multisubunit

the ribosome is a massive multisubunit complex essential for protein synthesis in all living cells.

atp synthase functions as a multisubunit enzyme that converts adp to atp across cellular membranes.

scientists are studying the multisubunit structure of this viral capsid to develop new antiviral drugs.

the multisubunit assembly of the proteasome allows it to degrade damaged proteins efficiently.

many ion channels are multisubunit proteins that regulate the flow of ions across cell membranes.

the multisubunit nature of this receptor makes it a challenging target for drug development.

researchers have identified a new multisubunit complex involved in dna repair mechanisms.

the bacterial flagellum operates as a multisubunit motor that propels the cell forward.

multisubunit enzymes often require precise subunit interactions to maintain catalytic activity.

the multisubunit architecture of this complex provides structural stability and functional diversity.

transcription factors can form multisubunit complexes that control gene expression patterns.

the multisubunit composition of this protein machine allows for sophisticated regulatory mechanisms.