How to pronounce“nucleotides”in English

million nucleotides away several genes away oh boy uh what am i supposed to feel about that because isn't that like super

like amino acids and nucleotides.

all these nucleotides are built based on those elements.

DNA is made up of four nucleotides, G, A, T and C.

ASOs those are built from nucleotides, the basic building blocks of nucleic acids, including DNA.

That means its got 55 nucleotides. It's got four nucleotides.

it’s based in our nucleotides, in our A, C, Ts and Gs, or whether it’s based in our bits and our computer programs.

it tries to mimic one of the nucleotides in RNA and essentially that that stops

It's possible to create a small stretch of nucleotides which can gain entry into a cell and specifically bind to a region of messenger RNA.

the information carried by the patterns of the nucleotides in DNA then you can

there's 20 000 genes there's 3.2 billion nucleotides

off irx3 which is a gene that's 600 000 nucleotides away and irix 5 which is 1.2 million nucleotides away

one bit of information and we have 3.2 billion nucleotides to go through so how do you do that systematically

of benefit including you know all of these nucleotides within a body interacting for the emergent functions

elements in the case of DNA it's um acgt for different nucleotides in the case of

the second step is figuring out the nucleotide that is responsible or set of nucleotides the third step is figure out the motif and the upstream regulator number four

and show that by editing that one nucleotide out of 3.2 billion nucleotides in the human genome you could then flip between an obese

at the very bottom every single nucleotide being selected but then that nucleotides function is selected

And the SDR method looks at how chunks of DNA, usually three to five nucleotides long repeat in your genome.

So you have A C, G and T as the different nucleotides in our DNA, and when you have a C next to a G,

because we span the whole spectrum from profiling the epigenome using comparative genomics finding the important nucleotides in the genome

might not impact this gene at all it might actually impact another gene that's a million nucleotides away so it's just riding

They're hidden deep within every living creature, strands of DNA made from the sequences of A, T, G, and C nucleotides.

When the planets started to form, you have room for more complex chemistry, that these molecules react, and they generate other basic molecules like amino acids, nucleotides,

So now what we have this is nice and big list of As, Cs, Gs, and Ts, the nucleotides that make up DNA, that will spell out the instructions

But a virus is very small, has very few genes, and a small number of base pairs of nucleotides.

You know, do we want, really, you really wanna give everyone the ability to order nucleotides in the mail and give them the blueprints

So just three billion AC's, G's and T's, these nucleotides that are the recipe for life.

a paper about one nucleotide in the human genome about one bit of information c versus t in the human genome that's

it represses this super enhancer this massive 12 000 nucleotide master regulatory control region and it turns