Biomedical engineers have demonstrated that one of the most dangerous mutations found in skin cancers might moonlight as a pathway to mending a broken heart. The genetic mutation in the protein BRAF, a part of the MAPK signaling pathway that can promote cell division, is one of the most common and most aggressive found in melanoma patients. In a new study, researchers show that introducing this mutation to rat heart tissue grown in a laboratory can induce growth.
Biomedical engineers have demonstrated that one of the most dangerous mutations found in skin cancers might moonlight as a pathway to mending a broken heart. The genetic mutation in the protein BRAF, a part of the MAPK signaling pathway that can promote cell division, is one of the most common and most aggressive found in melanoma patients. In a new study, researchers show that introducing this mutation to rat heart tissue grown in a laboratory can induce growth. Biomedical engineers have demonstrated that one of the most dangerous mutations found in skin cancers might moonlight as a pathway to mending a broken heart. The genetic mutation in the protein BRAF, a part of the MAPK signaling pathway that can promote cell division, is one of the most common and most aggressive found in melanoma patients. In a new study, researchers show that introducing this mutation to rat heart tissue grown in a laboratory can induce growth.