Huforthopädie und Pferdephysiotherapie Gudrun König

Huforthopädie und Pferdephysiotherapie Gudrun König Taktfehler, Ticken, schleppende Hinterhand, Rückenprobleme, Steifheit, unklare Bewegungsstörungen u.a. www.gudrunkoenig.de
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29/02/2024
17/12/2023

Auxeticity

Tendons get “fatter,” not thinner when stretched within the normal range of motion. Auxeticity allows greater storage of energy and increases the forelegs’ spring. Chronically injured jumpers do not have radial expansion of their lower leg tendons when they touch the ground.
Theologians will scream blasphemy, conjuring you to believe your faith and reject the facts. Reductionists will reject knowledge, telling you that they know that tendons became thinner when elongated; they did their research in Google. I like the term reductionists; they reduce everything to the limits of their comfort zone. It does not matter to them if the horse benefits from new knowledge.
Enhancing the ability to generate auxetically expensive loading management improves performance, which is the point of this discussion. Auxeticity cannot be trained through mechanical thinking. There is no aid, exercise, or touch of the whip that can train auxeticity. We have to create conditions that allow nature to develop greater efficiency. This is the new way of thinking. We are no longer at the age of stimulus-response, action-reaction, obedience to the rider’s aids. The value of our equitation is creating situations that allow the horse’s mental processing and physical intelligence to explore efficient solutions.
In the Science of Motion’s Master One course, we talk about frequency, myofascial tone, synchrony, close kinematic chains, and a new vocabulary for a new way of thinking. Obedience is a reductionist way of thinking. The horse’s mental and physical intelligence willingly participates in the horse’s education. If we reduce the load on the forelegs, allowing the tendons to function within their normal range, if we respect the horse’s frequency, if we ensure proper direction of the forces acting from the back down to the legs, if we balance the hoof structure properly, we create conditions allowing the tendons to expand auxetically.
This is the new way of thinking. This is biotensegrity. The whole physique functions simultaneously, and our value as a rider is our sound understanding of the gaits and performances’ athletic demands and our ability to create conditions that allow the horse’s structures and mental processing to figure optimum efficiency.
The horse is worth the effort to expand our comfort zone. Exploring in partnership with the horse is a respectful, intelligent, and fascinating journey. Join the Science of Motion team.
https://www.scienceofmotion.com/documents/masterone.html

26/11/2023

Dr. GiAN PIERO BRIGATI on EGG BAR SHOE
I posted weeks ago about the unfortunate experience of my horse Bébé Blond, with eggbar shoes. I asked Dr. Gian Piero Brigati to explain the pros and cons. His response set the tone for 2024 Science of Motion level of knowledge, experience, and practical application.

EGG BAR SHOE

This is an example of an egg bar shoe.
How does it work this kind of shoe? The principle is that enhancing the hoof’s surface touching the ground, the result will be a diminution of the pressure on the hoof and leg structure; for this reason, it has been recommended in all situations where a decrease of pressure should be helpful as, for example, underrun heels, chronic palmar foot’s pain, upper suspensory desmitis. These considerations are true while the horse is standing, but what happens during movement?
We know that the foot’s landing is heels first, then the sole, and after the toe. In this picture, the thin blue line shows the center of rotation (COR), the red and yellow lines should be equal in a balanced foot, and the green line shows the enhancement of the caudal support that the egg bar shoe allows.
Now consider that the shoe is closed and its back part is perpendicular to the line of movement direction. This means that at the beginning of the stance phase, the longer lever of the caudal part of the hoof shod, in this way, puts all the tendinous and ligaments structure on a bigger loading because it enhances the distance from the landing point to the COR. At the same time, most of the work is done on sand surface, and the shape of the shoe enhances the resistance from the ground, increasing the grip and finally giving a stronger breaking phase.
Here, the red arrow shows the line of function of the cranial digital extensor tendon, while the purple arrow shows the line of function of deep digital flexor tendon. The blue arrow is weight at the impact moment. Considering all the forces acting on the foot at landing is easy to understand that increasing the lever of the back part of the hoof puts the deep digital flexor tendon in trouble and, as a consequence, the inferior check ligament (which connects deep digital flexor tendon and suspensory ligament) in a condition to work harder.
In light of all these considerations, I don’t use eggbar shoes for 20 years. I prefer to use shoes that improve the rolling and shortening of the lever foot.

