Podcasts about neuromotor

A family-tailored early motor intervention (EMI-Heart) for infants with complex congenital heart disease: study protocol for a feasibility RCTElena Mitteregger, Tineke Dirks, Manuela Theiler, Oliver Kretschmar, Beatrice LatalAbstractBackground: Children with congenital heart disease (CHD) undergoing open-heart surgery are at risk for developmental impairments with motor delay manifesting first and contributing to parental concerns. Only a few interventional studies aim to improve neuromotor development in infants with CHD with inconclusive results. We thus developed a family-tailored early motor intervention (EMI-Heart), which aims to promote motor development and family well-being in the first year of life after open-heart surgery. The primary aim described in this protocol is to evaluate feasibility of EMI-Heart. The secondary aim is to describe the difference between the intervention and control group in motor outcomes and family well-being at baseline, post-treatment, and follow-up.Methods: This prospective, parallel single-center feasibility randomized controlled trial (RCT) will compare EMI-Heart with standard of care in infants with complex CHD. Sixteen infants and their families, randomly allocated to EMI-Heart or the control group, will participate within the first 5 months of life. Infants assigned to EMI-Heart will receive early motor intervention for 3 months. The intervention's key is to promote infants' postural control to enhance motor development and partnering with parents to encourage family well-being. Feasibility outcomes will be (a) clinical recruitment rate and percentage of families completing EMI-Heart, (b) average duration and number of sessions, and (c) acceptability of EMI-Heart using a parental questionnaire post-treatment, and descriptive acceptability of EMI-Heart to the pediatric physiotherapist. Secondary outcomes of the intervention and control group will be infants' motor outcomes and questionnaires assessing family well-being at 3-5 months (baseline), at 6-8 months (post-treatment), and at 12 months of age (follow-up). We will evaluate feasibility using descriptive statistics. Non-parametric statistical analysis of secondary outcomes will assess differences between the groups at baseline, post-treatment, and follow-up.Discussion: This feasibility RCT will provide information about a newly developed family-tailored early motor intervention in infants with complex CHD. The RCT design will provide a foundation for a future large-scale interventional trial for infants with CHD after open-heart surgery.Keywords: Congenital heart disease; Early motor intervention; Family well-being; Family-tailored intervention; Neuromotor development; Open-heart surgery; Parental and child health-related quality of life; Physiotherapy.

