In this article I sketch for you the usefulness of the Ovulona™ Smart Sensor™ throughout a woman’s life, with particular attention paid to the extremes of the reproductive lifespan.
We outline the significance of the cervical tissue biosensor for a woman’s health management from adolescence (the teen years) to peri-menopause. This schematic diagram is a pictorial synopsis of the multi-purpose utility of the Ovulona throughout most of a woman’s lifetime.
As you recall from prior posts on this blog, FIV™ stands for FOLLICULOGENESIS IN VIVO™, which translates as the sequence of menstrual cyclic records that will be captured and stored (automatically saved) in the Ovulona during normal use by a woman at home. The data is available for transfer to healthcare providers’ Ovulograph™ for medical uses during the reproductive years.
The reproductive age is officially defined as 14 to 44 but we’d encourage, for health reasons, to chop off a few years at both ends from the actual reproductive (high end) or sex-exploration activities (low end). When folliculogenesis – i.e. menstrual cycling – ceases in menopause, hormone therapy and cervical tissue health screening are the two components of menopause and post-menopause health management, to which the Ovulona is applicable.
In this article, I address very briefly (tweetingly!) the two “boundary conditions” of said reproductive years.
I’ll deal with the young boundary condition, i.e. adolescence or teen age, in the style popular nowadays especially at that stage of life . That is, I let speak a few tweets.
When you look at the tweetingly referenced papers (click the short URLs below), you will see how the teen cramp sufferer needs our Ovulona. That’s because she must take the anti-inflammatory medication before the ovulation-linked pain hits, otherwise the med would not work. She – or is it you? – must be able to anticipate ovulation. You need the Ovulona. The timing is crucial, similar to the right timing for conception purposes… (Recommended reading: http://endometriosis.org/treatments/painkillers/ = http://to.ly/6ZsS in the #NSAIDs tweet below).
If it’s menstrual bleeding (not ovulation) that pains you, the Ovulona will tell you when you expect that – whether it is ovulation + 14 days or, probably more likely at this young age, ovulation + irregular number of days. You’ll then see on the display your recorded min and max, with respective probabilities the more accurate the longer you’ve used the Ovulona. That’s this app’s meaning of Smart Sensor™ for you! (And that is because we don’t track just this or that hormone in your pee! Or your BBT, or your signs…)
As for the STD screening aspect of those young years, indicated in the pictorial synopsis above, I refer you to the recent posts in this blog; and the sex ed use of the Ovulona – or rather its recorded data and their discussions in classes – is self-explanatory.
But then there is the subject of chemical contraception, the Pill. So, here, a couple of tweets.
A teenage girl has a #dilemma . With the #Pill she brings on herself a significantly earlier #menopause & likely difficulty to #conceive when desired http://to.ly/5f2W
#Menstrual #cramps are bad but don’t allow them – by taking the #Pill – to cause you the much worse #pain of TTC #infertility http://to.ly/5f2W [TTC = Trying To Conceive. That’s the phrase and acronym used by people who have difficulty getting pregnant.]
http://to.ly/5f2W Even with just 3-15 months of #contraceptive #pill use you suffer greater loss of S crypt cells than can be replaced. Then difficult TTC is likely [S crypts are part of the microscopic structure of the cervical epithelium, of the tissues.]
Here now are those few tweets referring to dysmenorrhea, the menstrual pain which causes so much suffering and so many lost hours at school and/or at work. In this day and age!
#NSAIDs against #endometriosis pain http://to.ly/6ZsS Since you must take the meds BEFORE expected #cramps you need our Ovulona tool to anticipate ovulation http://to.ly/MJS [NSAIDs = Non-Steroidal Anti-Inflammatory Drugs]
@bioZhena/fertility http://to.ly/MJS Why most girls get cramps What goes on there Why & what’s PCOS See it with Ovulona [Obese girls tend to grow into women with PCOS = Poly Cystic Ovary Syndrome, the cause of major killer diseases, and often causing infertility.]
