An ambling gait or amble is any of several four-beat intermediate horse gaits, all of which are faster than a walk but usually slower than a canter and always slower than a gallop. Horses that amble are sometimes referred to as "gaited," particularly in the United States. Ambling gaits are smoother for a rider than either the two-beat Trot or pace and most can be sustained for relatively long periods of time, making them particularly desirable for trail riding and other tasks where a rider must spend long periods of time in the saddle. Historically, horses able to amble were highly desired for riding long distances on poor roads. Once roads improved and carriage travel became popular, their use declined in Europe but continued in popularity in the Americas, particularly in areas where plantation agriculture was practiced and the inspection of fields and crops necessitated long daily rides.
The ability to perform an ambling gait is usually an inherited trait. In 2012, a DNA study found that horses from several gaited and harness racing breeds carried a mutation on the gene DMRT3, which controls the spinal neurological circuits related to limb movement and motion. In 2014, that mutation was found to originate in a single ancestor to all gaited horses. Some gaited breeds naturally perform these gaits from birth, others need to be trained to do them. Some breeds have individuals who can both amble and perform a trot or pace. In the Standardbred breed, the DMRT3 gene was also found in trotting horses, suggesting that it inhibits the ability to transition into a canter or gallop.
Gait is the pattern of movement of the limbs of animals, including humans, during locomotion over a solid substrate. Most animals use a variety of gaits, selecting gait based on speed, terrain, the need to maneuver, and energetic efficiency. Different animal species may use different gaits due to differences in anatomy that prevent use of certain gaits, or simply due to evolved innate preferences as a result of habitat differences. While various gaits are given specific names, the complexity of biological systems and interacting with the environment make these distinctions 'fuzzy' at best. Gaits are typically classified according to footfall patterns, but recent studies often prefer definitions based on mechanics. The term typically does not refer to limb-based propulsion through fluid mediums such as water or air, but rather to propulsion across a solid substrate by generating reactive forces against it (which can apply to walking while underwater as well as on land).
Due to the rapidity of animal movement, simple direct observation is rarely sufficient to give any insight into the pattern of limb movement. In spite of early attempts to classify gaits based on footprints or the sound of footfalls, it wasn't until Eadweard Muybridge and Étienne-Jules Marey began taking rapid series of photographs that proper scientific examination of gaits could begin.
Human gait refers to locomotion achieved through the movement of human limbs. Human gait is defined as bipedal, biphasic forward propulsion of center of gravity of the human body, in which there are alternate sinuous movements of different segments of the body with least expenditure of energy. Different gait patterns are characterized by differences in limb movement patterns, overall velocity, forces, kinetic and potential energy cycles, and changes in the contact with the surface (ground, floor, etc.). Human gaits are the various ways in which a human can move, either naturally or as a result of specialized training.
Classification
Gaits can be roughly categorized into two groups: the natural gaits that nearly every human will use without special training, and the specialized gaits which people train to use under specific conditions and situations.
Another classification system applicable to humans groups gaits by whether or not the person is continuously in contact with the ground.
The gait of a dog is its quality of movement. It is given a great deal of importance in the breed standard of some breeds, of lesser importance in other standards, and in some breeds gait is not described in the standard at all. A dog's gait is much similar to a horse's.
A dog judge must know the gait requirements in the Standard of the breed he or she is judging. The Miniature Pinscher, for example, must have what is called a hackney gait, reminiscent of the gait of a horse. In working small breeds such as the Miniature Fox Terrier, a hackney gait is a serious or disqualifying fault.
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This is not medical advice. The content is intended as educational content for health care professionals and students. If you are a patient, seek care of a health care professional. In this video, Andreas talks about the basics of the gait cycle and what to look for in a basic physiotherapeutic gait analysis
Useful Links Below:
Nijmegen Gait: http://www.ncbi.nlm.nih.gov/pmc/articles/PMC555760/pdf/1471-2474-6-17.pdf
Scheme: https://www.physiotutors.com/wp-content/uploads/2016/01/Gait-Phases.pdf
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Until...
published: 20 Sep 2015
Biomechanics of Walking: Gait Cycle and Abnormal Gait ft. Maren Hunsberger | Corporis
Almost every human follows the same biomechanical pattern of walking -- what we call gait. And since it's so often the cause (or consequence of pain), movement experts spend a lot of time studying the normal gait cycle.
Subscribe to Maren: https://www.youtube.com/channel/UCjtFjiOi2Ih35R0rjPmE2MQ.
☠️NONE OF THE INFORMATION IN THIS VIDEO SHOULD BE USED AS MEDICAL ADVICE OR OPINION. IT IS FOR GENERAL EDUCATION AND ENTERTAINMENT☠️
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published: 04 Nov 2019
Types of neurological gait! #physiotherapy #gaitpattern
published: 26 Sep 2023
Gait Examination
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In this physical exam video Professor Zach Murphy will show you how to conduct a gait exam on our patient, Q. We hope you enjoy this lecture and be sure to support us below!
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published: 17 May 2021
Gaits Examination (Stanford Medicine 25)
This Stanford Medicine 25 video was created in conjunction with Stanford's AIM lab teaching the examination of the gait.
The Stanford Medicine 25 is a Stanford School of Medicine initiative to teach and promote the bedside physical exam. Here you will find videos teaching bedside physical exam techniques.
Basic pathological gaits that can be attributed to neurological conditions. Gait types include: hemiplegic, spastic diplegic, neuropathic, myopathic, Parkinsonian, choreiform, ataxic (cerebellar) and sensory.
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published: 17 Mar 2014
Antalgic Gait
www.mskmedicine.com
published: 27 Nov 2014
Biomechanics Lecture 11: Gait
In this biomechanics lecture, I discuss the mechanics of the human walking or gait cycle including key events, joint angles and muscle activity.
published: 08 Nov 2021
Types of different gait patterns we see in #neuroscience #neurosurgery #healthcare
published: 20 Apr 2023
Cognition Coordination & Gait Workout for People with PD | Feel Stronger From Brain to Toe!
In today's Move & Shout workout for Parkinson's symptoms, Power for Parkinson's lead instructor Lauren Lewis will lead you through a series of fun pattern exercises to REALLY CHALLENGE you're cognition and coordination while reinforcing a strong gait and building endurance and strength. We will be using a ball for today's workout. You can buy your own PFP ball at https://c4c808-31.myshopify.com/products/power-for-parkinsons-exercise-ball. If you don't have an exercise ball, you can also use a rolled-up t-shirt or a small pillow! Happy exercising!
DISCLAIMER:
Exercises performed in this video will be done at your own risk.
Please pause the video between exercises if you feel the routine is too fast for you. We suggest that you never exercise alone. Power for Parkinson's is not responsib...
published: 10 Dec 2024
Parkinsonian Gait
This video demonstrates a Parkinsonian-like gait pattern. This pattern can be secondary to Parkinsons Disease, but also other conditions. The patient has difficulty initiating movement and has a slow, stooped gait, with very little clearance of their feet from the floor. The classic description is a shuffling, stooped gait.
