Eduardo Gerardo Mendizabal Ruiz https://www.doi.org/10.1016/j.rbmo.2023.103338 Dra. Alma Yolanda Alanís García Dr. Pavel Zúñiga Haro https ...
The Internet of Things in assisted reproduction.
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Aug 2023 – Feb 2024Where it's discussed
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X / Twitter7 posts
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YouTube1 videos
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Facebook1 posts
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LinkedIn1 posts
AI synopsis
What people are saying
The social discussions mostly support the article’s optimistic perspective, exemplified by phrases like 'dawning new age' and 'merging automation with AI,' which indicate enthusiasm and recognition of technological advancements that could reshape assisted reproductive technologies.
Most posts express support or positive acknowledgment of the article, highlighting the transformative potential of IoT in assisted reproduction.
The discussions show high interest, with mentions of emerging technologies, automation, and improvements in clinical embryology.
Posts reference specific concepts such as standardization, precision, and new technological approaches, indicating active engagement.
The discussions suggest that the article's ideas could significantly influence future practices in IVF and healthcare technology.
Abstract in brief
- The Internet of Things (IoT) connects physical objects with sensors, software, and internet connectivity, offering potential improvements in healthcare, especially in IVF laboratories through automation, personalized treatments, and efficient workflows.
- Technologies like 5G, blockchain, fog computing, and microelectromechanical systems enhance real-time data transmission, security, and miniaturized monitoring devices, supporting smarter IVF processes.
- Despite these advancements, challenges such as security risks and network issues remain, emphasizing the need for cybersecurity strategies and ongoing clinical expertise to ensure safe and effective implementation.]
Top posts
Most liked on X and BlueskyThis new review from @IVFLIFE @jacquescoh0 explores a dawning new age in clinical embryology where the Internet of Things, automation, AI and procedural standardisation merge to assist embryologists in becoming more objective, consistent, and precise https://t.co/V8ywKS83gI https://t.co/QrPr2eSj98
RT @RBMOnline:
RT @RBMOnline: This new review from @IVFLIFE @jacquescoh0 explores a dawning new age in clinical embryology where the Internet of Things, a…
RT @RBMOnline:
All mentions
Advances in Internet of Things for Assisted Reproduction Technologies
The Internet of Things in assisted reproduction is transforming clinical embryology through automation, AI, and standard procedures. This review highlights the potential benefits, challenges, and technological…
RT @RBMOnline:
RT @RBMOnline:
RT @RBMOnline: This new review from @IVFLIFE @jacquescoh0 explores a dawning new age in clinical embryology where the Internet of Things, a…
RT @RBMOnline: This new review from @IVFLIFE @jacquescoh0 explores a dawning new age in clinical embryology where the Internet of Things, a…
This new review from @IVFLIFE @jacquescoh0 explores a dawning new age in clinical embryology where the Internet of Things, automation, AI and procedural standardisation merge to assist embryologists in becoming more objective, consistent, and precise https://t.co/V8ywKS83gI https://t.co/QrPr2eSj98
Integrating the IoT with medical devices shows promise and healthcare, particularly in IVF laboratories. By leveraging telecommunications, ...
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