Protective

... produced. First the telomeres at each end of the 2 supercoiled chromosomes that fused became sticky by removal of the repeating code that forms a protective layer that makes the ends not-sticky. Then when not-sticky ends are in close enough proximity molecular forces of attraction take over then ...

See entire post

... and take over its machinery in order to be able to make more virus particles. Viruses consist of genetic materials (DNA or RNA) surrounded by a protective coat of protein. They are capable of latching onto cells and getting inside them. Bacteria are organisms made up of just one cell. They are ...

See entire post

Hello! i'm doing some work the protective effects of sickle cell on malaria. I know sickle cell trait provides a better protection for malaria. BUT is it for mild malaria (uncomplicated) or for severe malaria (complicated). Ive been told ...

See entire post

... genes and put together something bigger, maybe better. The telomeres may encourage a beneficial chromosome fusion by their having safely tangled protective ends, a mechanism to increase chromosome complexity. After occurring it can be enough to guarantee a very major speciation event. In in this ...

See entire post

... say on the blog. The theory of ID was predicting that would exist but that was as far as I knew, which is why I had to generalize on the telomere protective/sticky mechanism. If you have info I can reference then let me know. You'll have to get used to using "random guess" and "good ...

See entire post