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Q40.1356
Q40
Are there any specific alleles within the gene CTD-3064M3.3 associated with increased susceptibility to developing Amyotrophic Lateral Sclerosis, as determined by significant SMR analysis?
No, based on the Prefrontal Cortex, Cortex, Multi Ancestry Whole Brain and Whole Blood samples tested, there are no alleles within the gene CTD-3064M3.3 that are significantly associated with an increased susceptibility to developing Amyotrophic Lateral Sclerosis.
SELECT UUID, Gene, Omic_tissue, topSNP, A1, A2, Freq, p_SMR_multi, Disease, b_SMR, p_HEIDI FROM `{project_id}.{dataset_name}.NeurodegenerativeDiseases_SMR_Genes_Full` WHERE Gene = 'CTD-3064M3.3' AND Disease = 'ALS' AND p_SMR_multi < 2.95e-6 AND b_SMR > 0 ORDER BY p_SMR_multi LIMIT 100
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SMR Significance, Effect
Q40.76
Q40
Are there any specific alleles within the gene SNORA16B associated with increased susceptibility to developing Amyotrophic Lateral Sclerosis, as determined by significant SMR analysis?
No, based on the Whole Blood samples tested, there are no alleles within the gene SNORA16B that are significantly associated with an increased susceptibility to developing Amyotrophic Lateral Sclerosis.
SELECT UUID, Gene, Omic_tissue, topSNP, A1, A2, Freq, p_SMR_multi, Disease, b_SMR, p_HEIDI FROM `{project_id}.{dataset_name}.NeurodegenerativeDiseases_SMR_Genes_Full` WHERE Gene = 'SNORA16B' AND Disease = 'ALS' AND p_SMR_multi < 2.95e-6 AND b_SMR > 0 ORDER BY p_SMR_multi LIMIT 100
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SMR Significance, Effect
Q40.165
Q40
Are there any specific alleles within the gene UFSP1 associated with increased susceptibility to developing Alzheimer's Disease, as determined by significant SMR analysis?
Yes, there is 1 allele within the gene UFSP1 that is significantly associated with an increased susceptibility to developing Alzheimer's Disease: • rs7783457 • Whole Blood: Adjusted SMR multi-SNP P-value: 5.12e-09; b: 8.3224e-02
SELECT UUID, Gene, Omic_tissue, topSNP, A1, A2, Freq, p_SMR_multi, Disease, b_SMR, p_HEIDI FROM `{project_id}.{dataset_name}.NeurodegenerativeDiseases_SMR_Genes_Full` WHERE Gene = 'UFSP1' AND Disease = 'AD' AND p_SMR_multi < 2.95e-6 AND b_SMR > 0 ORDER BY p_SMR_multi LIMIT 100
[{'UUID': 'NDD_SMR_genes_all_update_text_1495826', 'Gene': 'UFSP1', 'Omic_tissue': 'Whole Blood', 'topSNP': 'rs7783457', 'A1': 'G', 'A2': 'A', 'Freq': 0.46319, 'p_SMR_multi': 5.120394e-09, 'Disease': 'AD', 'b_SMR': 0.0832236, 'p_HEIDI': 0.6177553}]
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SMR Significance, Effect
Q40.576
Q40
Are there any specific alleles within the gene DRC1 associated with increased susceptibility to developing Frontotemporal Dementia, as determined by significant SMR analysis?
No, based on the Whole Brain, Whole Blood, Cortex, Frontal Cortex and Prefrontal Cortex samples tested, there are no alleles within the gene DRC1 that are significantly associated with an increased susceptibility to developing Frontotemporal Dementia.
SELECT UUID, Gene, Omic_tissue, topSNP, A1, A2, Freq, p_SMR_multi, Disease, b_SMR, p_HEIDI FROM `{project_id}.{dataset_name}.NeurodegenerativeDiseases_SMR_Genes_Full` WHERE Gene = 'DRC1' AND Disease = 'FTD' AND p_SMR_multi < 2.95e-6 AND b_SMR > 0 ORDER BY p_SMR_multi LIMIT 100
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SMR Significance, Effect
Q40.959
Q40
Are there any specific alleles within the gene SH2D4A associated with increased susceptibility to developing Lewy Body Dementia, as determined by significant SMR analysis?
No, based on the Cerebellum, Whole Brain, Whole Blood, Cortex and Multi Ancestry Whole Brain samples tested, there are no alleles within the gene SH2D4A that are significantly associated with an increased susceptibility to developing Lewy Body Dementia.
SELECT UUID, Gene, Omic_tissue, topSNP, A1, A2, Freq, p_SMR_multi, Disease, b_SMR, p_HEIDI FROM `{project_id}.{dataset_name}.NeurodegenerativeDiseases_SMR_Genes_Full` WHERE Gene = 'SH2D4A' AND Disease = 'LBD' AND p_SMR_multi < 2.95e-6 AND b_SMR > 0 ORDER BY p_SMR_multi LIMIT 100
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SMR Significance, Effect
Q40.1540
Q40
Are there any specific alleles within the gene RP11-70P17.1 associated with increased susceptibility to developing Frontotemporal Dementia, as determined by significant SMR analysis?
No, based on the Whole Blood samples tested, there are no alleles within the gene RP11-70P17.1 that are significantly associated with an increased susceptibility to developing Frontotemporal Dementia.
