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The group discusses the innovative workflow combining light and electron microscopy, with examples like 'revealing the ultrastructure' and references to '3D ultrastructure' and 'targeting microorganisms,' showing both appreciation and interest in methodological breakthroughs. Words such as 'beautiful' and 'amazing' highlight admiration, while mentions of overcoming 'technical challenges' emphasize its potential impact.
Most discussions express strong support and praise for the research's value and advancements.
The detailed mentions of new techniques and the marine microorganism demonstrate high curiosity and engagement.
Discussion includes technical insights, workflow improvements, and visualizations, indicating deep involvement.
The focus on methodological validation and environmental applications suggests the research could significantly influence microbiology and microscopy fields.
The final version of our manuscript on Targeted volume correlative light and electron microscopy of an environmental marine microorganism is out in JCS @MocaerK @SchwabYannick @VolumeEM1 https://t.co/PUBKsSb7Ag
New #microscopy method can help put sharper focus on #plankton samples https://t.co/1txOyONnfn https://t.co/v6BAH5bx6I
This #EMmonday we are featuring the beautiful vCLEM paper from @MocaerK @SchwabYannick @PaoloRonchi10, et al. They reveal the ultrastructure of a marine dinoflagellate, validating their method for targeting microorganisms from heterogenous field samples. https://t.co/l3IAruUiBz https://t.co/tIxVwH3Beu
@MocaerK @SchwabYannick @PaoloRonchi10 @EMBL and colleagues reveal the 3D ultrastructure of a marine dinoflagellate using their vCLEM workflow for targeting environmental microorganisms from heterogeneous samples. Highlight: https://t.co/cRBKpjiMN2 T&R: https://t.co/N1W3zleKyH https://t.co/AjP22VNIv8
Issue 15 is complete! Explore our ToC here: https://t.co/AWMjTYmode On the cover: Segmentation of trichocysts in a three-dimensional rendering of the photosynthetic dinoflagellate Ensiculifera tyrrhenica; from Mocaer et al.: https://t.co/N1W3zlecJ9 https://t.co/fU3Ig21Xko
Thanks to Paolo Ronchi @PaoloRonchi10 for sharing his experience of APC-free #OA publishing in @J_Cell_Sci via our #ReadAndPublish agreement with @embl @szilardlibrary Read Paolo's paper https://t.co/dt6wGXgxzO See if your institution also has an agreement https://t.co/WpJcxTt3x8 https://t.co/dV338C7OEn
In this video, I will demonstrate how to load and show FIBSEM data using the Microscopy Nodes addon, now renamed from Tif2Blender. This tool allows for the generation of stunning 3D renders of microscopy images…
Use the Microscopy Nodes addon to generate stunning 3D renders of microscopy images. This video demonstrates how to transform volume electron microscopy data into a presentation-ready format, showcasing research on an…
In this video, I will show how to load segmentations in FIBSEM data using the Microscopy Nodes addon. This tool allows for generating beautiful 3D renders of microscopy images, enhancing visualization of environmental…
@MocaerK @SchwabYannick @PaoloRonchi10 and colleagues @EMBL: https://t.co/TU6H3ZmNKy
RT @Co_Biologists: Thanks to Paolo Ronchi @PaoloRonchi10 for sharing his experience of APC-free #OA publishing in @J_Cell_Sci via our #Read…
RT @Co_Biologists: Thanks to Paolo Ronchi @PaoloRonchi10 for sharing his experience of APC-free #OA publishing in @J_Cell_Sci via our #Read…
RT @Co_Biologists: Thanks to Paolo Ronchi @PaoloRonchi10 for sharing his experience of APC-free #OA publishing in @J_Cell_Sci via our #Read…
RT @Co_Biologists: Thanks to Paolo Ronchi @PaoloRonchi10 for sharing his experience of APC-free #OA publishing in @J_Cell_Sci via our #Read…