Dr. Megan Peach // #FitnessAthleteFriday // www.ptonice.com  In today's episode of the PT on ICE Daily Show, Endurance Athlete division leader Megan Peach discusses the importance (or not!) of ground reaction force as it relates to running related injuries. Megan discusses research evaluating the association between ground reaction forces & running related injuries, noting that these forces do not seem to be directly linked to the onset of injuries. Furthermore, Megan shares that footwear that decreases ground reaction forces does not also seem to have an effect on the development of running related injuries. Megan cautions listeners to not worry too much about the manipulation of ground reaction forces in training or in rehab as the link to injury prediction seems to be poor. Take a listen to the episode or read the episode transcription below. If you're looking to learn from our Endurance Athlete division, check out our live physical therapy courses or our online physical therapy courses. Check out our entire list of continuing education courses for physical therapy including our physical therapy certifications by checking out our website. Don't forget about all of our FREE eBooks, prebuilt workshops, free CEUs, and other physical therapy continuing education on our Resources tab. EPISODE TRANSCRIPTION 00:00 INTRO Hey everybody, welcome to today's episode of the PT on ICE Daily Show. Before we get started with today's episode, I just want to take a moment and talk about our show's sponsor, Jane. If you don't know about Jane, Jane is an all-in-one practice management software that offers a fully integrated payment solution called Jane Payments. Although the world of payment processing can be complex, Jane Payments was built to help make things as simple as possible to help you get paid. And it's very easy to get started. Here's how you can get started. Go on over to jane.app.payments and book a one-on-one demo with a member of Jane's support team. This can give you a better sense of how Jane Payments can integrate with your practice by seeing some popular features in action. Once you know you're ready to get started, you can sign up for Jane. If you're following on the podcast, you can use the code ICEPT1MO for a one month grace period while you get settled with your new account. Once you're in your new Jane account, you can flip the switch for Jane Payments at any time. Ideally, as soon as you get started, you can take advantage of Jane's time and money saving features. It only takes a few minutes and you can start processing online payments right away. Jane's promise to you is transparent rates and unlimited support from a team that truly cares. Find out more at jane.app/physicaltherapy. Thanks, everybody. Enjoy today's episode of the PT on ICE Daily Show. 01:26 MEGAN PEACH So what I want to talk about today is ground reaction force and how it relates to running related injuries. And we need to be a little bit cautious, I think, when we're talking about ground reaction force and how it relates to those injuries, because I think the popular opinion is that ground reaction force really is kind of the cause of running related injuries, or we need to address ground reaction forces when we're addressing running related injuries, or we need to reduce it And what the literature actually says is that it's not really the case. And so I'm going to give you a couple of examples from current literature that may tell a different story from popular opinion. So we'll start with a 2016 article. And this was actually a systematic review meta-analysis. So it pooled a lot of different studies. And what it looked at was the association of a ground reaction force with running-related injuries. What they found was that when they pooled all of the injuries together, loading metrics, so loading variables like ground reaction force or loading rate, were not necessarily related to running-related injuries when all of the injuries were pooled together. It was a bit of a different story when they individually looked at separate injuries. where they took out patellofemoral pain, they took out bone source injuries, they took out Achilles tendinopathy, for example. And what they found was that the vertical loading rate was associated with subjects or was related to the injury in subjects with tibial stress fractures. And so different outcomes there when we pool the running related injuries versus when we look at them individually. Another more recent study, so 2020 now. looked at about 125 injured runners, and they compared these runners to healthy controls. And what they found in this study was, contrary to the previous study, was that when they assessed the whole entire group of injured runners as a whole, so all of the injured running injuries together, what they found was that the impact variables, so vertical loading rate, ground reaction force. They were associated with running-related injuries when all of the subjects were pooled together. Different results when then they separated out the running injuries and looked at them individually. 03:59 IMPACT VARIABLES And so when they took groups of running-related injuries, groups of patellofemoral pain, groups of IT band syndrome, groups of Achilles tendinopathy, et cetera, what they found was that some injuries were associated with impact variables and some were not. And so the injuries associated with impact variables were our patellofemoral pain, our plantar fasciitis, And the injuries that were not associated with impact variables were tibial bone stress injuries, Achilles tendinopathy, and iliotibial band syndrome. So when we take a step back out of that space and think about our injured runner on the treadmill looking at their gait mechanics, when we have a injured runner with patellofemoral pain or plantar fasciitis, and they're on the treadmill, what we would expect to see in terms of faulty gait mechanics are faulty gait mechanics in the sagittal plane. So looking at that runner from the side, very typically or commonly we'll see clinical patterns of an overstride, we'll see a lack of knee flexion at initial contact, and we'll see an increased angle of inclination, so increased dorsiflexion at all at initial contact. in the runners with patella femoral pain and plantar fasciitis. So very common, not always. And it's not like that clinical pattern can't be seen in other injuries as well. It's just very common in those two injuries. And that makes a lot of sense because that clinical pattern is very much associated with increased ground reaction forces as well. So it would make sense that within this study, when we separate out all of the injuries and pull them as separate injuries and look at them, that those two specific injuries would be related to ground reaction force. When we also look at the other injuries, so IT band syndrome and Achilles tendinopathy, and we get those runners on the treadmill, we see different clinical patterns. So more likely in those runners, are we going to see movement faults from a different angle? We're likely to see um, faulty movement in more of the frontal plane and, and maybe kind of surrogate transverse plane movement faults as well. So we would likely see, um, increased femoral adduction, maybe internal rotation of the lower extremity, uh, potentially this crossover sign or a narrow, um, foot to center a mass, maybe over pronation. Those are very, very common mechanical faults that we might see with, um, your IT band syndrome and your Achilles tendinopathies. And so when we think about those movement patterns, those are much more associated with range of motion deficits. Maybe they have too much, maybe they have too little. Neuromotor control of that range of motion, maybe strength deficits in that frontal plane, but much less associated with the impact variables like ground reaction force and loading rate. So it makes sense from this study that those specific injuries, the IT band syndrome and the Achilles tendinopathy from like a clinical standpoint would be less related to ground reaction force than the other already previously mentioned injuries. So then when we take tibial bone stress injuries and we look at that, it's kind of in a group all of its own because when we look at bone stress injuries, and I'm talking more specifically to tibial because we just don't have enough information on the other common bone stress injuries like metatarsal or femoral. Most of the research right now is on tibial bone stress injuries in terms of biomechanics. And so when we consider a tibial bone stress injury and whether or not it's related to ground reaction forces. We have to look at the forces on that bone. And so ground reaction force is just one component of the force, the total force on that bone. And it's the external load. When we look at the internal load, it comes from muscles. And so when we're talking about the tibia specifically, we're generally talking about the soleus because it's directly attached to that tibia. And when the soleus contracts, it imparts this internal load directly onto that bone. So it's considered an internal load. When we look at the differences between the external load and the internal load, the external load during running activity or the ground reaction force is generally about two and a half to three times body weight of that runner. But when we look at the internal load, it's upwards of eight times body weight for that specific runner compared to the two and a half times for external load. So you can see how the internal load in a tibial bone stress injury is going to play a much greater role in the development of that bone stress injury than the actual external load coming from that ground reaction force. So again, the results from this study suggest that ground reaction force doesn't really play a big role in, um, tibial bone stress injuries. And that is consistent with the rest of the literature as well. Um, there was a systematic review about a decade ago, looking at ground reaction forces in, um, bone stress injuries, tibial and metatarsal and their conclusions were, um, supportive of this result as well, where they found that ground reaction force is really not related to the development of, um, bone stress injuries in runners, as well as more recent literature has basically corroborated that and their results are very, very similar. Now, a more recent study, so one published just last year actually, looked at 800 runners Um, now that's, that's insane for our running study that those are huge, huge numbers. And so initially I was thinking, okay, this was a survey study. Like they sent out a survey to a bunch of runners and they got it back and they figured out some results from the study, but no. they actually got 800 runners and put them on a treadmill, did their motion capture, and then evaluated it all for ground reaction force and biomechanics. And so that's a tremendous amount of work, a tremendous amount of data, and really interesting results as well. And so really, the big purpose of this more recent study was to look at um, risk factors, uh, for running related injuries in two different shot conditions. And so one shoe was a, uh, like a hard cushions shoe and one shoe was a softer cushion shoe. And so they're looking at the differences in risk factors between those two different shoes and, um, interesting results. So while they did find, uh, different risk factors based on the different shoe condition, what they didn't find was any of the loading variables, so there were numerous in this study, but the big ones are ground reaction force and loading rates. And they did not find any association with the loading variables and in either of the shoe conditions and risk for injury. So basically, what they're saying here is that regardless of the type of shoe that that runner is wearing, or those 800 runners are wearing, 10:41 GROUND REACTION FORCE & RUNNING RELATED INJURIES Ground reaction force did not play a role in the development of that injury, which is super, super interesting because I think often we associate different shoes with different ground reaction forces as well, but that's not necessarily the case. And that's not what the literature is telling us. And so. all of this literature combined. And certainly this is not all the literature. It's not all encompassing. And these are, these are just four different studies. Um, so take that with a grain of salt, but I think there's, there's this popular belief out there that, um, ground reaction force is very closely related to the development of bone stress or not, sorry, not bone stress, but running related injuries, regardless of the type of running related injury. And I think we can look at studies two different ways. And so In one way, we can look at the study as a whole and take all of the running-related injuries and pool them together, and then look at the results from there. But those results tend to be very, very different from when we separate out running-related injuries and say, okay, what do the patellofemoral pain injuries look like, and what are the mechanics for Achilles tendinopathy, and how are they different from IT band syndrome? And when we do that, we actually get very different results, not only for the biomechanics, but for the ground reaction force as well. And so, you know, contrary to popular belief, I don't think impact variables like ground reaction force are a very good predictor for running related injury, nor may they be. And again, this is different per injury. So they may be something to address in injuries that are definitely related to ground reaction forces like patellofemoral pain, plantar fasciitis, plantar fasciosis. But ground reaction force may not be the best thing to try to address with other types of injuries like bone stress injuries or Achilles tendinopathy or IT band syndrome. And I think the main goal here is just to get the point across that it's not the only metric, and quite often we don't actually have access to that information anyways in a clinical setting. It's more in a lab based setting, but we need to look at that whole runner. So we need to not only address if we are addressing ground reaction force, but address the range of motion, address other running biomechanics, address the strength, address the neuromotor control, so that we can basically address that runner as a whole. Okay, that's all I have for you today. I hope that was helpful. I hope you have a wonderful Friday and a wonderful weekend. Don't forget, if you want to sign up for Rehab of the Injured Runner online, our last cohort of 2023, make sure you get in there. Go ahead and sign up today. All right, have a good one. Until next time. 14:39 OUTRO Hey, thanks for tuning in to the PT on Ice daily show. If you enjoyed this content, head on over to iTunes and leave us a review and be sure to check us out on Facebook and Instagram at the Institute of Clinical Excellence. If you're interested in getting plugged into more ice content on a weekly basis while earning CEUs from home, check out our virtual ice online mentorship program at ptonice.com. While you're there, sign up for our Hump Day Hustling newsletter for a free email every Wednesday morning with our top five research articles and social media posts that we think are worth reading. Head over to ptonice.com and scroll to the bottom of the page to sign up.

