The truth is that we don't even know the limits of what DNA does, because we have already discovered multiple "layers" of information encoded through different functions (the 'base pairs' that people are familiar with, and then also 'epigenetics' which determine how the strand is folded), all working together as a gargantuan structure of densely packed information. It's frankly absurd to assert that we can cut and splice whatever we want with our very basic understanding of how the entire thing works.

The truth is that we don't even know the limits of what DNA does, because we have already discovered multiple "layers" of information (the 'base pairs' that people are familiar with, and then also 'epigenetics' which determine how the strand is folded) encoded through different functions, all working together as a gargantuan structure of densely packed information. It's frankly absurd to assert that we can cut and splice whatever we want with our very basic understanding of how the entire thing works.

The truth is that we don't even know the limits of what DNA does, because we have already discovered multiple "layers" of information encoded through different functions, all working together as a gargantuan structure of densely packed information. It's frankly absurd to assert that we can cut and splice whatever we want with our very basic understanding of how the entire thing works.

The truth is that we don't even know the limits of what DNA can do, because we have already discovered multiple "layers" of information encoded through different functions, all working together as a gargantuan structure of densely packed information. It's frankly absurd to assert that we can cut and splice whatever we want with our very basic understanding of how the entire thing works.