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. 2021 Mar 19;5(5):e10481. doi: 10.1002/jbm4.10481

Table 1.

Fourteen Prioritized Candidates for Transcription‐Regulatory BMD‐Causal Variants (Tier‐1 SNPs) in Five Bone‐Related Genes

Gene Tier‐1 SNP for BMD association I/P or Imp SNP Distance of SNP to gene TSS (kb) Alleles (Ref/Alt) BMD‐increasing allele (Freq EUR) a Chromatin state b at the SNP in ostb Predicted TF binding c
Ref allele Alt allele
BICC1 rs112597538 I/P −0.1 T/C Unknown (0.50) Str prom SREBF1/2 None
rs1896245 I/P, Imp 3.2 T/G Alt (0.50) Str enh/prom SATB1 None
rs1896243 I/P, Imp 3.5 C/T Alt (0.50) Str enh None TCF3
rs11006188 Imp 60.6 G/C Ref (0.60) Str enh SMAD, GLIS3 NR2F6
rs1982173 Imp 61.2 G/T Ref (0.60) Str enh RBPJ None
NPR3 rs1173771 I/P 104.3 A/G Alt (0.58) Str enh SATB1 None
rs7733331 I/P 118.1 T/C Alt (0.58) Str enh GTF2I None
LGR4 rs10835153 I/P, Imp −181 A/T Ref (0.41) Str enh None BPTF
HMGA2 rs80019710 Imp −231.1 C/T Alt (0.05) Str enh None HMGA1
rs17101510 I/P, Imp −231 C/T Alt (0.02) Str enh None YY1
rs12296417 I/P, Imp −230.5 T/A Alt (0.02) Str enh None SATB1, ZBTB20
DAAM2 rs2504105 I/P, Imp 62.4 A/G Ref (0.40) Str enh/prom SMAD None
rs2504104 I/P, Imp 62.4 A/G Ref (0.40) Str enh/prom None RUNX2/1, CBFB
rs2504103 I/P, Imp 62.5 C/G Ref (0.40) Str enh/prom None NFIC

Note: 14 Tier‐1 SNPs (prioritized candidates for regulatory osteoporosis‐risk SNPs) and their five associated genes determined from 38 BMD GWAS.

Abbreviations: Alt, alternate allele; BMD, bone mineral density; GWAS, genome‐wide association study; I/P, index or proxy SNP; Imp, imputed SNP; ostb, osteoblasts; Ref, reference allele; SNP, single‐nucleotide polymorphism; Str enh, strong enhancer chromatin; Str prom, strong promoter chromatin; TF, transcription factor; TSS, transcription start site.

a

The BMD‐increasing alleles and their frequency in the European population.

b

From Roadmap 18‐State/Auxiliary Hidden Markov Model, States 1, 3, 8, or 9.

c

Predictions of allele‐specific TF binding sites by hand curation of data from the TRANSFAC database and database‐verification of TF expression in ostb.