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This is not medical advice. The content is intended as educational content for health care professionals and students. If you are a patient, seek care of a health care professional. In this video, Andreas talks about the basics of the gait cycle and what to look for in a basic physiotherapeutic gait analysis
Useful Links Below:
Nijmegen Gait: http://www.ncbi.nlm.nih.gov/pmc/articles/PMC555760/pdf/1471-2474-6-17.pdf
Scheme: https://www.physiotutors.com/wp-content/uploads/2016/01/Gait-Phases.pdf
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Tags: Physio, therapy, physical, anamnesis, treatment, medical, Magee, assessment, tutorial, student, ESP, HVA, Hogeschool van, amsterdam, tutors, video, HD, test,
Physio therapy Physiotherapy assessment tutorial student ESP HVA amsterdam Physiotutors video HD Hogeschool van Amsterdam anamnesis treatment medical magee Orthopedic educational videos e-learning medicine physiotherapeutic physicaltherapy
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This is not medical advice. The content is intended as educational content for health care professionals and students. If you are a patient, seek care of a health care professional. In this video, Andreas talks about the basics of the gait cycle and what to look for in a basic physiotherapeutic gait analysis
Useful Links Below:
Nijmegen Gait: http://www.ncbi.nlm.nih.gov/pmc/articles/PMC555760/pdf/1471-2474-6-17.pdf
Scheme: https://www.physiotutors.com/wp-content/uploads/2016/01/Gait-Phases.pdf
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Tags: Physio, therapy, physical, anamnesis, treatment, medical, Magee, assessment, tutorial, student, ESP, HVA, Hogeschool van, amsterdam, tutors, video, HD, test,
Physio therapy Physiotherapy assessment tutorial student ESP HVA amsterdam Physiotutors video HD Hogeschool van Amsterdam anamnesis treatment medical magee Orthopedic educational videos e-learning medicine physiotherapeutic physicaltherapy
Almost every human follows the same biomechanical pattern of walking -- what we call gait. And since it's so often the cause (or consequence of pain), movement ...
Almost every human follows the same biomechanical pattern of walking -- what we call gait. And since it's so often the cause (or consequence of pain), movement experts spend a lot of time studying the normal gait cycle.
Subscribe to Maren: https://www.youtube.com/channel/UCjtFjiOi2Ih35R0rjPmE2MQ.
☠️NONE OF THE INFORMATION IN THIS VIDEO SHOULD BE USED AS MEDICAL ADVICE OR OPINION. IT IS FOR GENERAL EDUCATION AND ENTERTAINMENT☠️
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⚰️Medical History playlist: https://www.youtube.com/playlist?list=PL2rpvfNeooNGcIesiheCNuPvuQyRlRavb
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📜 S O U R C E S 📜
Overview of the Gait Cycle
https://www.sciencedirect.com/topics/engineering/gait-cycle
Gait disorders in adults and the elderly: A clinical guide
https://www.ncbi.nlm.nih.gov/pmc/articles/PMC5318488/
Predicting the Biomechanics of Walking
https://www.sciencedirect.com/science/article/pii/B9780124051904000076
💊A B O U T 💊
Hi, I’m Patrick. I’m a freelance science writer based in the San Francisco Bay Area. I hold a bachelor’s degree in Athletic Training and a master’s in clinical exercise physiology. I used to work in the clinical setting as a certified athletic trainer, physical therapy aide, and a certified strength and conditioning specialist. After working in the clinical setting, I went back to school and became a teacher. The goal of my content is to help normal people, not just pre-med students, learn about the human body. That might mean explaining a topic from an anatomy class or exploring a topic from medical history.
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If you’d like to sponsor a video or have other business inquiries:
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Almost every human follows the same biomechanical pattern of walking -- what we call gait. And since it's so often the cause (or consequence of pain), movement experts spend a lot of time studying the normal gait cycle.
Subscribe to Maren: https://www.youtube.com/channel/UCjtFjiOi2Ih35R0rjPmE2MQ.
☠️NONE OF THE INFORMATION IN THIS VIDEO SHOULD BE USED AS MEDICAL ADVICE OR OPINION. IT IS FOR GENERAL EDUCATION AND ENTERTAINMENT☠️
🔗 L I N K S 🔗
📱Instagram: https://www.instagram.com/patkellyteaches/
🐦Twitter: https://twitter.com/PatKellyTeaches
💰Patreon: https://www.patreon.com/corporis
📽 O T H E R V I D E O S 📽
⚰️Medical History playlist: https://www.youtube.com/playlist?list=PL2rpvfNeooNGcIesiheCNuPvuQyRlRavb
🔬Anatomy Basics playlist: https://www.youtube.com/playlist?list=PL2rpvfNeooNE5E4jKX9JOrXITW-kIfZCc
💪Kinesiology and Biomechanics playlist: https://www.youtube.com/playlist?list=PL2rpvfNeooNGkKlDT2ctqTpPtJgAPOpjx
📜 S O U R C E S 📜
Overview of the Gait Cycle
https://www.sciencedirect.com/topics/engineering/gait-cycle
Gait disorders in adults and the elderly: A clinical guide
https://www.ncbi.nlm.nih.gov/pmc/articles/PMC5318488/
Predicting the Biomechanics of Walking
https://www.sciencedirect.com/science/article/pii/B9780124051904000076
💊A B O U T 💊
Hi, I’m Patrick. I’m a freelance science writer based in the San Francisco Bay Area. I hold a bachelor’s degree in Athletic Training and a master’s in clinical exercise physiology. I used to work in the clinical setting as a certified athletic trainer, physical therapy aide, and a certified strength and conditioning specialist. After working in the clinical setting, I went back to school and became a teacher. The goal of my content is to help normal people, not just pre-med students, learn about the human body. That might mean explaining a topic from an anatomy class or exploring a topic from medical history.
💻 C O N T A C T 💻
If you’d like to sponsor a video or have other business inquiries:
patkellyteaches [at] gmail.com
#corporis #anatomy #medicalhistory
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Ninja Nerds!
In this physical exam video Professor Zach Murphy will show you how to conduct a gait exam on o...
Official Ninja Nerd Website: https://ninjanerd.org
Ninja Nerds!
In this physical exam video Professor Zach Murphy will show you how to conduct a gait exam on our patient, Q. We hope you enjoy this lecture and be sure to support us below!
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Ninja Nerds!
In this physical exam video Professor Zach Murphy will show you how to conduct a gait exam on our patient, Q. We hope you enjoy this lecture and be sure to support us below!
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#ninjanerd #GaitExam #Neuro
This Stanford Medicine 25 video was created in conjunction with Stanford's AIM lab teaching the examination of the gait.
The Stanford Medicine 25 is a Stanfor...
This Stanford Medicine 25 video was created in conjunction with Stanford's AIM lab teaching the examination of the gait.
The Stanford Medicine 25 is a Stanford School of Medicine initiative to teach and promote the bedside physical exam. Here you will find videos teaching bedside physical exam techniques.
Basic pathological gaits that can be attributed to neurological conditions. Gait types include: hemiplegic, spastic diplegic, neuropathic, myopathic, Parkinsonian, choreiform, ataxic (cerebellar) and sensory.
