Sandbox Reserved 1797

Function of your protein

is found in Staphylococcus aureus. It exists in an open state but, can also be seen modified to a closed state. It has related mechanisms to different ATP-grasp enzymes just with different active sites. LdmS main function is to aid in the metabolism of Staphylococcal sulfur amino acids by specifically controlling Met and Cys metabolism . It can still function in settings with a lot of nutrients, or hardly any at all. This is very bad for the person infected with Staph. It's known substrates are L-Met and L-Asp. It is a receptor and interacts with ADP and citrate. ^[1]

Biological relevance and broader implications

LdmS is important to the biology of humans. Staph infection is a serious disease that can become resistant to antibiotics making it difficult to treat ^[2]. It is important to study how LdmS can metabolize Staphylococcal so that we can monitor how it is mutating against antibiotics. We can also see how LdmS may help with creating stronger, more resistant antibiotics for future use. LdmS is relevant to any disease that is catalyzed by Met and Cys, which helps host the disease in the body. ^[3]

Important amino acids

are there to facilitate binding at the active sites to further catalyze the metabolism. The cavity and cavity are indicated here. These sites help the protein bind to other atoms even in an aqueous solutions. The hydrophobic sites are actually inside of the protein so that they do not interact with the aqueous solution.

Structural highlights

The is interesting to look at. The magenta color represents the alpha helices. The alpha helices represent how the protein chain is in real life. This model isn't exactly accurate as there is actually no space inside the helix, it is too full of other atoms. The orange color represents the beta strands. The beta strand forms hydrogen bonds with surrounding side chains. The secondary structure is stabilized with hydrogen bonding down the backbone.

The tertiary structure is a bunch of secondary structures bound together to make the overall peptide chain.

This is a sample scene created with SAT to by Group, and another to make of the protein. You can make your own scenes on SAT starting from scratch or loading and editing one of these sample scenes.