messenger RNA

The copies are made in the form of messenger RNA.

And both, researchers found, follow a different career path from messenger RNA.

It is translated from an internal start site within the messenger RNA.

The authors used a single messenger RNA as the output.

It can sometimes detect even a single molecule of messenger RNA.

They're designed to bind to specific types of messenger RNA.

To determine if a gene is active, one simply has to look for its messenger RNA.

By fishing out all this messenger RNA, scientists can tell which genes are active.

This messenger RNA is then used to produce a correct protein by translation.

The messenger RNA is then translated into protein by the ribosome.

When a gene is expressed, the cell first makes a copy in a form called messenger RNA.

The enzymes of the infected cell copy the gene into messenger RNA.

The remaining exons are put together to make a messenger RNA.

The messenger RNA then directed the production of the protein in a process called transcription.

This is done, primarily, through the basic structures messengers (messenger RNA).

This results in a mature messenger RNA with a missing section of an exon.

They bind to specific sites on messenger RNA, effectively blocking their message.

Ribosomes build proteins from the genetic instructions held within messenger RNA.

Instead, the messenger RNA formed two pieces.

This is called messenger RNA and it gives the amino acid sequence for protein production.

The cell's machinery transcribes genes into active copies known as messenger RNA.

The identification of newborns using messenger RNA profiling analysis.

The mature products are thought to have regulatory roles through complementarity to messenger RNA.

Related techniques make it possible to be sure the cell actually made the substance for which the messenger RNA was the manufacturing template.

Translation is the synthesis of a protein molecule using the information encoded in messenger RNA.