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262 points Anon84 | 3 comments | | HN request time: 0.473s | source
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drgo ◴[] No.44410403[source]
Is it possible that the pro-schizophrenia genes persist because they offer other (non-neurological) benefits, e.g., lower risk of cancer? Siblings of patients with schizophrenia are less likely to develop cancer, and in several studies these patients had lower risk of developing cancer despite higher prevalence of smoking.
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FollowingTheDao ◴[] No.44410474[source]
There’s no such thing as a “pro schizophrenia genes”. There are only genes that increase the risk of schizophrenia, and this is probably due to environmental variables.

Exchanging a risk for cancer for a risk of schizophrenia is not a win-win situation. You’re just switching one set of risk genes for another.

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01HNNWZ0MV43FF ◴[] No.44413656[source]
> There are only genes that increase the risk of schizophrenia

I think that's what GP was saying?

> You’re just switching one set of risk genes for another.

I think... that's what GP was saying?

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1. FollowingTheDao ◴[] No.44414456[source]
>> You’re just switching one set of risk genes for another. > I think... that's what GP was saying?

If you are switching one low survival gene for another there is no net benefit.

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2. lazyasciiart ◴[] No.44416685[source]
You're begging the question, They asked is there some unnoticed survival benefit.
3. mark-r ◴[] No.44429474[source]
It depends very much on the likelihood that the gene causes a disorder, and the deadliness of the disorder. Those two outcomes could be vastly different.