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. 2010 Mar 18;27(6):317–326. doi: 10.1007/s10815-010-9404-9

Table 5.

Frequency distribution of the FSH receptor haplotypes (SNP at nucleotide amino acid position 307 and 680)

Haplotype Controls n = 100 (%) Primary amenorrhea subjects n = 48 (%) Secondary amenorrhea subjects n = 38 (%)
n (%) Odds Ratio (95% CI) n (%) Odds Ratio (95% CI)
Thr Thr(919)–Asn Asn (2039) 13 (13) 2 (4.16) 0.29 3 (7.89) 0.56
Thr Thr(919)–Asn Ser (2039) 12 (12)a,b 8 (16.66)a 1.47c 9 (23.70)b 2.07c
Thr Thr(919)–Ser Ser (2039) 0 (0)a 2 (4.16)a 8.30c 0 (0) 0.26
Thr Ala(919)–Asn Asn (2039) 13 (13) 2 (4.16) 0.29 3 (7.89) 0.57
Thr Ala(919)–Asn Ser (2039) 34 (34) 15 (31.28) 0.88 12 (31.59) 0.89
Thr Ala (919)–Ser Ser (2039) 6 (6)a,b 7 (14.58)a 2.67c 3 (7.89)b 1.35c
Ala Ala(919)–Asn Asn (2039) 5 (5)a 6 (12.50)a 2.71c 5 (13.15) 0.29
Ala Ala(919)–Asn Ser (2039) 10 (10)a 6 (12.50)a 1.28c 02 (5.26) 0.50
Ala Ala(919)–Ser Ser (2039) 7 (7) 0 (0) 0.13 1 (2.63) 0.28

Values are numbers (percentage)

aThe frequency distribution of these haplotypes is significantly different between the controls and primary amenorrhea subjects (p < 0.05; Fischer’s test)

bThe frequency distribution of these haplotypes is significantly different between the controls and secondary amenorrhea subjects (p < 0.05; Fischer’s test)

cOdds ratio>1.0 is statistically significant