Please subscribe, like and visit our websites:
Main Website: http://stanfordmedicine25.stanford.edu/
Blog: http://stanfordmedicine25.stanford.edu/blog.html
Facebook: https://www.facebook.com/StanfordMedicine25?ref=tn_tnmn
Twitter: https://twitter.com/StanfordMed25
Google+: http://goo.gl/UBM7SP
This Stanford Medicine 25 video was created in conjunction with Stanford's AIM lab teaching the examination of the gait.
The Stanford Medicine 25 is a Stanford School of Medicine initiative to teach and promote the bedside physical exam. Here you will find videos teaching bedside physical exam techniques.
Basic pathological gaits that can be attributed to neurological conditions. Gait types include: hemiplegic, spastic diplegic, neuropathic, myopathic, Parkinsonian, choreiform, ataxic (cerebellar) and sensory.
Please subscribe, like and visit our websites:
Main Website: http://stanfordmedicine25.stanford.edu/
Blog: http://stanfordmedicine25.stanford.edu/blog.html
Facebook: https://www.facebook.com/StanfordMedicine25?ref=tn_tnmn
Twitter: https://twitter.com/StanfordMed25
Google+: http://goo.gl/UBM7SP
In today's Move & Shout workout for Parkinson's symptoms, Power for Parkinson's lead instructor Lauren Lewis will lead you through a series of fun pattern exerc...
In today's Move & Shout workout for Parkinson's symptoms, Power for Parkinson's lead instructor Lauren Lewis will lead you through a series of fun pattern exercises to REALLY CHALLENGE you're cognition and coordination while reinforcing a strong gait and building endurance and strength. We will be using a ball for today's workout. You can buy your own PFP ball at https://c4c808-31.myshopify.com/products/power-for-parkinsons-exercise-ball. If you don't have an exercise ball, you can also use a rolled-up t-shirt or a small pillow! Happy exercising!
DISCLAIMER:
Exercises performed in this video will be done at your own risk.
Please pause the video between exercises if you feel the routine is too fast for you. We suggest that you never exercise alone. Power for Parkinson's is not responsible for any injuries or complications that may arise from this material.
Always consult your physician before starting any new exercise routine.
#PowerforParkinsons provides free fitness classes an social opportunities for people with #Parkinsons and their care partners in Austin, TX and worldwide through our free online home #ParkinsonsExerciseVideo series. Our mission is to engage people with Parkinson’s in regular exercise to slow or even reverse the effects of PD, improve their overall sense of well-being, provide opportunities for socialization, and help prevent the depression and isolation that often accompanies the disease.
JOIN OUR MEMBERSHIP PROGRAM:
To become a member of the #1 Parkinson’s Fitness Channel on Youtube, memberships are available to gain access to discounts, unique PFP emojis, member surveys and other perks. Follow this link to join:
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LEARN MORE & FIND A CLASS ON OUR WEBSITE:
https://www.powerforparkinsons.org
In today's Move & Shout workout for Parkinson's symptoms, Power for Parkinson's lead instructor Lauren Lewis will lead you through a series of fun pattern exercises to REALLY CHALLENGE you're cognition and coordination while reinforcing a strong gait and building endurance and strength. We will be using a ball for today's workout. You can buy your own PFP ball at https://c4c808-31.myshopify.com/products/power-for-parkinsons-exercise-ball. If you don't have an exercise ball, you can also use a rolled-up t-shirt or a small pillow! Happy exercising!
DISCLAIMER:
Exercises performed in this video will be done at your own risk.
Please pause the video between exercises if you feel the routine is too fast for you. We suggest that you never exercise alone. Power for Parkinson's is not responsible for any injuries or complications that may arise from this material.
Always consult your physician before starting any new exercise routine.
#PowerforParkinsons provides free fitness classes an social opportunities for people with #Parkinsons and their care partners in Austin, TX and worldwide through our free online home #ParkinsonsExerciseVideo series. Our mission is to engage people with Parkinson’s in regular exercise to slow or even reverse the effects of PD, improve their overall sense of well-being, provide opportunities for socialization, and help prevent the depression and isolation that often accompanies the disease.
JOIN OUR MEMBERSHIP PROGRAM:
To become a member of the #1 Parkinson’s Fitness Channel on Youtube, memberships are available to gain access to discounts, unique PFP emojis, member surveys and other perks. Follow this link to join:
https://www.youtube.com/channel/UC9QTes9SMZKbSzDS-nvhr3g/join
SUPPORT OUR CHANNEL:
https://www.powerforparkinsons.org/donate
BROWSE OUR FREE PARKINSON’S HOME EXERCISE VIDEO LIBRARY:
https://www.youtube.com/playlist?list=PL5jg5UxfmH0glirSEPjzeaYi1iIvD9me0
LEARN MORE & FIND A CLASS ON OUR WEBSITE:
https://www.powerforparkinsons.org
This video demonstrates a Parkinsonian-like gait pattern. This pattern can be secondary to Parkinsons Disease, but also other conditions. The patient has diff...
This video demonstrates a Parkinsonian-like gait pattern. This pattern can be secondary to Parkinsons Disease, but also other conditions. The patient has difficulty initiating movement and has a slow, stooped gait, with very little clearance of their feet from the floor. The classic description is a shuffling, stooped gait.
This video demonstrates a Parkinsonian-like gait pattern. This pattern can be secondary to Parkinsons Disease, but also other conditions. The patient has difficulty initiating movement and has a slow, stooped gait, with very little clearance of their feet from the floor. The classic description is a shuffling, stooped gait.
In this biomechanics lecture, I discuss the mechanics of the human walking or gait cycle including key events, joint angles and muscle activity.
published: 08 Nov 2021
Human Gait and Its Types
published: 06 May 2021
Human Gait V3 (3d Anatomy)
Embark on an updated and comprehensive exploration of the human body with our latest 3D animation tutorial, tailored specifically for anatomy students. Building upon our previous version, delve deeper into the intricacies of the human walk cycle from three distinct anatomical perspectives, revealing enhanced details of muscle layers and biomechanical dynamics.
Join us once again as we meticulously dissect the complexities of human locomotion, providing even more invaluable insights into muscle interaction and skeletal mechanics. From frontal, lateral, to posterior views, experience the dynamic movement of the human body in action like never before.
This updated tutorial promises to deepen your understanding of anatomical nuances as we continue to decode the biomechanics behind the walk c...
published: 16 Feb 2024
Gait Muscular Activity & Action
After watching this video you be able to describe muscle activation throughout the whole gait cycle. Differentiate between concentric and eccentric muscle activity. Name muscles active at the hip, knee and ankle joints.
published: 02 Nov 2020
Phases of Walking Gait
In this slow-motion video of a young woman walking (uploaded by Daniel Leary at https://www.youtube.com/watch?v=73pLODfIRUY), the phases of walking gait can be clearly seen. "Stance phase" is the phase of walking gait when the foot in on the ground while "swing phase" is the phase of walking gait when the foot is off the ground.
