extramembrane

the extramembrane protein anchors to the cell surface through specific interactions.

scientists discovered a new extramembrane domain that facilitates cell signaling.

the extramembrane region of the receptor determines ligand binding specificity.

extramembrane enzymes play crucial roles in bacterial cell wall synthesis.

the extramembrane structure of this virus allows it to evade immune detection.

mutations in the extramembrane component disrupt normal cellular function.

researchers are studying the extramembrane space for potential drug targets.

the extramembrane topology reveals important information about protein function.

novel extramembrane receptors have been identified in neural tissues.

the extramembrane domain undergoes conformational changes during activation.

extramembrane proteases are potential therapeutic targets for infectious diseases.

the extramembrane architecture varies significantly between different cell types.