Potential for Life: Milk and Yeast Experiment on Other Planets

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SUMMARY

The discussion centers on the feasibility of yeast formation from milk on extraterrestrial bodies such as Mars, Mercury, or the Moon. It concludes that under the assumption of pasteurized milk being protected from environmental extremes, yeast would still not spontaneously generate. The key takeaway is that while milk contains essential building blocks for life, the absence of Earth-like conditions makes life formation improbable. Sterilization is recommended over pasteurization to eliminate all bacteria for experimental integrity.

PREREQUISITES
  • Understanding of microbiological concepts, specifically yeast and bacterial growth.
  • Knowledge of pasteurization and sterilization processes.
  • Familiarity with the environmental conditions of Mars, Mercury, and the Moon.
  • Basic principles of biochemistry related to amino acids and enzymes.
NEXT STEPS
  • Research the differences between pasteurization and sterilization techniques.
  • Explore the environmental conditions on Mars and their implications for life.
  • Study the biochemical building blocks of life, focusing on sugars and amino acids.
  • Investigate extremophiles and their potential for survival in harsh environments.
USEFUL FOR

This discussion is beneficial for astrobiologists, microbiologists, and researchers interested in the potential for life beyond Earth, as well as educators teaching concepts related to life sciences and extraterrestrial environments.

Modernization
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I hope this question isn't too lame for this forum.:!)
If Earth is the only known planet with the probable condition for life existence, is it possible for a cup of milk to form yeast after several weeks when you placed it on the surface of other planets in our solar system, such as Mars, Mercury, or even the moon?
 
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Sounds like a biology query to me.
However, it's important to stress that Earth is the only known planet capable of developing earthlike life. We just don't know enough about alternate chemistries to say that's it.
To answer the second part of the question (since it makes no sense as a whole), yeast would never survive on any of the planets we know about.
 
Modernization said:
...is it possible for a cup of milk to form yeast after several weeks when you placed it on the surface of other planets in our solar system, such as Mars, Mercury, or even the moon?
You question is a bit vague so I'm going to place some assumptions on it. Let me know if I've assumed incorrectly.

1] The milk has been pasteurized to eliminate ALL existing bacteria (which would be consdiered a contamination of the experiment).
2] The milk is contained in such a way that it does not evaporate into vacuum, boil, freeze or get so irradiated that any possible life would be wiped out before it began.

With those assumptions in place, the answer is, still, no. Life would not spontaneously generate from the building blocks of milk.

However, there are still the building blocks of life in there: sugars, amino acids, enzymes. If we had an ocean of milk (to provide diversity and nutrients), and the right conditions, and a few million years, it is conceivable that some form of rudimentary life might be able to form.
 
DaveC426913 said:
1] The milk has been pasteurized to eliminate ALL existing bacteria (which would be considered a contamination of the experiment).
If you want to eliminate ALL existing bacteria I suggest to sterilize instead of pasteurize the milk.
 
Ok. Thanks :) that's all I need to know.
 

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