Stance phase begins when the heel first contacts the ground at "heel contact" which is also the beginning of the "contact phase" of walking. Contact phase then ends as the forefoot becomes fully loaded by ground reaction force (GRF) at "forefoot loading".
Forefoot loading also marks the beginning of the "midstance phase" of walking gait at the center of mass (CoM) of the body passes from posterior to anterior to the planted foot. Midstance phase then ends at "hee...
published: 01 Nov 2018
THE PHASES OF WALKING (GAIT CYCLE BREAKDOWN)
This video breaks down each component of the gait cycle along with reference values for range of motion at the hip/knee/ankle and muscle activation. These values may not apply to everyone and should only be used for educational purposes! The data is based on: O'Sullivan and Schimitz: Physical Rehabilitation, Fifth edition, 2008, Philadelphia.
Music:
Into The Clouds by Nicolai Heidlas Music https://soundcloud.com/nicolai-heidlas
Creative Commons — Attribution 3.0 Unported— CC BY 3.0
http://creativecommons.org/licenses/b...
Music promoted by Audio Library https://youtu.be/g7KZAoj4YH0
published: 22 Jan 2018
Ataxic Gait
The femoral stretch test looks for
published: 31 Dec 2018
Easy Human Gait Analysis Biomechanics For Physiotherapy Students ||Human locomotion
Hello friends, thankyou for watching my video, I am Physiotherapist with masters degree and working as Associate Professor in Mangalore.I love to teach and practice physiotherapy, that is the reason i am sharing all my experience and learnings on my youtube channel. I am also fond of fitness, which i believe every physiotherapist should be and that is why i put my content of home workouts as well as some fitness tips for improving fitness level of individual.
you can also refer my facebook and instagram page "physiotrendz" for more content like these.
facebook- https://www.facebook.com/physiotrendzforall/
instagram - https://www.instagram.com/physio_trendz/?hl=en
mail id - [email protected]
#physiotrendz #biomechanicsofgait #gaitanalysis #gait #tasksingait #physicaltherapy #biom...
published: 02 Aug 2021
Types of different gait patterns we see in #neuroscience #neurosurgery #healthcare
published: 20 Apr 2023
GAIT BIOMECHANICS #GAIT ANALYSIS #Human Gait Analysis Series Part-1
In this lecture we explore human gait and locomotion. We begin by defining gait, define gait cycle, and understanding different phases and events in gait cycle. Gait can be defined as translatory progression of body as a whole produced by coordinated rotatory movements of body segments. What is gait cycle? A gait cycle is the time period or sequence of events during locomotion in which one foot contacts the ground to when the same foot contacts ground again.
A gait cycle is divided into two phases namely- stance phase and swing phase. The stance phase accounts for 60% of gait cycle whereas the swing phase accounts for 40% of gait cycle. The stance phase of gait cycle involves a period of Single limb support and double limb support time. Further the stance phase is made of various events an...
Embark on an updated and comprehensive exploration of the human body with our latest 3D animation tutorial, tailored specifically for anatomy students. Building...
Embark on an updated and comprehensive exploration of the human body with our latest 3D animation tutorial, tailored specifically for anatomy students. Building upon our previous version, delve deeper into the intricacies of the human walk cycle from three distinct anatomical perspectives, revealing enhanced details of muscle layers and biomechanical dynamics.
Join us once again as we meticulously dissect the complexities of human locomotion, providing even more invaluable insights into muscle interaction and skeletal mechanics. From frontal, lateral, to posterior views, experience the dynamic movement of the human body in action like never before.
This updated tutorial promises to deepen your understanding of anatomical nuances as we continue to decode the biomechanics behind the walk cycle. Whether you're a budding anatomist or a seasoned student, this enhanced version guarantees to enrich your knowledge of human anatomy and animation techniques.
Don't miss out on this updated edition! Watch the video now to elevate your understanding of the human walk cycle and further enhance your anatomical expertise.
Enjoy the journey!
Alex
#AnatomyStudents #3DAnimation #WalkCycle #MuscleLayers #Biomechanics #HumanAnatomy #AnatomicalPerspectives #AnatomyTutorial #medicaleducation
-Anatomy-Lab Merch is available at: https://anatomy-lab.com/store
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-Send me an Email: [email protected]
Embark on an updated and comprehensive exploration of the human body with our latest 3D animation tutorial, tailored specifically for anatomy students. Building upon our previous version, delve deeper into the intricacies of the human walk cycle from three distinct anatomical perspectives, revealing enhanced details of muscle layers and biomechanical dynamics.
Join us once again as we meticulously dissect the complexities of human locomotion, providing even more invaluable insights into muscle interaction and skeletal mechanics. From frontal, lateral, to posterior views, experience the dynamic movement of the human body in action like never before.
This updated tutorial promises to deepen your understanding of anatomical nuances as we continue to decode the biomechanics behind the walk cycle. Whether you're a budding anatomist or a seasoned student, this enhanced version guarantees to enrich your knowledge of human anatomy and animation techniques.
Don't miss out on this updated edition! Watch the video now to elevate your understanding of the human walk cycle and further enhance your anatomical expertise.
Enjoy the journey!
Alex
#AnatomyStudents #3DAnimation #WalkCycle #MuscleLayers #Biomechanics #HumanAnatomy #AnatomicalPerspectives #AnatomyTutorial #medicaleducation
-Anatomy-Lab Merch is available at: https://anatomy-lab.com/store
-Follow Anatomy-Lab on Instagram: https://www.instagram.com/theanatomy_lab/
-Send me an Email: [email protected]
After watching this video you be able to describe muscle activation throughout the whole gait cycle. Differentiate between concentric and eccentric muscle activ...
After watching this video you be able to describe muscle activation throughout the whole gait cycle. Differentiate between concentric and eccentric muscle activity. Name muscles active at the hip, knee and ankle joints.
After watching this video you be able to describe muscle activation throughout the whole gait cycle. Differentiate between concentric and eccentric muscle activity. Name muscles active at the hip, knee and ankle joints.
In this slow-motion video of a young woman walking (uploaded by Daniel Leary at https://www.youtube.com/watch?v=73pLODfIRUY), the phases of walking gait can be ...
In this slow-motion video of a young woman walking (uploaded by Daniel Leary at https://www.youtube.com/watch?v=73pLODfIRUY), the phases of walking gait can be clearly seen. "Stance phase" is the phase of walking gait when the foot in on the ground while "swing phase" is the phase of walking gait when the foot is off the ground.
Stance phase begins when the heel first contacts the ground at "heel contact" which is also the beginning of the "contact phase" of walking. Contact phase then ends as the forefoot becomes fully loaded by ground reaction force (GRF) at "forefoot loading".
Forefoot loading also marks the beginning of the "midstance phase" of walking gait at the center of mass (CoM) of the body passes from posterior to anterior to the planted foot. Midstance phase then ends at "heel off" which occurs the instant the heel lifts from the ground.
"Propulsive phase" then begins at heel off and ends at "toe off". Toe off occurs at the instant the toes lift away from the ground. Therefore, the beginning of the stance phase of walking is heel contact, with the end of stance phase being toe off. Swing phase begins at toe off and ends at heel contact.
