RESEARCH: CANCER
FOLDING PROJECT #17627 PROFILE

The project relates to studying how changes in proteins can affect their function. Researchers are looking at a specific protein complex called RIPK2, which is made of two parts that connect together (dimerize). They're making changes to the protein and seeing how these changes impact how well the two parts connect.

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

FEC is a computational method used in biochemistry to predict the stability of protein structures and interactions. It helps researchers understand how proteins fold and interact with each other.

WUs

Work Units

WUs are individual tasks or calculations performed in computational biology research. They often involve analyzing large datasets or simulating complex biological processes.

Moonshot

A bold and ambitious scientific project aimed at achieving a significant breakthrough.

The Moonshot refers to a large-scale research initiative with the goal of achieving a transformative scientific achievement, often in medicine or healthcare.

Protein mutations

Changes in the DNA sequence that code for proteins.

Protein mutations are alterations in the genetic code that can lead to changes in protein structure and function. These changes can have various effects, ranging from harmless to disease-causing.

Dimerization complex

A protein complex formed by two identical or similar protein subunits.

A dimerization complex is a structure composed of two protein molecules that bind together. This interaction plays crucial roles in various biological processes, including cell signaling and enzymatic activity.

RIPK2

Receptor-interacting serine/threonine-protein kinase 2.

RIPK2 is a protein involved in the immune system's response to infection. It plays a role in activating inflammatory pathways and regulating cell death.