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AACR VIRTUAL SPECIAL CONFERENCE: EPIGENETICS AND METABOLISM

AACR VIRTUAL SPECIAL CONFERENCE: EPIGENETICS AND METABOLISM

Online

Conference Dates: Oct 15, 2020 - Oct 16, 2020

Research
Impact Score 0.20

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Ranking & Metrics Impact Score is a novel metric devised to rank conferences based on the number of contributing the best scientists in addition to the h-index estimated from the scientific papers published by the best scientists. See more details on our methodology page.

Research Impact Score: 0.20
Contributing Best Scientists: 7
H5-index:
Papers published by Best Scientists 3
Research Ranking (Genetics and Molecular Biology) 13
Research Ranking (Biology and Biochemistry) 18
Research Ranking (Medicine) 52

Conference Call for Papers

Interest in cancer metabolism continues to grow due to our deeper mechanistic understanding of the interconnected signaling cascades, the identification of mutated genes and metabolic enzymes involved, and the metabolic perturbation hallmarks of cancer favoring tumor progression. Cancer genome sequencing efforts have revealed that genes involved in chromatin remodeling and epigenetic regulation are frequently and specifically mutated in a wide variety of cancers. Moreover, data has shown us that cell metabolism impacts gene expression through epigenetic modifications. Increase in the research that focuses on epigenetics and metabolism illuminate how far we have come in identifying newly recognized mechanisms central to the genesis of cancer and offers the possibility of developing novel approaches to targeting tumor dependence on altered metabolic pathways for effective therapeutic interventions.

The focus of this Special Conference is to bring together outstanding basic, translational, and clinical cancer researchers to discuss their latest findings in the fields of epigenetic regulation, the metabolic programs of tumors, cancer immunometabolism, in vivo metabolism models, stem cells, and more. We will also discuss how these findings are being investigated and applied to developing novel therapies for cancer treatment.

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