Note that during walking, the CoM rises in early stance phase to reach its maximum height above the ground at the middle of midstance, when the CoM is directly over the planted foot. The CoM then falls forward from the middle of midstance to reach its lowest level relative to the ground at the instant of heel off of the stance phase foot and heel contact of the contralateral foot. The raising and lowering of the CoM relative to the ground during walking gait is directly opposite to the raising ad lowering of the CoM during running gait.
In walking gait, the CoM is at its highest level relative to the ground at the middle of midstance when the CoM is directly over the foot while, during running, the CoM is at its lowest level when the CoM is directly over the foot. Therefore, the kinetic and potential energy exchanges of walking and running gait in the bipedal human are exact opposites of each other.
Walking is often modeled as an "inverted pendulum" due to the cyclical swinging of the CoM over the planted foot with each walking step. The rising CoM stores potential energy during the first half of stance phase due to the increased height of the CoM relative to the ground. Then, after the middle of midstance of walking, the CoM falls downward, gaining kinetic energy during the last half of stance phase to the gradually accelerating CoM which reaches its lowest level of potential energy at heel off. In this way, metabolic energy is conserved during walking by this cyclical movement of the CoM over the planted foot with each walking step, using as an inverted pendulum as the energetic model.
In this slow-motion video of a young woman walking (uploaded by Daniel Leary at https://www.youtube.com/watch?v=73pLODfIRUY), the phases of walking gait can be clearly seen. "Stance phase" is the phase of walking gait when the foot in on the ground while "swing phase" is the phase of walking gait when the foot is off the ground.
Stance phase begins when the heel first contacts the ground at "heel contact" which is also the beginning of the "contact phase" of walking. Contact phase then ends as the forefoot becomes fully loaded by ground reaction force (GRF) at "forefoot loading".
Forefoot loading also marks the beginning of the "midstance phase" of walking gait at the center of mass (CoM) of the body passes from posterior to anterior to the planted foot. Midstance phase then ends at "heel off" which occurs the instant the heel lifts from the ground.
"Propulsive phase" then begins at heel off and ends at "toe off". Toe off occurs at the instant the toes lift away from the ground. Therefore, the beginning of the stance phase of walking is heel contact, with the end of stance phase being toe off. Swing phase begins at toe off and ends at heel contact.
Note that during walking, the CoM rises in early stance phase to reach its maximum height above the ground at the middle of midstance, when the CoM is directly over the planted foot. The CoM then falls forward from the middle of midstance to reach its lowest level relative to the ground at the instant of heel off of the stance phase foot and heel contact of the contralateral foot. The raising and lowering of the CoM relative to the ground during walking gait is directly opposite to the raising ad lowering of the CoM during running gait.
In walking gait, the CoM is at its highest level relative to the ground at the middle of midstance when the CoM is directly over the foot while, during running, the CoM is at its lowest level when the CoM is directly over the foot. Therefore, the kinetic and potential energy exchanges of walking and running gait in the bipedal human are exact opposites of each other.
Walking is often modeled as an "inverted pendulum" due to the cyclical swinging of the CoM over the planted foot with each walking step. The rising CoM stores potential energy during the first half of stance phase due to the increased height of the CoM relative to the ground. Then, after the middle of midstance of walking, the CoM falls downward, gaining kinetic energy during the last half of stance phase to the gradually accelerating CoM which reaches its lowest level of potential energy at heel off. In this way, metabolic energy is conserved during walking by this cyclical movement of the CoM over the planted foot with each walking step, using as an inverted pendulum as the energetic model.
This video breaks down each component of the gait cycle along with reference values for range of motion at the hip/knee/ankle and muscle activation. These value...
This video breaks down each component of the gait cycle along with reference values for range of motion at the hip/knee/ankle and muscle activation. These values may not apply to everyone and should only be used for educational purposes! The data is based on: O'Sullivan and Schimitz: Physical Rehabilitation, Fifth edition, 2008, Philadelphia.
Music:
Into The Clouds by Nicolai Heidlas Music https://soundcloud.com/nicolai-heidlas
Creative Commons — Attribution 3.0 Unported— CC BY 3.0
http://creativecommons.org/licenses/b...
Music promoted by Audio Library https://youtu.be/g7KZAoj4YH0
This video breaks down each component of the gait cycle along with reference values for range of motion at the hip/knee/ankle and muscle activation. These values may not apply to everyone and should only be used for educational purposes! The data is based on: O'Sullivan and Schimitz: Physical Rehabilitation, Fifth edition, 2008, Philadelphia.
Music:
Into The Clouds by Nicolai Heidlas Music https://soundcloud.com/nicolai-heidlas
Creative Commons — Attribution 3.0 Unported— CC BY 3.0
http://creativecommons.org/licenses/b...
Music promoted by Audio Library https://youtu.be/g7KZAoj4YH0
Hello friends, thankyou for watching my video, I am Physiotherapist with masters degree and working as Associate Professor in Mangalore.I love to teach and prac...
Hello friends, thankyou for watching my video, I am Physiotherapist with masters degree and working as Associate Professor in Mangalore.I love to teach and practice physiotherapy, that is the reason i am sharing all my experience and learnings on my youtube channel. I am also fond of fitness, which i believe every physiotherapist should be and that is why i put my content of home workouts as well as some fitness tips for improving fitness level of individual.
you can also refer my facebook and instagram page "physiotrendz" for more content like these.
facebook- https://www.facebook.com/physiotrendzforall/
instagram - https://www.instagram.com/physio_trendz/?hl=en
mail id - [email protected]
#physiotrendz #biomechanicsofgait #gaitanalysis #gait #tasksingait #physicaltherapy #biomechanics #studygait #walking #medicos #analysis #physiotherapystudents #physiotherapists
Hello friends, thankyou for watching my video, I am Physiotherapist with masters degree and working as Associate Professor in Mangalore.I love to teach and practice physiotherapy, that is the reason i am sharing all my experience and learnings on my youtube channel. I am also fond of fitness, which i believe every physiotherapist should be and that is why i put my content of home workouts as well as some fitness tips for improving fitness level of individual.
you can also refer my facebook and instagram page "physiotrendz" for more content like these.
facebook- https://www.facebook.com/physiotrendzforall/
instagram - https://www.instagram.com/physio_trendz/?hl=en
mail id - [email protected]
#physiotrendz #biomechanicsofgait #gaitanalysis #gait #tasksingait #physicaltherapy #biomechanics #studygait #walking #medicos #analysis #physiotherapystudents #physiotherapists
In this lecture we explore human gait and locomotion. We begin by defining gait, define gait cycle, and understanding different phases and events in gait cycle....
In this lecture we explore human gait and locomotion. We begin by defining gait, define gait cycle, and understanding different phases and events in gait cycle. Gait can be defined as translatory progression of body as a whole produced by coordinated rotatory movements of body segments. What is gait cycle? A gait cycle is the time period or sequence of events during locomotion in which one foot contacts the ground to when the same foot contacts ground again.
