46 s.
- Conspectus
- Anatomie člověka a srovnávací anatomie
- NML Fields
- anatomie
- NML Publication type
- učebnice vysokých škol
The process of communication between brain and spinal cord remains unclear. Therefore an attempt supported by spinal cord stereotaxy was made to disclose the physiological mechanisms underlying the cooperation between the brain and spine as generated by the spinal cord. The initializing stimulus was the discovery of motoneuron location in all spinal cord segments providing an organic substrate for spinal cord stereotaxy. What remains to be clarified are the anatomical structures of spinal cord, participating in the feedback between brain and spinal cord. Therefore two possible hypotheses were proposed by the authors. One of them is closely related to the analytical synthetical mechanism of real objects and thoughts depiction in the memory of the brain and in form of concrete ideas it forms the basis for concrete thinking. In case of spinal cord another more probable mechanism should be considered: the process of analysis and synthesis between the participating spinal motoneurons. The mutual neuronal spinal cord connections are capable of depicting the movement pattern, and the movement is transferred by means of the described spinal cord pathways to the memory of the brain as a concrete movement idea. From here the ideas are transferred according to the individual needs backwards by means of another described spinal cord pathway back to the spinal cord, and the spinal cord is the final effector. The process of thinking is the physiological correlation of technical software, but in form of abstract thinking it is transferred to the form of abstract thinking. (Fig. 3, Ref 7). Full Text (Free, PDF) www.bmj.sk.
- MeSH
- Humans MeSH
- Spinal Cord physiology MeSH
- Motor Neurons physiology MeSH
- Brain physiology MeSH
- Neural Pathways MeSH
- Movement MeSH
- Feedback MeSH
- Check Tag
- Humans MeSH
- Publication type
- Review MeSH
Komunikace míchy s mozkem zůstává dosud nejasná. Proto byl na základě míšní stereotaxe učiněn pokus o pochopení fyziologického mechanizmu této součinnosti v oblasti pohybu, který generuje mícha. Podnětem byl experimentální objev lokalizace motoneuronů ve všech segmentech míchy, který je základem pro míšní stereotaxi. Zůstalo však vyjasnit anatomické struktury míchy, které se účastní na zpětnovazební komunikaci mezi míchou a mozkem. Proto autoři navrhli dvě možné hypotézy, jak tato komunikace probíhá. Jedna se blíží analyticko-syntetickému mechanizmu zobrazování reálných předmětů a jevů do paměti mozku a ve formě konkrétních představ je základem konkrétního myšlení. V případě míchy je však třeba uvažovat o jiném pravděpodobnějším mechanizmu: o analýze a syntéze, která probíhá mezi zúčastněnými míšními motoneurony, kdy se jejich propojením v neuronální síti míchy zobrazí pohyb a ten se přenáší známými míšními drahami do paměti mozku jako konkrétní představa pohybu. Odtud podle potřeby konkrétním myšlením se představy přenášejí zpětně opět jinými známými míšními drahami zpět k míše a ta pohyb zpětně vykoná. Myšlení je fyziologickým obrazem technických programů, ale ve formě abstraktního myšlení přechází do oblasti psychologie.
The process of communication between brain and spinal cord remains unclear. Therefore an attempt supported by spinal cord stereotaxy was made to disclose the physiological mechanism underlying the cooperation between brain and spine as generated by the spinal cord. The initializing stimulus was the discovery of motoneuron location in all spinal cord segments providing the organic substrate for spinal cord stereotaxy. What remained to be clarified were the anatomical structures of spinal cord, participating in the feedback between brain and spinal cord. Therefore two possible hypotheses were proposed by the authors. One is closely related to the analytic-synthetic mechanism of real object and thoughts depiction in the memory of the brain and in the form of concrete ideas forming the basis for concrete thinking. In the case of spinal cord, another more probable mechanism should be considered: The process of analysis and synthesis between the participating spinal motoneurons. The mutual neuronal connections in the spinal cord are capable of depicting the movement pattern and the movement is transferred by means of the described spinal cord pathways to the memory of the brain as a concrete movement idea. From here the ideas are transferred according to the individual needs backwards by means of another described spinal cord pathways back to the spinal cord and the spinal cord is the final effector. The process of thinking is the physiological correlate of technical software, but in the form of abstract thinking it is transferred to the form of abstract thinking.
- MeSH
- Microbiology MeSH
- Awards and Prizes MeSH
- Societies, Medical MeSH
- Publication type
- Biography MeSH
- Geographicals
- Slovakia MeSH
