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Genea Biomedx and Future Fertility develop scientific partnership to streamline oocyte quality assessment and improve clinical outcomes in fertility labs

Future Fertility’s oocyte tools will be available for automatic integration within the Geri Time-lapse incubator

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Future Fertility’s new integration with Genea Biomedx’s Geri time-lapse incubators enables labs to seamlessly generate personalised oocyte quality reports for patients, adding to Geri’s proven ability to improve clinical outcomes and efficiency.

On the heels of a recent acquisition by Basecare, Genea Biomedx, manufacturer of medical devices for IVF laboratories including Geri, the world-first and world’s only humidified time-lapse incubator, announced a strategic scientific partnership with Future Fertility, the global leader in oocyte assessment tools.

Future Fertility’s oocyte tools will be available for automatic integration within the Geri Time-lapse incubator as an optional value-added feature for Geri clients globally.

With over two thirds of fertility cycles failing on average globally, it is critical for clinicians and embryologists to understand all variables and to use top-quality medical devices for all stages of the process.

While it is well understood that the oocyte plays a critical role in embryo development, there is no current standard of care for oocyte assessment, which leaves embryologists and physicians to rely upon age and number of mature eggs to estimate egg quality.

Validated in over eight regions, live in over 15 countries and used in over 70 clinics globally, Future Fertility’s AI tools empower patients and clinicians to make more informed decisions along the IVF journey.

Validation studies have demonstrated an approximate 20 per cent improvement over embryologist assessments, and a 100 per cent repeatability rate in predictions.

Studies have also proven a strong correlation between Magenta scores and embryo quality, with scores outperforming prediction models built based on age alone, demonstrating the importance of personalised oocyte assessments and their role in clinical practice.

Geri has an established presence in over 600 laboratories globally and its use resulted in statistically significant improvements in embryo development and clinical outcomes, including a 24 per cent increased clinical pregnancy rate, in comparison to a conventional culture system.

As the world’s only humidified time-lapse incubator and with individualized patient culture, Geri presents a premium offering to laboratories aiming to achieve the best quality embryos and the fastest time to pregnancy.

Integration between Future Fertility and Geri enables clinics to pull oocyte AI reports in real-time, saving the clinic time as images are automatically collected in the background from Geri. This streamlines lab processes, simplifying access to oocyte assessments which are available in as little as three seconds.

Geri customers will benefit from hands-off software set-up and improved lab efficiency, in addition to an enhanced patient experience from the patient-friendly counselling reports, complementing Geri’s ability to bring greater efficiency via remote monitoring and automated annotation of embryos.

“The importance of choosing the right tools to culture and select embryos has never been more obvious, and AI-powered decision support tools are emerging as a new standard of care in fertility treatments,” said Tom Beckitt, COO of Genea Biomedx.

“In our company’s commitment to developing fertility technologies that improve clinical outcomes, the integration of Future Fertility’s clinically validated oocyte assessment software alongside Geri Connect & Geri Assess provides our customers not only with lab efficiencies, but also new AI-powered insights that were not previously observable by embryologists alone.”

Future Fertility’s CEO, Christy Prada, expressed her excitement about this innovative partnership, stating: “We’re thrilled to collaborate to streamline embryologists’ workflows and deliver more value to their ICSI IVF patients through easy access to our personalised oocyte quality reports.

“Genea Biomedx’s commitment to quality is evidenced through their uniquely designed Geri time-lapse incubator, and we are grateful to partner with a leader in the field.”

Insight

Designer perfumes recalled over banned chemical posing fertility risk

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Two designer perfumes have been recalled over a banned chemical linked to fertility risk and harm to unborn children.

Hello by Lionel Richie and Hot by United Colours of Benetton, both sold by discount chain Savers Health and Beauty, have been recalled in a notice from the Office for Product Safety and Standards.

The products contain butylphenyl methylpropional (BMHCA), also known as lilial, a synthetic floral fragrance classified as toxic to reproductive health.

The chemical, which mimics a lily of the valley scent, was used in many cosmetics and household products until March 2022, when it was banned in the UK and EU.

According to the notice, BMHCA can harm the reproductive system and the health of unborn children, and may cause skin sensitisation.