In recognition of World Autism Acceptance Day (April 2), host Ann Garton welcomes special guests to "The IPCC Podcast":  Megan Hinton, MA, CCC-SLP; Katie Powers, DPT, PCS, C/NDT; and Jennifer Petersen, OTD, OTR/L, C/NDT, C/SI.Megan Hinton, MA, CCC-SLPMegan Hinton completed her Bachelor's degree at the University of Illinois in Urbana-Champaign and her Master's degree at the University of Iowa. She has been a Speech-Language Pathologist for three years and currently works specifically in pediatric therapy with GenesisOutpatient Pediatric Therapy. Megan returned to her home in the Quad Cities after spending two years in Des Moines. She and her husband enjoy time with their two dogs, and in their free time, they enjoy spending time with family, renovating their home, and experiencing finding good local restaurants.Katie Powers, DPT, PCS, C/NDTKatie Powers is a St. Ambrose University Doctor of Physical Therapy program graduate and currently serves in a faculty role in the department. She practices as a Board-Certified Clinical Specialist in Pediatric Physical Therapy and has worked at the Genesis Outpatient Pediatric Therapy Center for 14 years. She serves in multiple roles as a volunteer for the American Physical Therapy Association Academy of Pediatrics and the President of a local non-profit organization, Mississippi Bend Trykes. She stays busy teaching dance lessons at a local dance studio and participating in many community activities with her husband and two children.Jennifer Petersen, OTD, OTR/L, C/NDT, C/SI  Jennifer Petersen completed her BA in Psychology and Master of Occupational Therapy at St. Ambrose University. She graduated with her Doctorate of Occupational Therapy from Thomas Jefferson University. She has specialty certifications in Autism, Neuro-Developmental Treatment in the Management and Treatment of Children with Cerebral Palsy and other Neuromotor disorders, and holds Advanced Sensory Integration Certification. Jennifer's current research includes the development of an evaluation in Ayres Sensory Integration which assesses and analyzes outcome measures within pediatric practices. Jennifer is currently employed as an Assistant Professor within SAU's DOT program.Here are some additional resources you will find of use:Cari Eberthttps://www.cariebertseminars.com/https://open.spotify.com/episode/5vFSCXfIafaS9deosOjwME?si=10ea577dad7e4406Autism Society of Iowahttps://autismia.com/Autism Speakshttps://www.autismspeaks.org/Autism Society of Iowahttps://autismia.com/The Autism Program of Illinoishttps://tap-illinois.org/National Autism Associationhttps://nationalautismassociation.org/Connect with us! Let us know topics YOU want us to explore!Email: ipcc@sau.eduFacebook: facebook.com/SAUIPCC/Twitter: @sau_ipccWeb: www.sau.edu/institute-for-person-centered-careSt. Ambrose University is located in Davenport, Iowa, USA.

