arm, wrist, and fingers. When your mental practice sequence is complete you will once again go through a brief period of progressive muscle relaxation and deep breathing until you have returned to your present environment and opened your eyes. To download this episode, please click "Share Episode" and select the download icon to save it to your device.For the hearing impaired: Please email sales@saebo.com to request a written transcript of this recording.

In this mental practice session, you will be imagining yourself zipping a jacket with your affected arm, wrist, and fingers. When your mental practice sequence is complete you will once again go through a brief period of progressive muscle relaxation and deep breathing until you have returned to your present environment and opened your eyes.To download this episode, please click "Share Episode" and select the download icon to save it to your device.For the hearing impaired: Please email sales@saebo.com to request a written transcript of this recording.

In this mental practice session, you will be imagining yourself dealing cards from a card deck using your affected arm, wrist, and fingers. When your mental practice sequence is complete you will once again go through a brief period of progressive muscle relaxation and deep breathing until you have returned to your present environment and opened your eyes. To download this episode, please click "Share Episode" and select the download icon to save it to your device.For the hearing impaired: Please email sales@saebo.com to request a written transcript of this recording.

In this mental practice session, you will be imagining yourself turning the pages of a newspaper, a book, and a magazine with your affected arm, wrist, and fingers. When your mental practice sequence is complete you will once again go through a brief period of progressive muscle relaxation and deep breathing until you have returned to your present environment and opened your eyes. To download this episode, please click "Share Episode" and select the download icon to save it to your device.For the hearing impaired: Please email sales@saebo.com to request a written transcript of this recording.

In this mental practice session, you will be imagining yourself opening a medicine bottle, sorting your pills, and then closing the medicine bottle with your affected arm, wrist, and fingers. When your mental practice sequence is complete you will once again go through a brief period of progressive muscle relaxation and deep breathing until you have returned to your present environment and opened your eyes.To download this episode, please click "Share Episode" and select the download icon to save it to your device.For the hearing impaired: Please email sales@saebo.com to request a written transcript of this recording.

In this mental practice session, you will be imagining yourself petting your animal with your affected arm, wrist, and fingers. When your mental practice sequence is complete you will once again go through a brief period of progressive muscle relaxation and deep breathing until you have returned to your present environment and opened your eyes.To download this episode, please click "Share Episode" and select the download icon to save it to your device.For the hearing impaired: Please email sales@saebo.com to request a written transcript of this recording.

In this mental practice session, you will be imagining yourself picking up coins and bills in order to count money in your wallet with your affected arm, wrist, and fingers. When your mental practice sequence is complete you will once again go through a brief period of progressive muscle relaxation and deep breathing until you have returned to your present environment and opened your eyes.To download this episode, please click "Share Episode" and select the download icon to save it to your device.For the hearing impaired: Please email sales@saebo.com to request a written transcript of this recording.

In this mental practice session, you will be imagining yourself eating with a spoon using your affected arm, wrist, and fingers. When your mental practice sequence is complete you will once again go through a brief period of progressive muscle relaxation and deep breathing until you have returned to your present environment and opened your eyes. To download this episode, please click "Share Episode" and select the download icon to save it to your device.For the hearing impaired: Please email sales@saebo.com to request a written transcript of this recording.

In this mental practice session, you will be imagining yourself gripping and turning the steering wheel to drive your vehicle using both your affected and unaffected arms and hands. When your mental practice sequence is complete you will once again go through a brief period of progressive muscle relaxation and deep breathing until you have returned to your present environment and opened your eyes.To download this episode, please click "Share Episode" and select the download icon to save it to your device.For the hearing impaired: Please email sales@saebo.com to request a written transcript of this recording.

In this mental practice session, you will be imagining yourself dialing and calling from a cell phone with your affected arm, wrist, and fingers. When your mental practice sequence is complete you will once again go through a brief period of progressive muscle relaxation and deep breathing until you have returned to your present environment and opened your eyes.To download this episode, please click "Share Episode" and select the download icon to save it to your device.For the hearing impaired: Please email sales@saebo.com to request a written transcript of this recording.

In this mental practice session, you will be imagining yourself standing up and sitting down from a chair. When your mental practice sequence is complete you will once again go through a brief period of progressive muscle relaxation and deep breathing until you have returned to your present environment and opened your eyes.To download this episode, please click "Share Episode" and select the download icon to save it to your device.For the hearing impaired: Please email sales@saebo.com to request a written transcript of this recording.

In this mental practice session, you will be imagining yourself going up steps or stairs and then stepping back down again. When your mental practice sequence is complete you will once again go through a brief period of progressive muscle relaxation and deep breathing until you have returned to your present environment and opened your eyes.To download this episode, please click "Share Episode" and select the download icon to save it to your device.For the hearing impaired: Please email sales@saebo.com to request a written transcript of this recording.

