Latest Ribosome Stories
Berkeley Lab scientists create atomic-scale structure of ribosome attached to a molecule that controls its motion
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Because of their central importance to biology, proteins have been the focus of intense research, particularly the manner in which they are produced from genetically coded templates—a process commonly known as translation.
Human Argonautes (hAgo), are key proteins involved in a process known as RNA interference.
Proteins, the workhorses of the body, can have more than one function, but they often need to be very specific in their action or they create cellular havoc, possibly leading to disease.
Using an innovative approach, scientists at The Scripps Research Institute (TSRI) have determined the structure of Ltn1, a recently discovered “quality-control” protein that is found in the cells of all plants, fungi and animals.
Researchers have developed a machine that can effectively mimic the process by which the ribosome translates genetic code to build protein in the cells of our bodies.
Scientists have adopted a novel laboratory approach for determining the effect of genetic variation on the efficiency of the biological process that translates a gene's DNA sequence into a protein, such as hemoglobin.
New research has shown that a protein does something that scientists once thought impossible: It unfolds itself and refolds into a completely new shape.
Scientists from the Florida campus of The Scripps Research Institute have identified a series of intricate biochemical steps that lead to the successful production of proteins, the basic working units of any cell.
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