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Main Author:	Mamoor, Shahan
Format:	Recurso digital
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Published:	Zenodo 2025
Online Access:	https://doi.org/10.5281/zenodo.18007926
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ABCA12 functions in multi-drug resistance in human cancer.
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ABCG2 functions in multi-drug resistance in human cancer in metastasis to the bone.
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The range of Xist transcriptional targets in non-small cell lung cancer: MYC.
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The range of Xist transcriptional targets in non-small cell lung cancer: BTBD7.
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Activation of ZIC family genes in CNS metastasis in humans with breast cancer.
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SLX1B is active during transformation and controls relapse and resistance in human cancer.
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An expression screen to identify genes important for trastuzumab resistance: Ccl19.
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An expression screen to identify genes important for trastuzumab resistance: Meox2.
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Therapeutic targeting in breast cancer for the treatment of lung metastasis: ENOPH1.
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Therapeutic targeting in breast cancer for the treatment of lung metastasis: MTFP1.
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BAALC: Therapeutic targeting in lung cancer for the treatment of lymph node metastasis.
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Therapeutic targeting in breast cancer for the treatment of lung metastasis: CDK7.
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Therapeutic targeting in breast cancer for the treatment of lung metastasis: WNK3.
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Therapeutic targeting in breast cancer for the treatment of lung metastasis: PANK1.
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Therapeutic targeting in breast cancer for the treatment of lung metastasis: FJX1.
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Therapeutic targeting in breast cancer for the treatment of lung metastasis: RPL19.
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Therapeutic targeting in breast cancer for the treatment of lung metastasis: PFKFB4.
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Therapeutic targeting in breast cancer for the treatment of lung metastasis: SHMT2.
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An expression screen to identify genes important for trastuzumab resistance: Pax8-as1.
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Therapeutic targeting in lung cancer for the treatment of lymph node metastasis: CAMTA1.
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Therapeutic targeting in lung cancer for the treatment of lymph node metastasis: GRIK3.
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Immunoglobulin-based therapeutic targeting in breast cancer for the treatment of lung metastasis: EREG.
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Genes that function in axon guidance are associated with disease progression in breast and lung cancer.
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Immunoglobulin-based therapeutic targeting in breast cancer for the treatment of lung metastasis: CTNNBL1.
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Therapeutic targeting in breast cancer for the treatment of lung metastasis: PPP6R1.
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Immunoglobulin-based therapeutic targeting in breast cancer for the treatment of lung metastasis: GRIK4.
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Immunoglobulin-based therapeutic targeting in breast cancer for the treatment of lung metastasis: ATAD1.
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Immunoglobulin-based therapeutic targeting in breast cancer for the treatment of lung metastasis: GPR158.
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Therapeutic targeting in breast cancer for the treatment of lung metastasis: PPP1R9A.
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Therapeutic targeting in breast cancer for the treatment of lung metastasis: PPP1R9A.
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Xist is activated during resistance in triple negative breast cancer in vitro.
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An intrinsic link between the EMT program and aging in human cells.
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BCL2L1 induction in metastasis to the brain in humans with breast cancer.
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The integral membrane protein SMIM38 is transcriptionally activated in circulating tumor cells in human breast cancer in conjunction with two SMIM38-interacting proteins of undefined function, ETDA and ETDB.
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Fam234b is selectively activated during the first cell division of the human embryo.
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A retrotransposon-like gene, RTL5, is modulated during differentiation of embryonic stem cells to the trophectoderm lineage.
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Aire is a component gene of the Th17 gene signature.
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The homeobox transcription factor TCF7 is activated in and likely required for metastasis to the lymph nodes in humans with breast cancer.
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The homeobox transcription factor MEOX1 is activated in and likely required for metastasis to the lymph nodes in humans with breast cancer.
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Feedback activation of VEGF-A resulting from PAX8 inhibition in cancer cells.
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Published: (2026)