The key to a successful cellulase product is based on gaining an appropriate understanding of the interaction between particular substrate and enzyme synergistic action, then providing a well-matched ...
leading to more frequent enzyme-substrate interactions. This is shown in the graph below by the dotted line. However, this rarely occurs as and more often something such as the substrate concentration ...
Scientists improved enzyme-based biosensors by modifying MOFs to enhance electron transfer and enzyme stability. Enzymes are ...
Recommender systems (RS),which are currently unexplored for the enzyme-substrate interaction prediction problem, can be utilizedto provide enzyme recommendations for substrates, and vice versa. The ...
This transformation enables the enzyme to better bind with its substrate (light pink puzzle piece). In contrast, an inhibitor molecule (pink circle) can prevent the interaction of an enzyme with ...
Our past research efforts have been directed at enzyme-substrate interactions, protein-lipid interactions, antibody-antigen interactions, RNA structure, and protein-nucleic acid interactions. Current ...
To test the effects of FAD mutations on the stability of these enzyme-substrate complexes, the team used a pair of ...
which have no physiologically relevant binding affinity between enzyme and substrate within the lipid bilayer (7). To verify that the apparently high-affinity γ-secretase–substrate interaction that we ...
TF-target interactions from DoRothEA, a large collection additional enzyme-substrate interactions, and literature curated miRNA-mRNA interacions combined from 4 databases. Except the miRNA ...