Proteomic profiling reveals that the (p)ppGpp-mediated stringent response in Pseudomonas aeruginosa regulates over 339 proteins during stationary phase, highlighting extensive metabolic shutdown and stress adaptation.
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Proteomic profiling reveals that the (p)ppGpp-mediated stringent response in Pseudomonas aeruginosa regulates over 339 proteins during stationary phase, highlighting extensive metabolic shutdown and stress adaptation.
MKLN1 within the CTLH E3 ligase recognizes diverse substrates through multimodal engagement of acetylated, Arg, and C-degrons, revealing a versatile recognition mechanism.
HDOCK-Multimer (HDM) significantly outperforms existing methods in predicting large protein complex structures across multiple benchmarks.
LoL-align is significantly more sensitive than TM-align and Dali in detecting remote homologs, with 5-20 times faster alignment speed on benchmark datasets.
Human glutamine synthetase forms product-stabilized filaments that reduce catalytic specificity at physiological glutamine levels.
Integrating protein structural context enables 96.5% accurate prediction of resistance-conferring mutations in M. tuberculosis proteins.
AI-assisted and structure-guided methods now enable identification of PET-degrading enzymes with industrial relevance, surpassing traditional bioprospecting approaches.
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