… cells were first considered as stem cells by Caplan and named mesenchymal stem cells (…
bone marrow, stromal cells are a rare and heterogeneous population of cells that contain a …

… stochastic recombination of the T cell receptor (TCR) and thymic involution—has sparked
the idea that T cell immunity could be maintained via stem cell–like memory T cells 7 . Over the …

… Here, we review the intricate and vital dialog between immune cells and stem cells and the
… evidence that stem cells sense, communicate with, and co-opt resident immune cells to aid in …

… They also act as a ‘‘barrier’’ to conjunctival epithelial cells and prevent them from migrating
… stem cells may be destroyed partially or completely resulting in varying degrees of stem cell …

… stem cell lineages and cell hierarchies are unclear in these regions. (ii) In the murine small
intestine, there are two main stem cell populations: +4 stem cells and LGR5+ stem cells, … cell …

… heterologous cells in the bone marrow that participate in hematopoietic stem cell function. …
for stromal-hematopoietic cell interactions contributing to neoplastic myeloid disease. As the …

… the extrinsic mechanisms regulating muscle stem cells in health and disease in a broad
systemic … of muscle stem cells, summarize how niche dysfunction can contribute to disease, and …

… -restricted or glial-restricted precursor cells [1]. Human NEPs can be isolated from foetus
and from embryonic stem cells [2, 3]. These cells form neural rosettes and express nestin, a …

… Hematopoietic stem cells (HSCs) are responsible for lifelong production of blood cells. At
the same time, they must respond rapidly to acute needs such as infection or injury. Significant …

… epithelial stem cells (LESC). If this adult stem cell population is depleted by injury or disease,
… use of an adult stem cell therapy in patients. Hence, the ready accessibility of a transparent …