RESEARCH: CANCER
FOLDING PROJECT #17624 PROFILE

The project relates to studying how tiny changes in proteins can affect their function. Scientists are looking at a complex group of proteins called RIPK2 and making small changes to see how it impacts how they interact with each other.

The previous FEC work unit test was completed successfully so now we're running larger "full size" WUs that are more scientifically useful for studying protein mutations with Free Energy Calculations.

As before, the approach and technology are similar to the Moonshot, but these set of projects instead are studying protein mutations and are much larger (since proteins are also much larger) In this case we are trying out multiple mutations and their impact upon a protein-protein of a dimerization complex (RIPK2), the most complex case.

FEC

Free Energy Calculations

A computational method used in biochemistry to predict the stability and interactions of molecules, particularly proteins.

WUs

Work Units

Individual tasks or computational jobs used in large-scale scientific projects, often in high-performance computing.

protein mutations

Permanent alterations in the DNA sequence that codes for a protein.

Changes in the genetic code of a protein that can alter its structure and function. These changes can be beneficial, harmful, or have no effect.

Free Energy Calculations

A method for predicting the stability of molecules based on their energy state.

A computational technique used to estimate the energy changes associated with chemical reactions and molecular interactions. It helps scientists understand how molecules bind together and predict their behavior.

dimerization complex

A structure formed by two protein molecules associating together.

A group of two proteins that bind to each other, often forming a functional unit. Dimerization is a common mechanism for regulating protein activity and interactions.

RIPK2

Receptor-interacting serine/threonine-protein kinase 2

A protein involved in regulating the immune response. It plays a role in signaling pathways that activate inflammation and cell death.