SELECT UUID, Gene, Omic_tissue, topSNP, A1, A2, Freq, p_SMR_multi, Disease, b_SMR, p_HEIDI FROM `{project_id}.{dataset_name}.NeurodegenerativeDiseases_SMR_Genes_Full` WHERE Gene = 'RP11-70P17.1' AND Disease = 'FTD' AND p_SMR_multi < 2.95e-6 AND b_SMR > 0 ORDER BY p_SMR_multi LIMIT 100
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SMR Significance, Effect
Q40.1046
Q40
Are there any specific alleles within the gene IDUA associated with increased susceptibility to developing Parkinson's Disease, as determined by significant SMR analysis?
Yes, there are 6 alleles within the gene IDUA that are significantly associated with an increased susceptibility to developing Parkinson's Disease: • rs11936407 • Whole Blood: Adjusted SMR multi-SNP P-value: 1.16e-09; b: 4.4322e-02 • rs115435541 • Whole Blood: Adjusted SMR multi-SNP P-value: 2.12e-08; b: 3.6754...
SELECT UUID, Gene, Omic_tissue, topSNP, A1, A2, Freq, p_SMR_multi, Disease, b_SMR, p_HEIDI FROM `{project_id}.{dataset_name}.NeurodegenerativeDiseases_SMR_Genes_Full` WHERE Gene = 'IDUA' AND Disease = 'PD' AND p_SMR_multi < 2.95e-6 AND b_SMR > 0 ORDER BY p_SMR_multi LIMIT 100
[{'UUID': 'NDD_SMR_genes_all_update_text_996313', 'Gene': 'IDUA', 'Omic_tissue': 'Whole Blood', 'topSNP': 'rs11936407', 'A1': 'T', 'A2': 'C', 'Freq': 0.356851, 'p_SMR_multi': 1.158943e-09, 'Disease': 'PD', 'b_SMR': 0.0443218, 'p_HEIDI': 4.775076e-12}, {'UUID': 'NDD_SMR_genes_all_update_text_996312', 'Gene': 'IDUA', 'Om...
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SMR Significance, Effect
Q40.1706
Q40
Are there any specific alleles within the gene AP000445.2 associated with increased susceptibility to developing Amyotrophic Lateral Sclerosis, as determined by significant SMR analysis?
No, based on the Tibial Nerve samples tested, there are no alleles within the gene AP000445.2 that are significantly associated with an increased susceptibility to developing Amyotrophic Lateral Sclerosis.
SELECT UUID, Gene, Omic_tissue, topSNP, A1, A2, Freq, p_SMR_multi, Disease, b_SMR, p_HEIDI FROM `{project_id}.{dataset_name}.NeurodegenerativeDiseases_SMR_Genes_Full` WHERE Gene = 'AP000445.2' AND Disease = 'ALS' AND p_SMR_multi < 2.95e-6 AND b_SMR > 0 ORDER BY p_SMR_multi LIMIT 100
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SMR Significance, Effect
Q40.513
Q40
Are there any specific alleles within the gene PNMA8C associated with increased susceptibility to developing Lewy Body Dementia, as determined by significant SMR analysis?
No, based on the Cerebellum, Spinalcord and Cortex samples tested, there are no alleles within the gene PNMA8C that are significantly associated with an increased susceptibility to developing Lewy Body Dementia.
SELECT UUID, Gene, Omic_tissue, topSNP, A1, A2, Freq, p_SMR_multi, Disease, b_SMR, p_HEIDI FROM `{project_id}.{dataset_name}.NeurodegenerativeDiseases_SMR_Genes_Full` WHERE Gene = 'PNMA8C' AND Disease = 'LBD' AND p_SMR_multi < 2.95e-6 AND b_SMR > 0 ORDER BY p_SMR_multi LIMIT 100
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SMR Significance, Effect
Q40.46
Q40
Are there any specific alleles within the gene ADCY1 associated with increased susceptibility to developing Frontotemporal Dementia, as determined by significant SMR analysis?
No, based on the Spinalcord, Whole Brain, Whole Blood and Multi Ancestry Whole Brain samples tested, there are no alleles within the gene ADCY1 that are significantly associated with an increased susceptibility to developing Frontotemporal Dementia.
SELECT UUID, Gene, Omic_tissue, topSNP, A1, A2, Freq, p_SMR_multi, Disease, b_SMR, p_HEIDI FROM `{project_id}.{dataset_name}.NeurodegenerativeDiseases_SMR_Genes_Full` WHERE Gene = 'ADCY1' AND Disease = 'FTD' AND p_SMR_multi < 2.95e-6 AND b_SMR > 0 ORDER BY p_SMR_multi LIMIT 100
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SMR Significance, Effect
Q40.946
Q40
Are there any specific alleles within the gene ZCCHC11 associated with increased susceptibility to developing Amyotrophic Lateral Sclerosis, as determined by significant SMR analysis?
No, based on the Whole Brain, Whole Blood, Frontal Cortex, Cerebellar Hemisphere, Prefrontal Cortex, Cortex, Caudate Basal Ganglia, Tibial Nerve, Hippocampus, Multi Ancestry Whole Brain, Substantia nigra, Hypothalamus, Liver, Putamen Basal Ganglia, Amygdala, Cerebellum and Nucleus Accumbens Basal samples tested, there ...
SELECT UUID, Gene, Omic_tissue, topSNP, A1, A2, Freq, p_SMR_multi, Disease, b_SMR, p_HEIDI FROM `{project_id}.{dataset_name}.NeurodegenerativeDiseases_SMR_Genes_Full` WHERE Gene = 'ZCCHC11' AND Disease = 'ALS' AND p_SMR_multi < 2.95e-6 AND b_SMR > 0 ORDER BY p_SMR_multi LIMIT 100
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SMR Significance, Effect
Q40.366
Q40
Are there any specific alleles within the gene PDAP1 associated with increased susceptibility to developing Alzheimer's Disease, as determined by significant SMR analysis?
