Mira Research Database

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Journal of Clinical Endocrinology & Metabolism
Clinical study

Women showed increased glucose sensitivity around ovulation, suggesting hormones influence metabolic responses.

Journal of Clinical Endocrinology & Metabolism

2025

External link
ClinicalTrials.gov
Clinical study

Multi-hormone monitoring with Mira is being evaluated against blood tests and ultrasound for ovulation prediction.

ClinicalTrials.gov

Study registered 2023

External link
Clinical study

Quantitative hormone monitors can help evaluate luteal phase hormone patterns.

Medicina

2020

External link
Scientific review

Review of emerging digital technologies improving ovulation detection and fertility monitoring.

Scientific Review

2024

External link
ClinicalTrials.gov
Clinical study

Ongoing study evaluating how at-home urine hormone monitoring compares with blood testing during natural-cycle FET.

ClinicalTrials.gov

2024

External link
Whitepaper
Whitepaper

92% of participants reported reduced PMS symptoms after 60 days using the Cycle Syncing® Method.

Whitepaper

2026

External link
Clinical study

Intelligent algorithms combined with LH detection can greatly improve ovulation day prediction accuracy.

Fertility and Sterility

2020

External link
Medicina (MDPI)
Clinical study

Mira’s urine hormone measurements aligned with traditional blood-based hormone testing.

Medicina (MDPI)

Aug 2024

External link
Clinical study

Quantitative hormone testing provides more detailed fertility insights than qualitative ovulation tests.

Reproductive Sciences

2021

External link
Journal of Clinical Medicine
Clinical study

Mira-tracked hormone patterns reflected shifts in blood-glucose across the menstrual cycle.

Journal of Clinical Medicine

Aug 2023

External link
European Journal of Exercise Physiology
Clinical study

Menstrual-cycle hormones influence fat metabolism in highly individualized ways.

European Journal of Exercise Physiology

2024

External link
Human Reproduction (ESHRE Abstract)
Clinical abstract

Mira’s urinary E3G levels correlated with serum estradiol in this study (r=0.83).

Human Reproduction (ESHRE Abstract)

2023

External link
Clinical study

Quantitative hormone monitoring can help detect the return of fertility after childbirth.

Medicina

2023

External link
Not peer-reviewed or published
Clinical abstract

Feasibility of remote monitoring of urine hormone patterns during ovarian stimulation using an at-home device

Not peer-reviewed or published

2024

External link
Clinical study

Oscillations of estradiol and gonadotropins help explain mechanisms behind single ovulation in humans.Oscillations of estradiol and gonadotropins help explain mechanisms behind single ovulation in humans.

Reproductive Biology and Endocrinology

2021

External link
Fertility and Sterility Reports
Clinical study

Mira’s hormone readings closely matched clinic-level values used in IVF.

Fertility and Sterility Reports

Jan 2023

External link
Open Journal of Obstetrics and Gynecology
Clinical study

This study explored the use of Mira for monitoring urinary hormones during ovarian stimulation.

Open Journal of Obstetrics and Gynecology

2021

External link
Clinical study

Case reports show quantitative hormone monitors can track hormonal patterns during the perimenopause transition.

Medicina

2023

External link
Whitepaper
Whitepaper

Estrogen fluctuations during perimenopause may influence ADHD symptoms such as focus, mood, and sleep.

Whitepaper

2024

External link
Human Reproduction (ESHRE Abstract)
Clinical abstract

Strong correlation between urinary and serum estradiol supports urine-based hormone monitoring.

Human Reproduction (ESHRE Abstract)

2021

External link