But now after crossing over, this right over here is lowercase V but this is uppercase B because of crossing over now this is still lowercase B and lowercase V but this chromatid here is no longer identical to this chromatode here a chromatid here. And so that means these two will be different. And so when they segregate, they produce slightly different gamte. So this gamut will contain a slightly different genetic information slightly different chromosome than this one right here. But if no crossing overtook place, we would form two identical chromosomes lowercase B, lowercase V and lowercase B, lowercase V. Instead, because we do have crossing over that takes place, we form one lowercase B, one lowercase V, and the other one is uppercase B, lowercase V. So this is exactly what we mean by the process of crossing over. So we see that crossing over allows deploy organisms, such as human beings to basically produce these sex cells, these gamings that have slightly different genetic information than the actual parent, than the parent, or than the female or the male parent.