The second component here is the ribosomal RNA. I'm just going to show you roughly how this would look at a large part here. This is a blood-like, cryo-em lower-solution structure of the ribosom. The ribosomal RNA here is dark blue. The dark blue is the small subunit. Then we have the ribosomal RNA in the middle. Then we have the dark red, which is the large subunit. The ribosomal RNA here would be the pink thing. Sorry, it's a bit small for me. Inside this ribosom too, it's binding or using this transfer RNA. The transfer RNA has a more well-defined structure. That's because the transfer RNA, which is a large molecule in itself, that needs to bind certain amino acids. Then we have a component here in the middle. This is the part where we recognize the triplets of bases coming in the messenger RNA. These molecules are then carrying the corresponding amino acids that are going to form a larger sequence that we turn into a protein. That is pretty much how we're producing proteins in our factories, the cells, and how the cells produce all the 20,000-source components that make us who we are. I still find that pretty amazing that it works because it does.