Andrea works as an Educational Kinesiologist, Brain Gym and Movement based learning practitioner and trainer in Johannesburg, South Africa. You are guaranteed to leave this episode so much wiser when it comes to all things regarding baby and child behaviours! From ADHD to bedwetting, excessive clinginess to falling over all the time, an inability to keep good eye contact with others...Andrea uncovers the Whys to a range of child into adulthood behaviours. Hint: How Birth unfolds and how we raise our young; be it instinctively or over protectively, has much bigger repercussions on a child's development than we could ever imagine. Tune into this one for a few jaw dropping revelations! Andrea's Website: www.innatepotential.co.za Andrea's E-Mail: andrea@innatepotential.co.za

This week I'm joined by Kiersten McCartney Physical Therapist and PhD Student at the University of Delaware, studying Biomechanics and Human Movement Sciences, with a passion for engaging people with disabilities in exercise, fitness, and sport. As a lifelong athlete, Kiersten knows firsthand the physical, mental, and social benefits of exercise and believes in the power of fitness as a vessel to help people find their potential. A former exercise physiologist at the Shirley Ryan AbilityLab in Chicago, IL, Kiersten created individual fitness programs for people of all abilities, including those with neurological impairments, such as spinal cord injury, stroke, and Parkinson's Disease. She is currently a member of the Neuromotor & Behavior Lab researching physical activity in people with chronic stroke, under the mentorship of Dr. Darcy Reisman. She is a certified Adaptive and Inclusive Fitness Trainer through the Adaptive Training Academy, an active member in her CrossFit community in Wilmington, Delaware, and can be caught running at sunrise.  Follow her @runyourdays and learn more about the Adaptive Fitness Classes she's running in Delaware

If you've ever wished for a blueprint that would guide you through the process of becoming an exceptional clinician, then you want to sit down with me for a chat with Jean-Pierre Maes. Jean-Pierre has packaged his years of learning, his experience, and unmatched clinical reasoning and analysis skills into the MAES therapy approach. This approach gives therapist the skills to understand the clinical picture as an expression of brain function; and the tools to target brain function rather than body function. If you are working with kids with brain-based movement disorders, you can't afford to miss this interview! Enjoy! For links to the articles discussed in this podcast go here www.wiredondevelopment.com

If you've ever wished for a blueprint that would guide you through the process of becoming an exceptional clinician, then you want to sit down with me for a chat with Jean-Pierre Maes. Jean-Pierre has packaged his years of learning, his experience, and unmatched clinical reasoning and analysis skills into the MAES therapy approach. This approach gives therapist the skills to understand the clinical picture as an expression of brain function; and the tools to target brain function rather than body function. If you are working with kids with brain-based movement disorders, you can't afford to miss this interview! Enjoy! For links to the articles discussed in this podcast go here www.wiredondevelopment.com

This episode is also available as a blog post: http://playsmarttennis.com/2021/03/22/neuromotor-generation-of-our-movements-in-tennis/

On March 18th, Facebook Reality Labs Research announced some of their research into next-generation neuromotor input devices for mixed reality applications. I paraphrased the most interesting insights from their press conferences announcement, but I was still left with a lot of questions on the specific neuroscience principles underlying their ability to be able to target individual motor neurons. I also had a lot of follow-up questions about some of the privacy implications of these technologies, and so thankfully I was able to follow up with Thomas Reardon, Director of Neuromotor Interfaces at Facebook Reality Labs and co-founder of CTRL-Labs to get more context on the neuroscience foundations and privacy risks associated with these breakthrough 'adaptive interfaces.'

