RoedigerRG
@RoedigerRG@social.anoxinon.de  ·  activity timestamp 3 days ago
Image from 'Exploring Image Analysis in R' by Brauckhoff et al. The image contains two parts: Figure 12 and Figure 13. Figure 12 displays two fluorescence microscopy images of cells with stained nuclei. In image A, the nuclei are blue, and DNA double-strand breaks (H2AX foci) are highlighted in red. Image B shows a similar view but with different color highlighting. Figure 13 is a bar graph showing the frequency distribution of gamma H2AX foci counts per cell. The x-axis represents foci count (0 to 20), and the y-axis represents frequency.
Image from 'Exploring Image Analysis in R' by Brauckhoff et al. The image contains two parts: Figure 12 and Figure 13. Figure 12 displays two fluorescence microscopy images of cells with stained nuclei. In image A, the nuclei are blue, and DNA double-strand breaks (H2AX foci) are highlighted in red. Image B shows a similar view but with different color highlighting. Figure 13 is a bar graph showing the frequency distribution of gamma H2AX foci counts per cell. The x-axis represents foci count (0 to 20), and the y-axis represents frequency.
Image from 'Exploring Image Analysis in R' by Brauckhoff et al. The image contains two parts: Figure 12 and Figure 13. Figure 12 displays two fluorescence microscopy images of cells with stained nuclei. In image A, the nuclei are blue, and DNA double-strand breaks (H2AX foci) are highlighted in red. Image B shows a similar view but with different color highlighting. Figure 13 is a bar graph showing the frequency distribution of gamma H2AX foci counts per cell. The x-axis represents foci count (0 to 20), and the y-axis represents frequency.
RoedigerRG
@RoedigerRG@social.anoxinon.de  ·  activity timestamp 3 days ago
Image from 'Exploring Image Analysis in R' by Brauckhoff et al. The image contains two parts: Figure 12 and Figure 13. Figure 12 displays two fluorescence microscopy images of cells with stained nuclei. In image A, the nuclei are blue, and DNA double-strand breaks (H2AX foci) are highlighted in red. Image B shows a similar view but with different color highlighting. Figure 13 is a bar graph showing the frequency distribution of gamma H2AX foci counts per cell. The x-axis represents foci count (0 to 20), and the y-axis represents frequency.
Image from 'Exploring Image Analysis in R' by Brauckhoff et al. The image contains two parts: Figure 12 and Figure 13. Figure 12 displays two fluorescence microscopy images of cells with stained nuclei. In image A, the nuclei are blue, and DNA double-strand breaks (H2AX foci) are highlighted in red. Image B shows a similar view but with different color highlighting. Figure 13 is a bar graph showing the frequency distribution of gamma H2AX foci counts per cell. The x-axis represents foci count (0 to 20), and the y-axis represents frequency.
Image from 'Exploring Image Analysis in R' by Brauckhoff et al. The image contains two parts: Figure 12 and Figure 13. Figure 12 displays two fluorescence microscopy images of cells with stained nuclei. In image A, the nuclei are blue, and DNA double-strand breaks (H2AX foci) are highlighted in red. Image B shows a similar view but with different color highlighting. Figure 13 is a bar graph showing the frequency distribution of gamma H2AX foci counts per cell. The x-axis represents foci count (0 to 20), and the y-axis represents frequency.
Stefan Rödiger
@pangolin  ·  activity timestamp 3 days ago
Image from 'Exploring Image Analysis in R' by Brauckhoff et al. The image contains two parts: Figure 12 and Figure 13. Figure 12 displays two fluorescence microscopy images of cells with stained nuclei. In image A, the nuclei are blue, and DNA double-strand breaks (H2AX foci) are highlighted in red. Image B shows a similar view but with different color highlighting. Figure 13 is a bar graph showing the frequency distribution of gamma H2AX foci counts per cell. The x-axis represents foci count (0 to 20), and the y-axis represents frequency.
Image from 'Exploring Image Analysis in R' by Brauckhoff et al. The image contains two parts: Figure 12 and Figure 13. Figure 12 displays two fluorescence microscopy images of cells with stained nuclei. In image A, the nuclei are blue, and DNA double-strand breaks (H2AX foci) are highlighted in red. Image B shows a similar view but with different color highlighting. Figure 13 is a bar graph showing the frequency distribution of gamma H2AX foci counts per cell. The x-axis represents foci count (0 to 20), and the y-axis represents frequency.
Image from 'Exploring Image Analysis in R' by Brauckhoff et al. The image contains two parts: Figure 12 and Figure 13. Figure 12 displays two fluorescence microscopy images of cells with stained nuclei. In image A, the nuclei are blue, and DNA double-strand breaks (H2AX foci) are highlighted in red. Image B shows a similar view but with different color highlighting. Figure 13 is a bar graph showing the frequency distribution of gamma H2AX foci counts per cell. The x-axis represents foci count (0 to 20), and the y-axis represents frequency.
Carlos Cámara
Carlos Cámara liked this activity
Marcel Costa
@Marcel_Costa  ·  activity timestamp last month
Carlos Cámara
@ccamara  ·  activity timestamp 2 months ago

