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. Author manuscript; available in PMC: 2015 May 27.
Published in final edited form as: N Engl J Med. 2014 Nov 12;371(22):2072–2082. doi: 10.1056/NEJMoa1405386

Table 3.

Association between the Presence of Inactivating Mutations in NPC1L1 and the Risk of Coronary Heart Disease (CHD).

Inactivating Mutation Mutation Carriers Total Participants Carrier Frequency
With
CHD
Without
CHD
With
CHD
Without
CHD
Participants
with CHD
Participants
without CHD
number percent
All mutations* 11 71 29,954 83,140 0.04 0.09
p.L71RfsX50 0 2 709 4,378 0 0.05
p.Q167X 0 1 966 987 0 0.10
p.A296VfsX57 0 3 1,794 1,745 0 0.17
p.R406X 6 49 26,507 75,654 0.02 0.06
p.Y483X 0 1 844 1,107 0 0.09
c.1681+1G→A 0 3 709 4,378 0 0.07
p.W592X 1 0 1,157 4,561 0.09 0
p.R601X 1 0 474 2,362 0.21 0
p.Q604X 0 3 652 2,639 0 0.11
p.R738X 0 2 382 401 0 0.50
p.E803X 1 0 1,157 4,561 0.09 0
c.2637+2T→G 1 1 1,525 4,897 0.07 0.02
p.C967X 0 1 474 2,362 0 0.04
p.A1201V 0 2 235 2,016 0 0.10
p.R1325X 1 3 1,866 8,939 0.05 0.03
*

The overall odds ratio for coronary heart disease in mutation carriers, as compared with noncarriers, was 0.47 (95% confidence interval, 0.25 to 0.87; P = 0.008) on the basis of a meta-analysis of independent samples.

This mutation was predicted to disrupt messenger RNA splicing.