No, based on the Whole Brain and Whole Blood samples tested, there are no alleles within the gene PDAP1 that are significantly associated with an increased susceptibility to developing Alzheimer's Disease.
SELECT UUID, Gene, Omic_tissue, topSNP, A1, A2, Freq, p_SMR_multi, Disease, b_SMR, p_HEIDI FROM `{project_id}.{dataset_name}.NeurodegenerativeDiseases_SMR_Genes_Full` WHERE Gene = 'PDAP1' AND Disease = 'AD' AND p_SMR_multi < 2.95e-6 AND b_SMR > 0 ORDER BY p_SMR_multi LIMIT 100
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SMR Significance, Effect
Q40.540
Q40
Are there any specific alleles within the gene CD38 associated with increased susceptibility to developing Parkinson's Disease, as determined by significant SMR analysis?
Yes, there is 1 allele within the gene CD38 that is significantly associated with an increased susceptibility to developing Parkinson's Disease: • rs3213710 • Multi Ancestry Whole Brain: Adjusted SMR multi-SNP P-value: 1.47e-11; b: 2.7072e-01
SELECT UUID, Gene, Omic_tissue, topSNP, A1, A2, Freq, p_SMR_multi, Disease, b_SMR, p_HEIDI FROM `{project_id}.{dataset_name}.NeurodegenerativeDiseases_SMR_Genes_Full` WHERE Gene = 'CD38' AND Disease = 'PD' AND p_SMR_multi < 2.95e-6 AND b_SMR > 0 ORDER BY p_SMR_multi LIMIT 100
[{'UUID': 'NDD_SMR_genes_all_update_text_1430256', 'Gene': 'CD38', 'Omic_tissue': 'Multi Ancestry Whole Brain', 'topSNP': 'rs3213710', 'A1': 'A', 'A2': 'G', 'Freq': 0.531697, 'p_SMR_multi': 1.473525e-11, 'Disease': 'PD', 'b_SMR': 0.270725, 'p_HEIDI': 2.838263e-13}]
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SMR Significance, Effect
Q40.79
Q40
Are there any specific alleles within the gene RP11-259G18.2 associated with increased susceptibility to developing Progressive supranuclear palsy, as determined by significant SMR analysis?
Yes, there are 2 alleles within the gene RP11-259G18.2 that are significantly associated with an increased susceptibility to developing Progressive supranuclear palsy: • rs169201 • Whole Blood: Adjusted SMR multi-SNP P-value: 2.48e-35; b: 4.4601e+00 • Whole Brain: Adjusted SMR multi-SNP P-value: 5.61e-32; b: 1....
SELECT UUID, Gene, Omic_tissue, topSNP, A1, A2, Freq, p_SMR_multi, Disease, b_SMR, p_HEIDI FROM `{project_id}.{dataset_name}.NeurodegenerativeDiseases_SMR_Genes_Full` WHERE Gene = 'RP11-259G18.2' AND Disease = 'PSP' AND p_SMR_multi < 2.95e-6 AND b_SMR > 0 ORDER BY p_SMR_multi LIMIT 100
[{'UUID': 'NDD_SMR_genes_all_update_text_1579423', 'Gene': 'RP11-259G18.2', 'Omic_tissue': 'Whole Blood', 'topSNP': 'rs169201', 'A1': 'G', 'A2': 'A', 'Freq': 0.219836, 'p_SMR_multi': 2.477035e-35, 'Disease': 'PSP', 'b_SMR': 4.46013, 'p_HEIDI': 7.022902e-07}, {'UUID': 'NDD_SMR_genes_all_update_text_1684936', 'Gene': 'RP...
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SMR Significance, Effect
Q40.1917
Q40
Are there any specific alleles within the gene MS4A18 associated with increased susceptibility to developing Amyotrophic Lateral Sclerosis, as determined by significant SMR analysis?
No, based on the Whole Brain and Whole Blood samples tested, there are no alleles within the gene MS4A18 that are significantly associated with an increased susceptibility to developing Amyotrophic Lateral Sclerosis.
SELECT UUID, Gene, Omic_tissue, topSNP, A1, A2, Freq, p_SMR_multi, Disease, b_SMR, p_HEIDI FROM `{project_id}.{dataset_name}.NeurodegenerativeDiseases_SMR_Genes_Full` WHERE Gene = 'MS4A18' AND Disease = 'ALS' AND p_SMR_multi < 2.95e-6 AND b_SMR > 0 ORDER BY p_SMR_multi LIMIT 100
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SMR Significance, Effect
Q40.1416
Q40
Are there any specific alleles within the gene RP11-68I18.10 associated with increased susceptibility to developing Progressive supranuclear palsy, as determined by significant SMR analysis?
No, based on the Whole Brain and Skeletal Muscle samples tested, there are no alleles within the gene RP11-68I18.10 that are significantly associated with an increased susceptibility to developing Progressive supranuclear palsy.
SELECT UUID, Gene, Omic_tissue, topSNP, A1, A2, Freq, p_SMR_multi, Disease, b_SMR, p_HEIDI FROM `{project_id}.{dataset_name}.NeurodegenerativeDiseases_SMR_Genes_Full` WHERE Gene = 'RP11-68I18.10' AND Disease = 'PSP' AND p_SMR_multi < 2.95e-6 AND b_SMR > 0 ORDER BY p_SMR_multi LIMIT 100
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SMR Significance, Effect
Q40.586
Q40
Are there any specific alleles within the gene AC027612.1 associated with increased susceptibility to developing Parkinson's Disease, as determined by significant SMR analysis?
