​
single white flower with pink edges against an aqua blue sky

How I Rejuvenated My Period in My Mid 40s

After watching my menstrual cycles rapidly decline in my early 40s, I began exploring longevity science in hopes of supporting healthier ovarian aging. This article shares the research that caught my attention, the protocol I developed, and the surprising changes in my cycle I observed over the following months.

This article may contain affiliate links. As an Amazon Associate, Purely Nurtured earns from qualifying purchases. We may also earn commissions through other affiliate programs at no additional cost to you. This content is provided for educational purposes only and is not medical advice.

How I Rejuvenated My Period in My Mid 40s: From a Rapidly Declining Period to Consistent Monthly Cycles

Published: August 2026
Last Updated: August 2026

Editor's Note: This article is updated periodically as new research becomes available and as any additional observations are collected.

This article shares my personal experience and should not be considered medical advice.

The Results at a Glance

Before

  • ~3-day period
  • Very light flow
  • No blood clots
  • Pale color
  • Rapidly declining

After

  • Consistent 5-6 day periods
  • Fuller flow
  • Small normal clots returned
  • Vivid color
  • Improvements maintained while following my protocol (would revert fairly quickly if I stopped following the protocol)

 

These screenshots are excerpts from my Health app. They weren't originally created for publication, but they document the pattern I observed over time. Some earlier cycles were tracked less consistently because my periods had become so light that I occasionally logged only one day.

Ready to skip ahead?

Unlock The Purely Nurtured Period Rejuvenation Protocol™

My Story

My mother didn't reach menopause until her mid-50s. So when, in my early 40s, I began noticing a decline in both the volume and duration of my own periods, I became concerned.

I've included screenshots from my Health app below that illustrate the difference before and after I began exploring this protocol. (A quick note: some months my periods were so light that I thought, "What's the point?" and only tracked one day.)

I have a long history of unexplained infertility and have spent well over a decade pursuing fertility solutions, including IVF. As anyone who has been through it knows, IVF can be an incredibly long and expensive journey. Preserving my fertility for as long as possible was one of the reasons I wanted to maintain a more youthful menstrual cycle.

Along the way, I was diagnosed with Stage II endometriosis and ultimately underwent excision surgery with one of the world's best high-volume endometriosis surgeons. Over the years, I had also developed insulin resistance after a lifetime of metabolic struggles, so I certainly wasn't starting from perfect health.

At the same time, I was dealing with the profound stress and grief of losing my mother. It felt like everything was happening at once. Years of IVF, metabolic dysfunction, endometriosis, emotional stress, and a rapidly declining period all seemed to converge into the perfect storm.

My concern wasn't just about fertility. The more I learned about longevity science, the more interested I became in the possibility of preserving the broader health benefits associated with maintaining ovarian function for as long as possible.

    What Caught My Attention

    The study that truly sparked my interest came from researchers at the Buck Institute, who identified an important role for CD38 in ovarian aging.¹²

    Until then, I had never really considered that there might be specific molecular processes driving the decline I was seeing in my own menstrual cycles.

    That led me down a fascinating rabbit hole.

    As I read more about senescent cells, I learned that they accumulate with age and can contribute to a less healthy tissue environment.³⁴ Some research also suggests they may play a role in increasing CD38,² which immediately made me wonder: if reducing senescent cell burden could lower CD38, might that help create a healthier environment for aging ovaries?

    That became the foundation of my thinking.

    From there, the rest of the protocol developed almost naturally.

    If I wanted to encourage healthier ovarian aging, I reasoned that I shouldn't focus on just one process. I wanted to support several aspects of cellular health at the same time: reducing senescent cell burden, encouraging the body's natural repair mechanisms, restoring healthy cellular energy with NAD+, supporting methylation, improving mitochondrial quality, and helping protect cells from oxidative stress.

    I had no way of knowing whether this approach would work. I wasn't trying to treat infertility or replace medical care. I was simply trying to apply what I was learning about ovarian aging and longevity to my own situation and see what happened.

    The five areas below became the foundation of my personal experiment.

    My Theory

    I theorized that supporting several different aspects of aging at the same time might help aging female reproductive tissues function in a healthier, more youthful way.

