Planarians are flatworms capable of whole-body regeneration, able to regrow any missing
body part after injury or amputation. The extraordinary regenerative capacity of planarians is …

Injury induces systemic responses, but their functions remain elusive. Mechanisms that can
rapidly synchronize wound responses through long distances are also mostly unknown …

Our ability to dissect cell type diversity, development, and plasticity in the nervous system
has been transformed by the recent surge of massive sequencing studies at the single-cell …

Planarians represent the most primitive bilateral triploblastic animals. Most planarian
species exhibit mechanisms for whole-body regeneration, exemplified by the regeneration …

Planarians are well-known model organisms for regeneration and developmental biology
research due to their remarkable regenerative capacity. Here, we aim to advocate for the …

The amazing regenerative abilities of many planarian species have been known for more
than 200 years. Thomas Hunt Morgan reported in 1898 that an estimated 279th of a whole …

Preparing viable single cells is critical for conducting single‐cell RNA sequencing (scRNA‐
seq) because the presence of ambient RNA from dead or damaged cells can interfere with …

Animal behavior emerges from collective dynamics of neurons, making it vulnerable to
damage. Paradoxically, many organisms exhibit a remarkable ability to maintain significant …

Planarians have become a powerful model system for stem cell research and regeneration.
While the tool kit for mechanistic investigations has been steadily expanding over the last …

An ability to delay aging or to reverse the negative effects of aging could prevent age-related
disease and greatly enhance quality of life in old age. However, whether it is possible to …