How does the cell convert DNA into working proteins? The process of translation can be seen as the decoding of instructions for making proteins, involving mRNA in transcription as well as tRNA ...

How is the information about making different kinds of proteins passed from parents to children? What are the steps in the process of protein synthesis from DNA to polypeptide chain?

Destabilized protein variants form less stable and less bright biarsenical complexes, which allows discrimination of live cells expressing folded polypeptide and protein domains from those ...

Certain intrinsic sequences in the polypeptide can, however, trigger premature termination of translation. As protein synthesis is an essential cellular process, this event can pose a great risk ...

Open reading frames that code for proteins were enriched in bulkier amino acid residues towards the amino-terminal end of the polypeptide that are translated first, as elongation proceeds to the ...

Furthermore, the researchers say the polypeptide inhibitor – called F1 – is expected to be effective against the spike proteins of almost any SARS-CoV-2 variants that may emerge in the future.

If cellular stress proceeds unchecked by such antistress mechanisms as the protein-refolding action of chaperones, intracellular proteins become denatured and insoluble.

Protein A is a naturally occurring polypeptide present on the surface of Staphylococcus aureus bacteria. In nature, it binds to glycoproteins and antibodies helping the organism adhere to surfaces ...

In the water-based cell fluid, where long polypeptide chains are manufactured and released by ribosomes, the polypeptide chains rapidly fold up into their biologically functional structure.

The purpose of protein synthesis is simply to create a polypeptide -- a protein made out of a chain of amino acids. In a hair follicle cell, a protein called keratin is made. Lots of it.