population genetics of the fraxe and fraxf gcc repeats, and a novel cgg repeat, in xq28

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Erratum Ritchie RJ, Chakrabarti L, Knight SJL, Harding RM, Davies KE (1997): Population genetics of the FRAXE and FRAXF GCC repeats, and a novel CGG repeat, in Xq28. Am J Med Genet 73:463–469. Panels a–e in Figure 2 of the article above were omitted; the complete figure is printed on the following two pages. The publisher regrets this error. American Journal of Medical Genetics 78:397–399 (1998) © 1998 Wiley-Liss, Inc.

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Page 1: Population genetics of the FRAXE and FRAXF GCC repeats, and a novel CGG repeat, in Xq28

Erratum

Ritchie RJ, Chakrabarti L, Knight SJL, Harding RM,Davies KE (1997): Population genetics of the FRAXEand FRAXF GCC repeats, and a novel CGG repeat, inXq28. Am J Med Genet 73:463–469.

Panels a–e in Figure 2 of the article above were omitted;the complete figure is printed on the following two pages.

The publisher regrets this error.

American Journal of Medical Genetics 78:397–399 (1998)

© 1998 Wiley-Liss, Inc.

Page 2: Population genetics of the FRAXE and FRAXF GCC repeats, and a novel CGG repeat, in Xq28

398 Erratum

Page 3: Population genetics of the FRAXE and FRAXF GCC repeats, and a novel CGG repeat, in Xq28

Fig. 2. Allele frequency distribution of the FRAXE (a–e), FRAXF (f–j), and 4G (k–o) CGG:CCG repeats in African (a,f,k), Chinese (b,g,l), English(c,h,m), Greek (d,i,n), and Indian (e, j,o) populations. Number of X chromosomes scored a, 96: b, 94; c, 81; d, 159; e, 180; f, 114; g, 105; h, 73; I, 155; j, 176;k, 99; l, 106; m, 72; n, 153; and o, 182. Repeats sizes shown represent the CGG:CCG arrays as they were first described [Knight et al., 1993, 1994].

Erratum 399