A gait cycle is divided into two phases namely- stance phase and swing phase. The stance phase accounts for 60% of gait cycle whereas the swing phase accounts for 40% of gait cycle. The stance phase of gait cycle involves a period of Single limb support and double limb support time. Further the stance phase is made of various events and the events in stance phase are:
1. Heel strike or Initial contact
2. Foot flat
3. Heel off
4. Toe- off
The video describes each of this phase in detail with demonstrations and recorded gait analysis.
Watch lecture for more details...
Don’t forget checking out this awesome videos and playlists:
BIOMECHANICS
HIP COMPLEX BIOMECHANICS:
https://www.youtube.com/playlist?list=PL-S5xYt7a4QzyFOLBElrPwC8-KzLIw6jw
KNEE COMPLEX BIOMECHANICS
https://www.youtube.com/playlist?list=PL-S5xYt7a4Qy4mWzNZPwMxn_BiYcDMPbb
ANKLE COMPLEX BIOMECHANICS:
https://www.youtube.com/playlist?list=PL-S5xYt7a4QzUMhIDB_HyglCaftjcRLKo
SHOULDER COMPLEX BIOMECHANICS:
https://www.youtube.com/playlist?list=PL-S5xYt7a4Qz9HpzF9dhk67K537br6-kN
TEMPOROMANDIBULAR JOINT BIOMECHANICS:
https://www.youtube.com/playlist?list=PL-S5xYt7a4Qw-lqI8S66Pb5oHQQQBNWzl
BIOMECHANICS OF SPINE:
https://www.youtube.com/playlist?list=PL-S5xYt7a4QyKwmiyXsJTclR8r6K0E2oi
WRIST COMPLEX BIOMECHANICS:
https://www.youtube.com/playlist?list=PL-S5xYt7a4Qz50KJ4oJDp2qeU-2HRvjCv
OUR TOP ANATOMY PLAYLIST:
MUSCLES OF UPPER LIMB:
https://www.youtube.com/playlist?list=PL-S5xYt7a4Qx9AdjBHIBDpACNPGVextwK
MUSCLES OF LOWER LIMB:
https://www.youtube.com/playlist?list=PL-S5xYt7a4QzSX3AixXhY_3lEYDzoQpKJ
NEUROANATOMY:
https://www.youtube.com/playlist?list=PL-S5xYt7a4QwM6kEKoeE_4FbiZgAUMf1Y
LOWER LIMB ANATOMY:
https://www.youtube.com/playlist?list=PL-S5xYt7a4Qw7oGXsgIW0M3x3RMQqK554
MCQ SERIES:
https://www.youtube.com/playlist?list=PL-S5xYt7a4QxmYCy1BHgjGPAtTS8xVkzQ
For doubts and notes.............
Check our website:
https://www.biomechanicsworld.com
Follow my official Facebook page:
https://www.facebook.com/tonystutorial/
or my Instagram profile:
https://www.instagram.com/tonystutorial/\
TONY JOSEPH
FORMER ASSISTANT PROFESSOR
KANNUR MEDICAL COLLEGE
In this lecture we explore human gait and locomotion. We begin by defining gait, define gait cycle, and understanding different phases and events in gait cycle. Gait can be defined as translatory progression of body as a whole produced by coordinated rotatory movements of body segments. What is gait cycle? A gait cycle is the time period or sequence of events during locomotion in which one foot contacts the ground to when the same foot contacts ground again.
A gait cycle is divided into two phases namely- stance phase and swing phase. The stance phase accounts for 60% of gait cycle whereas the swing phase accounts for 40% of gait cycle. The stance phase of gait cycle involves a period of Single limb support and double limb support time. Further the stance phase is made of various events and the events in stance phase are:
1. Heel strike or Initial contact
2. Foot flat
3. Heel off
4. Toe- off
The video describes each of this phase in detail with demonstrations and recorded gait analysis.
Watch lecture for more details...
Don’t forget checking out this awesome videos and playlists:
BIOMECHANICS
HIP COMPLEX BIOMECHANICS:
https://www.youtube.com/playlist?list=PL-S5xYt7a4QzyFOLBElrPwC8-KzLIw6jw
KNEE COMPLEX BIOMECHANICS
https://www.youtube.com/playlist?list=PL-S5xYt7a4Qy4mWzNZPwMxn_BiYcDMPbb
ANKLE COMPLEX BIOMECHANICS:
https://www.youtube.com/playlist?list=PL-S5xYt7a4QzUMhIDB_HyglCaftjcRLKo
SHOULDER COMPLEX BIOMECHANICS:
https://www.youtube.com/playlist?list=PL-S5xYt7a4Qz9HpzF9dhk67K537br6-kN
TEMPOROMANDIBULAR JOINT BIOMECHANICS:
https://www.youtube.com/playlist?list=PL-S5xYt7a4Qw-lqI8S66Pb5oHQQQBNWzl
BIOMECHANICS OF SPINE:
https://www.youtube.com/playlist?list=PL-S5xYt7a4QyKwmiyXsJTclR8r6K0E2oi
WRIST COMPLEX BIOMECHANICS:
https://www.youtube.com/playlist?list=PL-S5xYt7a4Qz50KJ4oJDp2qeU-2HRvjCv
OUR TOP ANATOMY PLAYLIST:
MUSCLES OF UPPER LIMB:
https://www.youtube.com/playlist?list=PL-S5xYt7a4Qx9AdjBHIBDpACNPGVextwK
MUSCLES OF LOWER LIMB:
https://www.youtube.com/playlist?list=PL-S5xYt7a4QzSX3AixXhY_3lEYDzoQpKJ
NEUROANATOMY:
https://www.youtube.com/playlist?list=PL-S5xYt7a4QwM6kEKoeE_4FbiZgAUMf1Y
LOWER LIMB ANATOMY:
https://www.youtube.com/playlist?list=PL-S5xYt7a4Qw7oGXsgIW0M3x3RMQqK554
MCQ SERIES:
https://www.youtube.com/playlist?list=PL-S5xYt7a4QxmYCy1BHgjGPAtTS8xVkzQ
For doubts and notes.............
Check our website:
https://www.biomechanicsworld.com
Follow my official Facebook page:
https://www.facebook.com/tonystutorial/
or my Instagram profile:
https://www.instagram.com/tonystutorial/\
TONY JOSEPH
FORMER ASSISTANT PROFESSOR
KANNUR MEDICAL COLLEGE
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This is not medical advice. The content is intended as educational content for health care professionals and students. If you are a patient, seek care of a health care professional. In this video, Andreas talks about the basics of the gait cycle and what to look for in a basic physiotherapeutic gait analysis
Useful Links Below:
Nijmegen Gait: http://www.ncbi.nlm.nih.gov/pmc/articles/PMC555760/pdf/1471-2474-6-17.pdf
Scheme: https://www.physiotutors.com/wp-content/uploads/2016/01/Gait-Phases.pdf
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Tags: Physio, therapy, physical, anamnesis, treatment, medical, Magee, assessment, tutorial, student, ESP, HVA, Hogeschool van, amsterdam, tutors, video, HD, test,
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Almost every human follows the same biomechanical pattern of walking -- what we call gait. And since it's so often the cause (or consequence of pain), movement experts spend a lot of time studying the normal gait cycle.
