Figure 3
Figure 3. IGHJ gene and IGHV family usage. IGHV family and IGHJ genes were identified from the Ig gene sequences using V-QUEST.24 (A) The relative frequency of 6 IGHJ genes, and (B) 7 IGHV gene families in transitional (IgD+CD27−CD10+, n = 433), naive (IgD+CD27−CD10−, n = 662), switched memory (IgD− and either IgG+ or IgA+, n = 1293) and IgM memory (IgD+CD27+, n = 1209) populations. “m,“ “s,” “n” and “t” indicate significant differences compared with IgM memory, switched memory, naive, and transitional cells, respectively. *P < .05; **P < .005; ***P < .0005.

IGHJ gene and IGHV family usage. IGHV family and IGHJ genes were identified from the Ig gene sequences using V-QUEST.24  (A) The relative frequency of 6 IGHJ genes, and (B) 7 IGHV gene families in transitional (IgD+CD27CD10+, n = 433), naive (IgD+CD27CD10, n = 662), switched memory (IgD and either IgG+ or IgA+, n = 1293) and IgM memory (IgD+CD27+, n = 1209) populations. “m,“ “s,” “n” and “t” indicate significant differences compared with IgM memory, switched memory, naive, and transitional cells, respectively. *P < .05; **P < .005; ***P < .0005.

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