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. 2022 Mar 14;12:858782. doi: 10.3389/fonc.2022.858782

Table 1.

Kinases regulating β-catenin activity.

Sites Kinases Function Reference
S29, T102 CK2 Degradation, interaction with α-catenin. (176, 178)
Y30 JAK3 Interaction with α-catenin. (148)
S33, S37, T41 GSK3β, NEK2 Degradation, contributes to mitosis. (24, 36, 38, 81)
S45 CK1α, PKA, PKCζ Degradation, regulation of phosphorylation. (36, 115, 122, 123)
Y64 JAK3, PTK6 Inhibits function in the nucleus, interaction with α-catenin. (148, 167)
Y86 BCR-ABL, JAK3, SRC Increases the cytosolic and nuclear accumulation, interaction with α-catenin. (148, 165, 168, 169)
T112 CK2, PKD1 Degradation, interaction with α-catenin, inhibits the nuclear localization. (178, 182)
T120 PKD1 Interaction with α-catenin, inhibits the nuclear localization (182, 183)
Y142 PTK6, FYN, FER, FGFR2, FGFR3, EGFR, TRKA Inhibits function in the nucleus, dissociation from adherence junctions, cytoplasmic accumulation. (25, 35, 37, 132, 167)
S191 JNK2 Nuclear translocation. (151, 152)
Y331, Y333 PTK6 Inhibits function in nucleus. (167)
T393 CK2 Stabilization, enhances contributions in transcriptional regulations (176)
S552 PKA, AKT Inhibits ubiquitination, stabilization, transcriptional regulation, and promoting tumor cell invasion. (124, 126, 127)
S605 JNK2, p38γ Nuclear translocation. (131, 151, 152)
Y654 MET, EGFR, SRC, BCR-ABL Dissociation from the E-cadherin/β-catenin/α-catenin complex, nuclear translocation. (128, 135, 164, 168, 169)
Y670 MET Nuclear translocation. (135)
S675 PAK1, PAK4, MEKK2, PKA Stabilization, inhibits ubiquitination, contributes to TCF/LEF transactivation. (123, 124, 129, 159, 160)
S715 PKCδ Facilitate interaction with TRIM33 and degradation. (101)
S718 PLK1 Regulation of centrosomes in M phase (86)