    Rather than focusing on one pathway, I wanted to support cellular cleanup, repair, energy production, mitochondrial quality, and protection from oxidative stress together.

    My hope was that this kind of synergistic approach might help rejuvenate a period that had become shorter, lighter, and clearly diminished.

    I also wondered whether supporting ovarian and reproductive aging in this way might help delay some of the changes associated with perimenopause or menopause. I could not know that in advance, and I still cannot prove it now. But the theory made enough sense to me that I decided to try.

    The Five Areas I Focused On

    1. Senescent Cell Burden

    Why I focused on it

    As we age, and especially if we're metabolically unhealthy or dealing with chronic illness, we accumulate senescent cells³: damaged cells that no longer work the way they should. Research showing that CD38 rises with age¹², and that ovarian CD38 levels appear to increase with aging, immediately caught my attention. I wondered whether clearing out some of those damaged cells might create a healthier environment for my aging ovaries. I couldn't prove it would help, but it made enough sense to me that I made senolytics the cornerstone of my protocol.

    Recommended Option:
    Qualia Senolytic

    2. Stem Cell Signaling

    Why I focused on it

    Stem cell botanicals are compounds that encourage the release of your body's own adult stem cells from your bone marrow. The body is thought to direct them where they are needed before they eventually return to the bone marrow some hours later. I had utilized a stem cell botanical product successfully to avoid getting sick during the most difficult time of my life (my mother's passing) when I was the only one out of my husband and extended family to avoid a serious virus twice during that time. So I wondered whether supporting the body's natural repair mechanisms might also benefit aging ovarian tissue, so this became one of the primary areas I focused on.

    Recommended Option:
    STEMREGEN® Protocol: Release + Signal + Mobilize

    I specifically chose to use the complete STEMREGEN protocol rather than Release on its own. All three are designed to work together, with Release supporting stem cell release and availability, Signal supporting cellular signaling, and Mobilize supporting microcirculation and delivery.

    • Buy from StemRegen
      Discount Code:       PURELYNURTURED
      Use the purchase link above and enter the code at checkout.

    Fullscript Alternative:
    Qualia Stem Cell 

    3. NAD + Methylation Support

    Why I focused on it

    Even if you clear away damaged cells and support the creation of healthier new ones, they still need energy to function. I think of it this way: if the car is out of gas, the car is out of gas. NAD+ is a critical coenzyme involved in producing the cellular energy (ATP) that powers our cells, and NAD+ levels naturally decline as we age.⁵ I wanted to support healthy cellular energy production while also supporting methylation with TMG. **Because nicotinamide metabolism uses methyl groups, some researchers have suggested that people taking higher amounts of certain NAD+ precursors may benefit from additional methylation support⁶, although the evidence is still evolving.**

    Recommended Option:
    Renue By Science NAD+ Complete

    Fullscript Alternative:
    Codeage Liposomal NMN Platinum

    Why I included TMG

    TMG supports healthy methylation. Some NAD+ products already contain TMG, while others don't. If your NAD+ supplement already includes enough TMG, you may not need a separate product.

    Recommended Option:
    Allergy Research Group TMG

    4. Mitochondrial Renewal

    Why I focused on it

    I used to think each cell had one mitochondrion, almost like a car has one engine. That couldn’t be further from the truth. Many cells contain hundreds or even thousands of mitochondria, that is how important cellular energy production is.

    But mitochondria can become damaged and dysfunctional over time. Urolithin A has been studied for its ability to support mitophagy⁷, the body’s process of identifying and recycling damaged mitochondria. I think of it as mitochondrial quality control: clearing away poorly functioning engines so the cell can maintain a healthier, more efficient supply.

    Since ovarian cells, particularly developing eggs, have substantial energy demands, supporting mitochondrial quality became another logical part of my experiment.

    Recommended Option:
    Timeline Mitopure Urolithin A Gummies or Capsules

    5. Cellular Protection

    Why I focused on it

    Even if you're clearing away damaged cells, supporting healthy mitochondria, and improving cellular energy production, those cells still have to function in an environment that can be affected by oxidative stress. Glutathione is often called the body's "master antioxidant"⁸ because it plays a central role in protecting cells from oxidative damage and supporting normal cellular repair processes.

    I wanted to give my ovaries the healthiest environment I reasonably could, so glutathione became the final piece of my protocol.