26/11/2023

Positive influence.

A possible or positive influence is not a cure. Marketing strategies don’t appear to grasp the difference. A negative palmar angle stresses the sacroiliac joint, but it is not the only stress. Recreating a positive palmar angle helps restore proper SIJ function but does not cure the problem. In several instances, I have restored proper SIJ function, correcting the low carriage of the trunk between the forelegs and inverted rotation of the thoracic spine. Simultaneously, the farrier worked on recreating a positive palmar angle. The stress on the ligaments stabilizing the SIJ diminished enough to allow the horse to function pain-free before the negative palmar angle was corrected, but it would have been a mistake to decide that the horse was cured and discontinue the correction of the palmar angle. The cure is a sound function of the whole physique.
A fetlock dorsiflexion that persisted while the metacarpal bone rotated forward was the kinematic abnormality that led to the development of Dominique’s navicular issue. When maximum forces loaded the forelegs, the abnormality induced intense pressure between the distal sesamoid bone and the deep digital flexor tendon. I showed the kinematics abnormality to the farrier, who proposed creating an earlier breakover. The idea could have been a possible influence but would not have cured the problem. The cure was to identify and correct the source of the right foreleg overloading.
The root cause was an inverted rotation of the thoracic spine. Dominique traveled bent left with the thoracic spine turned to the right. I corrected the muscle imbalance that caused the inverted rotation, and the kinematics of the right foreleg gradually returned to proper synchrony between dorsi and palmar flexions of the fetlock and forward rotation of the canon bone. Suppressing the abnormal pressure allowed the remodeling process to restart, and Dominique regained soundness.
Dominique was the first navicular horse who regained soundness, correcting the thoracolumbar spine dysfunction, but he was not the last one. Similar analysis and adequate gymnastic restored soundness to 26 other horses. More horses would have been rehabilitated if the usual paradigm could think outside of the hoof capsule.
Manchester’s nickname was “Doing Better.” Through eight years of lameness, Manchester went through numerous therapies. They all claimed the horse was doing better. Some therapies positively influenced the symptoms but did not cure the problem. The problem was a severe dysfunction of the thoracic spine. Manchester traveled with a right lateral bending of the thoracic spine combined with a severe inverted rotation. The hind leg lameness and hoove deformation resulted from the abnormal forces created by the thoracolumbar spine dysfunction. Over the years, a major psychological problem has developed. Manchester believed that he was a failure and deserved to be lame. He was low in the pecking order and submitted. Manchester acted like a rider who had lost self-confidence and surrendered to a system that was the real failure.
The beginning of his rehabilitation was difficult because he did not try. Voltaire stated, “It is difficult to liberate people from the chains they Venere,” Manchester veneered the concept of obedience to the rider’s aids, even if it was the obedience to the rider’s aids that led to the thoracolumbar spine dysfunction. Manchester’s mind needed to explore different closed kinematics chains and fascial tissue functions, but he acted like an unintelligent human expecting to be told what to do. I triggered Manchester’s initiative, asking him to respond to subtle adjustments of my muscle tone working in hand. I always did it at the same place in the ring. I knew he felt my tensegrity adjustments as every horse does, but he did not respond because, in his mind, he was not allowed to explore initiatives. Horses have a very good photographic memory, and approaching the spot in the ring where I adjusted my body tone, Manchester knew that I would do it, and one day, his curiosity took over. He responded adjusting the work of his back muscles and slowing down the walk. I rewarded him, and his first initiative led to the discovery that walking could be pain-free.
Manchester took over a week to explore this first initiative, but rehabilitation started that day. Muscle synergies and closed kinematic chains belong to the horse’s initiative; they cannot be created and orchestrated by the rider’s aids. A horse willingly explores the coordination of his physique, allowing the performance. When Manchester realized that coordinating his back muscles allowed pain-free motion, Manchester’s demeanor changed. He evolved from painful slavery to a pain-free partnership.
A horse is comfortable at a level of refinement and subtlety at the high end of human perception. If we develop our knowledge and experience, most of us have the skill and intelligence to meet the horse in his comfort zone. Rehabilitation can then be a partnership where our capacity of analysis based on knowledge of the horse’s body function guides the horse’s mental processing toward sound and efficient body function. We can regard possible influences as useful tools but remain concentrated on the source of the horse’s problem.
Jean Luc

