M. G. Ferreira

This study shows that telomerase absence in zebrafish melanoma leads to tumor regression via immune response and cell cycle arrest, despite initial tumor formation.

This study shows that gut-specific telomerase activity in zebrafish prevents premature aging and extends lifespan by rescuing gut dysfunction and its systemic effects.

The paper examines the relationship between telomere length, lifespan, and environmental factors in African killifish, finding sex-based differences and environmental influences on telomere length.

The paper shows that in telomerase zebrafish mutants, telomere shortening leads to a switch from apoptosis to senescence in tissues, mediated by Akt/Foxo pathway activation.

This study shows that telomere shortening in zebrafish creates an inflammatory environment that promotes tumor invasiveness and metastasis.

This study identifies aneuploidy as a driver of mitotic decline in aging by showing FoxM1 repression leads to chromosome segregation defects and senescence.