Thanks to Paolo Ronchi @PaoloRonchi10 for sharing his experience of APC-free #OA publishing in @J_Cell_Sci via our #ReadAndPublish agreement with @embl @szilardlibrary Read Paolo's paper https://t.co/dt6wGXgxzO See if your institution also has an agreement https://t.co/WpJcxTt3x8 https://t.co/dV338C7OEn
https://t.co/491A57NNQX
RT @physorg_com: New #microscopy method can help put sharper focus on #plankton samples https://t.co/1txOyONnfn https://t.co/v6BAH5bx6I
RT @physorg_com: New #microscopy method can help put sharper focus on #plankton samples https://t.co/1txOyONnfn https://t.co/v6BAH5bx6I
RT @physorg_com: New #microscopy method can help put sharper focus on #plankton samples https://t.co/1txOyONnfn https://t.co/v6BAH5bx6I
RT @physorg_com: New #microscopy method can help put sharper focus on #plankton samples https://t.co/1txOyONnfn https://t.co/v6BAH5bx6I
RT @physorg_com: New #microscopy method can help put sharper focus on #plankton samples https://t.co/1txOyONnfn https://t.co/v6BAH5bx6I
RT @physorg_com: New #microscopy method can help put sharper focus on #plankton samples https://t.co/1txOyONnfn https://t.co/v6BAH5bx6I
RT @physorg_com: New #microscopy method can help put sharper focus on #plankton samples https://t.co/1txOyONnfn https://t.co/v6BAH5bx6I
RT @physorg_com: New #microscopy method can help put sharper focus on #plankton samples https://t.co/1txOyONnfn https://t.co/v6BAH5bx6I
RT @physorg_com: New #microscopy method can help put sharper focus on #plankton samples https://t.co/1txOyONnfn https://t.co/v6BAH5bx6I
RT @physorg_com: New #microscopy method can help put sharper focus on #plankton samples https://t.co/1txOyONnfn https://t.co/v6BAH5bx6I
New #microscopy method can help put sharper focus on #plankton samples https://t.co/1txOyONnfn https://t.co/v6BAH5bx6I
Issue 15 is complete! Explore our ToC here: https://t.co/AWMjTYmode On the cover: Segmentation of trichocysts in a three-dimensional rendering of the photosynthetic dinoflagellate Ensiculifera tyrrhenica; from Mocaer et al.: https://t.co/N1W3zlecJ9 https://t.co/fU3Ig21Xko
RT @focalplane_jcs: This #EMmonday we are featuring the beautiful vCLEM paper from @MocaerK @SchwabYannick @PaoloRonchi10, et al. They reve…
RT @J_Cell_Sci: @MocaerK @SchwabYannick @PaoloRonchi10 @EMBL and colleagues reveal the 3D ultrastructure of a marine dinoflagellate using t…
RT @focalplane_jcs: This #EMmonday we are featuring the beautiful vCLEM paper from @MocaerK @SchwabYannick @PaoloRonchi10, et al. They reve…
RT @J_Cell_Sci: @MocaerK @SchwabYannick @PaoloRonchi10 @EMBL and colleagues reveal the 3D ultrastructure of a marine dinoflagellate using t…
RT @focalplane_jcs: This #EMmonday we are featuring the beautiful vCLEM paper from @MocaerK @SchwabYannick @PaoloRonchi10, et al. They reve…
RT @J_Cell_Sci: @MocaerK @SchwabYannick @PaoloRonchi10 @EMBL and colleagues reveal the 3D ultrastructure of a marine dinoflagellate using t…
RT @focalplane_jcs: This #EMmonday we are featuring the beautiful vCLEM paper from @MocaerK @SchwabYannick @PaoloRonchi10, et al. They reve…
RT @focalplane_jcs: This #EMmonday we are featuring the beautiful vCLEM paper from @MocaerK @SchwabYannick @PaoloRonchi10, et al. They reve…
RT @focalplane_jcs: This #EMmonday we are featuring the beautiful vCLEM paper from @MocaerK @SchwabYannick @PaoloRonchi10, et al. They reve…
RT @focalplane_jcs: This #EMmonday we are featuring the beautiful vCLEM paper from @MocaerK @SchwabYannick @PaoloRonchi10, et al. They reve…
This #EMmonday we are featuring the beautiful vCLEM paper from @MocaerK @SchwabYannick @PaoloRonchi10, et al. They reveal the ultrastructure of a marine dinoflagellate, validating their method for targeting microorganisms from heterogenous field samples. https://t.co/l3IAruUiBz https://t.co/tIxVwH3Beu
RT @J_Cell_Sci: @MocaerK @SchwabYannick @PaoloRonchi10 @EMBL and colleagues reveal the 3D ultrastructure of a marine dinoflagellate using t…
RT @J_Cell_Sci: @MocaerK @SchwabYannick @PaoloRonchi10 @EMBL and colleagues reveal the 3D ultrastructure of a marine dinoflagellate using t…
