bacterial proteins

Several bacterial proteins have strong sequence homology with this protein.

Subsequently, these domains appear to have been recruited for various interactions in other bacterial proteins.

The development of antibiotic resistance in particular stems from the drugs targeting only specific bacterial proteins.

A person who has been exposed to the bacteria is expected to mount an immune response in the skin containing the bacterial proteins.

He had already identified the bacterial proteins used for mismatch repair and discovered the spelling checker protein.

Hereinafter, we term these obviously related bacterial proteins as the classical N1pC/P60 group.

They are widely distributed in animal species, but also found more sporadically in yeast, plant and bacterial proteins.

Scientists have developed several rapid tests for diagnosing chlamydia that use sophisticated techniques and a dye to detect bacterial proteins.

When other mice consumed potato samples containing the bacterial proteins, they also developed blood and mucosal antibodies specific to the diarrhea organism.

The bacterial proteins are usually integral membrane proteins and part of a two-component signal transduction pathway.

The C-terminal domain consists of 120 amino acids which belong to a family of surface-exposed bacterial proteins.

Bacteriorhodopsin belongs to a family of bacterial proteins related to vertebrate rhodopsins, the pigments that sense light in the retina.

Macrolide antibiotics clog the ribosome's exit tunnel, preventing synthesis of essential bacterial proteins.

Targeting of identified bacterial proteins that are involved in complement inhibition would neutralize the key bacterial virulence mechanism.

Bacterial proteins that need to be secreted pass from the bacterial cytoplasm through the needle directly into the host cytoplasm.

The diversity of the structure of the flanking region is illustrated by the discovery of EF-hand-like domains in bacterial proteins.

It is a predicted nucleoside-triphosphatase (NTPase) domain, which is found in animal, fungal and bacterial proteins.

Searches with the N-terminal part of the extension gave significant hits to bacterial proteins of the length 180-195 residues within the first 3 iterations (eg.

Although H pylori does not invade the mucosa, bacterial proteins may activate monocytes with a local T-cell mediated immune response.

It is a 2-strain, multi-antigen vaccine which induces an antibody response to bacterial proteins OspA and OspC.

Molecular data confirm this observation, showing that the evolution of bacterial proteins targeted by antibiotics is highly constrained compared with the evolution of other proteins.

We therefore developed a 'phylogenetic filter' based on these relationships to rapidly reveal Meloidogyne HGT candidates identified by sequence similarity to bacterial proteins.

The brownish discoloration of teeth and tongue are due to the fact that the disintegration of bacterial membranes leads to the denaturation of bacterial proteins.

They also transformed the bacterial proteins so they could be used to bind to one version of a chemical but not its mirror image, something that is important in pharmaceutical manufacturing.

These observations suggest that the middle region of the animal SGCs defines a second evolutionarily mobile globular domain that is shared with several distinct bacterial proteins.