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2021
Bacteria are able to inhabit and survive vastly diverse environments. This enormous adaptive capacity depend on their ability to perceive cues from the micro-environment and process this information accordingly to mount appropriate metabolic responses and ultimately sustain homeostasis.
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Bacteria are able to inhabit and survive vastly diverse environments. This enormous adaptive capacity depend on their ability to perceive cues from the micro-environment and process this information accordingly to mount appropriate metabolic responses and ultimately sustain homeostasis.
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Highly phosphorylated bacterial proteins
PROTEOMICS, 2004AbstractWe show in Gram‐negative and Gram‐positive bacteria the appearance of highly acidic proteins, which are highly phosphorylated. This group of proteins includes many cellular proteins, such as chaperones, biosynthetic, and metabolic enzymes. These proteins accumulate under stress conditions or under conditions, which overload the proteolytic ...
Ran, Rosen +5 more
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Cellular and Molecular Life Sciences, 2002
Members of a family of small cold-shock proteins (CSPs) are induced during bacterial cell response to a temperature decrease. Here we review available data about the structure, molecular properties, mechanism of induction and possible functions of CSPs.
D N, Ermolenko, G I, Makhatadze
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Members of a family of small cold-shock proteins (CSPs) are induced during bacterial cell response to a temperature decrease. Here we review available data about the structure, molecular properties, mechanism of induction and possible functions of CSPs.
D N, Ermolenko, G I, Makhatadze
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Bacterial Moonlighting Proteins and Bacterial Virulence
2011Implicit in the central dogma is the hypothesis that each protein gene product has but one function. However, over the past decade, it has become clear that many proteins have one or more unique functions, over-and-above the principal biological action of the specific protein.
Brian, Henderson, Andrew, Martin
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Protein–Protein Interaction: Bacterial Two-Hybrid
2017The bacterial two-hybrid (BACTH, for "Bacterial Adenylate Cyclase-based Two-Hybrid") system is a simple and fast genetic approach to detect and characterize protein-protein interactions in vivo. This system is based on the interaction-mediated reconstitution of a cAMP signaling cascade in Escherichia coli.
Karimova, Gouzel +4 more
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Bacterial oligopeptide-binding proteins
Cellular and Molecular Life Sciences (CMLS), 2003This review focuses on bacterial oligopeptide-binding proteins, which form part of the oligopeptide transport system belonging to the ATP-binding cassette family of transporters. Depending on the bacterial species, these binding proteins (OppA) capture peptides ranging in size from 2 to 18 amino acids from the environment and pass them on to the other ...
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Bacterial Protein Translocation
1988Protein translocation is a process common to all cells. Both prokaryotes and eukaryotes are divided into distinct compartments, each containing a unique set of proteins important to specific cellular functions. Except for a few mitochondrial and chloroplast proteins, almost all proteins are synthesized in the cytoplasm; therefore many proteins must ...
Elliott Crooke, William Wickner
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A bacterial dynamin-like protein
Nature, 2006Dynamins form a superfamily of large mechano-chemical GTPases that includes the classical dynamins and dynamin-like proteins (DLPs). They are found throughout the Eukarya, functioning in core cellular processes such as endocytosis and organelle division.
Harry H, Low, Jan, Löwe
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