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. Author manuscript; available in PMC: 2020 Feb 1.
Published in final edited form as: Biochem Pharmacol. 2018 Dec 12;160:71–79. doi: 10.1016/j.bcp.2018.12.008

Table 1.

Signaling pathways modulated by tDp/Dp32 in oncogenesis-associated activities

tDp/Dp32 binding partner Signaling pathways affected Cell phenotype Cell type References
------- AKT↑* Resistance to trastuzumab*, tumor growth* Her2+ breast cancer, gastric cancer [34, 35, 37, 47]
------- ------- Cell migration* Non-small cell lung cancer; gastric cancer [12,43]
Her2 AKT↑ Resistance to trastuzumab Her2+ cancer [37]
Rlα within PKA PKA↑ Resistance to trastuzumab Her2+ breast cancer [15]
IGF1R AKT↑, ErbB↑ High glucose metabolism Her2+ breast cancer [16]
IKKα NF-kB2↑ Cell migration Non-small cell lung cancer [12]
Unknown Bcl-2↑ Anti-apoptosis Her2+ breast cancer [35]
Unknown ANGPT2↑, STAT3↑ Angiogenesis, tumor growth Gastric cancer [33]
Unknown Increased interaction between Her1 and Her3; AKT↑ Resistance to gefitinib (inhibitor of Her1) Gastric cancer [46]
Unknown Increased stability of Her1 Sensitivity to gefitinib, AG1478, and erlotinib (inhibitors of Her1) Breast cancer [67]
CXC4 CXC4 increased stability; MT1-MMP/MMP-2 activation Cell migration Gastric cancer [43]
SRp20 CD44E↑ mRNA splicing Gastric cancer [68]
Bcl-2 lnsP3R/Ca2+ Anti-apoptosis Leukemia [69]
Unknown P-catenin↑; Wnt genes↑ Proliferation Gastric cancer; esophageal cancer [70]
*

Corroborated by independent groups.