No, based on the Whole Brain, Whole Blood, Prefrontal Cortex and Nucleus Accumbens Basal samples tested, there are no alleles within the gene AC027612.1 that are significantly associated with an increased susceptibility to developing Parkinson's Disease.
SELECT UUID, Gene, Omic_tissue, topSNP, A1, A2, Freq, p_SMR_multi, Disease, b_SMR, p_HEIDI FROM `{project_id}.{dataset_name}.NeurodegenerativeDiseases_SMR_Genes_Full` WHERE Gene = 'AC027612.1' AND Disease = 'PD' AND p_SMR_multi < 2.95e-6 AND b_SMR > 0 ORDER BY p_SMR_multi LIMIT 100
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SMR Significance, Effect
Q40.1795
Q40
Are there any specific alleles within the gene NDOR1 associated with increased susceptibility to developing Parkinson's Disease, as determined by significant SMR analysis?
No, based on the Whole Brain, Tibial Nerve, Skeletal Muscle, Multi Ancestry Whole Brain and Whole Blood samples tested, there are no alleles within the gene NDOR1 that are significantly associated with an increased susceptibility to developing Parkinson's Disease.
SELECT UUID, Gene, Omic_tissue, topSNP, A1, A2, Freq, p_SMR_multi, Disease, b_SMR, p_HEIDI FROM `{project_id}.{dataset_name}.NeurodegenerativeDiseases_SMR_Genes_Full` WHERE Gene = 'NDOR1' AND Disease = 'PD' AND p_SMR_multi < 2.95e-6 AND b_SMR > 0 ORDER BY p_SMR_multi LIMIT 100
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SMR Significance, Effect
Q40.771
Q40
Are there any specific alleles within the gene RP11-221N13.3 associated with increased susceptibility to developing Alzheimer's Disease, as determined by significant SMR analysis?
No, based on the Whole Brain and Whole Blood samples tested, there are no alleles within the gene RP11-221N13.3 that are significantly associated with an increased susceptibility to developing Alzheimer's Disease.
SELECT UUID, Gene, Omic_tissue, topSNP, A1, A2, Freq, p_SMR_multi, Disease, b_SMR, p_HEIDI FROM `{project_id}.{dataset_name}.NeurodegenerativeDiseases_SMR_Genes_Full` WHERE Gene = 'RP11-221N13.3' AND Disease = 'AD' AND p_SMR_multi < 2.95e-6 AND b_SMR > 0 ORDER BY p_SMR_multi LIMIT 100
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SMR Significance, Effect
Q40.371
Q40
Are there any specific alleles within the gene ZYX associated with increased susceptibility to developing Alzheimer's Disease, as determined by significant SMR analysis?
Yes, there is 1 allele within the gene ZYX that is significantly associated with an increased susceptibility to developing Alzheimer's Disease: • rs11772895 • Whole Blood: Adjusted SMR multi-SNP P-value: 2.13e-08; b: 2.2692e-02
SELECT UUID, Gene, Omic_tissue, topSNP, A1, A2, Freq, p_SMR_multi, Disease, b_SMR, p_HEIDI FROM `{project_id}.{dataset_name}.NeurodegenerativeDiseases_SMR_Genes_Full` WHERE Gene = 'ZYX' AND Disease = 'AD' AND p_SMR_multi < 2.95e-6 AND b_SMR > 0 ORDER BY p_SMR_multi LIMIT 100
[{'UUID': 'NDD_SMR_genes_all_update_text_1496070', 'Gene': 'ZYX', 'Omic_tissue': 'Whole Blood', 'topSNP': 'rs11772895', 'A1': 'C', 'A2': 'G', 'Freq': 0.304703, 'p_SMR_multi': 2.126153e-08, 'Disease': 'AD', 'b_SMR': 0.0226916, 'p_HEIDI': 2.075432e-07}]
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SMR Significance, Effect
Q40.809
Q40
Are there any specific alleles within the gene CD6 associated with increased susceptibility to developing Progressive supranuclear palsy, as determined by significant SMR analysis?
No, based on the Cerebellum, Whole Brain, Whole Blood, Cortex, Frontal Cortex, Cerebellar Hemisphere, Multi Ancestry Whole Brain and Anterior Cingulate Cortex BA24 samples tested, there are no alleles within the gene CD6 that are significantly associated with an increased susceptibility to developing Progressive supran...
SELECT UUID, Gene, Omic_tissue, topSNP, A1, A2, Freq, p_SMR_multi, Disease, b_SMR, p_HEIDI FROM `{project_id}.{dataset_name}.NeurodegenerativeDiseases_SMR_Genes_Full` WHERE Gene = 'CD6' AND Disease = 'PSP' AND p_SMR_multi < 2.95e-6 AND b_SMR > 0 ORDER BY p_SMR_multi LIMIT 100
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SMR Significance, Effect
Q40.31
Q40
Are there any specific alleles within the gene A2ML1 associated with increased susceptibility to developing Parkinson's Disease, as determined by significant SMR analysis?
No, based on the Whole Blood, Cortex, Prefrontal Cortex, Caudate Basal Ganglia, Tibial Nerve, Putamen Basal Ganglia, Whole Brain and Nucleus Accumbens Basal samples tested, there are no alleles within the gene A2ML1 that are significantly associated with an increased susceptibility to developing Parkinson's Disease.
