Researchers have been observing and studying the phenomenon of ferning in
cervical fluid since 1945, when Papanicolau observed microscopic crystal
formations in cervical fluid (cervical mucus). Subsequent researchers have
studied the ferning of other body fluids, including saliva.
The following is the detail of the scientific submission and study:
INTERNATIONAL REVIEW OF MEDICAL SCIENCES
A NEW TEST FOR HUMAN FEMALE OVULATION DIAGNOSIS
Abstract Material and Method Results References Conclusions
REPRINT Vol: 6 - Nē 1, 1994 Edizioni Universitarie Romane Saliva Fertility Tester
G. GALATI*, E.TRAPANI, M.YACOUB,
M.R. TOCCACELI, G.M. GALATI, C. FIORELLI, F.
BANDIERA, A. PAOLILLO
The Authors performed the saliva test on nē328 women using the Saliva Tester. In nē48 cases the test results revealed a fern-like crystallized structures as illustrated in "Figure 3"below. In nē20 cases they performed a Transvaginal Ultrasonography (T.V.U.S.). In nē16 cases (80%) they found an ovarian follicle greater than 2 cm.
Key words: Fertility tester, saliva, fertile period, Transvaginal Ultrasonography.
To know the days of their menstrual cycle when fecundation is possible has always been a demand felt by women and this both in the case when they want to avoid it (1). Many methodologies exist that enable us to verify or not the presence of a mature ovarian follicle or its happened explosion. A very simple methodology was reached with observation and testing of the Saliva Tester; results that may be easily and directly realized by any woman, at any moment of the day, anywhere. The prospective advantages that descend as to the knowledge of the useful days for a fecundation are such that they led us to directly and correctly try this new test.
It has been considered the use of a mini-microscope, or "Saliva Microscope", made up of a small cylindrical body or eyepiece where we note an optical part with an opposite small slide where a sample of saliva is placed. As soon as the sample of saliva has dried, the small eyepiece body is put into a cylindrical container, that leads down to a lighting system. By focusing the lens, a fern-like characteristic crystallization is pointed out, in a very near correlation with the ovulation period (Figure 3). Out of the fertile days there are no fern-like crystallization structures seen, as pictures named "Figure 1" (during the non-fertile period) and "Figure 2" (during the intermediate period) indicate.
We have taken into consideration 328 women between 15 and 50 years old, not using OCP who were placed under our observation at the out-patients' departments of the Institute of Obstetrics and Gynecology of the University "La Sapienza" in Rome. No selective principle has been adopted. We have only invited the patient to leave a sample of saliva on the slide of the mini-microscope, and afterwards age, day of the cycle in which the patient was and length of her cycle were noted. 48 women, whose sample of saliva gave the fern-like characteristically stratification were invited to undergo an ultrasonography with transvaginal sound for the control of the ovarium and of the presence or not of the pertinent follicle. 20 women accepted our request, 28 women kindly refused.
Results are reported by Tables 1,2 and 3. In Table 1 we see nē48 women of nē328 who, as far as anamnesis is concerned, are in the ovulation period; nē40 of these women gave us the picture "Figure 3" type after test, nē40 gave us the picture "Figure 2" and nē248 the picture "Figure 1" type (Table 2). At the anamnesis, nē 36 women were in the intermediate period; in all 36 cases of this group, we have noted a picture "Figure 2" type. At the anamnesis, nē 244 women were in the non-fertile period and we have noted a picture "Figure 1" type in all the 244 cases. In the Table 3, are pointed out the nē20 cases who, at the saliva test, showed a picture "Figure 3" type and have accepted to undergo sonographic control by means of transvaginal sound..
Table 1 -Number of women undergoing the saliva test, correlated to the supposed fertile or non-fertile period of the cycle.
Table 2 -Picture stressed by means of the saliva test.
Table 3 -Echographic control of nē 20 women by means of picture Figure 3 type of the saliva test
In 16 cases, equal to 80% of the total, an ovarian follicle has been stressed having dimension over 2 cm, in 4 cases a follicle having diameter less than 1 cm has been stressed.
1) Zondek B.,
Rozin S.: Cervical mucus arborization: its use in determining of corpus luteum function.
Obstet. and Gynec., 3: 463, 1954. 2) Barbato M., Boerci M., et al.: Natural methods for
fertility control. New Trends Gynaec. Obstet., 2: 325, 1986.
A Saliva Microscope can be used to help determine the fertile period: the fertile cycle will be identified with a continuous use, cycle after cycle. The Tester can also allow, by repeating every month the tests, to obtain some significant indications about the monthly cycle behavior and the hormonal situation of the woman. The tester can also be used to help avoid an undesired pregnancy: the comparison of the figures given in Tables 1 and 2 indicate the following: at the anamnesis n° 244 women were in the non-fertile period and we have noted a picture "Figure 1" type. In all 244 cases at the anamnesis n° 36 women were in the intermediate period; in all 36 cases of this group, we have noted a picture "Figure 2" type. In both cases we had a perfect coincidence between supposed fertile or infertile days of the cycle and tests executed with "The Saliva Fertility Tester". At the anamnesis 48 women were in the fertile period; in 40 of them we have noted a picture "Figure 3" type. Such difference is due to the fact that 4 of them had a meal one hour before testing, thus invalidating the result, and the other 4 may have not correctly performed the test. Therefore, even if we assume that all these 8 women were in fact fertile (very unlikely), the final result of such test is that ONLY 8 women out a panel of 328, i.e. less than 3%, resulted in false negative (in fact fertile) at the saliva testing. WE CAN CONCLUDE STATING THE FOLLOWING: