If we imagine the mail train travelling from Basel to Lugano and back, making scheduled stops, unloading and picking up mail on his way back, then it would be easier for us to imagine the circulatory system.
Let’s look at what could happen if there is an accident so that the train cannot keep its schedule. At each station, the postmen run restlessly back and forth, looking at whether the train is coming or not, calming down the clients that have to wait for the mail.
Such a relatively small mix-up in the commercial world could trigger undesirable delays and upset everyone. The same can happen with the circulation of blood. Let us compare the outward-bound train on its way to Lugano with the arterial network, which has the job of supplying the millions of body cells with nourishment so that they are able to perform their functions.
All the necessary minerals, vitamins, enzymes, amino acids for the manufacture of protein, all the sugars and fats, and even oxygen are being transported via the arterial network on a strict schedule, every day, and every hour. Every cell is a miniature factory and needs raw materials and fuel for its processes. Only if it is regularly supplied with all it needs, can it be expected to perform reliably.
Shortages of the required quantities and flaws in the quality of raw materials force the cells to find a make-shift solution. It is only under the most trying conditions that the cells look for shortcuts and thereby suffer in their performance. A case in point is seen when the body begins to build giant cells, known as cancer cells. Of course, the cell itself cannot be blamed for the defect, for it fights and resists desperately to the point where failure can no longer be avoided.
We must, therefore, ensure that the ‘mail trains’ of our arterial system can keep their schedules by stimulating circulation through exercise and proper breathing. Furthermore, we must see to it that all the necessary raw materials are provided in the right quantities and quality. Only then can the laboratories of our cells perform their wonderful work in harmony with the divine purpose and programme assigned to them. We can then reap the full benefits of the cells’ willing performance on our behalf.
It is not our only task is to supply the necessary substances, because each factory, when working, generates waste, and the waste should be removed and transported to prevent it from piling up, which could lead to disturbances in production.
The return mail train is like our venous system that must pick up the slag which is formed during combustion, as well as the waste from the production – carbonic, uric and other acid. If the transport stopped, there will be difficulties because the delay causes tension, which is reflected in the increasing pressure on all sides. It will come to a slipping, and all goods will be left on the siding tracks. And a jam will occur in the body, for example, uncomfortable varicose veins.
How to protect yourself
How to prevent this evil? Someone could change his/hers occupation and avoid working in cold and wet conditions. We should also try to dress warmer, and not expose our legs and stomach to the cold because that can also cause difficulties, so we should protect ourselves on time.
Some plants are an excellent help: yarrow (Achillea millefolium), St. John’s wort (Hypericum perforatum), arnica roots and pasque flower (Anemone pulsatilla), or small pasque flower (Anemone pratensis).
All four of these plants contain the cure Hyperisan which has been proven to be effective many times. Many girls, women and future mothers had invaluable use from them. The effect from the Hyperisan can be significantly improved by Aesculaforce, an extract from horse chestnut.
Since varicose veins are caused by lack of minerals, especially calcium, Urticalcin is a safe and successful help. It is a reasonable and natural aid for blood circulation and will relieve you from many inconveniences and, instead of hours filled with pain and concern, you will enjoy pleasant days.