    Recommended Option:
    Codeage Liposomal Glutathione  

    The Results

    I was surprised by how quickly I began noticing changes. Rather than continuing to decline, my periods became noticeably heavier and more substantial. A menstrual cycle that had dwindled to roughly three days of very scant bleeding returned to a consistent five to six days, with a healthy amount of flow, a richer red color, and the return of small, normal clots.

    One of the most interesting observations came over time. Whenever I stopped following my protocol consistently, my periods began to become lighter and shorter again. When I resumed it, they improved. Of course, this doesn't prove that my protocol caused these changes, but it was a pattern I observed repeatedly and one of the reasons I chose to continue following it while keeping an eye on the emerging research.

    One other unexpected change was an increase in egg-white cervical mucus (EWCM). I began noticing considerably more volume and frequency of EWCM even though I wasn’t taking any of the supplements I’ve used specifically to support cervical mucus before. Those targeted supplements have worked well for me in the past, as well, which made it particularly interesting to see this change without them.

    Regardless of what happens with IVF, I plan to continue following this protocol long-term. My interest has expanded beyond fertility alone. Today, my primary ongoing goal is to support healthy ovarian aging and, if possible, preserve normal ovarian function for as long as I reasonably can as part of my overall health and longevity strategy. I hope that maintaining healthier ovarian function may also help delay some of the broader changes associated with perimenopause and menopause, but only time, and future research, will tell.


    Important Disclaimer

    This article describes my personal experience and the reasoning behind the protocol I chose to follow.

    I cannot prove that my protocol caused the changes I observed, and my experience should not be interpreted as scientific proof or a guarantee that others will experience similar results.

    Everyone's health situation is unique. This article is for informational purposes only and is not medical advice. Please consult your healthcare provider before making decisions about your own care.

    Related Articles

    • What Is CD38?

    • What Are Senescent Cells?

    • Why I Focused on NAD

    • My Longevity Protocol

    • What Is Urolithin A?

    • Stem Cell Botanicals Explained

    • My Favorite Longevity Supplements

    References

    1. Buck Institute for Research on Aging. Buck Researchers Uncover Mechanism That Links NAD+ to Fertility Problems. 2023.
    https://www.buckinstitute.org/news/buck-researchers-uncover-mechanism-that-links-nad-to-fertility-problems/

    2. Perrone R, Kumaar PVA, Haky L, et al. CD38 regulates ovarian function and fecundity via NAD+ metabolism. iScience. 2023.
    https://pubmed.ncbi.nlm.nih.gov/37822499/

    3. Kirkland JL, Tchkonia T. Cellular Senescence: A Translational Perspective. EBioMedicine. 2017.
    https://pmc.ncbi.nlm.nih.gov/articles/PMC6486859/

    4. Senescence in the female reproductive system: mechanisms, consequences, and therapeutic opportunities. npj Women's Health. 2024.
    https://www.nature.com/articles/s41514-024-00157-1

    5. Yang Q, Chen W, Cong L, et al. NADase CD38 is a key determinant of ovarian aging. Nature Aging. 2024.
    https://pmc.ncbi.nlm.nih.gov/articles/PMC10798903/

    6. Xie N, Zhang L, Gao W, et al. NAD+ metabolism: pathophysiologic mechanisms and therapeutic potential. Signal Transduction and Targeted Therapy. 2020.
    https://www.nature.com/articles/s41392-020-00311-7 

    7. Urolithin A and mitophagy. Cell Reports Medicine. 2024.
    https://www.sciencedirect.com/science/article/pii/S2211124724004303

    8. Giustarini D, Milzani A, Dalle-Donne I, Rossi R. How to Increase Cellular Glutathione. Antioxidants. 2023.
    https://pmc.ncbi.nlm.nih.gov/articles/PMC10215789/

    The Pure Edit

    Browse Sections

    Disclaimer: This post may contain affiliate links. As an Amazon Associate and participant in other programs, we may earn from qualifying purchases at no extra cost to you. Information on The Pure Blog is for educational purposes only and is not medical advice. Please consult your healthcare provider before making changes.

    Got Questions?

    You’re not the only one! Just ask our super smart & knowledgeable chatbot!

    ​

    The Pure Blog