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Deep stabilization system - contemporary findings, ways of testing and possibilities of physiotherapeutical influence
Hanzlová, Andrea ; Kotýnková, Martina (advisor) ; Brožová, Kamila (referee)
1 Abstract: Deep stabilizing system is a system of deep placed muscles, which are responsible for spine stability in calm position and during movement. Composition of this system is not totally explicit. Different authors, either native or foreigner, have different opinion on it. Kolář says, that this system includes deep cervical muscles, deep muscle system of the spine, muscles of the pelvic floor, stomach muscles and mostly diaphragm and its postural function. The content of this work in theoretical part is clarification of the term deep stabilizing system, introduction of its function and single elements in terms of anatomy, descriptoin of their basic functions, explanation of basic terms, which are relevant to this topic (for example posture, stabilization and stability). You can also find there different ways of testing and possibilities of physiotherapeutical influence of deep stabilizing system. Practical part of this work is qualitative research. For one month, I did therapy of two patiens, who have chronic back pain. After series of special tests, I detected disfunction of deep stabilizing system. I chose program of progressive dynamic stabilization of lumbar spine. You can find not only casuistry but also pictures of single elements of deep stabilizing system, few tests and program that I used in...
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The role of the deep stabilisation spinal in the etiology of the vertebral disorders
Tani, Klejda ; Pruner, David (advisor) ; Kotýnková, Martina (referee)
The main therapeutical goal in patients with vertebral disorders is to influence the stabilizing function of muscles. It is not enough to simply exercise the muscle according to the function derived from its origin and insertion. During therapy we are not only interested in the strength of the muscle, but mostly in its participation in the coordination of movement. One of the most significant functional factors, which we should influence is the deep stabilisation spinal system. Muscles of this system should be activated during any state of loading. These muscles are involved automatically in the stabilisation system and also play a role in the protection of the spine against active forces. Dysfunctions of the deep stabilisation spinal system influence the occurrence of vertebral disorders. In this work we have focused on influencing the deep stabilisation spinal system muscles and on their activation in everyday activities.
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Education in a Regional Gallery as a Part of Education in Primary School Pupils
Kotýnková, Martina ; Fulková, Marie (advisor) ; Novotná, Magdalena (referee)
The diploma thesis deals with the topic of gallery and museum educating. The work is divided into two parts, theoretical and practical ones. The theoretical part, which is defined on the basis of the processing of professional resources, focuses on the connection of gallery and museum educating with the curricular documents of primary schools. A substantial part is devoted to the benefits of a three-phase educational model. Emphasis is then placed on the constructivist approach in teaching and the discursive field of art and its application in teaching. The practical part focuses on the verification of the three-phase model in practice. The results of the work are proposals and implementations of two educational programs and their interconnection with the expected outcomes according to the Framework Educational Program. The educational programs were realized in the regional gallery and museum with children from the 1st and 3rd year of a primary school.
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Use of S-E-T koncept in lower back pain therapy
Valešová, Kateřina ; Táborská, Silvie (advisor) ; Kotýnková, Martina (referee)
Vertebrogenic complaints are problems in which the spine is the main pathogenetic factor. Lower back pain is one of the most common reasons for doctor's visits, and as it mainly affects people of working age and so has a high socio-economic impact. Rest, medication, physiotherapy, surgical and spa treatment are all used in the treatment of these problems. The subject of my thesis will be physiotherapy using Redcord, which is an S-ET concept therapeutic device. Redcord is a system using suspended cords and a history dating back to 1991. Physiotherapists and doctors in Norway participated in the development of the S-E-T concept. It is a new approach to active treatment and patient exercise. It is a concept with a variety of rehabilitative and training objectives such as training for strength, stability and muscular control. I have successfully used the S-E-T concept with two patients with vertebrogenic problems, and provide a detailed description of this in the practical section of this thesis.
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Deep stabilization system - contemporary findings, ways of testing and possibilities of physiotherapeutical influence
Hanzlová, Andrea ; Kotýnková, Martina (advisor) ; Brožová, Kamila (referee)
1 Abstract: Deep stabilizing system is a system of deep placed muscles, which are responsible for spine stability in calm position and during movement. Composition of this system is not totally explicit. Different authors, either native or foreigner, have different opinion on it. Kolář says, that this system includes deep cervical muscles, deep muscle system of the spine, muscles of the pelvic floor, stomach muscles and mostly diaphragm and its postural function. The content of this work in theoretical part is clarification of the term deep stabilizing system, introduction of its function and single elements in terms of anatomy, descriptoin of their basic functions, explanation of basic terms, which are relevant to this topic (for example posture, stabilization and stability). You can also find there different ways of testing and possibilities of physiotherapeutical influence of deep stabilizing system. Practical part of this work is qualitative research. For one month, I did therapy of two patiens, who have chronic back pain. After series of special tests, I detected disfunction of deep stabilizing system. I chose program of progressive dynamic stabilization of lumbar spine. You can find not only casuistry but also pictures of single elements of deep stabilizing system, few tests and program that I used in...
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The role of the deep stabilisation spinal in the etiology of the vertebral disorders
Tani, Klejda ; Kotýnková, Martina (referee) ; Pruner, David (advisor)
The main therapeutical goal in patients with vertebral disorders is to influence the stabilizing function of muscles. It is not enough to simply exercise the muscle according to the function derived from its origin and insertion. During therapy we are not only interested in the strength of the muscle, but mostly in its participation in the coordination of movement. One of the most significant functional factors, which we should influence is the deep stabilisation spinal system. Muscles of this system should be activated during any state of loading. These muscles are involved automatically in the stabilisation system and also play a role in the protection of the spine against active forces. Dysfunctions of the deep stabilisation spinal system influence the occurrence of vertebral disorders. In this work we have focused on influencing the deep stabilisation spinal system muscles and on their activation in everyday activities.
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