RT @J_Cell_Sci: @MocaerK @SchwabYannick @PaoloRonchi10 @EMBL and colleagues reveal the 3D ultrastructure of a marine dinoflagellate using t…
RT @J_Cell_Sci: @MocaerK @SchwabYannick @PaoloRonchi10 @EMBL and colleagues reveal the 3D ultrastructure of a marine dinoflagellate using t…
RT @J_Cell_Sci: @MocaerK @SchwabYannick @PaoloRonchi10 @EMBL and colleagues reveal the 3D ultrastructure of a marine dinoflagellate using t…
RT @J_Cell_Sci: @MocaerK @SchwabYannick @PaoloRonchi10 @EMBL and colleagues reveal the 3D ultrastructure of a marine dinoflagellate using t…
@MocaerK @SchwabYannick @PaoloRonchi10 @EMBL and colleagues reveal the 3D ultrastructure of a marine dinoflagellate using their vCLEM workflow for targeting environmental microorganisms from heterogeneous samples. Highlight: https://t.co/cRBKpjiMN2 T&R: https://t.co/N1W3zleKyH https://t.co/AjP22VNIv8
RT @PaoloRonchi10: The final version of our manuscript on Targeted volume correlative light and electron microscopy of an environmental mar…
RT @PaoloRonchi10: The final version of our manuscript on Targeted volume correlative light and electron microscopy of an environmental mar…
RT @PaoloRonchi10: The final version of our manuscript on Targeted volume correlative light and electron microscopy of an environmental mar…
RT @PaoloRonchi10: The final version of our manuscript on Targeted volume correlative light and electron microscopy of an environmental mar…
RT @PaoloRonchi10: The final version of our manuscript on Targeted volume correlative light and electron microscopy of an environmental mar…
RT @PaoloRonchi10: The final version of our manuscript on Targeted volume correlative light and electron microscopy of an environmental mar…
RT @PaoloRonchi10: The final version of our manuscript on Targeted volume correlative light and electron microscopy of an environmental mar…
RT @PaoloRonchi10: The final version of our manuscript on Targeted volume correlative light and electron microscopy of an environmental mar…
RT @PaoloRonchi10: The final version of our manuscript on Targeted volume correlative light and electron microscopy of an environmental mar…
RT @PaoloRonchi10: The final version of our manuscript on Targeted volume correlative light and electron microscopy of an environmental mar…
RT @PaoloRonchi10: The final version of our manuscript on Targeted volume correlative light and electron microscopy of an environmental mar…
The final version of our manuscript on Targeted volume correlative light and electron microscopy of an environmental marine microorganism is out in JCS @MocaerK @SchwabYannick @VolumeEM1 https://t.co/PUBKsSb7Ag
Amazing and beautiful: Correlative microscopy targeting one cell (a dinoflagellate) from a complex sample https://t.co/Z9HBu84iiu
"We are planning to address the concern on technical variability in our revised version, together with a better explanation of time scales & automated VS manual aspect of the steps used for this workflow." #ReviewedPreprints include the author's response https://t.co/JwbB1XNdqz
'Targeted volume Correlative Light and Electron Microscopy of an environmental marine microorganism' #ReviewedPreprint #ElectronMicroscopy #Microbiology @MocaerK @PaoloRonchi10 et al @embl https://t.co/JwbB1XNdqz https://t.co/eUweXvMnWn
RT @biorxivpreprint: #PeerReview from @ReviewCommons of
#PeerReview from @ReviewCommons of
#PeerReview from @ReviewCommons of
Targeted volume Correlative Light and Electron Microscopy of an environmental marine microorganism https://t.co/rPTHXFdJ0n
Targeted volume Correlative Light and Electron Microscopy of an environmental marine microorganism https://t.co/7WWTxIkVg0 #bioRxiv
Targeted volume Correlative Light and Electron Microscopy of an environmental marine microorganism https://t.co/to8QXknT4i #biorxiv_cellbio
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