Figure 1
Figure 1. Potential enhancement or inhibition resulting from DPP4 interactions with regulatory proteins. (A) Molecules that are stimulatory in the full-length form may lose activity after DPP4 truncation and act as competitive inhibitors by diminishing the function of the full-length protein through binding to the cognate receptor with higher affinity than that of the full-length molecule. (B) Molecules that are inhibitory in the full-length form may lose their suppressive ability when truncated by DPP4 and by binding to the cognate receptor with higher affinity, allowing for blockage of the full-length molecule’s suppressive activity. (C) Stimulatory or inhibitory molecules may increase their efficacy when truncated.

Potential enhancement or inhibition resulting from DPP4 interactions with regulatory proteins. (A) Molecules that are stimulatory in the full-length form may lose activity after DPP4 truncation and act as competitive inhibitors by diminishing the function of the full-length protein through binding to the cognate receptor with higher affinity than that of the full-length molecule. (B) Molecules that are inhibitory in the full-length form may lose their suppressive ability when truncated by DPP4 and by binding to the cognate receptor with higher affinity, allowing for blockage of the full-length molecule’s suppressive activity. (C) Stimulatory or inhibitory molecules may increase their efficacy when truncated.

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