Unlocking cervical fluid research
The first scientific research on the changes in cervical fluids within the menstrual cycle dates back to 1946.1
The team of kegg engineers and physicians have spent 3 years of research and discovery, to apply existing science to monitoring this key fertility sign through impedance technology. kegg tracks the changes of electrolyte levels in vaginal fluids associated with the beginning and the end of the fertile window.
On average, most couples are able to get pregnant within six months to a year.2 However, a study of couples using a cervical fluid-tracking method known as the Creighton Model found that 76% of the couples conceived within the first month of trying. 90% of the couples conceived after the third month and 100% after seven months.3
Focusing on cervical fluid allows couples to recognise when they are fertile and therefore, when they are most likely to conceive.
What is cervical fluid?
Cervical fluid is a hydrogel that nourishes sperm and influences sperm penetration; it’s made up of mucin molecules, water, chemical and biochemical compounds like sodium chloride, protein chains, and enzymes. These elements make up the electrolyte structure of cervical fluid and the concentration changes throughout the cycle.4 This is essentially what kegg measures!
During the first part of the cycle, rising estrogen levels cause the cervix to secrete cervical fluid (also known as cervical mucus). When observed, cervical mucus can take on different textures and sensations throughout the fertility cycle.5
These changes are healthy, normal, and a key sign to pinpointing your fertility.
When it comes to cervical fluid, no other biological marker has been proven to give such dependable, real-time insights for women trying to conceive. This makes cervical fluid the key fertility sign to recognising the fertile window and possible ovulation within each menstrual cycle.
Why is cervical fluid so important?
Cervical fluid plays a critical role in conception. Sperm cannot survive in the female reproductive tract unless cervical fluid is present. Did you know that ovulation only happens within one day? Once the egg is released from the ovary, it only has 12 to 24 hours to be fertilised.6 With the help of cervical fluid, sperm can be kept alive for up to 5 days.
How does kegg track your cervical fluid?
Women typically have the most fertile cervical fluid 2–3 days before ovulation. Intercourse on these days tend to offer the best chances for conception.7
Within the fertility cycle, increasing estrogen causes the electrolyte levels in cervical fluid to change. kegg uses a proven and precise measurement technology to detect the fertile window and hormonal switch from estrogen to progesterone dominance that comes with ovulation. This is done with impedance technology. During the brief test, kegg uses very low-level electrical pulses to sense how your cervical fluid affects those pulses. Through this precise sensing technology, kegg can help to predict a more accurate fertile window in comparison to probability-based options such as period tracking apps and counting methods, which estimate the fertile window and are often inaccurate.
Impedance technology has been proven successful at detecting ovulation for decades, except it wasn’t applied to humans but rather farm animals…Yep! You read that right…
It’s finally time this technology is invested into women’s health.
How may that look for your cycle?
The old school rule of “The menstrual cycle is 28 days long and ovulation always occurs on day 14” just isn’t true for many women, and relying on this myth can reduce your chances of conception. The truth is, women can ovulate sooner or much later than their cycle day 14.
As estrogen increases it stimulates the production of cervical fluid. During this time, users will typically see their daily kegg values begin to descend. The fertile window usually consists of descending values, followed by a rising data point once ovulation has occurred. After ovulation, kegg data may remain higher, or users may observe some dips as well. Everyone’s cycle is unique. No two charts are alike. kegg’s intelligent algorithm and fertility insights can take the guesswork out of cycle charting.
*Please note that no fertility device can confirm ovulation.
So, what makes kegg different?
Basal body temperatures (BBT) can help confirm ovulation after it has happened. Temperatures can also be easily skewed by irregular sleep patterns, sickness, travel, certain medications, and more.
Ovulation Predictor kits (OPKs), are used to detect the luteinising hormone surge in urine that may occur 24-36 hours before ovulation. OPKs neither detect nor confirm the ovulation. A woman can get a positive OPK without ever ovulating or a woman can ovulate without a positive OPK test. If waiting to time intercourse to a positive OPK, many couples might miss crucial days of the fertile window.
With kegg, users can conveniently detect the fertile window earlier and more precisely than when testing with ovulation predictor kits (OPKs) or basal body temperature (BBT) alone.
Note: kegg is not a contraceptive device. kegg is a fertility tracking monitor, which means that you can use kegg as a complementary tool to your preferred fertility awareness-based method.
A powerful tool for Fertility Awareness
The term “fertility awareness-based methods” (FABM) refers to different methods of identifying the fertile period during the female cycle.
As women can only get pregnant from sex that happens during the fertile window, it’s important to track different fertility signs so you can feel most confident in carefully timing intercourse.
The basis of FABMs relies on a woman’s understanding and recognition of her fertility. There are many methods available to track fertility like the Sympto-Thermal Method, Creighton Method, and more. kegg can be a reliable fertility tracker to help users detect their fertile window and possible ovulation.
At kegg, our motto is “Fertility understood”. We believe women deserve the best technology and experience when it comes to tracking their fertility.
- Viergiver E. . et al., “Cyclic variations in the viscosity of cervical mucus and its correlation with amount of secretion and basal temperature” Am J Obstet Gynecol. (1946): 51:192-200. doi: 10.1016/s002-9378(16)39892
- Hilgers TW., “Cumulative pregnancy rates in patients with apparently normal fertility and fertility-focused intercourse.” The Journal of Reproductive Medicine, (1992): (10):864-6
- Depares, J., R.E. Ryder, S.M. Walker, M.F. Scanlon, and C.M. Norman. “Ovarian ultrasonography highlights precision of symptoms of ovulation as markers of ovulation.” British Medical Journal (Clinical Research Ed.) 292, no. 6536 (1986): 1562.
- Odeblad, Erik. “The discovery of different types of cervical mucus and the Billings Ovulation Method.” Bulletin of the Natural Family Planning Council of Victoria 21, no. 3 (1994)
- Fehring, Richard J., Mary Schneider, and Kathleen Raviele. “Variability in the phases of the menstrual cycle.” Journal of Obstetric, Gynecologic, & Neonatal Nursing 35, no 3 (2006): 376-384.
- Jamie L. et al., Mucus observations in the fertile window: a better predictor of conception than timing of intercourse, Human Reproduction, Vol. 19, No.4, April 2004, DOI: 10.1093/humrep/deh173
This blog post has been reposted (with permission) from the kegg website.