Editor-in-Chief Alan Jette gets at the practical—and ethical—realities involved in studying children. Dr. Harbourne shares insights from her decades of research with children, on such topics as parents’ insistence on usual care. What is the take-home message for early interventionists? It might surprise you. https://academic.oup.com/ptj/article/101/2/pzaa232/6056331

Editor-in-Chief Alan Jette gets at the practical—and ethical—realities involved in studying children. Dr. Harbourne shares insights from her decades of research with children, on such topics as parents' insistence on usual care. What is the take-home message for early interventionists? It might surprise you. https://academic.oup.com/ptj/article/101/2/pzaa232/6056331

In this podcast Regina Harbourne discusses her paper 'Developing a fidelity measure of early intervention programs for children with neuromotor disorders'. The paper is available here: https://onlinelibrary.wiley.com/doi/full/10.1111/dmcn.14702 ___ 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

Why would you want to consider doing simple neuromotor exercises for five minutes a day? We'll answer that question and so many more. --- This episode is sponsored by · Anchor: The easiest way to make a podcast. https://anchor.fm/app Support this podcast: https://anchor.fm/adhdreading/support

I had a hard time trying to come up with a word that best described Susan Hastings because I couldn't choose between innovative and insightful. The truth is that Susan intertwines these two qualities into her therapy approach with such single-minded brilliance that she has developed her clinical practice into something that is arguably the most exciting approach to neuromotor rehab that I have had the pleasure of delving into ever. Susan's enthusiasm for trying new things has led her down the path of PWB gait training, FES, WBV and some new techniques that are so exciting they're going to blow the roof off what we are able to achieve with our kids – Susan's approach is so fun. She never asks does this work, she says, let's give this a go and if I see changes, how can I figure out why I'm seeing them and how can I make it work better.  This interview made me see things in from a completely new perspective, I loved chatting with Susan and you are going to love this interview. Actually, in retrospect, I think the word I'll use to describe Susan is exciting - enjoy

I had a hard time trying to come up with a word that best described Susan Hastings because I couldn't choose between innovative and insightful. The truth is that Susan intertwines these two qualities into her therapy approach with such single-minded brilliance that she has developed her clinical practice into something that is arguably the most exciting approach to neuromotor rehab that I have had the pleasure of delving into ever. Susan's enthusiasm for trying new things has led her down the path of PWB gait training, FES, WBV and some new techniques that are so exciting they're going to blow the roof off what we are able to achieve with our kids – Susan's approach is so fun. She never asks does this work, she says, let's give this a go and if I see changes, how can I figure out why I'm seeing them and how can I make it work better.  This interview made me see things in from a completely new perspective, I loved chatting with Susan and you are going to love this interview. Actually, in retrospect, I think the word I'll use to describe Susan is exciting - enjoy

Link to bioRxiv paper: http://biorxiv.org/cgi/content/short/2020.06.02.130625v1?rss=1 Authors: Gonzalez, S., Cazevieille, C. Abstract: Schwann cells produce myelin sheath around peripheral nerve axons. Myelination is critical for rapid propagation of action potentials, as illustrated by the large number of acquired and hereditary peripheral neuropathies, such as diabetic neuropathy or Charcot-Marie-Tooth (CMT) diseases, that are commonly associated with a process of demyelination. Peripheral neuropathy is a major complication of diabetes, and the pathomechanism of the disease remains poorly studied. Here, we studied the progressive demyelinating process, hearing impairment and blindness observed in the CMT1A mouse model C3. Our results confirm that these mice represent a robust and validated model to study the peripheral neuropathy induced by CMT disorder allowing to determine the efficacy of new pharmacological candidates targeting demyelinating diseases such as CMT1A disorder. Copy rights belong to original authors. Visit the link for more info

TEMA 4 El crecimiento y el desarrollo neuromotor, óseo y muscular. Factores endógenos y exógenos que repercuten en el desarrollo y crecimiento. Patologías relacionadas con el crecimiento y la evolución de la capacidad del movimiento. Evaluación y tratamiento en el proceso educativo. 0. INTRODUCCIÓN 1. EL CRECIMIENTO Y EL DESARROLLO NEUROMOTOR, ÓSEO Y MUSCULAR. 1.1. Concepto de crecimiento y desarrollo. 1.2. El proceso de crecimiento. 1.3. Las edades del crecimiento. 1.4. El crecimiento en la edad escolar. 1.5. Crecimiento y desarrollo de los sistemas corporales. 2. FACTORES ENDÓGENOS Y EXÓGENOS QUE REPERCUTEN EN EL DESARROLLO Y CRECIMIENTO. 2.1. Factores hereditarios. 2.2. Factores relacionados con el medio. 2.3. Regulación hormonal del crecimiento. 2.4. Actividad física y crecimiento. 3. PATOLOGÍAS RELACIONADAS CON EL CRECIMIENTO Y LA EVOLUCIÓN DE LA CAPACIDAD DE MOVIMIENTO. Patologías relacionadas con los sistemas: 3.1. Musculoesquelético. 3.2. Cardiorespiratorio. 3.3. Sistema Nervioso. 3.4. Endocrino. 4. EVALUACIÓN Y TRATAMIENTO EN EL PROCESO EDUCATIVO. 4.1. Objeto de la evaluación del desarrollo motor. 4.2. Aspectos que han de ser evaluados en el desarrollo motor 4.3. Procedimientos de evaluación. --- This episode is sponsored by · Anchor: The easiest way to make a podcast. https://anchor.fm/app

