Arbuscular mycorrhizal fungi movies
Arbuscular mycorrhizal fungi movies
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Welcome to the movie gallery, featuring timelapses, 3D scans and rotating views of AM fungi filmed using various mircoscopy techniques. Details of the plants, fungi and microscopy techniques involved in each movie can be found in the drop-down text-boxes, and further descriptions are available on YouTube.
Welcome to the movie gallery, featuring timelapses, 3D scans and rotating views of AM fungi filmed using various mircoscopy techniques. Details of the plants, fungi and microscopy techniques involved in each movie can be found in the drop-down text-boxes, and further descriptions are available on YouTube.
If you wish to use these movies, please refer to the Terms of Use.
If you wish to use these movies, please refer to the Terms of Use.
AM fungal colonisation of root cells: 54-hour timelapse
AM fungal colonisation of root cells: 54-hour timelapse
Who: AM fungus (Rhizophagus irregularis) inside rice root
Where: Crop Science Centre laboratory, Cambridge, UK
How: Non-invasive confocal laser scanning microscopy of mycorrhizal rice plants grown in imaging chambers.
Rice plant contains a fluorescent marker that outlines fungal structures (shown in grey) and a marker of the rice transporter that imports phosphate from the AM fungus (shown in red).
How an arbuscule grows: 46-hour timelapse
How an arbuscule grows: 46-hour timelapse
Who: AM fungus (Rhizophagus irregularis) inside rice root
Where: Crop Science Centre laboratory, Cambridge, UK
How: Non-invasive confocal laser scanning microscopy of mycorrhizal rice plants grown in imaging chambers.
Rice plant contains a fluorescent marker that outlines fungal structures (shown in grey).
Mycorrhizal fungi growing in rice root: 42-hour timelapse
Mycorrhizal fungi growing in rice root: 42-hour timelapse
Who: AM fungus (Rhizophagus irregularis) inside rice root
Where: Crop Science Centre laboratory, Cambridge, UK
What: Non-invasive confocal laser scanning microscopy of mycorrhizal rice plants grown in imaging chambers.
Rice plant contains a fluorescent marker that outlines fungal structures (shown in grey) and a marker of the rice transporter that imports phosphate from the AM fungus (shown in red).
Mycorrhizal fungi growing in rice root: 42-hour timelapse
Mycorrhizal fungi growing in rice root: 42-hour timelapse
Who: Unknown AM fungus inside root of unknown plant
Where: Wilburton C of E Primary School, Ely, UK
What: Fungal cell walls stained with WGA-Alexafluor (shown in grey) and imaged with confocal laser scanning microscope.
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