Femtech startup providing women’s health solutions, Mira Care, has launched an at-home menopause transition kit called Mira Max to help women make informed decisions about their fertility.
The Mira Max hormone monitor offers comprehensive monitoring of reproductive hormones, including Luteinizing hormone (LH), Follicle-stimulating hormone (FSH), Estradiol-3-glucuronide (E3G), and Pregnanediol glucuronide (PdG), which are critical for determining one’s fertility.
The kit leverages the power of artificial intelligence (AI) to empower women with the capability to track their hormone levels throughout their transition journey and make well-informed decisions about their reproductive health.
Addressing the Challenge of Menopause Transition
Mira’s menopause transition kit helps to plug the existing information and technology gap, allowing women to be in charge of their transition and constantly make informed decisions based on their stage of fertility.
The kit helps women to navigate the challenges of transition by enabling them to:
- Predict and confirm ovulation
- Chart and track their 6-day fertility window
- Access daily hormone levels score in numeric
- Enjoy lab-grade services without stepping into the lab
The hormone monitoring kit includes an accompanying smartphone app compatible with Android and iOS. The app provides personalized fertility insights and guidance based on the user’s hormone data.
The App’s new menopause transition mode enables users to deeply understand their current reproductive state, predict and manage menopause transitions, track changes in various hormone levels, and receive individualized lifestyle recommendations.
According to Sylvia Kang, CEO of Mira, the menopause transition kit aims to inform and empower women. Unlike other existing solutions that address problems after they occur, Mira’s kit prepares women to enter and navigate the entire transition journey without guessing, she added.
With many women experiencing hormonal shifts in their 30s and 40s, advanced transition kits that can help fully understand and manage hormonal changes throughout the transition could be a game-changer.
