well pardon me for living !!
I think you need to understand better what you read and the context in which it’s written.Tommy Cookers wrote:https://www.safetyandhealthmagazine.com ... ncer-study
feel free to show me where I have suggested or implied that beryllium can't be harmful
Article only mentions the hazard model for low level radiation is probably wrong.Tommy Cookers wrote: ↑27 Nov 2024, 21:46well pardon me for living !!
https://www.safetyandhealthmagazine.com ... ncer-study
you can get the amjclinicaloncology article by searching (the link won't work)
feel free to show me where I have suggested or implied that beryllium can't be harmful
feel free to read the source material not just the Wiki story
feel free to look at the current regulations on Be working
Article only mentions the hazard model for low level radiation is probably wrong.Tommy Cookers wrote: ↑27 Nov 2024, 21:46well pardon me for living !!
https://www.safetyandhealthmagazine.com ... ncer-study
you can get the amjclinicaloncology article by searching (the link won't work)
feel free to show me where I have suggested or implied that beryllium can't be harmful
feel free to read the source material not just the Wiki story
feel free to look at the current regulations on Be working
sorry but the above seems (to me) the vague but 'pile-on-the-condemnation' approach (that I had complained about)
I don't know if this answers your question about a single exposure, but it does mention exposure levels.Acute beryllium sensitivity and Berylliosis should be suspected in any patient presenting with respiratory complaints alongside known or suspected beryllium exposure. Acute beryllium toxicity will typically occur after exposure levels of 25 to 100 μg/m. It will typically manifest with inflammation of the upper and lower respiratory tract, similar to other cases of chemical pneumonitis.