Imagine what it would have been like, to have lived in 1918. Spanish influenza killed approximately 3% of the world’s population. Other than the world war, international travel was fairly limited. There was no social media. No flu vaccine. No mechanical ventilators. No World Health Organization. A century later, we’re facing the next great pandemic. And what have we learned? What do we know? From the neurologic complications of SARS-CoV-2, to non-infectious consequences, the environmental impact of a pandemic, and lessons learned polio, we hope to leave you with a few important take-home messages, a silver lining—and some food for thought—about the ongoing COVID pandemic. ** IF YOU’RE TAKING YOUR NEUROLOGY BOARDS THIS SUMMER, CHECK OUT THE PENN NEUROLOGY BOARD REVIEW COURSE AT https://upenn.cloud-cme.com/default.aspx?P=5&EID=65373. AND FOR A DISCOUNTED RATE ON THE ONLINE OR STREAMING RESOURCES, USE PROMO CODE ‘WAVES2020’. ** REFERENCES Murata K, Inoue O, Akutsu M and Iwata T. Neuromotor effects of short-term and long-term exposures to trichloroethylene in workers. Am J Ind Med. 2010;53:915-21. Umapathi T, Kor AC, Venketasubramanian N, Lim CC, Pang BC, Yeo TT, Lee CC, Lim PL, Ponnudurai K, Chuah KL, Tan PH, Tai DY and Ang SP. Large artery ischaemic stroke in severe acute respiratory syndrome (SARS). Journal of neurology. 2004;251:1227-31. Li Y, Wang M, Zhou Y, Chang J, Xian Y, Mao L, Hong C, Chen S, Wang Y, Wang H, Li M, Jin H and Hu B. Acute cerebrovascular disease following COVID-19: a single center, retrospective, observational study. Lancet. 2020;Epub ahead of print. Mao L, Wang M, Chen S, He Q, Chang J, Hong C, Zhou Y, Wang D, Miao X, Hu Y, Li Y, Jin H and Hu B. Neurological Manifestations of Hospitalized Patients with COVID-19 in Wuhan, China: A Retrospective Case Series Study. Lancet. 2020;Epub ahead of print. Perbellini L, Olivato D, Zedde A and Miglioranzi R. Acute trichloroethylene poisoning by ingestion: clinical and pharmacokinetic aspects. Intensive care medicine. 1991;17:234-5. Guehl D, Bezard E, Dovero S, Boraud T, Bioulac B and Gross C. Trichloroethylene and parkinsonism: a human and experimental observation. European journal of neurology : the official journal of the European Federation of Neurological Societies. 1999;6:609-11. Gash DM, Rutland K, Hudson NL, Sullivan PG, Bing G, Cass WA, Pandya JD, Liu M, Choi DY, Hunter RL, Gerhardt GA, Smith CD, Slevin JT and Prince TS. Trichloroethylene: Parkinsonism and complex 1 mitochondrial neurotoxicity. Annals of neurology. 2008;63:184-92. Wang G, Zhang Z, Ayala C, Dunet DO, Fang J and George MG. Costs of hospitalization for stroke patients aged 18-64 years in the United States. Journal of stroke and cerebrovascular diseases : the official journal of National Stroke Association. 2014;23:861-8. West JB. The physiological challenges of the 1952 Copenhagen poliomyelitis epidemic and a renaissance in clinical respiratory physiology. J Appl Physiol (1985). 2005;99:424-32.

In this episode we chat with Jill Thaker a dual degree student with a passion in neuromotor science. Jill shares her dual degree experience being in a master's and DPT program. Jill gives insight on managing stress, classes and relationships as a dual degree student. IG: thedptlife Email: jill.thaker@gmail.com Go to Physiomemes.com and use this code for 20% off your next order: GRADITUDE20 --- Support this podcast: https://anchor.fm/graditude/support --- Support this podcast: https://anchor.fm/graditude/support

