What would a bucket of HIV look like?

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A hypothetical scenario involving a bucket filled with billions of HIV viruses raises questions about the physical state of such a large quantity of viruses. Generally, viruses consist of a core of DNA or RNA encased in protein and sometimes lipids. In smaller quantities, viruses can be observed in laboratory settings, but scaling up to a bucket size presents challenges. The discussion references the Tobacco Mosaic Virus, which, when crystallized in large amounts, appears as fine, brownish-green crystals. This suggests that a concentrated mass of viruses might not be a liquid or gas but could resemble a solid or crystalline form, depending on the specific virus and its composition. The conversation highlights the complexities of visualizing and understanding viruses at such a large scale, emphasizing the need for scientific exploration and observation.
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If you had a bucket full of billions of HIV viruses, or any virus for that matter (not sure if the type of virus would make a difference), what would it look like? Would it be a liquid? Or a powder? Or a gel? I doubt it would be a solid or a gas. Is there any way to know? Could we ever get enough viruses together to know what it would look like in a large group? Maybe this would be a physics question.
 
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We know what viruses look like in a large group - we grow them in the lab.
Go look.

Of course "large" is somewhat smaller than a "bucket".

You should be able to work out what sort of thing to expect though ... generally a virus is a strip of DNA surrounded by a protein and, maybe, some lipids. So what would a bucket of protein and fat look like?
 
Tobacco Mosaic Virus in huge quantities are fine, brownish green crystals. Plant Pathology at the University of Maryland had some on display back in the early 1960's.

Cannot find a picture on the net.
 
Popular article referring to the BA.2 variant: Popular article: (many words, little data) https://www.cnn.com/2022/02/17/health/ba-2-covid-severity/index.html Preprint article referring to the BA.2 variant: Preprint article: (At 52 pages, too many words!) https://www.biorxiv.org/content/10.1101/2022.02.14.480335v1.full.pdf [edited 1hr. after posting: Added preprint Abstract] Cheers, Tom
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