Browse our latest Biochemistry and Chemical Biology articles

Structural basis and molecular mechanism of how molecular chaperone Hsp27 specifically captures phosphorylated Tau and prevents it from abnormal aggregation.

Structure of M. tuberculosis Rv1625c/Cya provides clues to the potential functional role of the transmembrane domain in the membrane adenylyl cyclases.

The crystal structure of a mammalian protein kinase G reveals contacts between the regulatory and catalytic domains, indicates how cGMP binding alters domain conformations and thus domain:domain interactions, and informs a model for enzyme auto-inhibition and cooperative activation.

Structural and biochemical analysis of semisynthetic Akt forms and mutants has revealed the importance of a key interaction network involving Arg86, Glu17, and Tyr18 that controls Akt conformation and activity.

The coupling of the enzyme/structure core to different short linear motifs represents a novel mechanism to diversify and expand the function of signaling proteins.

UBX proteins reduce the ubiquitin threshold of mammalian p97-UFD1-NPL4.

An array of cytosolic co-chaperones and chaperones helps to maintain newly synthesized mitochondrial outer membrane proteins in an import competent state.

DIP2 is a conserved protein across fungi and animals that regulates specific diacylglycerol pools by diverting them to storage lipid biosynthesis to enable cellular homeostasis and adaptations.

Scalar irradiance microsensor measurements performed inside the tissue of living corals show that absorption and fluorescence emission by host pigments produce dramatic spectral alterations in the light environment experienced by the symbionts.

The spider venom peptide Pn3a recognizes a pharmacophore unique to Ca_V3.3 amongst T-type calcium channels, underscoring its potential as a novel molecular tool for the study of Ca_V3.3-mediated currents in native cells.