CELL-RE-ACTIVE TRAINING ACCORDING TO THE THERALOGY CONCEPT
All functions of our body, such as movement, thinking, feeling – even all our organ functions – are carried out by actively working cells.
For these cells to perform their physiological tasks without disruption, they communicate with each other to work together actively.
The more cells work together synchronously, the more stable the body function and performance. This cooperation can be permanently disturbed when cells are subjected to a blow during their active phase, such as:
- Mechanical impact (accident)
- Chemical impact (toxins)
- Emotional impact (shock)
Cells can fall into a seemingly inactive standby mode due to such impacts, thus no longer contributing physiologically. The remaining active cells must compensate for this loss of performance. This can lead to noticeable discomfort, functional disorders, or pain.
This is where Cell-Re-Active Training comes in, aiming for three key training goals:
1
Finds permanently inactive cells
2
Re-activates
physiological
cell functions
3
Sustainable performance enhancement through home training
How does
Cell-Re-Active Training work?
Since we consist of numerous cells, each with unique training needs, the first step in a 1A test is to determine which cells need to be targeted during training. Based on the test results, an individualized training program tailored to the client is initiated. Often, during the post-rest period, one can feel the body beginning to engage.
Following the post-rest period, the effects of cell reactivation training can be assessed. This outcome is recorded, and a personalized home training plan is developed for you, enabling you to quickly achieve your fitness goals.
Repetition of the procedures typically ensures stability and sustainability of the training results. Since not all cells can be reactivated at once, progress continues step by step. Essentially, there are three stages, as all cells can be categorized into three groups.
During the next Cell-Re-Active Training session, testing determines which stage is appropriate for the next training session, gradually reaching all cells requiring reactivation.