A thread about federation

very briefly, as I am on my phone now.


I've found the following issues about federation:

  1. I've followed my bonfire account from a mastodon account. on mastodon I see the request is waiting for approval, but on bonfire I am not notified, nor I can see that request anywhere. that means that nobody from the fediverse can follow me!
  2. posts look weird on mastodon
Stefan Rödiger
@pangolin  ·  activity timestamp last week
Panel discussion Standards at Scale: Human–Centered AI and Digital Public Infrastructure Moderation: Prof. Dr. Max Senges, Managing Director at the Institute for Electronic Business, University of the Arts Berlin Mei Lin Fung, Vice Chair UN AI for Good Impact Steering Committee, Chair of the Technical Committee on Sustainability, Institute of Electrical and Electronics Engineers Russell Wald, Executive Director at Stanford Institute for Human–Centered Artificial Intelligence (HAI) Dr. Maximilian Lukas Wehage, Head of the Artificial Intelligence Project Group, Federal Ministry for Digital Transformation and Government Modernisation Daniel Moritz, CTO neXenio GmbH
Panel discussion Standards at Scale: Human–Centered AI and Digital Public Infrastructure Moderation: Prof. Dr. Max Senges, Managing Director at the Institute for Electronic Business, University of the Arts Berlin Mei Lin Fung, Vice Chair UN AI for Good Impact Steering Committee, Chair of the Technical Committee on Sustainability, Institute of Electrical and Electronics Engineers Russell Wald, Executive Director at Stanford Institute for Human–Centered Artificial Intelligence (HAI) Dr. Maximilian Lukas Wehage, Head of the Artificial Intelligence Project Group, Federal Ministry for Digital Transformation and Government Modernisation Daniel Moritz, CTO neXenio GmbH
Panel discussion Standards at Scale: Human–Centered AI and Digital Public Infrastructure Moderation: Prof. Dr. Max Senges, Managing Director at the Institute for Electronic Business, University of the Arts Berlin Mei Lin Fung, Vice Chair UN AI for Good Impact Steering Committee, Chair of the Technical Committee on Sustainability, Institute of Electrical and Electronics Engineers Russell Wald, Executive Director at Stanford Institute for Human–Centered Artificial Intelligence (HAI) Dr. Maximilian Lukas Wehage, Head of the Artificial Intelligence Project Group, Federal Ministry for Digital Transformation and Government Modernisation Daniel Moritz, CTO neXenio GmbH
The Conversation U.S.
@TheConversationUS@newsie.social  ·  activity timestamp 3 weeks ago
The Conversation U.S.
@TheConversationUS@newsie.social  ·  activity timestamp 3 weeks ago
Neurogenetics Leicester
@NeurogeneticsLeicester@biologists.social  ·  activity timestamp 4 weeks ago
Neurogenetics Leicester
@NeurogeneticsLeicester@biologists.social  ·  activity timestamp 4 weeks ago
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