SELECT UUID, Gene, Omic_tissue, topSNP, A1, A2, Freq, p_SMR_multi, Disease, b_SMR, p_HEIDI FROM `{project_id}.{dataset_name}.NeurodegenerativeDiseases_SMR_Genes_Full` WHERE Gene = 'A2ML1' AND Disease = 'PD' AND p_SMR_multi < 2.95e-6 AND b_SMR > 0 ORDER BY p_SMR_multi LIMIT 100
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SMR Significance, Effect
Q40.1960
Q40
Are there any specific alleles within the gene ZNF304 associated with increased susceptibility to developing Progressive supranuclear palsy, as determined by significant SMR analysis?
No, based on the Cerebellum, Whole Brain, Cortex, Frontal Cortex, Cerebellar Hemisphere, Caudate Basal Ganglia, Tibial Nerve, Skeletal Muscle, Hippocampus, Multi Ancestry Whole Brain, Hypothalamus, Liver, Whole Blood, Putamen Basal Ganglia and Nucleus Accumbens Basal samples tested, there are no alleles within the gene...
SELECT UUID, Gene, Omic_tissue, topSNP, A1, A2, Freq, p_SMR_multi, Disease, b_SMR, p_HEIDI FROM `{project_id}.{dataset_name}.NeurodegenerativeDiseases_SMR_Genes_Full` WHERE Gene = 'ZNF304' AND Disease = 'PSP' AND p_SMR_multi < 2.95e-6 AND b_SMR > 0 ORDER BY p_SMR_multi LIMIT 100
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SMR Significance, Effect
Q40.1742
Q40
Are there any specific alleles within the gene RP11-460C6.1 associated with increased susceptibility to developing Alzheimer's Disease, as determined by significant SMR analysis?
No, based on the Prefrontal Cortex samples tested, there are no alleles within the gene RP11-460C6.1 that are significantly associated with an increased susceptibility to developing Alzheimer's Disease.
SELECT UUID, Gene, Omic_tissue, topSNP, A1, A2, Freq, p_SMR_multi, Disease, b_SMR, p_HEIDI FROM `{project_id}.{dataset_name}.NeurodegenerativeDiseases_SMR_Genes_Full` WHERE Gene = 'RP11-460C6.1' AND Disease = 'AD' AND p_SMR_multi < 2.95e-6 AND b_SMR > 0 ORDER BY p_SMR_multi LIMIT 100
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SMR Significance, Effect
Q40.1577
Q40
Are there any specific alleles within the gene C1QBP associated with increased susceptibility to developing Parkinson's Disease, as determined by significant SMR analysis?
No, based on the Whole Brain, Whole Blood, Prefrontal Cortex and Multi Ancestry Whole Brain samples tested, there are no alleles within the gene C1QBP that are significantly associated with an increased susceptibility to developing Parkinson's Disease.
SELECT UUID, Gene, Omic_tissue, topSNP, A1, A2, Freq, p_SMR_multi, Disease, b_SMR, p_HEIDI FROM `{project_id}.{dataset_name}.NeurodegenerativeDiseases_SMR_Genes_Full` WHERE Gene = 'C1QBP' AND Disease = 'PD' AND p_SMR_multi < 2.95e-6 AND b_SMR > 0 ORDER BY p_SMR_multi LIMIT 100
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SMR Significance, Effect
Q40.794
Q40
Are there any specific alleles within the gene LINC00698 associated with increased susceptibility to developing Amyotrophic Lateral Sclerosis, as determined by significant SMR analysis?
No, based on the Whole Brain, Whole Blood, Caudate Basal Ganglia and Putamen Basal Ganglia samples tested, there are no alleles within the gene LINC00698 that are significantly associated with an increased susceptibility to developing Amyotrophic Lateral Sclerosis.
SELECT UUID, Gene, Omic_tissue, topSNP, A1, A2, Freq, p_SMR_multi, Disease, b_SMR, p_HEIDI FROM `{project_id}.{dataset_name}.NeurodegenerativeDiseases_SMR_Genes_Full` WHERE Gene = 'LINC00698' AND Disease = 'ALS' AND p_SMR_multi < 2.95e-6 AND b_SMR > 0 ORDER BY p_SMR_multi LIMIT 100
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SMR Significance, Effect
Q40.1249
Q40
Are there any specific alleles within the gene SDHDP6 associated with increased susceptibility to developing Frontotemporal Dementia, as determined by significant SMR analysis?
No, based on the Frontal Cortex, Cerebellar Hemisphere, Prefrontal Cortex, Cortex, Caudate Basal Ganglia, Tibial Nerve, Skeletal Muscle, Hippocampus, Substantia nigra, Hypothalamus, Liver, Anterior Cingulate Cortex BA24, Whole Blood, Putamen Basal Ganglia, Whole Brain, Cerebellum and Nucleus Accumbens Basal samples tes...
SELECT UUID, Gene, Omic_tissue, topSNP, A1, A2, Freq, p_SMR_multi, Disease, b_SMR, p_HEIDI FROM `{project_id}.{dataset_name}.NeurodegenerativeDiseases_SMR_Genes_Full` WHERE Gene = 'SDHDP6' AND Disease = 'FTD' AND p_SMR_multi < 2.95e-6 AND b_SMR > 0 ORDER BY p_SMR_multi LIMIT 100
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SMR Significance, Effect
Q40.501
Q40
Are there any specific alleles within the gene SH2D6 associated with increased susceptibility to developing Alzheimer's Disease, as determined by significant SMR analysis?