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📜 S O U R C E S 📜
Overview of the Gait Cycle
https://www.sciencedirect.com/topics/engineering/gait-cycle
Gait disorders in adults and the elderly: A clinical guide
https://www.ncbi.nlm.nih.gov/pmc/articles/PMC5318488/
Predicting the Biomechanics of Walking
https://www.sciencedirect.com/science/article/pii/B9780124051904000076
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Hi, I’m Patrick. I’m a freelance science writer based in the San Francisco Bay Area. I hold a bachelor’s degree in Athletic Training and a master’s in clinical exercise physiology. I used to work in the clinical setting as a certified athletic trainer, physical therapy aide, and a certified strength and conditioning specialist. After working in the clinical setting, I went back to school and became a teacher. The goal of my content is to help normal people, not just pre-med students, learn about the human body. That might mean explaining a topic from an anatomy class or exploring a topic from medical history.
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In this physical exam video Professor Zach Murphy will show you how to conduct a gait exam on our patient, Q. We hope you enjoy this lecture and be sure to support us below!
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This Stanford Medicine 25 video was created in conjunction with Stanford's AIM lab teaching the examination of the gait.
The Stanford Medicine 25 is a Stanford School of Medicine initiative to teach and promote the bedside physical exam. Here you will find videos teaching bedside physical exam techniques.
Basic pathological gaits that can be attributed to neurological conditions. Gait types include: hemiplegic, spastic diplegic, neuropathic, myopathic, Parkinsonian, choreiform, ataxic (cerebellar) and sensory.
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In today's Move & Shout workout for Parkinson's symptoms, Power for Parkinson's lead instructor Lauren Lewis will lead you through a series of fun pattern exercises to REALLY CHALLENGE you're cognition and coordination while reinforcing a strong gait and building endurance and strength. We will be using a ball for today's workout. You can buy your own PFP ball at https://c4c808-31.myshopify.com/products/power-for-parkinsons-exercise-ball. If you don't have an exercise ball, you can also use a rolled-up t-shirt or a small pillow! Happy exercising!
DISCLAIMER:
Exercises performed in this video will be done at your own risk.
Please pause the video between exercises if you feel the routine is too fast for you. We suggest that you never exercise alone. Power for Parkinson's is not responsible for any injuries or complications that may arise from this material.
Always consult your physician before starting any new exercise routine.
#PowerforParkinsons provides free fitness classes an social opportunities for people with #Parkinsons and their care partners in Austin, TX and worldwide through our free online home #ParkinsonsExerciseVideo series. Our mission is to engage people with Parkinson’s in regular exercise to slow or even reverse the effects of PD, improve their overall sense of well-being, provide opportunities for socialization, and help prevent the depression and isolation that often accompanies the disease.
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This video demonstrates a Parkinsonian-like gait pattern. This pattern can be secondary to Parkinsons Disease, but also other conditions. The patient has difficulty initiating movement and has a slow, stooped gait, with very little clearance of their feet from the floor. The classic description is a shuffling, stooped gait.
An ambling gait or amble is any of several four-beat intermediate horse gaits, all of which are faster than a walk but usually slower than a canter and always slower than a gallop. Horses that amble are sometimes referred to as "gaited," particularly in the United States. Ambling gaits are smoother for a rider than either the two-beat Trot or pace and most can be sustained for relatively long periods of time, making them particularly desirable for trail riding and other tasks where a rider must spend long periods of time in the saddle. Historically, horses able to amble were highly desired for riding long distances on poor roads. Once roads improved and carriage travel became popular, their use declined in Europe but continued in popularity in the Americas, particularly in areas where plantation agriculture was practiced and the inspection of fields and crops necessitated long daily rides.
The ability to perform an ambling gait is usually an inherited trait. In 2012, a DNA study found that horses from several gaited and harness racing breeds carried a mutation on the gene DMRT3, which controls the spinal neurological circuits related to limb movement and motion. In 2014, that mutation was found to originate in a single ancestor to all gaited horses. Some gaited breeds naturally perform these gaits from birth, others need to be trained to do them. Some breeds have individuals who can both amble and perform a trot or pace. In the Standardbred breed, the DMRT3 gene was also found in trotting horses, suggesting that it inhibits the ability to transition into a canter or gallop.
Embark on an updated and comprehensive exploration of the human body with our latest 3D animation tutorial, tailored specifically for anatomy students. Building upon our previous version, delve deeper into the intricacies of the human walk cycle from three distinct anatomical perspectives, revealing enhanced details of muscle layers and biomechanical dynamics.
Join us once again as we meticulously dissect the complexities of human locomotion, providing even more invaluable insights into muscle interaction and skeletal mechanics. From frontal, lateral, to posterior views, experience the dynamic movement of the human body in action like never before.
This updated tutorial promises to deepen your understanding of anatomical nuances as we continue to decode the biomechanics behind the walk cycle. Whether you're a budding anatomist or a seasoned student, this enhanced version guarantees to enrich your knowledge of human anatomy and animation techniques.
Don't miss out on this updated edition! Watch the video now to elevate your understanding of the human walk cycle and further enhance your anatomical expertise.
Enjoy the journey!
Alex
#AnatomyStudents #3DAnimation #WalkCycle #MuscleLayers #Biomechanics #HumanAnatomy #AnatomicalPerspectives #AnatomyTutorial #medicaleducation
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After watching this video you be able to describe muscle activation throughout the whole gait cycle. Differentiate between concentric and eccentric muscle activity. Name muscles active at the hip, knee and ankle joints.
In this slow-motion video of a young woman walking (uploaded by Daniel Leary at https://www.youtube.com/watch?v=73pLODfIRUY), the phases of walking gait can be clearly seen. "Stance phase" is the phase of walking gait when the foot in on the ground while "swing phase" is the phase of walking gait when the foot is off the ground.
Stance phase begins when the heel first contacts the ground at "heel contact" which is also the beginning of the "contact phase" of walking. Contact phase then ends as the forefoot becomes fully loaded by ground reaction force (GRF) at "forefoot loading".
Forefoot loading also marks the beginning of the "midstance phase" of walking gait at the center of mass (CoM) of the body passes from posterior to anterior to the planted foot. Midstance phase then ends at "heel off" which occurs the instant the heel lifts from the ground.
"Propulsive phase" then begins at heel off and ends at "toe off". Toe off occurs at the instant the toes lift away from the ground. Therefore, the beginning of the stance phase of walking is heel contact, with the end of stance phase being toe off. Swing phase begins at toe off and ends at heel contact.
Note that during walking, the CoM rises in early stance phase to reach its maximum height above the ground at the middle of midstance, when the CoM is directly over the planted foot. The CoM then falls forward from the middle of midstance to reach its lowest level relative to the ground at the instant of heel off of the stance phase foot and heel contact of the contralateral foot. The raising and lowering of the CoM relative to the ground during walking gait is directly opposite to the raising ad lowering of the CoM during running gait.
