How genetically distinct are mice from rats?

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The discussion centers on the genetic distinctions between humans and rhesus macaques, particularly in relation to chemical toxicity. It highlights that certain chemicals, like paracetamol, can have vastly different effects on different species, such as being toxic to mice but not to rats. This raises questions about the predictability of chemical effects on macaques compared to humans. The conversation suggests that while definitive predictions are challenging, rough estimations could be made regarding the percentage of chemicals that might affect macaques differently than humans. Additionally, it points out the availability of rat and mouse genomes online, which could be utilized with open-source tools to explore these genetic differences further.
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As compared, to say, how genetically distinct are humans from rhesus macaques?

There are some chemicals that are REALLY toxic for mice but not for rats (paracetamol is an example). We can't obtain definite predictions, but knowing this, maybe we might be able to make a rough guessestimation of the percent of chemicals whose effects on macaques are different than those on humans.
 
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Simfish said:
As compared, to say, how genetically distinct are humans from rhesus macaques?

There are some chemicals that are REALLY toxic for mice but not for rats (paracetamol is an example). We can't obtain definite predictions, but knowing this, maybe we might be able to make a rough guessestimation of the percent of chemicals whose effects on macaques are different than those on humans.

Rat and mouse genomes are available online. One option would be to use various open source and free tools to find out directly.

http://genome.cshlp.org/content/14/4/685.full" seems to be one that looks into this (can't say much about it other than I found it with a 5-second Google search of "rat mouse genome"
 
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