Does your voice reflect your communication image? Does your voice reflect your brand? Dr.  Wendy LeBorgne, Ph.D., ccc-slp (voice pathologist, singing voice specialist, and director of the Blaine Block Institute for Voice Analysis and Rehabilitation (Dayton, OH), and The Professional Voice Center of Greater Cincinnati)  joins Marc Raco, Pavan Bahl, and guest host Monika Tockstein (Senior Manager, PMO & Quality Assurance at New York and Co.) on location at the Remodista Community Day. More on Remodista at www.remodista.com. In this episode: How communication is the art of relaying an idea to another individual with purposeful intent and the receiver of that information accurately understanding and integrating the intended information Effective communication is a feedback loop, not a one-way street of verbal idea dumping As humans, we are the only species uniquely equipped to communicate with verbal language Beyond the words we choose, we can use the power of voice as the primary mode to influence and connect with others through five key elements that fashion our individual Voice Brand™ Voice Brand™ and how voice reflects communication image Biometric imopressions of a voice, and what decsions we make about someone based on their voice Running voice through HR algorithms to determine hirability based on voice Call-in centers that pair you with CSR best style matching you based on voice Your authentic self vs. your voice Thinking about voice brand, and a brand of a company Using voice to encourage others to follow, and leaders to listen to someone to consider input What are communicative and voice needs Challenges in taking to team when you don’t come across as well Cultural bias, gender bias, age bias Being a vocal athlete A case study with the guest host Being a "Voice Geek" The value of asking what you like about your own voice, and not like Neuromotor planning, patterned that in tension or stress vocal muscles tense, being able to unprogram through patterning and training Hillary Clinton, connecting voice and message –what she could have done differently, and being seen as not authentic over time Avergae pitch of women's voices have dropped after 1960 Another Dr. Wendy book on Voice Branding Beyond Words It is not just the words you say, it is how you say them

Mr. Red (New Delhi, India) Mr. Red is the Deep Tech/Minimal/Techno project of New Delhi based music producer/Dj Rohit Lall. Over the years, Rohit has carved a stellar space in the ever-growing list of producers who have taken the Capital and most metropolitans by storm, leading to a subculture of Minimal & Techno enthusiasts. Some of his influences are artists like Khainz, Oliver Huntemann, Re:Axis, Leon Russell, Gaga and Alex Stein. Red has supported mammoth homegrown & international acts like Julian Jeweil, Arjun Vagale, Betoko, Etap Kyle, Juliet Sikora, Audiojack, Soul Button, Vinayakâ, Kohra, Praveen Achary, Jitter, SHFT and Neuromotor. He has worked with some of the best labels, including Bully Beatz, Soupherb Records, ODN Records, Bullfinch and CIRCUIT. He has played at music festivals like Bass Face Festival, Rang Festival and amazed audiences with his killer set at the debut edition of Locals DISTRICT this year. He’s been a stalwart at venues like BlueFrog (Delhi & Mumbai), Raasta (Delhi & Mumbai), Waters (Goa), Auro (Delhi), Summer House Café (Delhi). His last EP ‘Shinigami’ featured and made it to #18 on Beatport Top 100 Releases and the collaboration with Portuguese Producer/Dj titled ‘Erheben’ reached #49 on Top 100 tracks (Minimal/Deep Tech). Links - https://soundcloud.com/mr_red_rohit_lall https://www.beatport.com/artist/mr-red/484082 https://www.instagram.com/mr.redrohit/ https://www.facebook.com/itsnotaboutthecolor/ Tracklist - BOHO & Maksim Dark - Octopussy (Original Mix) Sascha Ciccopiedi - What Ever (Luis M Remix) Dubfire & Oliver Huntemann - Humano (Hatzler Remix) DJ Lion - Dream Come True (Maksim Dark Remix) Breger - Your Visa Has Questions (Original Mix) Mr. Red & Luis M - Erheben (Original Mix) WAVEBACK - Eletech (Maksim Dark Remix)

Key Tag words: torsions, gait, long bone torsions, femoral torsion, tibial torsion, neuromotor, neuroscience, locomotion, DNS, ambulation, walking, running, gait analysis, infant gait, childhood gait, jiu jitsu, crossover gait, cross over, vestibular, Parkinson's disease We hit some good topics today, from childhood torsional issues, fix or leave alone ? What to look for when first observing and examining your client's gait plus Balance and vestibular function in gait and bike riding, exercise and neurodegenerative disorders and diseases and even developing proper neuromotor patterns, and inhibiting improper ones. Plus we hit a favorite topic, the cross over gait and Ivo hits some highlights on gating inhibitory pathways. Links to find the podcast: iTunes page: https://itunes.apple.com/us/podcast/the-gait-guys-podcast/id559864138?mt=2 Our Websites: www.thegaitguys.com summitchiroandrehab.com doctorallen.co shawnallen.net Our website is all you need to remember. Everything you want, need and wish for is right there on the site. Interested in our stuff ? Want to buy some of our lectures or our National Shoe Fit program? Click here (thegaitguys.com or thegaitguys.tumblr.com) and you will come to our websites. In the tabs, you will find tabs for STORE, SEMINARS, BOOK etc. We also lecture every 3rd Wednesday of the month on onlineCE.com. We have an extensive catalogued library of our courses there, you can take them any time for a nominal fee (~$20). Our podcast is on iTunes and just about every other podcast harbor site, just google "the gait guys podcast", you will find us.