The Office for Product Safety and Standards said: “Affected products have been recalled by Savers Health and Beauty. Customers should return any of the above products purchased at a Savers store to the place of purchase, where they will be issued a full refund.

“Only products purchased in Savers Health and Beauty stores with the barcodes listed are affected by this recall. If you are unsure if you have one of the above products, please contact Savers Health and Beauty on help@savers.co.uk.”

The initial warning about the items was issued last month, with products recalled from customers on Wednesday.

Savers said in a statement that it would like to apologise for any inconvenience caused.

Affected products include Hello by Lionel Richie Femme and Homme in 30ml, 50ml and 100ml sizes, and Benetton Hot 100ml EDT.

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Insight

Chemotherapy may significantly impair fertility and ovarian function, study suggests

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Chemotherapy may reduce ovarian function and fertility in women, a recent study suggests.

The research examined how cancer treatment affects ovarian tissue, hormone production and ovarian reserve (the egg supply available for reproduction).

The authors found that some chemotherapy drugs can trigger oxidative stress (cell damage from unstable molecules) and apoptosis (programmed cell death) in ovarian follicles.

These effects can reduce ovarian volume, destroy growing and dormant follicles, and speed up depletion of the egg reserve.

Damage to the ovarian microenvironment can disrupt hormone production and the balance needed for follicle maturation and ovulation, increasing the risk of diminished fertility or premature ovarian insufficiency (early loss of ovarian function before 40).

The findings suggest women of reproductive age receiving chemotherapy may face reduced ovarian reserve, impaired fertility and earlier menopause compared with those not treated.

The researchers said the results support integrating fertility risk assessment and preservation into cancer care.

Clinicians should discuss possible impacts before treatment and consider referrals to fertility specialists.

Preservation options include egg or embryo freezing, ovarian tissue storage or ovarian suppression therapies, depending on individual needs.

The authors called for research into protective strategies to limit ovarian damage during treatment, and long-term studies tracking fertility outcomes in survivors.

Understanding how different chemotherapy types affect the ovaries will be key to personalised onco-fertility care.

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Hormonal health

Xella Health closes US$3.7 million in pre-seed financing

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Xella Health has closed more than US$3.7m in pre-seed financing as it prepares to launch a women’s precision health platform in spring 2026.

The company, which says it is approaching a 10,000-person waitlist, combines multi-omic diagnostics, longitudinal data (tracked over time) and clinician-led guidance to help women understand their biology across fertility, hormonal health, chronic conditions, early cancer detection and preventative care.

Xella says it is pioneering the use of menstrual fluid alongside peripheral blood to access biological signals that have historically been ignored.

The company claims this approach can provide insights into the root causes of menstrual irregularities and chronic pelvic pain, scores for egg quality and quantity, miscarriage risk, specific perimenopause stage, HRT personalisation guidance, genetic predispositions for reproductive cancers and whole-body ageing insights.

Kelly Lacob, co-founder and chief executive of Xella, said: “Our mission is to give women the answers and care they have always deserved.

“Xella is building the infrastructure to decode female biology–getting to the root cause of conditions that uniquely, differently or disproportionately affect women, many of which suffer from an unacceptably poor standard of care today.

“Every woman who comes to Xella works with a dedicated clinician-coach, supported by AI, to ensure that the complex data we analyse translates into meaningful, actionable health outcomes rather than more noise. This funding allows us to accelerate product development and prepare for our first launch.”

The company was co-founded by Lacob alongside Adriana Dantas, chief operating officer, and Jesus Ching, chief technology officer.

The funding round was led by Precursor Ventures, with participation from Capital F, Ulu Ventures and other funds, as well as angel investors across healthcare, diagnostics and consumer technology.

Ashtan Jordan, principal at Precursor Ventures, said: “Xella is rethinking women’s health from the ground up—starting with the insight women need to make sense of their own biology over time.

“The team is building with a rare combination of scientific depth, product intuition, and empathy for the lived realities of women, which is exactly what’s required to create a trusted, enduring platform in healthcare.”

The capital will be used to finalise product development, expand partnerships and support the company’s market launch.

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