Structural Biology – Multimedia

Discover how cutting-edge methodologies capture transient interactions with precision, providing a deeper understanding of complex binding dependencies.

This eBook explores the principles, methodologies and diverse applications of TR-FRET, enabling researchers to streamline their drug discovery processes.

This app note highlights how a handheld electronic pipette can help researchers save time and increase homogeneous crystal growth.

Vaccines are critical for the prevention of infectious diseases and improvement of global health. Better understanding of the immune system and the availability of advanced structural biology tools and genetic delivery systems have unlocked new possibilities to improve vaccine development.

Download this app note to discover a method of recombinant protein expression that enables correct protein folding and post translational modification, is suitable for high-density cell culture, and can produce both secreted and intracellular proteins of various species.

Professor Jane Clarke FRS, a world-leading and award-winning biophysical protein chemist and now President of Wolfson College Cambridge, talks to Roger Mosey about leading in science and defying expectations.

Download this eBook to learn how advances in mass spectrometry techniques in combination with cryo-electron microscopy and other structural tools is revolutionizing the understanding of protein structure, function and dynamics.

The structural characterization of complex proteins gives researchers a glimpse into their in vivo mechanistic functions and complex chemistries. In the case of drug development, structural information of proteins involved in disease pathways is crucial for downstream rational design of novel therapeutics.

Proteins typically fold into well-defined tertiary structures and interact with other proteins to form homo- and hetero-oligomers to accomplish their physiological functions. These functions have implications on health and disease, but are also relevant for biotechnology applications.

Big leaps in our understanding of protein folding can open doors to new protein-based medicines and materials--designed from the ground up.