![. / A) Asymmetric cell division resulting in self-renewal. B) Symmetric cell division resulting in differentiation. [*] As a specialized niche, symmetric cell division in the fetal liver results in net HSC gains. HSC = hematopoietic stem cell. HPC = hematopoietic progenitor cell. Pro = progenitor cell with further lineage commitment.](https://ash.silverchair-cdn.com/ash/content_public/journal/thehematologist/10/6/10.1182_hem.v10.6.1022/2/11641_2.jpeg?Expires=1735557932&Signature=oqujhml~KIEIwOgohCR3DA~5zLoVw7wD-h3lzR6oYhc7ruGTh1Fph~DpddyWsDIWlyj5efy84sNFZLrK-~QmHkriIhZ-d0owZmO67kyxd4olK8Ub0Y44YA5Q9N5SDdg~xBT5K9JPqChn903LfZak75ydyVr79KJd2tXFJbcyFSMWKAEehcyk6Ree03Y0gpmZbvmX8u~ufCCgl4rIS2eDrWacUI9imhsmaFqGg8RB3i4E3hkW~3VRAlMkRYYLyQOWaaWXZFAkCpyAQA4IQAoQ644fPXG1gviTFv1hgDI7uPHG0TrB0vlrENNKFdwSCaPvZ0IIV6c0TuQa7LiPleFSNw__&Key-Pair-Id=APKAIE5G5CRDK6RD3PGA)
A) Asymmetric cell division resulting in self-renewal. B) Symmetric cell division resulting in differentiation. [*] As a specialized niche, symmetric cell division in the fetal liver results in net HSC gains. HSC = hematopoietic stem cell. HPC = hematopoietic progenitor cell. Pro = progenitor cell with further lineage commitment.
