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. Author manuscript; available in PMC: 2014 Aug 1.
Published in final edited form as: Acta Neuropathol. 2013 Jul 18;126(2):161–177. doi: 10.1007/s00401-013-1154-1

Table 3.

Studies using hippocampal volume as GWAS endophenotype

Reference Years Average Age of “AD” or affected population Genes linked to hippocampal atrophy in MRI-based GWAS
[89] 2009 75 S100A5, SCAMP1-LHFPL2, ARSB, EFNA5, IKZF1-AC020743.7, MAGI2, MAL2, PRUNE2, RP11, ETS1, ARID2-SFRS2IP, CNAD1, FRMD6, C20orf132, RPN2, ZBP1, FDPSP
[102] 2010 76 EPHA4, APOE, TP63, NXPH1, UBE2D1
[104] 2010 76 ZNF326, UTP20
[26] 2011 73 TTR
[34] 2011 75 ZNF292, PICALM
[70] 2012 75 SLC1A7, LPHN2, F5/SELP, ATF3, GCFC2, STXBP5L, NKAIN2, VPS13B, TLE1, PICALM, LHFP, DLGAP1, APOE, COL18A1
[105] 2012 75 TESC, HMGA2, DDR2
[55, 56] 2012 75 MACROD2, SORCS2, GRIN2B, GALNTL4, NRXN3, AK130123,MAGI2, NPAS3, RBFOX1, AY229892, ZMAT4, STAGS3L2, GAS7, ADARB2, GABRG3, CDH4, CLSTN2, CDH13, GALNTL6, GALNTL6, PRKAG2, CHODL
[13] 2012 Multiple cohorts MSRB3-WIF1, HRK-FBXW8, DPP4, ASTN2
[68, 69] 2013 76 Complex patterns of genes with hypothesized interactions

Highly overlapping sample attainment in these studies