关键词: Adrenocortical carcinoma COX-2 EZH2 and SPARC pathways beta-catenin biology biomedical analytics c-Met celecoxib insulin-like growth factor mTORC/Akt melatonin metformin morphoproteomics nab-paclitaxel therapeutic options

Mesh : Adrenal Cortex Neoplasms / drug therapy metabolism pathology Adrenocortical Carcinoma / drug therapy metabolism pathology Adult Antioxidants / therapeutic use Biomarkers, Tumor / metabolism Drug Therapy, Combination Female Humans Hypoglycemic Agents / therapeutic use Immunohistochemistry Melatonin / therapeutic use Metformin / therapeutic use Prognosis Proteomics / methods Signal Transduction

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Abstract:
Metformin has been proposed as a novel anti-cancer drug for adrenocortical carcinoma (ACC) based upon Poli\'s recent preclinical studies that 1. \"in vitro\" metformin modulates the ACC cell model H295R and 2. \"in vivo\" metformin inhibits tumor growth in a xenograft model as confirmed by a significant reduction of Ki67 [1]. Here we report on our prior clinical case study that provides proof of concept for Poli\'s studies. We were requested to perform morphoproteomic analysis to further define the biology of, and raise targeted therapeutic options, for a case of post-treatment and chemoresistant ACC metastatic to the liver and the lung. Profiling the patient\'s ACC from the liver resulted in the recommendation of metformin as a maintenance therapy, which was supported by biomedical data analysis. The patient remains on maintenance therapy with metformin and melatonin and is free of disease some 7 years post diagnosis, thus underscoring the recommendation for clinical trials employing these therapeutic agents.
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