26/11/2023

Biotensegrity versus Gestures
Bending the neck does not necessarily bend the horse’s thoracic spine. Indeed, in most instances, bending the neck with a rein action creates inverted rotation, impeding the horse’s ability to bend the thoracic vertebrae. The horse figures that the rider’s hand action suggests turning right or left, but his physique is not coordinated for the effort. Some horses lean inside the turn, sometimes turning their neck the opposite way. Others shift the croup. Numerous compromises can be described, but they are not limited to the shift of the shoulders or torsion of the poll. The fascial system participates in the continuity of the whole physique, and local dysfunction is the visible part of overall body dysfunction.
Lateral bending occurs in the thoracic spine, particularly between T9 and T16, and the associated transversal rotation occurs mainly between T9 and T14. Bending and rotation occur between the rider’s upper thighs. The rider’s upper thighs are at a better place than the hands to stimulate lateral bending and coupled rotation of the thoracic spine. However, the conversation with the horse does not occur at the level of thigh pressure. The horse feels variations and direction of the rider’s tensegrity through the upper thighs. The rider’s whole physique is involved.
Tensegrity structures communicate better at low frequency. Intense contraction of the rider’s abdominal muscles and rapid gestures don’t work. We need to tune our body tone to the horse’s tensegrity and change our muscle tone, respecting the horse’s frequency, which is much slower than the conventional equitation wants us to believe. A rapid gesture in the stall triggers a protective reflex from the horse. The same gesture at a slow frequency reassures the horse. The same slow frequency applies to riding. We direct the forces through our body to the right to bend the horse’s thoracic spine to the right. We could talk about a slight body rotation to the right, but we lose our integrity and efficiency if we twist our body, as illustrated by the black-and-white picture. The conversation with the horse is dynamic. We direct the forces toward the right, and the horse feels our energy through our upper thighs. Since lateral bending is more like a spiral with transversal rotation, we help the horse by keeping equal weight on our seatbones and remaining in neutral balance.
Elizabeth Uhl, DVM, PhD, Dip, ACVP, and Michelle Osborn. MA, Ph.D., Dr. Gian Piero Brigati explains in our Master One program how tensegrity, frequency, integrity, spirals, and synchrony work in the human physique. Once we understand how our physique works, we realize that our integrity and subtle nuances in muscle tone are more comprehensive for the horse than gestures.
Jean Luc

Huforthopädie wirkt 😊Noch 3 Monate und die ungünstigen Hufverformungen durch den Beschlag sind Geschichte 👍
17/06/2023

Huforthopädie wirkt 😊
Noch 3 Monate und die ungünstigen Hufverformungen durch den Beschlag sind Geschichte 👍

29/05/2023

Stellenanzeige: Bereiter/in

Wir bieten ab Juni/Juli oder nach Vereinbarung eine Stelle für eine(n) Bereiter(in) bei uns auf dem Gestüt.

Gesucht wird ein feinfühliger Mensch mit viel Pferdeliebe und Geschick junge Pferde vom Boden aus und im Sattel von der Basis bis höhere Lektionen auszubilden und schon genügend Erfahrung in diesen Bereichen mitbringt.
Deutsche oder spanische und englische Sprachkenntnisse sind erforderlich.

Wir bieten eine Festanstellung in einem tollen Team, Arbeit mit wundervollen Pferden in einem einzigartigen Ambiente, wo das Wohl der Pferde an allererster Stelle steht. Es gibt die Möglichkeit regelmäßig Unterricht bei auswärtigen Trainern zu bekommen.
Eine Wohnmöglichkeit ist auf dem Gestüt vorhanden. Führerschein und eigenes Fahrzeug sind von Vorteil (es gibt keine öffentlichen Verkehrsmittel in der Nähe).
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06/09/2022

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