Revolutionizing Fertility Care with AI-Powered Sperm Detection
- Real-Time Sperm Selection
- AI-Driven Decision Support
- Precision with Deep Learning
Discover the future of fertility care through cutting-edge artificial intelligence. Our innovative platform leverages AI to analyze and enhance sperm morphology, motility, and DNA integrity, providing unparalleled insights for successful assisted reproductive procedures
- Future with AI
- Future with AI
- Future with AI
- Future with AI
- Future with AI
- Future with AI
- Future with AI
- Future with AI
- Future with AI
- Future with AI
- Future with AI
- Future with AI
- Future with AI
- Future with AI
- Future with AI
- Future with AI
Did You Know?
affected couples
worldwide
Male infertility contribution
worldwide
IVF cycles performed
worldwide
Cutting-Edge AI Development and Deployment
Embark on a new frontier in fertility care with our state-of-the-art AI technology. At the heart of our platform lies groundbreaking artificial intelligence that seamlessly integrates with human expertise. Experience the power of AI-driven analysis, transforming the way we understand and manage sperm morphology, motility, and DNA integrity. Explore the limitless possibilities of AI in fertility care and join us in shaping the future of assisted reproductive treatments
Our Mission: Elevating Fertility Care with Artificial Intelligence
We are dedicated to providing embryologists and clinicians with a powerful tool that harnesses the capabilities of artificial intelligence to enhance sperm analysis and selection.
By combining advanced technology with a deep understanding of reproductive science, we aim to empower fertility specialists in making accurate, efficient, and personalized decisions for better patient outcomes.
Why BloomiX is the Right Choice for Infertility
BloomiX stands at the forefront of fertility care innovation, seamlessly integrating state-of-the-art AI technologies with the expertise of reproductive specialists. Our platform’s precision and efficiency elevate the accuracy of sperm analysis, leading to more successful fertility treatments. With a commitment to excellence, a deep-rooted understanding of the challenges couples face, and a vision of a brighter future, BloomiX is trusted partner in realizing dreams of parenthood. Experience the difference that AI-powered fertility solutions can make – choose BloomiX for a path to success and new beginnings
Revolutionary AI-Based Features for Enhanced Fertility Care
Real-Time Sperm Analysis
Instantly assess sperm morphology, motility, and DNA integrity in live videos
Expert-Guided Selection
Embryologists can select and analyze specific sperm for personalized assessments
Explainable AI:
Gain insights into AI decisions through heatmaps, increasing transparency and trust
Continuous Learning
AI models improve over time, adapting to new data and advancing accuracy
Our Mission: Empowering Businesses with AI and Technology Solutions
1
Cutting-Edge AI Algorithms: BloomiX uses advanced AI algorithms for accurate sperm analysis, aiding fertility treatments
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Real-time Decision Support: BloomiX offers instant guidance to embryologists for efficient sperm selection
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Adaptive Learning: BloomiX's AI learns and improves over time, ensuring up-to-date and reliable fertility insights
Main Services
Our system uses Convolutional Neural Network to detect sperm head and vacuole abnormalities with high accuracy. The CNN model has been trained on a large dataset of human sperm images, labeled by experts for normal and abnormal sperm acrosome, head, vacuole, and tail. The system provides real-time predictions and visualizations, allowing users to quickly and easily identify abnormal sperm samples
Our system uses Recurrent Neural Network (RNN) to track sperm movement and detect sperm motility. The RNN model has been trained on a dataset of sperm videos, allowing the system to accurately track sperm movement and identify motility patterns. The system also provides real-time analysis and visualization of sperm motility data
Our system allows users to select normal sperm samples from still images and live video using a combination of YOLO and U-Net models. The YOLO model is used to detect sperm samples in video, while the U-Net model is used to segment the sperm head from the background. This allows users to quickly and easily identify and select normal sperm samples for further analysis
Our system includes an optional feature for checking sperm DNA integrity. This feature uses a combination of CNN and RNN models to analyze sperm images and videos for DNA fragmentation, allowing users to identify potential DNA damage in sperm samples
Sperm Abnormality Detection