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@saturno @devTLB@mastodon.social ​Indeed, there should be some package that supports the analysis. I wonder how aerosol images look like. For example, in many cases my images are microbeads (~10 µm in diameter, spherical) on a planar surface or single/multi-layered cells having DNA damage (double-strand breaks) as in the image. The later require some preprocessing like Maximum‑Intensity Projection (MIP) of a Z‑Stack. Thus, it is not trivial to analyze but doable. But aerosol sound tricky to me.

# source.content
[@saturno](https://sandbox.openscience.network/character/saturno) [@devTLB@mastodon.social](https://mastodon.social/users/devTLB) ​Indeed, there should be some package that supports the analysis. I wonder how aerosol images look like. For example, in many cases my images are microbeads (~10 µm in diameter, spherical) on a planar surface or single/multi-layered cells having DNA damage (double-strand breaks) as in the image. The later require some preprocessing like Maximum‑Intensity Projection (MIP) of a Z‑Stack. Thus, it is not trivial to analyze but doable. But aerosol sound tricky to me.