No, based on the Cerebellum, Whole Brain, Whole Blood, Cortex, Cerebellar Hemisphere, Prefrontal Cortex, Hippocampus, Liver, Putamen Basal Ganglia and Nucleus Accumbens Basal samples tested, there are no alleles within the gene SH2D6 that are significantly associated with an increased susceptibility to developing Alzhe...
SELECT UUID, Gene, Omic_tissue, topSNP, A1, A2, Freq, p_SMR_multi, Disease, b_SMR, p_HEIDI FROM `{project_id}.{dataset_name}.NeurodegenerativeDiseases_SMR_Genes_Full` WHERE Gene = 'SH2D6' AND Disease = 'AD' AND p_SMR_multi < 2.95e-6 AND b_SMR > 0 ORDER BY p_SMR_multi LIMIT 100
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SMR Significance, Effect
Q40.1551
Q40
Are there any specific alleles within the gene LINC01082 associated with increased susceptibility to developing Lewy Body Dementia, as determined by significant SMR analysis?
No, based on the Whole Brain and Whole Blood samples tested, there are no alleles within the gene LINC01082 that are significantly associated with an increased susceptibility to developing Lewy Body Dementia.
SELECT UUID, Gene, Omic_tissue, topSNP, A1, A2, Freq, p_SMR_multi, Disease, b_SMR, p_HEIDI FROM `{project_id}.{dataset_name}.NeurodegenerativeDiseases_SMR_Genes_Full` WHERE Gene = 'LINC01082' AND Disease = 'LBD' AND p_SMR_multi < 2.95e-6 AND b_SMR > 0 ORDER BY p_SMR_multi LIMIT 100
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SMR Significance, Effect
Q40.1568
Q40
Are there any specific alleles within the gene ZKSCAN3 associated with increased susceptibility to developing Alzheimer's Disease, as determined by significant SMR analysis?
Yes, there is 1 allele within the gene ZKSCAN3 that is significantly associated with an increased susceptibility to developing Alzheimer's Disease: • rs213230 • Whole Blood: Adjusted SMR multi-SNP P-value: 1.75e-06; b: 1.0813e-01
SELECT UUID, Gene, Omic_tissue, topSNP, A1, A2, Freq, p_SMR_multi, Disease, b_SMR, p_HEIDI FROM `{project_id}.{dataset_name}.NeurodegenerativeDiseases_SMR_Genes_Full` WHERE Gene = 'ZKSCAN3' AND Disease = 'AD' AND p_SMR_multi < 2.95e-6 AND b_SMR > 0 ORDER BY p_SMR_multi LIMIT 100
[{'UUID': 'NDD_SMR_genes_all_update_text_1494675', 'Gene': 'ZKSCAN3', 'Omic_tissue': 'Whole Blood', 'topSNP': 'rs213230', 'A1': 'G', 'A2': 'A', 'Freq': 0.234151, 'p_SMR_multi': 1.752465e-06, 'Disease': 'AD', 'b_SMR': 0.108126, 'p_HEIDI': 0.01027817}]
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SMR Significance, Effect
Q40.991
Q40
Are there any specific alleles within the gene SULT1C2 associated with increased susceptibility to developing Alzheimer's Disease, as determined by significant SMR analysis?
No, based on the Cerebellum, Basal Ganglia, Hippocampus, Whole Brain, Whole Blood, Cortex, Frontal Cortex, Cerebellar Hemisphere, Prefrontal Cortex, Caudate Basal Ganglia, Tibial Nerve, Skeletal Muscle, Substantia nigra, Hypothalamus, Liver, Anterior Cingulate Cortex BA24, Putamen Basal Ganglia, Amygdala and Nucleus Ac...
SELECT UUID, Gene, Omic_tissue, topSNP, A1, A2, Freq, p_SMR_multi, Disease, b_SMR, p_HEIDI FROM `{project_id}.{dataset_name}.NeurodegenerativeDiseases_SMR_Genes_Full` WHERE Gene = 'SULT1C2' AND Disease = 'AD' AND p_SMR_multi < 2.95e-6 AND b_SMR > 0 ORDER BY p_SMR_multi LIMIT 100
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SMR Significance, Effect
Q40.1574
Q40
Are there any specific alleles within the gene TNFRSF6B associated with increased susceptibility to developing Parkinson's Disease, as determined by significant SMR analysis?
No, based on the Tibial Nerve and Whole Blood samples tested, there are no alleles within the gene TNFRSF6B that are significantly associated with an increased susceptibility to developing Parkinson's Disease.
SELECT UUID, Gene, Omic_tissue, topSNP, A1, A2, Freq, p_SMR_multi, Disease, b_SMR, p_HEIDI FROM `{project_id}.{dataset_name}.NeurodegenerativeDiseases_SMR_Genes_Full` WHERE Gene = 'TNFRSF6B' AND Disease = 'PD' AND p_SMR_multi < 2.95e-6 AND b_SMR > 0 ORDER BY p_SMR_multi LIMIT 100
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SMR Significance, Effect
Q40.45
Q40
Are there any specific alleles within the gene RP11-331K15.1 associated with increased susceptibility to developing Parkinson's Disease, as determined by significant SMR analysis?
No, based on the Cerebellar Hemisphere, Hippocampus, Whole Brain and Cerebellum samples tested, there are no alleles within the gene RP11-331K15.1 that are significantly associated with an increased susceptibility to developing Parkinson's Disease.