Folliculogenesis #InVivo for Why Do Most Girls Suffer With #dysmenorrhea #cramps http://to.ly/MJS #womenshealth #diagnostic #medicaldevice
Ovulona for etiology & management of #dysmenorrhea Why do teen girls suffer with #cramps? http://to.ly/MJS #pharma #medtech #medicaldevice [etiology = the cause or origin of a disease]
Re: etiology of adolescent #dysmenorrhea Prostaglandin theory & treatment known since the 1980s. Why are period cramps still so bad?
I leave you and this “boundary condition for Ovulona’s use” with two Google Insights graphs. Look here how the worldwide interest level in the subject of period cramps has been increasing since 2004.
Don’t ask me why the recorded public interest is emanating from those particular English-speaking countries and not from numerous others, and look for details at http://www.google.com/insights/search/#cat=0-45&q=period%20cramps&cmpt=q (you can change the selected parameters and observe the effect of the changes).
I merely note the periodicity developing in the data in recent years on top of the clear upward trend, the periodicity indicative of highest interest in summertime (such as in July 2011 as captured in the screen shot in the illustration)…
This trend is, of course, the same in the next graph, where I added dysmenorrhea (red) for comparison. That’s a difficult word, so it is not as much searched on as the colloquial cramps – except for, if you look closely, in (Southeast)Asia.
I’ll now use one more tweet to segue into the other end of the span of reproductive years.
#estrogen can be a good medication but we need #personalizedmedicine tools. We must measure & titrate #hormone uptake http://t.co/CeCsWgn
The following illustration shows that we at bioZhena have the technology with which to do that, i.e. a tool with which to adjust treatment to suit a given female patient.
The illustration is a graph of the effects of estrogen and progesterone monitored with our technology in an ovariectomized pig. Ovariectomy is the removal of the ovaries. It is the animal equivalent of surgical hysterectomy, which causes surgical menopause since the reproductive system no longer produces said sex hormones, the sex steroids estrogen and progesterone.
In the illustrated experiment, the steroids were later given to the animal (after recovery from surgery), and the result was that progesterone drove the sensor signal down versus estrogen drove it up (as seen in FIG. 5 below, excerpted from our patent portfolio). This is a useful finding, for example for monitoring the effects of hormone replacement therapy (HRT).
We also have the proof of the concept generated by a menopausal woman, using a Premarin treatment in that experiment (Premarin is an estrogen medication used for treating the symptoms of menopause including hot flashes, vaginal dryness, etc.). The data was used in another patent in our portfolio.
Background on menopause, HRT and bioZhena can be found in the early blog post at https://biozhena.wordpress.com/2007/12/18/menopause-hrt-and-biozhena/ .
Experts advocate that women in their 30s and 40s should look at menopause now. Health maintenance depends on diagnostic tools. We propose that the preparation for menopause be done – in a simple quick daily routine – by systematically monitoring the Ovulona menstrual cyclic profile, and how it changes over the years. How it responds to pregnancy and birth, to things like diet, exercise, various ills, various medications, stress… in the particular woman user, not some statistical average. For evidence-based personalized health care.
That’s the broader meaning and the purpose of the folliculogenesis cyclic profile generated by the Ovulona. It’s not merely (“merely”!) for helping to get pregnant or for avoiding pregnancy without chemicals, as is illustrated and described in “Pregnancy and birth control how-to by bioZhena” at this Photobucket site. In the third graphic, on this page, see the follicular waves that relate to follicular age, i.e. how fast is menopause approaching, after pregnancies were successfully achieved and then regulated in this Ovulona-guided manner.
This is because the cervix monitors the physiological inputs after conception and after pregnancy just like it does the monitoring before fertilization and before birth. We pick up the diagnostically useful information from this key female organ. We speak of end organ effects.
For a still broader perspective, including symptometric monitoring correlated with folliculogenesis, go to “Far more than a tool for reproductive management”.
STOP PRESS
And after all that, go and check out the 2012 post “The fallacy of ovulation calculators, calendars and circulating-hormone detectors” at https://biozhena.wordpress.com/2012/02/13/the-fallacy-of-ovulation-calculators-calendars-and-circulating-hormone-detectors/