Titlebook: Evolution of the Protein Synthesis Machinery and Its Regulation; Greco Hernández,Rosemary Jagus Book 2016 Springer International Publishin

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Medley

非秘密

The Phylogenomic Roots of Translation,in flexibility and suggest that tRNA molecules are building blocks of ribosomes and genomes. We make explicit the need to understand processes of molecular growth of macromolecules that would explain a primordial ribosome with both biocatalytic and genetic memory storage functions.

Palter

Origins and Early Evolution of the Ribosome,d nature of the peptidyl transferase center (PTC), including where and how the peptide bond is made. This is followed by efforts to understand the subsequent evolution of the ribosome, which led to the addition and refinement of various other functional centers including the decoding center. This is

锡箔纸

On the Origin and Early Evolution of Translation in Eukaryotes,to the emergence of the nuclear membrane and split genes as well as the lack of both Shine-Dalgarno-like sequences in eukaryotic mRNAs and ribosomal protein S1. We discuss the possible evolutionary scenario where, during eukaryogenesis, mRNAs were perhaps translated in an IRES-dependent manner. It w

nurture

Evolution of Translation in Mitochondria,mmarize and discuss the general characteristics of the mitochondrial translation machinery. We also discuss the current knowledge on mitochondrial translation across different eukaryotic phyla and compare it with its bacterial counterpart to throw light on the evolution of translation in mitochondri

nurture

哄骗

The Diversification of eIF4E Family Members in Plants and Their Role in the Plant-Virus Interactionies. The isolation of resistance-associated mutations in eIF4E family members pinpointed their role through direct interaction with the viral genome-linked protein VPg. In this chapter we review recent research on eIF4E diversification with emphasis on their cellular function and roles in the specif

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