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Chinese scientists create pregnancy robot: Revolutionary step in reproductive tech

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The Future of Pregnancy: A Robot Carrying a Baby The concept of a robot carrying a baby might seem like a scene from a futuristic television show, but in China, this idea is becoming a reality. Researchers are exploring the possibility of using advanced technology to support human reproduction, and one company is leading the charge with an innovative project. A Guangzhou-based firm, Kaiwa Technology, is developing what they refer to as a "pregnancy robot." This life-sized humanoid is designed to carry a fetus from conception to birth, mimicking the natural process of pregnancy. The robot was created by Dr. Zhang Qifeng, who has been working on integrating artificial womb technology into a robotic system. The artificial womb inside the robot contains a fluid that replicates the environment of a natural pregnancy. Nutrients and oxygen would be delivered to the fetus through a tube that functions similarly to an umbilical cord. This approach could revolutionize how humans con...

AI Reveals Baby's Exact Due Date Through Ultrasound Analysis, Study Says

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The Role of AI in Predicting Birth Dates Artificial intelligence (AI) is making significant strides in the field of healthcare, particularly in obstetrics. A recent study has shown that using AI to analyze ultrasound scans could provide parents with a highly accurate prediction of their child's birth date. This groundbreaking approach claims an impressive 95% accuracy rate, offering a more reliable alternative to traditional methods. Traditional Methods and Their Limitations For many years, healthcare professionals have relied on Naegele’s rule to estimate a baby’s due date. This method involves adding 40 weeks to the first day of the mother’s last menstrual period. However, this approach assumes a regular 28-day menstrual cycle and ovulation on day 14, which is not always the case for every woman. As a result, only about four percent of babies are born on their estimated due date in the UK. This inaccuracy highlights the need for more precise methods to determine the exact tim...