News tagged with: embryophenomics
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![LabEmbryoCam facility at Plymouth Science Park]()
Autonomous imaging robot plays a crucial role in assessing embryos’ response to environmental change
University of Plymouth news: The opensource LabEmbryoCam uses 3D-printed components to form a robotic microscope and is the result of over a decade of research at the University
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![EmbryoPhenomics]()
New deep learning model is ‘game changer’ for measuring embryo development
University of Plymouth news: New deep learning model is ‘game changer’ for measuring embryo development. The model performs a task that biologists have struggled with for centuries.
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![A still from a timelapse video of a developing snail embryo, showing a number of its key developmental events]()
Video technology could transform how scientists monitor changes in species evolution and development
University of Plymouth news: New research combines microscope and video technology to analyse how different species develop and how the timings of developments can be tracked
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![The University is leading a project that will create a network of underwater cameras along the region’s coasts and estuaries]()
Underwater camera network to monitor the habitat needs of juvenile fish
University of Plymouth news: A new project, funded through the Fisheries Industry Science Partnership (FISP) scheme, will fill important knowledge gaps about the essential habitats required by species including bass and mullet
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![A 3D surface plot of fluctuating pixel brightness in the video of an embryo with the highest peaks, which are orange, indicating the brightest pixels (Credit Oli Tills, University of Plymouth)]()
Cutting edge technique uses fluctuations in video pixels to measure energy use of developing embryos
Researchers at the University of Plymouth have developed a cutting edge technique which enables them to instantly examine the biological traits and behaviours of developing embryos as an energy signature, rather than focusing on individual characteristics
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![Radix Balthica embryo]()
Scientists appeal for public help with climate change technology project
As part of the EmbryoPhenomics project, researchers at the University of Plymouth are asking the public to play a role in developing cutting edge imaging technologies that will help us understand the effects of major threats to biodiversity
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![embryophenomics]()
Artificial intelligence and 3D printing allow embryo assessment technologies to be transferred from laboratory to field
Scientists from the University of Plymouth are advancing the development of new technology which could improve our ability to assess the impacts of climate change
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![EmbryoPhenomics]()
Technology paints in-depth picture of organisms’ response to climate change
EmbryoPhenomics, revolutionary new technology created at the University of Plymouth, could fill a major gap in our understanding of how organisms’ early development will be impacted by climate change
