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The Expanding Riboverse

Subverting the conventional concept of "the" ribosome, a wealth of information gleaned from recent studies is revealing a much more diverse and dynamic ribosomal reality than has traditionally been thought possible. A diverse array of researchers is collectively illuminating a universe of...

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Published in:	Cells (Basel, Switzerland) Switzerland), 2019-10, Vol.8 (10), p.1205
Main Authors:	Sulima, Sergey O, Dinman, Jonathan D
Format:	Article
Language:	English
Subjects:	Astrobiology Bacteria cancer Gene expression Genomes Gravitational waves heterogeneity Metabolism Mitochondria Organisms Parasites Phosphorylation Protein synthesis Proteins Review ribosome Ribosomes ribosomopathies specialization translational fidelity Tropical diseases
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creator	Sulima, Sergey O Dinman, Jonathan D
description	Subverting the conventional concept of "the" ribosome, a wealth of information gleaned from recent studies is revealing a much more diverse and dynamic ribosomal reality than has traditionally been thought possible. A diverse array of researchers is collectively illuminating a universe of heterogeneous and adaptable ribosomes harboring differences in composition and regulatory capacity: These differences enable specialization. The expanding universe of ribosomes not only comprises an incredible richness in ribosomal specialization between species, but also within the same tissues and even cells. In this review, we discuss ribosomal heterogeneity and speculate how the emerging understanding of the ribosomal repertoire is impacting the biological sciences today. Targeting pathogen-specific and pathological "diseased" ribosomes promises to provide new treatment options for patients, and potential applications for "designer ribosomes" are within reach. Our deepening understanding of and ability to manipulate the ribosome are establishing both the technological and theoretical foundations for major advances for the 21 century and beyond.
doi_str_mv	10.3390/cells8101205
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subjects	Astrobiology Bacteria cancer Gene expression Genomes Gravitational waves heterogeneity Metabolism Mitochondria Organisms Parasites Phosphorylation Protein synthesis Proteins Review ribosome Ribosomes ribosomopathies specialization translational fidelity Tropical diseases
title	The Expanding Riboverse
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