SELECT UUID, Gene, Omic_tissue, topSNP, A1, A2, Freq, p_SMR_multi, Disease, b_SMR, p_HEIDI FROM `{project_id}.{dataset_name}.NeurodegenerativeDiseases_SMR_Genes_Full` WHERE Gene = 'RP11-331K15.1' AND Disease = 'PD' AND p_SMR_multi < 2.95e-6 AND b_SMR > 0 ORDER BY p_SMR_multi LIMIT 100
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SMR Significance, Effect
Q40.1608
Q40
Are there any specific alleles within the gene TEAD4 associated with increased susceptibility to developing Frontotemporal Dementia, as determined by significant SMR analysis?
No, based on the Cerebellum, Whole Brain, Whole Blood and Cerebellar Hemisphere samples tested, there are no alleles within the gene TEAD4 that are significantly associated with an increased susceptibility to developing Frontotemporal Dementia.
SELECT UUID, Gene, Omic_tissue, topSNP, A1, A2, Freq, p_SMR_multi, Disease, b_SMR, p_HEIDI FROM `{project_id}.{dataset_name}.NeurodegenerativeDiseases_SMR_Genes_Full` WHERE Gene = 'TEAD4' AND Disease = 'FTD' AND p_SMR_multi < 2.95e-6 AND b_SMR > 0 ORDER BY p_SMR_multi LIMIT 100
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SMR Significance, Effect
Q40.171
Q40
Are there any specific alleles within the gene FAM103A1 associated with increased susceptibility to developing Parkinson's Disease, as determined by significant SMR analysis?
No, based on the Prefrontal Cortex, Tibial Nerve, Skeletal Muscle, Multi Ancestry Whole Brain and Whole Blood samples tested, there are no alleles within the gene FAM103A1 that are significantly associated with an increased susceptibility to developing Parkinson's Disease.
SELECT UUID, Gene, Omic_tissue, topSNP, A1, A2, Freq, p_SMR_multi, Disease, b_SMR, p_HEIDI FROM `{project_id}.{dataset_name}.NeurodegenerativeDiseases_SMR_Genes_Full` WHERE Gene = 'FAM103A1' AND Disease = 'PD' AND p_SMR_multi < 2.95e-6 AND b_SMR > 0 ORDER BY p_SMR_multi LIMIT 100
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SMR Significance, Effect
Q40.307
Q40
Are there any specific alleles within the gene KDR associated with increased susceptibility to developing Lewy Body Dementia, as determined by significant SMR analysis?
No, based on the Whole Brain, Whole Blood and Multi Ancestry Whole Brain samples tested, there are no alleles within the gene KDR that are significantly associated with an increased susceptibility to developing Lewy Body Dementia.
SELECT UUID, Gene, Omic_tissue, topSNP, A1, A2, Freq, p_SMR_multi, Disease, b_SMR, p_HEIDI FROM `{project_id}.{dataset_name}.NeurodegenerativeDiseases_SMR_Genes_Full` WHERE Gene = 'KDR' AND Disease = 'LBD' AND p_SMR_multi < 2.95e-6 AND b_SMR > 0 ORDER BY p_SMR_multi LIMIT 100
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SMR Significance, Effect
Q40.1957
Q40
Are there any specific alleles within the gene KIF14 associated with increased susceptibility to developing Amyotrophic Lateral Sclerosis, as determined by significant SMR analysis?
No, based on the Cerebellum, Cortex and Prefrontal Cortex samples tested, there are no alleles within the gene KIF14 that are significantly associated with an increased susceptibility to developing Amyotrophic Lateral Sclerosis.
SELECT UUID, Gene, Omic_tissue, topSNP, A1, A2, Freq, p_SMR_multi, Disease, b_SMR, p_HEIDI FROM `{project_id}.{dataset_name}.NeurodegenerativeDiseases_SMR_Genes_Full` WHERE Gene = 'KIF14' AND Disease = 'ALS' AND p_SMR_multi < 2.95e-6 AND b_SMR > 0 ORDER BY p_SMR_multi LIMIT 100
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SMR Significance, Effect
Q40.1105
Q40
Are there any specific alleles within the gene RP11-551L14.6 associated with increased susceptibility to developing Parkinson's Disease, as determined by significant SMR analysis?
No, based on the Cerebellar Hemisphere and Tibial Nerve samples tested, there are no alleles within the gene RP11-551L14.6 that are significantly associated with an increased susceptibility to developing Parkinson's Disease.
SELECT UUID, Gene, Omic_tissue, topSNP, A1, A2, Freq, p_SMR_multi, Disease, b_SMR, p_HEIDI FROM `{project_id}.{dataset_name}.NeurodegenerativeDiseases_SMR_Genes_Full` WHERE Gene = 'RP11-551L14.6' AND Disease = 'PD' AND p_SMR_multi < 2.95e-6 AND b_SMR > 0 ORDER BY p_SMR_multi LIMIT 100
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SMR Significance, Effect
Q40.1925
Q40
Are there any specific alleles within the gene RP11-469J4.3 associated with increased susceptibility to developing Alzheimer's Disease, as determined by significant SMR analysis?
No, based on the Tibial Nerve samples tested, there are no alleles within the gene RP11-469J4.3 that are significantly associated with an increased susceptibility to developing Alzheimer's Disease.
SELECT UUID, Gene, Omic_tissue, topSNP, A1, A2, Freq, p_SMR_multi, Disease, b_SMR, p_HEIDI FROM `{project_id}.{dataset_name}.NeurodegenerativeDiseases_SMR_Genes_Full` WHERE Gene = 'RP11-469J4.3' AND Disease = 'AD' AND p_SMR_multi < 2.95e-6 AND b_SMR > 0 ORDER BY p_SMR_multi LIMIT 100
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SMR Significance, Effect
Q40.1038
Q40
Are there any specific alleles within the gene NDFIP2-AS1 associated with increased susceptibility to developing Lewy Body Dementia, as determined by significant SMR analysis?
