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Modern women's calendar

“This is another modern scientific method to determine the day of ovulation...”

Two obstacles prevented the Ogino-Knauss law from being generalized: the first was the irregularity of the menstrual cycle in a number of women, and the second was the continued life of the sperm in the woman’s reproductive system in other cases. Some women made the calculations extremely difficult, as a result of the instability of their menstrual cycle, and others made these calculations confusing because the alkaline environment in some parts of their system was allowing the sperm to continue to survive for more than three days.

The magazine published: “La Semaine de hopitaux” Hospital Week. . Scientific Research conducted extensive research on determining the day of ovulation, and noted the long and precise research carried out by the two doctors, Farris and Murphy, from the University of Pennsylvania, which took five consecutive years, that is, from 1945 to 1950, and ended with finding a modern method through which modern medicine could determine the day of ovulation.

In his studies to determine the day of egg release, Knaus relied on studying the hormones (folliculin), which is “a female hormone produced by the female ovaries and known as ovarian extract,” as this production reaches its peak before the egg is released. It was also noted that a change occurs in the secretion of the pituitary hormone called (prolan). Prolan) and Knauss was able, thanks to the intravenous injection of the substance “betoitrin,” to determine approximately, and with an error not exceeding two days, the date of shedding of the egg, as we mentioned, and he said that it is between the tenth and sixteenth days that follow the start of the menstrual cycle.

The two American scientists (Farris and Murphy) have found a uniquely precise method that determines the exact start, and here is the principle: If the ovaries of an immature female fawn are exposed to the urine of a woman in the event of shedding the egg, the ovaries of the female fawn will be colored in color, and if it is exposed to the urine of a woman who is not When the egg is shed, it turns a different color than the first. Hospital Week magazine summarized this method as follows:
When the woman gets up, she takes a quantity of her own urine during the ten days between the two menstrual cycles. Two cubic centimeters of this urine is injected daily under the skin of two immature female hares. Two hours after the injection is made, the animal is suffocated with fluorescence gas and their ovaries are examined...
Urine injected into the ovaries of the female lizard causes significant congestion over four or five consecutive days, those days corresponding to the shedding of the egg. As for urine taken before or after the egg is shed, it does not leave any trace in the color of the ovary.
Scientists have tracked the results of this method in many women, and over a long period of more than a year among the same women, and it has become clear to them that this experiment accurately determines the date of egg shedding and that pregnancy occurs only in the conditions that give the method of use: Each woman chooses the sector that corresponds to the length of her menstrual cycle. This is done by reading the phrase “28-day cycle” or “29-day cycle” which is located in the small circle. Then she turns the small disk containing the sectors, to place the principle of the aforementioned sector in line with the monthly date on which the blood appeared at that time.

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A picture of the device attached to this book.

If, for example, the length of her menstrual cycle is (33 days) and March 4 is the appearance of blood and the start of the period, she must turn the dial to place the first sector (33-day cycle) in line with this date. The calendar will show her that the sexual comparison on March 20, where the middle arrow is, is a comparison that produces offspring. Likewise, the days between March 16 and 25 are fertile days in which pregnancy may occur. A pregnant woman can benefit from this device, by determining the exact day of delivery. To achieve this, it is sufficient to place the arrow marked with the letter (A), which forms the beginning of the white arc, in alignment with the date corresponding to the first day of the last menstruation, and then find the date of delivery or birth in the last arrow. From the end of the arc indicated by the letter (b), as shown in Figure 19.

The experiment had a positive result. The two American scientists concluded by saying: The time of egg shedding is directly linked to the date on which the next egg will start, more than it is linked to the first day on which the previous menstruation began, and that a woman is not capable of being fertilized except within a day and twelve hours each. Once it is laid with an egg.
Thus, modern science proves the truth of what Eugenio said and supports the possibility of birth control without resorting to harmful drugs and toxic medications.

Since it is not possible in our country to accurately determine the date of egg laying using the female lizard’s experience due to our lack of laboratories that conduct this research on lizards, the two aforementioned American scientists developed an excellent device called in America “Consitulator,” and in France “Conceptometre.”