THE OSEI FRAMEWORK, A BREAKTHROUGH
The absolute interdependence of the actions of the oseis in the CVP brings out some of their essential characteristics that could not be seen when looking at each osei separately. These characteristics are:
Medullar-static oseis and peripheral-dynamic oseis
The medullar quality is characteristic of the vertical (I and II) and the central (IX and X) oseis. The former osei forms the cranial cavity, the latter the pelvic cavity and both are linked by an axis. Their movements are static, namely, they allow us to remain apparently still. On the other hand, the peripheral quality is inherent in the frontal (V and VI), lateral (III and IV), and rotary (VII and VIII) oseis. These oseis form the chest, digestive, and urinary cavities, respectively. They are organized around the medullar structure of the CVP and they form the “vital oven of the organism”. Their movements are dynamic, namely, they allow us to move in the space.
F-e oseis, bilateral osei and circular oseis
The vertical and frontal oseis act in the f-e plane – flexor-extensor or anterior-posterior. The lateral osei acts in the bilateral plane, perpendicular to the f-e plane. The rotary and central oseis act in a circular way, from the f-e plane to the bilateral plane and the other way round.
The three regions of the CVP
The osei has structured the CVP into three regions, according to the plane-dimension where the five actions take place:
The f-e region of the vertical (f-e medullar and static) and frontal (f-e peripheral and dynamic) oseis occupies “the cranial and caudal extremes”, in the general CVP: head and chest-shoulders cavity, coccyx tip, and the femur-coxal area; at each curve of the vertebral column: cervical vertebrae C1-C2, thoracic vertebrae Th1-Th4 and Th12, lumbar vertebrae L1 and L5.
The bilateral region of the lateral osei (bilateral peripheral and dynamic) takes up “the mid area”, in the general CVP: digestive cavity; at each curve of the vertebral column: cervical vertebra C4, thoracic vertebrae Th6-Th9, lumbar vertebra L2.
The circular region, of the rotary (circular peripheral and dynamic) and central (circular medullar and static) oseis, occupies the “intermediate areas” between the extremes and the medial part and, especially, “the penultimate area”, in the general CVP: urinary and pelvic cavities; at each curve of the vertebral column: cervical vertebrae C3 and C5-C6, thoracic vertebrae Th5 and Th10-Th11, lumbar vertebrae L3-L4.
Whereas fish and reptiles move in the bilateral way mainly, mammals and birds move, chiefly, in the f-e plane. This kind of difference was crucial in the evolutionary process of the species since it allowed mammals and birds to develop their brains. This was possible due to the fact that the general movement of their CVPs took place in the same f-e plane, the site of the nervous system, which is always placed in a foremost and upper position in any living being. The human being’s vertebral column is one of the most important manifestations of this evolutionary process. Its curves are extremely important and they are defined, mainly, in the f-e plane. Thus, the following actions take place at each curve of the vertebral column (although any one vertebral articulation responds to all movements):
The f-e action is greater in the cranial and caudal extremes, f-e region (green)
The bilateral action can only be greater in the
mid area, bilateral region (red).
The circular action takes place in the intermediate areas,
between the extremes of the mid area, especially in the penultimate area(with the necessary strength to form the base), circular region (ochre).
The thorny apophysis of the vertebra indicates the region to which it belongs:
they define the plane f-e / they avoid to define / intermediate aspect
The formation of the vertebral column as described above is complete in the thoracic and cervical curves and it is simplified at the lumbar curve. It defines the formation of the brain and it is embodied in the formation of the limbs or extremities. Actually, this brain formation reproduces the very three regions shown in the general CVP.
|F-e region||Frontal, parietal, and occipital encephalic lobes, medulla oblongata and the anterior-superior area of the mesencephalon; cranial nerves I-III and X-XI|
|cranial extreme and caudal extreme or medulla oblongata|
|Bilateral region||Insular encephalic lobe, limbic area and posterior-inferior area of the mesencephaloncranial; cranial nerves IV and V|
|Circular region||Temporal encephalic lobe, cerebellum and occipital protuberance; cranial nerves VI-IX and part of nerve V|
This is a historical discovery made by Haruchika Noguchi about:
- the structure of the spontaneous movement or of the osei made up by the five oseis + and -, oseis I-X;
- the structure of the interrelation among different activities of the oseis in the living beings.
This type of structure, inherent in any type of physical, biological, psychic, or social existence, is a new universal model or paradigm that we will call osei framework.
NEW HEADQUARTERS OF THE SEITAI BARCELONA FOUNDATION
From this academic year, we have a new headquarters of the SEITAI Barcelona Foundation where the activities of the SEITAI Academy will also take place. The space enjoys conditions appropriate to the needs and requirements of our activity.
TRIBUTE TO KATSUMI MAMINE MIWA (1944-2020)
We invite you to see the event that was on April 14 from, from this link (in spanish)
With this event, we commemorated the first anniversary of the death of our beloved Katsumi Mamine Miwa.
YOU CAN SEE THE DOCUMENTARY
“SEITAI: Observ the life, understand it and recovering the vitality”
Teaser SEITAI by Igor Cortadellas, with english subtitles
PUBLICACIONES DE KATSUMI MAMINE
You can see and purchase all the available books by Katsumi Mamine in this section
You can find this Katsumi Mamine book in e-book format.
The work of digitizing the rest of the books is underway. We will keep you informed as they become available