New molecular mechanisms of Arabidopsis thaliana resistance to necrotrophic pathogens = New molecular mechanisms of Arabidopsis thaliana resistance to necrotrophic pathogens

The chemical analysis performed on fish archaeological remains found in six vessels –dolia– at the ‘Garum Shop’ of Pompeii (Italy), allec samples obtained following

In general terms, mitochondria defense mechanisms occur: (1) on the molecular level, which involves conserved intraorganellar protein quality control machinery

Some common approaches to the prediction of protein-protein interactions include: (i) transferring interactions between protein orthologs of different species (referred

Protein-protein interactions (PPIs) play essential roles in biological processes: often proteins interact with each other to exert their functions creating a network of

SCO2463 probable ABC transporter SCO0231 small hydrophobic hypothetical protein SCO2479 putative membrane protein SCO0518 hypothetical protein. SCO2496 putative

fluorescens species, protein-coding genes related to motility, genes encoding putative toxins targeted to diverse organisms and a very large number of protein-coding genes involved

Heterogeneous primary HER2+ breast tumor, con- sisting of sensitive cells and primary resistant cells, exhibiting partial response to anti-HER2 treatment and relapse due to

Protein extracts were prepared from Arabidopsis cell suspension culture protoplasts expressing either HA-tagged wt CAH1 (HC), in presence or absence of tunicamycin (Tun), or