Fig. 2.
Fig. 2. Expansion of granulocyte population in RA−mice. / (A) Spleens from 17-week-old mice fed with the RA+ or RA− diet. (B) Histology of spleens from RA+and RA− mice (17 weeks old). The border between the white pulp and red pulp is discernible in the RA+ spleen (i, iii), but not in the RA− spleen (ii, iv) due to overpopulation of granulocytes. (Original magnification: i and ii, × 100; iii and iv, × 400). (C) Cytology of bone marrow cells (i, ii) and peripheral blood (iii, iv) (original magnification × 630). Myeloid cells at various stages of maturation were increased in the RA− bone marrow, relative to the RA+ samples. Panels iii and iv illustrate hypersegmented nuclei in granulocytes of RA− peripheral blood, not found in RA+ cells.

Expansion of granulocyte population in RAmice.

(A) Spleens from 17-week-old mice fed with the RA+ or RA diet. (B) Histology of spleens from RA+and RA mice (17 weeks old). The border between the white pulp and red pulp is discernible in the RA+ spleen (i, iii), but not in the RA spleen (ii, iv) due to overpopulation of granulocytes. (Original magnification: i and ii, × 100; iii and iv, × 400). (C) Cytology of bone marrow cells (i, ii) and peripheral blood (iii, iv) (original magnification × 630). Myeloid cells at various stages of maturation were increased in the RA bone marrow, relative to the RA+ samples. Panels iii and iv illustrate hypersegmented nuclei in granulocytes of RA peripheral blood, not found in RA+ cells.

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