Fig. 5: Age and prior pregnancies modify genital ILC subsets distribution. | Nature Immunology

Fig. 5: Age and prior pregnancies modify genital ILC subsets distribution.

From: Spatial and functional diversity of innate lymphoid cells in the human female genital tract may contribute to antiviral responses to HIV

Fig. 5: Age and prior pregnancies modify genital ILC subsets distribution.The alternative text for this image may have been generated using AI.

a, Spearman correlation of percentage of ILCs in mononuclear cells with age in the EM (n = 31), END (n = 21) and ECT (n = 22). b,c, Correlation of percentage of ILC1s (b) and ILC3s (c) in each tissue (EM, n = 31; END, n = 20; ECT, n = 22). d, Comparison of the percentage of ILCs in mononuclear cells between donors with and without prior pregnancies (EM, n = 30; END, n = 21; ETC, n = 21). e, Correlation of the percentage of ILCs in mononuclear cells in each tissue with time since last pregnancy. f, Correlation of percentage of CD161+ ILCs in each tissue with time since last pregnancy (pregnant: EM, n = 22; END, n = 13; ECT, n = 15; never-pregnant: EM, n = 6; END, n = 6; ECT, n = 6). g, Correlation of percentage of CD161+ ILCs in each tissue age (EM, n = 23; END, n = 18; ECT, n = 15). h, Comparison of CD161 expression between never-pregnant and previously pregnant patients (1+ pregnancies: EM, n = 23; END, n = 15; ECT, n = 15; no pregnancies: EM, n = 6; END, n = 6; ECT, n = 6). Each dot represents a different individual. Horizontal lines represent the median ± IQR. Spearman rank test for all correlations; non-parametric Mann–Whitney U-test for comparisons of two groups. All tests were two-sided.

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