multimeric

the receptor complex is often multimeric, requiring multiple subunits for activation.

we investigated the multimeric state of the enzyme under different conditions.

the multimeric protein exhibited enhanced stability compared to its monomeric counterpart.

formation of the multimeric assembly is crucial for proper signaling.

electron microscopy revealed the presence of large multimeric structures.

the multimeric complex displayed unique binding properties.

disruption of the multimeric structure can lead to disease.

the multimeric form of the antibody is essential for its effector functions.

we analyzed the kinetics of multimeric assembly and disassembly.

the multimeric protein interacts with other molecules in the cell.

genetic mutations can affect the multimeric composition of the protein.