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Table 1 Reactive oxygen and calcium related genes behavior comparison between NNAT overexpression ER + breast cancer cells lines (T47D and ZR75) vs. poor prognosis tumorigenesis in clinical reports. Opposite expression patterns marked in bold

From: NNAT is a novel mediator of oxidative stress that suppresses ER + breast cancer

NNAT overexpression significantly regulated genes

During NNAT overexpression

Expression pattern under tumorigenesis and/or poor prognosis

PML

↓ [61] breast cancer

MELK

↑ [62] breast cancer

NOL3

↓ [63] myeloid malignancies

APOE

↑ [64] melanoma and glioblastoma exhibited accelerated tumor growth in ApoE-deficient mice

SOD3

↓ [65] breast cancer, head and neck cancer, lung cancer, and sarcoma

PINK1

↓ [66] breast, colorectal, esophageal, head and neck, liver and ovarian cancers, leukemia and melanoma

NDUFS8

↓ [67] Renal cell carcinoma

NDUFS1

↑ [68] breast cancer (The Human Protein Atlas data)

NDUFA3

↓↑ [68] breast cancer (The Human Protein Atlas data)

CYP1B1

↑ [69] breast, brain,

colon, ovarian, and prostate cancers

GPX3

↓↑

↓ [70] breast cancer

PDK1

↑ [71] breast cancer

DHRS2

↓ [72] breast cancer

ANXA1

↑ [73] breast cancer

APOD

↑ [74] breast cancer

NCF2

↑ [75] kidney Renal Clear Cell Carcinoma

RAC2

↓ [68] breast cancer (The Human Protein Atlas data)

BCL2

↓ [76] breast cancer

BCL2L2-PABPN1

↑ [77, 78] glioblastoma

BBC3

↓ [79] head and neck cancer