Developmental biologists at Tufts University, using a tadpole model,
have shown that bioelectrical signals from distant cells control the
incidence of tumors arising from cancer-causing genes and that this
process is impacted by levels of a common fatty acid produced by
bacteria found in the tadpole and also in humans. This involves the short chain fatty acid butyrate and its target, the enzyme histone deacetylase
have shown that bioelectrical signals from distant cells control the
incidence of tumors arising from cancer-causing genes and that this
process is impacted by levels of a common fatty acid produced by
bacteria found in the tadpole and also in humans. This involves the short chain fatty acid butyrate and its target, the enzyme histone deacetylase
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