k Cell signalling, illustration Cell signalling, illustration. Signalling molecules blue spheres secreted by one cell bind to receptors on the membrane of a nearby cell. This triggers a biochemical chain of events inside the cell in a process called signal transduction. Further signalling chemicals turquoise in the cell may initiate responses such as a changes in metabolism or gene expression. These processes allow cells to respond to changes in their environment. Cell communication between nearby cells is known as paracrine signalling, and internal cell communication is known as intracrine signalling. Stock Photo - Afloimages
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Cell signalling, illustration Cell signalling, illustration. Signalling molecules  blue spheres  secreted by one cell bind to receptors on the membrane of a nearby cell. This triggers a biochemical chain of events inside the cell in a process called signal transduction. Further signalling chemicals  turquoise  in the cell may initiate responses such as a changes in metabolism or gene expression. These processes allow cells to respond to changes in their environment. Cell communication between nearby cells is known as paracrine signalling, and internal cell communication is known as intracrine signalling.
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Cell signalling, illustration

Cell signalling, illustration. Signalling molecules (blue spheres) secreted by one cell bind to receptors on the membrane of a nearby cell. This triggers a biochemical chain of events inside the cell in a process called signal transduction. Further signalling chemicals (turquoise) in the cell may initiate responses such as a changes in metabolism or gene expression. These processes allow cells to respond to changes in their environment. Cell communication between nearby cells is known as paracrine signalling, and internal cell communication is known as intracrine signalling.

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