Nitrates, phosphate and potash.

And then you have your phosphate group.

They take iron and manganese minerals within the bedrock and they oxidize them.

So we're thinking that the fertilizer with it has phosphate ions,

and so, it was held together by hydrogen bonds between phosphate groups.

In our research, we found that phosphate ions prevented the increased virulence of salmonella.

It was discovered near a town named Magnesia in black earth. Thus, it was named'magnesia nigra ', or for short, Manganese.

But these kind of form the backbone of the DNA the sugar and the phosphate groups.

Very important because by encouraging the birds, the habitat for birds, we're encouraging phosphate cycling through the system.

DNA is a double stranded molecule composed of sugar, phosphate, and four different bases, adenine, thymine, cytosine, and guanine.

We thought since like a phosphate ion was thought to have curbed the growth in the virulence of the salmonella bacteria

So, up here in the mountains, there's no need for sacks of fossil fuel derived nutrients, it's all done by nature nitrate, potash, phosphate.

Remember that DNA has a negatively charged backbone because of all the phosphate groups, so what you'll actually observe is that they'll travel towards the positive end.

We thought that maybe if it's the same gene, you know, the phosphate will help curb the growth in the virulence of the B. subtilis that we have.