In walking gait, the CoM is at its highest level relative to the ground at the middle of midstance when the CoM is directly over the foot while, during running, the CoM is at its lowest level when the CoM is directly over the foot. Therefore, the kinetic and potential energy exchanges of walking and running gait in the bipedal human are exact opposites of each other.
Walking is often modeled as an "inverted pendulum" due to the cyclical swinging of the CoM over the planted foot with each walking step. The rising CoM stores potential energy during the first half of stance phase due to the increased height of the CoM relative to the ground. Then, after the middle of midstance of walking, the CoM falls downward, gaining kinetic energy during the last half of stance phase to the gradually accelerating CoM which reaches its lowest level of potential energy at heel off. In this way, metabolic energy is conserved during walking by this cyclical movement of the CoM over the planted foot with each walking step, using as an inverted pendulum as the energetic model.
This video breaks down each component of the gait cycle along with reference values for range of motion at the hip/knee/ankle and muscle activation. These values may not apply to everyone and should only be used for educational purposes! The data is based on: O'Sullivan and Schimitz: Physical Rehabilitation, Fifth edition, 2008, Philadelphia.
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In this lecture we explore human gait and locomotion. We begin by defining gait, define gait cycle, and understanding different phases and events in gait cycle. Gait can be defined as translatory progression of body as a whole produced by coordinated rotatory movements of body segments. What is gait cycle? A gait cycle is the time period or sequence of events during locomotion in which one foot contacts the ground to when the same foot contacts ground again.
A gait cycle is divided into two phases namely- stance phase and swing phase. The stance phase accounts for 60% of gait cycle whereas the swing phase accounts for 40% of gait cycle. The stance phase of gait cycle involves a period of Single limb support and double limb support time. Further the stance phase is made of various events and the events in stance phase are:
1. Heel strike or Initial contact
2. Foot flat
3. Heel off
4. Toe- off
The video describes each of this phase in detail with demonstrations and recorded gait analysis.
Watch lecture for more details...
Don’t forget checking out this awesome videos and playlists:
BIOMECHANICS
HIP COMPLEX BIOMECHANICS:
https://www.youtube.com/playlist?list=PL-S5xYt7a4QzyFOLBElrPwC8-KzLIw6jw
KNEE COMPLEX BIOMECHANICS
https://www.youtube.com/playlist?list=PL-S5xYt7a4Qy4mWzNZPwMxn_BiYcDMPbb
ANKLE COMPLEX BIOMECHANICS:
https://www.youtube.com/playlist?list=PL-S5xYt7a4QzUMhIDB_HyglCaftjcRLKo
SHOULDER COMPLEX BIOMECHANICS:
https://www.youtube.com/playlist?list=PL-S5xYt7a4Qz9HpzF9dhk67K537br6-kN
TEMPOROMANDIBULAR JOINT BIOMECHANICS:
https://www.youtube.com/playlist?list=PL-S5xYt7a4Qw-lqI8S66Pb5oHQQQBNWzl
BIOMECHANICS OF SPINE:
https://www.youtube.com/playlist?list=PL-S5xYt7a4QyKwmiyXsJTclR8r6K0E2oi
WRIST COMPLEX BIOMECHANICS:
https://www.youtube.com/playlist?list=PL-S5xYt7a4Qz50KJ4oJDp2qeU-2HRvjCv
OUR TOP ANATOMY PLAYLIST:
MUSCLES OF UPPER LIMB:
https://www.youtube.com/playlist?list=PL-S5xYt7a4Qx9AdjBHIBDpACNPGVextwK
MUSCLES OF LOWER LIMB:
https://www.youtube.com/playlist?list=PL-S5xYt7a4QzSX3AixXhY_3lEYDzoQpKJ
NEUROANATOMY:
https://www.youtube.com/playlist?list=PL-S5xYt7a4QwM6kEKoeE_4FbiZgAUMf1Y
LOWER LIMB ANATOMY:
https://www.youtube.com/playlist?list=PL-S5xYt7a4Qw7oGXsgIW0M3x3RMQqK554
MCQ SERIES:
https://www.youtube.com/playlist?list=PL-S5xYt7a4QxmYCy1BHgjGPAtTS8xVkzQ
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TONY JOSEPH
FORMER ASSISTANT PROFESSOR
KANNUR MEDICAL COLLEGE
This short fiction by Kate Atkinson was originally published in the 19 December2011 issue of the New Statesman... The dog was here, though, ambling out of the house with the same hungover gait as Phil instead of bounding around enthusiastically ... *** ... OK.
'It's near sunset, Pedro...True enough, the tired beasts soon showed that they could not be roused long beyond an ambling motion, not unlike the gait of a Peruvian pacer; but which, when unbroken all day, may cover a great distance before nightfall ... .
Plucked from Wilco's fifth studio album, A Ghost Is Born, SulkFangs' version of "Handshake Drugs" is mildly subversive, opting for syncopated beats and an ambling gait over the original's down-the-line, four-on-the-floor simplicity.
"On dry land it is hardly probable that its fastest gait can be other than the amble ; possibly a trot, but with a brief period, if any, of non-support." ... of gaits or sequence of footfalls hippos used.
A veteran pitcher was nearing the end of his outing. The other team was threatening to score with two outs. A reliever was ready and waiting in the bullpen ... As Mendoza ambled toward the mound, Severino could see it in his gait and on his face ... ....
"WhateverI touch, turns to snow in my clutch. I'm too much!" ... You see, a while back I had twisted my posterior cruciate ligament something fierce, and ambulate with a bit of a giddyap in my gait. Think an ambling Doc House but certainly no Ironside... .
Brigid O’Dea ... It takes you over.' Photograph ... If you bump into me on the street, with my little tote bag and ambling gait, if you catch my flittering attention and stop to ask how I am doing, my response will be, to both you and me, unpredictable ... .
... chairs along the sideline in USC’s practice facility at the Galen Center for an interview, ambling with the same lanky 6-foot-2 gait and infectious grin she carried for years at SierraCanyon.
Sam’s downcast expression and ambling gait—even as other passengers frantically race to get on the plane—indicate that he’s in no rush to depart for Heathrow... This is an obvious ruse, since there’s no mistaking Sam’s desperation for selfish amorality.
... brisk and propulsive, ambling, toddling, sidewalk surfing, window shopping, touristy uncertainty, geezerly gimpiness, and the aimless shuffle of people like me whose heads are full of irrelevancies.
... brisk and propulsive, ambling, toddling, sidewalk surfing, window shopping, touristy uncertainty, geezerly gimpiness, and the aimless shuffle of people like me whose heads are full of irrelevancies.
“They were extremely euphoric,” he said. “It was an amazing performance with standing ovations.” ... That uproar on Dec ... Men in space suits amble in low-gravity gaits and nap in sleep pods, mixed in among a hallucinatory spectacle ... Source .
“They were extremely euphoric,” he said. “It was an amazing performance with standing ovations.” ... That uproar on Dec ... Men in space suits amble in low-gravity gaits and nap in sleep pods, mixed in among a hallucinatory spectacle ... .
... by one, then the deer looked over her shoulder at me, paused, and ambled off with the slow gait and twitching tail that, as the mother of a teenager, I recognize as the pace of sassy silent defiance.