I think I understand what @cromag27 is getting at. We have observed a correlation between better survival rates with cipro compared to anemones that have not been treated, but we haven't identified why exactly. Could it just be that adding cipro to the water keeps harmful bacterial blooms in check when a large anemone is isolated in a small volume of water for a few days? Is the cipro inhibiting a pathogenic bacteria inside the anemone that is causing it harm? We all have to admit we really don't know how cipro helps, just that it does sometimes. And sometimes it doesn't, so we clearly have some more area for improvement in this topic.
We are aware from studies on hard corals that surface microbes play a large role in coral deaths during stressing events. When corals are stressed from a heat wave or some other environmental shift, their mucus production is reduced and microbes that are always found on the surface of corals become a problem for the corals because their protection has been hindered. Is the same thing happening with these anemones? I wish I had the answer, but it might be our best guess at the moment. If I were to make a guess on how cipro helps these anemones after they've been stressed in the shipping process, this would be my best hypothesis.
We are aware from studies on hard corals that surface microbes play a large role in coral deaths during stressing events. When corals are stressed from a heat wave or some other environmental shift, their mucus production is reduced and microbes that are always found on the surface of corals become a problem for the corals because their protection has been hindered. Is the same thing happening with these anemones? I wish I had the answer, but it might be our best guess at the moment. If I were to make a guess on how cipro helps these anemones after they've been stressed in the shipping process, this would be my best hypothesis.