Don't ya' hate bio? Aha' good luck to the both of us.
Because self replicating molecules are required in order for reproduction of genes to take place.
no clue buddy
Plasmids are self-replicating molecules. They are mostly found in bacteria and may be sometimes present archaea and eukaryotic organisms as well.
DNA polymerase
Epitome spreading is the act of molecules self spreading. It can also be called mimicry. This is when molecules seem to mimic other molecules, but are replicating themselves.
Because self replicating molecules are required in order for reproduction of genes to take place.
no clue buddy
self-replicating RNA molecules aided by ribozymes.
Plasmids are self-replicating molecules. They are mostly found in bacteria and may be sometimes present archaea and eukaryotic organisms as well.
DNA polymerase
DNA polymerase
Epitome spreading is the act of molecules self spreading. It can also be called mimicry. This is when molecules seem to mimic other molecules, but are replicating themselves.
Movement of molecules through a cell over time
Movement of molecules through a cell over time
Oparin and Haldane made their own theory about the heterotroph hypothesis and they came up with several points: 1. There had to be a supply of organic molecules produced by a non-biological process 2. They had to be assembled into polymers like proteins and nucleic acids. 3. Those polymers had to be assembled into a self-replicating system.
Oparin and Haldane made their own theory about the heterotroph hypothesis and they came up with several points: 1. There had to be a supply of organic molecules produced by a non-biological process 2. They had to be assembled into polymers like proteins and nucleic acids. 3. Those polymers had to be assembled into a self-replicating system.
There is not yet a definitive answer as to how cell membranes first evolved. One hypothesis is that cell membranes are descendant from naturally occurring micelles which combined with the first self-replicating molecules quite coincidentally. Another possibility is that cell membranes evolved as a competetive mechanism through active selection.