In this mental practice session, you will be imagining yourself walking on different surfaces in familiar surroundings. When your mental practice sequence is complete you will once again go through a brief period of progressive muscle relaxation and deep breathing until you have returned to your present environment and opened your eyes.To download this episode, please click "Share Episode" and select the download icon to save it to your device.For the hearing impaired: Please email sales@saebo.com to request a written transcript of this recording.

In this mental practice session, you will be imagining yourself standing confidently, shifting your body weight to the side, and practicing standing on one leg. When your mental practice sequence is complete you will once again go through a brief period of progressive muscle relaxation and deep breathing until you have returned to your present environment and opened your eyes.To download this episode, please click "Share Episode" and select the download icon to save it to your device.For the hearing impaired: Please email sales@saebo.com to request a written transcript of this recording.

In this mental practice session, you will be imagining yourself stepping over obstacles while in your home or community. When your mental practice sequence is complete you will once again go through a brief period of progressive muscle relaxation and deep breathing until you have returned to your present environment and opened your eyes.To download this episode, please click "Share Episode" and select the download icon to save it to your device.For the hearing impaired: Please email sales@saebo.com to request a written transcript of this recording.

Research is the engine that drives us toward better understanding MS, better treating MS, and one day, curing MS. My guest on the podcast is Dr. Larry Sherman, who plays a vital role on the front lines of MS research. We're talking with Dr. Sherman about some of his most significant research and his unique research lab.      We're also talking about two important victories for MS Activists. We'll tell you about the EMA approval of Gilenya for treating pediatric MS, the FDA approval of a generic for Aubagio, new technology that will enable people with MS to pilot their wheelchairs by flexing a couple of facial muscles, and the rehab technique that can benefit Olympic athletes and people living with MS.   We have a lot to talk about! Are you ready for RealTalk MS?! ___________ MS Activists Have Something to Celebrate   0:22 National Neurological Conditions Surveillance System Will Study Data for MS 4:48 European Medicines Agency Approves Gilenya for Pediatric MS  6:41 FDA Approves Generic for Aubagio  8:21 New Technology Lets You Pilot a Wheelchair By Flexing Facial Muscles  9:32 Motor Imagery with Verbal Cues & Music May Lead to Improved Walking, Fatigue & Quality of Life for People Living with MS  11:31 My Interview with Dr. Larry Sherman  15:34  ___________ LINKSIf your podcast app doesn’t allow you to click on these links, you’ll find them in the show notes in the RealTalk MS app or at www.RealTalkMS.com Download the RealTalk MS App for iOS Download the RealTalk MS App for Android National MS Society: Get Involved & Advocate For Change Limbitless Solutions Project Xavier STUDY: Effects and Mechanisms of Differently Cued and Non-Cued Motor Imagery in People with Multiple Sclerosis: A Randomised Controlled Trial Oregon National Primate Research Center Give RealTalk MS a Rating & Review ___________ Follow RealTalk MS on Twitter, @RealTalkMS_jon, and subscribe to our newsletter at our website, RealTalkMS.com. RealTalk MS Episode 67 Hosted By: Jon Strum Guest: Dr. Larry Sherman Tags: MS, MultipleSclerosis, MSsociety, ACA, MSActivist, Gilenya, Aubagio, Limbitless3D, RealTalkMS

Dr. Emil Tompkins, Tucson Chiropractor reveals 7 Steps to improve your pain by using your mind with incredible techniques like: Motor Imagery Controlling our thoughts ACT Therapy Meditation Breaking Emotional Patterns Journaling the positive Goals Need more energy, want to be fit again. Check out our 21 Day Fitness Fast-Track https://drtompkins.clickfunnels.com/2... Follow us on Social: Facebook: http://facebook.com/tompkinschiro Twitter: http://twitter.com/tompkinschiro pinterest: http://pinterest.com/emil322 Tompkins Family Chiropractic 7629 N Hartman Lane Tucson, AZ 85743 520-572-2596 http://tompkinschiropractic.com Helping Families Grow Healthier Every Day!!

MDS presents the latest research and findings from the field of Movement Disorders. Abstracts of articles from the Society Journal, Movement Disorders, are taken from the September 15, 2013 (Vol. 28, Issue 11) issue.

Link to bioRxiv paper: http://biorxiv.org/cgi/content/short/2020.04.19.049783v1?rss=1 Authors: Sha, C., Tamura, K., Okamoto, T. Abstract: Motor imagery and neurofeedback have been proposed as motor training approaches, but their effects on the enhancement of motor performance are still controversial. This study aimed to enhance motor performance using a novel training protocol that combines motor imagery and neurofeedback. Seventeen participants were randomly assigned to the training or control group. The training group received real-time electroencephalography activity feedback relative to the motor imagery of the motor action. The control group reiterated the motor imagery of the intended motor action without feedback. The motor performance of the training group was enhanced significantly more than that of the control group. Subsequently, the proposed training protocol was tested in five elite male tennis players to investigate its applicability to sports activities. The motor performance was enhanced in three of these five professional tennis players. Using this novel training protocol, which combined motor imagery and neurofeedback training, we achieved enhanced motor performance. Copy rights belong to original authors. Visit the link for more info