Find out the four necessary components of a complete fitness program.It's important to balance out your fitness program to make the most of your physical health.It's too easy to stick with one aspect, especially if it's all the rage. Before starting a fitness program you should speak with your doctor. If you haven't been active or are looking to increase your intensity, get a health screening. A complete exercise program has four components. Cardiorespiratory activities or aerobic exercises get the heart and lungs going. This category includes walking, jogging, swimming, cycling, and tennis. Pursue these activities three to five days per week. Resistance training is important to building muscle. Choose activities that stress the muscles, like lifting weights, bodyweight exercises and using resistance bands. Work targeted muscle groups two to three days per week. Allow 48 hours between working targeted muscle groups for recovery. Flexibility exercises are key for stretching the body. Do static stretches that are held for a period of time. You can also do dynamic stretches that flow through different positions. Balance exercises qualify. These should be done two to three days per week as part of a fitness program, or daily for faster improvement. Neuromotor training helps your brain to move your body smoothly. This is important for your brain connection to your muscles. Tai chi, pilates and yoga done two to three days per week will satisfy this aspect. You need all four components for stability. Pursue these activities at the gym or in your own home with minimal expense. Start at the intensity level that's right for you. Set goals to become stronger and find balance between all four components. Listen as Dr. Barbara Bushman joins Melanie Cole, MS to guide you on a well-rounded approach to fitness.

Find out the four necessary components of a complete fitness program.It’s important to balance out your fitness program to make the most of your physical health.It’s too easy to stick with one aspect, especially if it’s all the rage. Before starting a fitness program you should speak with your doctor. If you haven’t been active or are looking to increase your intensity, get a health screening. A complete exercise program has four components. Cardiorespiratory activities or aerobic exercises get the heart and lungs going. This category includes walking, jogging, swimming, cycling, and tennis. Pursue these activities three to five days per week. Resistance training is important to building muscle. Choose activities that stress the muscles, like lifting weights, bodyweight exercises and using resistance bands. Work targeted muscle groups two to three days per week. Allow 48 hours between working targeted muscle groups for recovery. Flexibility exercises are key for stretching the body. Do static stretches that are held for a period of time. You can also do dynamic stretches that flow through different positions. Balance exercises qualify. These should be done two to three days per week as part of a fitness program, or daily for faster improvement. Neuromotor training helps your brain to move your body smoothly. This is important for your brain connection to your muscles. Tai chi, pilates and yoga done two to three days per week will satisfy this aspect. You need all four components for stability. Pursue these activities at the gym or in your own home with minimal expense. Start at the intensity level that’s right for you. Set goals to become stronger and find balance between all four components. Listen as Dr. Barbara Bushman joins Melanie Cole, MS to guide you on a well-rounded approach to fitness.

Jo-Anne has worked as a paediatric physiotherapist in South Africa, America, New Zealand and Canada - in hospitals, early intervention, schools and private practice. Her clinical knowledge is multifaceted and she has a life long love of hands-on learning, but her specialty is Cuevas MEDEK Exercises. Listen to the interview to find out more about CME and how it fits in with more traditional therapies plus a whole lot of useful advice. Click here: http://bit.ly/wiredOnCME to head on over to the wiredOn Development website for quick links to all the good stuff Jo-Anne shares and more in depth info and if you'd like snippets of brilliance from this interview and other brilliant minds delivered straight to you inbox in quick weekly emails that take less than a minute to read, sign up for Seriously Smart Snippets here http://bit.ly/emailSnippet

Jo-Anne has worked as a paediatric physiotherapist in South Africa, America, New Zealand and Canada - in hospitals, early intervention, schools and private practice. Her clinical knowledge is multifaceted and she has a life long love of hands-on learning, but her specialty is Cuevas MEDEK Exercises. Listen to the interview to find out more about CME and how it fits in with more traditional therapies plus a whole lot of useful advice. Click here: http://bit.ly/wiredOnCME to head on over to the wiredOn Development website for quick links to all the good stuff Jo-Anne shares and more in depth info and if you'd like snippets of brilliance from this interview and other brilliant minds delivered straight to you inbox in quick weekly emails that take less than a minute to read, sign up for Seriously Smart Snippets here http://bit.ly/emailSnippet

Neuromotor degenerative disorders such as Parkinson's are on the rise. Why? Who/What is responsible: Poor diet, genetics, increased electrical interference, spinal deterioration, nerve dysfunction...? Recent research done by the Institute of BioAcoustic Biology under the supervision of Sharry Edwards indicates that there is a more insidious, man-made cause that can be easily identified and ultimately reversed for most Parkinson sufferers. Please join us as we release this new information to the public.

If you experience any technical difficulties with this video or would like to make an accessibility-related request, please send a message to digicomm@uchicago.edu. Neurobiologist Melina E. Hale investigates how fish respond to predators in order to better understand neuro-mechanics in humans, providing a basis to address neurological disorders and spinal cord injury. Copyright 2004 The University of Chicago.

If you experience any technical difficulties with this video or would like to make an accessibility-related request, please send a message to digicomm@uchicago.edu. Neurobiologist Melina E. Hale investigates how fish respond to predators in order to better understand neuro-mechanics in humans, providing a basis to address neurological disorders and spinal cord injury. Copyright 2004 The University of Chicago.