pl Regulates the cell cycle p27 Regulates the cell cycle pERK Activated ERK Phospho AKT Regulates cell survival Threonine 308 Phospho cJun Activates cJun Stimulates cell growth Phospho-SAPK/JNK Activates fetal liver formation PPARPGCl[alpha] Regulates energy metabolism PPAR[gamma] Regulates fatty acid storage RAR[beta] Regulates cellular growth SOX 2 Induces pluripotential
cells TLR4 Innate immunity [beta] catenin Wnt signaling pathway
The stem cells recovered from baby teeth and developing wisdom teeth are immature and have pluripotential
and embryonic-like characteristics.
ROBERTSON, Isolation, Properties, and Karyotype Analysis of Pluripotential
(EK) Cell Lines from Normal and Parthenogenetic Embryos, in TERATOCARCINOMAS AND EMBRYONIC STEM CELLS: A PRACTICAL APPROACH, 71-112 (Elizabeth J.
Blood clots can provide a matrix for fibrous ingrowth and pluripotential
cell migration into the area, which could lead to development of bone and dense fibrotic tissues (27).
1) Like their embryonic counterparts, these induced pluripotent stem cells (iPS cells) were capable of forming all three germ layers both in vitro and in immuno-deficient mice, demonstrating their remarkable pluripotential
This might indicate that basal cells of PIN correspond to cells in a stage of transient proliferation (with features of pluripotential
cells), when these cells reach the luminal compartment their nuclear size decreases while maintaining their potential for proliferation (Tsuji et al.
Mixed tumors have also been seen, leading to the hypothesis that both types of tumor arise from a pluripotential
epidermal stem cell damaged by ultraviolet light.
The complex Monge-Ampere equation and pluripotential
stem cells are present several days after fertilization and can also develop into any cell type but cannot develop into a fetus.
Regulation of hematopoiesis involves controlling output of pluripotential
Fletcher, Deliberating Incrementally on Human Pluripotential
Stem Cell Research, in 2 NAT'L BIOETHICS ADVISORY COMM'N, ETHICAL ISSUES IN HUMAN STEM CELL RESEARCH E-1, E-31 (2000) (defining the principle of beneficence as the "'moral obligation to act for the benefit of others"' and emphasizing that when embryonic research is hindered by bans on federal funding, "the cumulative effects on the losses of basic knowledge and preclinical opportunities amount to grievous violations of obligations of beneficence and utility").
The precursor mesenchymal or stromal stem cell for osteoblasts is pluripotential
and can also differentiate into adipocytes or marrow support cells, and possibly, into fibroblasts, muscle cells, or cartilage cells.