Progenitor example sentences
Related (7): ancestor, forefather, precursor, prototype, originator, parent, progenitor
"Progenitor" Example Sentences
Common Phases
1. The central cell divides to form the progenitor cells that will become the various tissues and organs.
2. Mitosis of the progenitor cells gives rise to the different cell types that make up the organism.
3. The stem cells and progenitor cells are the origin of all the differentiated cells in the body.
4. The first single-celled organism is believed to be the progenitor of all life on Earth.
5. Homo sapiens has multiple speculated progenitors such as Homo erectus.
6. Australopithecus is thought to be an immediate progenitor of humans.
7. Scientists are working to create artificial progenitor cells for building human organs.
8. The red blood cell progenitor cells undergo cell division and differentiate into red blood cells.
9. Dopaminergic neurons arise from progenitor cells in the midbrain.
10. T cells originate from hematopoietic progenitor cells in the bone marrow.
11. A common ancestor is a progenitor species from which two or more descendants evolved.
12. Archaea and bacteria are believed to share a common progenitor.
13. LUCA is the hypothesized last universal common ancestor of all life on Earth.
14. Progenitor cells give rise to the different cell types that populate organ systems.
15. Neuron progenitor cells differentiate into the different types of neurons in the nervous system.
16. Mitotic division of progenitor cells produces two daughter progenitor cells.
17. The cells that first give rise to an organ are the organ's progenitor cells.
18. The progenitor of the first single-celled organisms remains a mystery.
19. Mutations accumulate in progenitor species, resulting in subsequent species.
20. The detected progenitor cell population could replenish cardiomyocytes after a myocardial infarction.
21. Researchers isolated hematopoietic progenitor cells from human umbilical cord blood.
22. Epithelial progenitor cells renew and repair tissues such as skin and gut lining.
23. B lymphocytes arise from lymphoid progenitor cells in the bone marrow.
24. Cardiac progenitor cells differentiate into the cell types that make up heart muscle.
25. Ancestor and progenitor can both describe one that has descended or originated from another.
26. The common ancestor exhibited traits inherited by its progeny.
27. LUCA itself evolved from a previous yet unknown progenitor.
28. Archaea appear to be the progenitor of eukaryotic cell machinery.
29. Viral genes have inserted themselves into their eukaryotic progenitors' genomes over time.
30. Through meiosis and mitosis, progenitor cells create daughter cells with varied genetic combinations.
31. Researchers harvest hematopoietic progenitor cells from bone marrow for transplants.
32. Mesenchymal progenitor cells differentiate into connective tissues like bone, cartilage and fat.
33. Mutations accumulated in the progenitor populations at different times.
34. There are believed to be multiple progenitor species that eventually evolved into humans.
35. Hair follicles arise from neural crest-derived epithelial progenitor cells.
36. The primordial germ cells in early embryos are progenitor cells for sperm and eggs.
37. All cells in multicellular organisms ultimately derive from somatic stem cells and progenitor cells.
38. The primordial bacterial cell is hypothesized to be the universal common progenitor of life on Earth.
39. The earliest ancestors were the progenitors of modern-day humans.
40. We all share a common progenitor in the form of LUCA.
41. Mitochondria likely originated as an internal bacterium that infected a primitive eukaryotic progenitor cell.
42. The stem/progenitor cells generate the differentiated cells that have specific functions.
43. Neural crest cells give rise to numerous progeny cell types including neurons and glia of the peripheral nervous system.
44. Neuronal and glial progenitor cells generate the massive numbers of neurons and glia in the developing brain.
45. Haploid progenitor cells fuse during fertilization to form a diploid zygote.
46. Hematopoietic stem cells give rise to all kinds of blood cell progenitor cells.
47. Ancestors are the progenitors of successive generations.
48. Epithelial progenitor cells reside in the basal layer of stratified epithelia.
49. Progenitor cells become more specialized as they differentiate into mature cell types.
50. Scientists suspect that a viral progenitor could be at the origin of eukaryotic cells.
51. Researchers search for the progenitor cells that regenerate cell populations after injury or aging.
52. At the early stages of development, embryonic cells are highly multipotent progenitor cells.
53. Descendants inherit traits from their progenitors.
54. All human cells derive ultimately from the zygote, the immediate progenitor of the embryo.
55. Mesenchymal stem cells give rise to numerous types of progenitor cells.
56. Eukaryotes likely arose from a merger of archaeal and bacterial progenitor cells.
57. The primordial soup contained molecules that acted as progenitors for life.
58. A common progenitor species diverged to form two or more descendant species.
59. Primitive cell types evolved into the progenitor cells of today's complex multicellular organisms.
60. Ancestors and descendants share a progenitor-descendent relationship.