Alexander Sercel

Research project:

Alex researches the mechanisms and metabolic effects of transferring mitochondria between cells.


Dawson E.R., Patananan A.N., Sercel A.J., Teitell M.A. (2020). Stable retention of chloramphenicol-resistant mtDNA to rescue metabolically impaired cells. Scientific Reports (Manuscript Accepted)

Sercel A.J., Patananan A.N., Man T., Wu T-.H., Yu A.K., Guyot G.W., Rabizadeh S., Kayvan R.N., Chiou P-.Y., Teitell M.A. (2020). Stable mtDNA transplantation by high-throughput, pressurized mitochondrial delivery. Cell Metabolism (Manuscript submitted)

Patananan A.N., Sercel A.J., Wu T-.H., Ahsan F., Torres A., Kennedy S., Vandiver A., Collier A., Mehrabi A., Van Lew J., Zakin L., Rodriguez N., Sixto M., Tadros W., Lazar A., Sieling P., Nguyen T., Dawson E., Braas D., Golovato J., Cisneros L., Vaske C., Plath K., Rabizadeh S., Niazi K., Chiou P-.K., Teitell M.A. (2020). Reprogramming mitochondrial transfer fibroblasts improves mitonuclear RNA homeostasis. Cell Stem Cell (Under revision)

Sercel A.J., Natasha C., Patananan A.N., Teitell M.A. (2020). A genetic identity crisis: the fluid nature of stem cell mtDNA. Trends in Cell Biology (Manuscript in preparation)