In a previous paper (McConnell et al., 2016) we showed a new giant lens called the Mesolens and presented performance data and images from whole fixed and intact fluorescently-stained 12.5-day old mouse embryos. Here we show that using the Mesolens we can image an entire Drosophila larva or adult fly in confocal epifluorescence and show sub-cellular detail in all tissues. By taking several hundreds of optical sections through the entire volume of the specimen, we show cells and nuclear details within the gut, brain, salivary glands and reproductive system that normally require dissection for study. Organs are imaged in situ in correct 3D arrangement. Imaginal disks are imaged in mature larvae and it proved possible to image pachytene chromo...
Many studies address cell migration using in vitro methods, whereas the physiologically relevant env...
The major hindrance to imaging the intact adult Drosophila is that the dark exoskeleton makes it imp...
Understanding the development, organization, and function of tissues is a central goal in developmen...
In a previous paper (McConnell et al., 2016) we showed a new giant lens called the Mesolens and pres...
Visualizing developing organ formation as well as progession and treatment of disease often heavily ...
Current optical microscope objectives of low magnification have low numerical aperture and therefore...
Background: The major hindrance to imaging the intact adult Drosophila is that the dark exoskeleton ...
Drosophila is an important model system to study a vast range of biological questions. Various organ...
Optical lenses reached the limit of resolution set by the wavelength of light more than a century ag...
Summary: Recently, many super-resolution technologies have been demonstrated, significantly affectin...
Despite remarkable developments in diffraction unlimited super-resolution microscopy, in vivo nanosc...
International audienceABSTRACT Understanding how development is coordinated in multiple tissues and ...
Many studies address cell migration using in vitro methods, whereas the physiologically relevant env...
The major hindrance to imaging the intact adult Drosophila is that the dark exoskeleton makes it imp...
Understanding the development, organization, and function of tissues is a central goal in developmen...
In a previous paper (McConnell et al., 2016) we showed a new giant lens called the Mesolens and pres...
Visualizing developing organ formation as well as progession and treatment of disease often heavily ...
Current optical microscope objectives of low magnification have low numerical aperture and therefore...
Background: The major hindrance to imaging the intact adult Drosophila is that the dark exoskeleton ...
Drosophila is an important model system to study a vast range of biological questions. Various organ...
Optical lenses reached the limit of resolution set by the wavelength of light more than a century ag...
Summary: Recently, many super-resolution technologies have been demonstrated, significantly affectin...
Despite remarkable developments in diffraction unlimited super-resolution microscopy, in vivo nanosc...
International audienceABSTRACT Understanding how development is coordinated in multiple tissues and ...
Many studies address cell migration using in vitro methods, whereas the physiologically relevant env...
The major hindrance to imaging the intact adult Drosophila is that the dark exoskeleton makes it imp...
Understanding the development, organization, and function of tissues is a central goal in developmen...