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501 points thunderbong | 4 comments | | HN request time: 0.651s | source
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pkoird ◴[] No.42150000[source]
Curious to how long the frozen structure can "survive". I wonder if it's a good idea to freeze one such frog and thaw it centuries later (an amphibian time-traveler!)
replies(2): >>42150310 #>>42154513 #
olejorgenb ◴[] No.42150310[source]
- Artificial experiment [1]: no longer than 3 months (but see disclaimer)

- New study [2]: 7 months (with 100% survival rate)

So further study seems to be needed.

[1] https://journals.biologists.com/jeb/article/216/18/3461/1160...

[2] https://journals.biologists.com/jeb/article/217/12/2193/1211...

replies(1): >>42151329 #
crazygringo ◴[] No.42151329[source]
If kept in pristine conditions (perfectly sealed to prevent evaporation leading to dehydration, deep freeze), is there a particular chemical needed for life that we might expect to break down first?

Since chemical reactions happen in the freezer just slower...

replies(1): >>42156809 #
1. Qem ◴[] No.42156809[source]
> Since chemical reactions happen in the freezer just slower.

Can't the gross just be kept at artificially lie temperatures to lengthen the stasis time? Say, -100C or even lower?

replies(2): >>42157715 #>>42157903 #
2. Qem ◴[] No.42157715[source]
*the frog
replies(1): >>42157900 #
3. ◴[] No.42157900[source]
4. maronato ◴[] No.42157903[source]
The article says their cells don’t freeze during hibernation. -100C would probably freeze the cells and kill them