🚀 As human #spacemissions become longer and more frequent, a critical question remains: can life be sustained beyond Earth? While we understand some effects of reduced gravity (like bone loss) its impact on #reproduction is still largely unknown.
📈 Looking ahead, researchers envision a fully integrated, AI-enabled IVF laboratory where interconnected systems continuously monitor procedures, analyse data in real time, and adapt workflows to #optimise#patientcare.
🐄 Detecting #oestrus at the right time is one of the biggest challenges in extensive cattle production systems. Missed or poorly timed oestrus detection is a major limitation to reproductive efficiency, contributing to low conception rates and extended #calving intervals.
🌏 This has implications for Australian beef production, particularly in northern and extensive grazing regions where large paddock sizes and limited labour often make traditional oestrus detection difficult.
#reproductivebiology#animalreproduction#cattleresearch
💡As the livestock industry continues to embrace precision agriculture, wearable sensor technologies offer opportunities to improve reproductive management and productivity through real-time monitoring and data-driven decision-making.
🔗 Read more here: bio.site/rephealthozlinks
💡While the study was conducted in mice, the research highlights how O2-sensitive signalling pathways may influence long-term ovarian function and #fertility.