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Barrett's metaplasia may arise from reprogramming of p63+/K14–/BS-I-B4– glandular cells or p63+/K14+/BS-I-B4+ basal cells. C and D: in an alternative model, p63–/K14–/BS-I-B4– stem cells can differentiate into ciliated and mucosecretory cells and give rise to p63+/K14–/BS-I-B4– cells. The latter constitute an intermediate stage, prebasal cells, which then mature into p63+/K14+/BS-I-B4+ basal cells.
Source
Basal cells: Small, round cells found in the lower part, or base, of the epidermis, the outer layer of the skin.
Basal Cell
Originally posted by jimboman
It seems to be a latin word and is used in entomology.
From: www.ag.auburn.edu...
Originally posted by Benevolent Heretic
Seems to have something to do with stem cells. Basal cells have to do with skin cancer.
Barrett's metaplasia may arise from reprogramming of p63+/K14–/BS-I-B4– glandular cells or p63+/K14+/BS-I-B4+ basal cells. C and D: in an alternative model, p63–/K14–/BS-I-B4– stem cells can differentiate into ciliated and mucosecretory cells and give rise to p63+/K14–/BS-I-B4– cells. The latter constitute an intermediate stage, prebasal cells, which then mature into p63+/K14+/BS-I-B4+ basal cells.
Source
Basal cells: Small, round cells found in the lower part, or base, of the epidermis, the outer layer of the skin.
Basal Cell
You might find out more if you research basal and pre-basal.