Feedback system control cycle
A thick web of control cycles creates body conditions
All organisms are made up of a sensory (percipience, feeling=nerve cell) and a motor (moving=motor) component. Just imagine an amoeba and its flexibility.
All athletes stand reminded that muscles do not only exist in the form of skeletal muscles, but that also the heart, the vessels and for example the glands have muscles. Even our hair has muscles for it to stand on end. All of these muscles receive a number of signals which they translate into movement.
This action sends signals back to the nervous system in turn. In between there are switching circuits whose job it is to arrange, rearrange, pace, amplify and in the end to calculate a result to be sent back to the corresponding muscle. The muscle reacts and the game begins once more. This is what you call a feedback loop.
Miscalculations and lacking control
A large number of computing processes produce and maintain the body in balance within defined limits
The organism can be regarded in a simplified way as a sensomotor energy system. The large signals from inside the organism and from the environment are registered, processed and converted into actions over the large number of sensors. This flow of signals determines that the human body is always kept in a condition of sublime and continuous inflammatory processes.
The main task of the large regulatory systems – immune system, nervous system and hormones – is to prevent an escalation of this generalized inflammatory condition, i.e. these systems control the processes and closely interact with each other.
Inflammations are, however, are not a general evil that have to be stopped but a phenomena that keeps the body alive. For, each healing process and maintaining of bodily integrity or intactness correlates with an accordingly controlled inflammatory process.
Pacemaker circuits give the control processes the rhythm
A complex hierarchy of regulatory circles in the central nervous system and in the organs seems to bind together the organism to a whole.
From the periphery of our body, myriads of signals are sent via a number of relay stations, obviously a kind of pacemaker regulatory circle system in the CNS. Signals are processed there and the necessary adjustments worked out. These are then sent back to the periphery (skeleton muscles, heart, respiratory system, etc.).
After the new situation has been adapted to, the process starts from anew. In this way, a stable and oscillating condition around a baseline comes around. The heart frequency, glucose level and a number of active muscle fibers thus oscillate.
Deregulation incidents beyond measuring
Deregulation incidents your disturb wellbeing
First and foremost, not feeling well is a result of deregulation incidents
Do you belong to the type of person that suffers from headaches, lassitude, or pains in the joints, the groin, the shoulders? Or maybe you just don't feel well because your bowels are bothering you? And do you belong to those that have travelled from doctor to doctor without success and without receiving a statement or diagnosis?
Maybe you have even got the most popular diagnosis at all: vegetative dystonia or depressive mood? Or did you finally leave the practise with that helpful sentence from the therapist: it all comes from stress!
If these words sound familiar please remember that regulation disorders are the cause in most of the cases even before you can trace them by blood tests or other diagnostic measures.
Regulation disorders happen on a different level for which we do not have any diagnostic tools. Our measuring possibilities are far to rough.
So if you do not feel well but nothing can be found wrong with you, often the problems are located in the area of regulation. This means that reaction loops are altered or do not mesh properly with others. But even diseases with visible symptoms for example vasculitis, chronic fatigue syndrome or rheumatic disturbances can remain without pathological examination result and yet they are still present.