No, based on the Whole Brain samples tested, there are no alleles within the gene NDFIP2-AS1 that are significantly associated with an increased susceptibility to developing Lewy Body Dementia.
SELECT UUID, Gene, Omic_tissue, topSNP, A1, A2, Freq, p_SMR_multi, Disease, b_SMR, p_HEIDI FROM `{project_id}.{dataset_name}.NeurodegenerativeDiseases_SMR_Genes_Full` WHERE Gene = 'NDFIP2-AS1' AND Disease = 'LBD' AND p_SMR_multi < 2.95e-6 AND b_SMR > 0 ORDER BY p_SMR_multi LIMIT 100
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SMR Significance, Effect
Q40.658
Q40
Are there any specific alleles within the gene LCMT2 associated with increased susceptibility to developing Lewy Body Dementia, as determined by significant SMR analysis?
No, based on the Cerebellum, Whole Brain, Whole Blood, Cortex, Tibial Nerve and Multi Ancestry Whole Brain samples tested, there are no alleles within the gene LCMT2 that are significantly associated with an increased susceptibility to developing Lewy Body Dementia.
SELECT UUID, Gene, Omic_tissue, topSNP, A1, A2, Freq, p_SMR_multi, Disease, b_SMR, p_HEIDI FROM `{project_id}.{dataset_name}.NeurodegenerativeDiseases_SMR_Genes_Full` WHERE Gene = 'LCMT2' AND Disease = 'LBD' AND p_SMR_multi < 2.95e-6 AND b_SMR > 0 ORDER BY p_SMR_multi LIMIT 100
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SMR Significance, Effect
Q40.373
Q40
Are there any specific alleles within the gene SNCA associated with increased susceptibility to developing Lewy Body Dementia, as determined by significant SMR analysis?
Yes, there are 2 alleles within the gene SNCA that are significantly associated with an increased susceptibility to developing Lewy Body Dementia: • rs2301135 • Whole Blood: Adjusted SMR multi-SNP P-value: 1.48e-06; b: 9.6850e-01 • rs6817026 • Whole Brain: Adjusted SMR multi-SNP P-value: 2.74e-06; b: 2.6943e-01...
SELECT UUID, Gene, Omic_tissue, topSNP, A1, A2, Freq, p_SMR_multi, Disease, b_SMR, p_HEIDI FROM `{project_id}.{dataset_name}.NeurodegenerativeDiseases_SMR_Genes_Full` WHERE Gene = 'SNCA' AND Disease = 'LBD' AND p_SMR_multi < 2.95e-6 AND b_SMR > 0 ORDER BY p_SMR_multi LIMIT 100
[{'UUID': 'NDD_SMR_genes_all_update_text_934861', 'Gene': 'SNCA', 'Omic_tissue': 'Whole Blood', 'topSNP': 'rs2301135', 'A1': 'G', 'A2': 'C', 'Freq': 0.513292, 'p_SMR_multi': 1.47658e-06, 'Disease': 'LBD', 'b_SMR': 0.968496, 'p_HEIDI': 0.7867827}, {'UUID': 'NDD_SMR_genes_all_update_text_338829', 'Gene': 'SNCA', 'Omic_ti...
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SMR Significance, Effect
Q40.1661
Q40
Are there any specific alleles within the gene JAGN1 associated with increased susceptibility to developing Lewy Body Dementia, as determined by significant SMR analysis?
No, based on the Cerebellum, Whole Brain, Whole Blood, Prefrontal Cortex, Skeletal Muscle and Multi Ancestry Whole Brain samples tested, there are no alleles within the gene JAGN1 that are significantly associated with an increased susceptibility to developing Lewy Body Dementia.
SELECT UUID, Gene, Omic_tissue, topSNP, A1, A2, Freq, p_SMR_multi, Disease, b_SMR, p_HEIDI FROM `{project_id}.{dataset_name}.NeurodegenerativeDiseases_SMR_Genes_Full` WHERE Gene = 'JAGN1' AND Disease = 'LBD' AND p_SMR_multi < 2.95e-6 AND b_SMR > 0 ORDER BY p_SMR_multi LIMIT 100
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SMR Significance, Effect
Q40.1513
Q40
Are there any specific alleles within the gene OR6Y1 associated with increased susceptibility to developing Alzheimer's Disease, as determined by significant SMR analysis?
No, based on the Whole Brain samples tested, there are no alleles within the gene OR6Y1 that are significantly associated with an increased susceptibility to developing Alzheimer's Disease.
SELECT UUID, Gene, Omic_tissue, topSNP, A1, A2, Freq, p_SMR_multi, Disease, b_SMR, p_HEIDI FROM `{project_id}.{dataset_name}.NeurodegenerativeDiseases_SMR_Genes_Full` WHERE Gene = 'OR6Y1' AND Disease = 'AD' AND p_SMR_multi < 2.95e-6 AND b_SMR > 0 ORDER BY p_SMR_multi LIMIT 100
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SMR Significance, Effect
Q40.778
Q40
Are there any specific alleles within the gene NPY1R associated with increased susceptibility to developing Amyotrophic Lateral Sclerosis, as determined by significant SMR analysis?
No, based on the Whole Brain and Whole Blood samples tested, there are no alleles within the gene NPY1R that are significantly associated with an increased susceptibility to developing Amyotrophic Lateral Sclerosis.
SELECT UUID, Gene, Omic_tissue, topSNP, A1, A2, Freq, p_SMR_multi, Disease, b_SMR, p_HEIDI FROM `{project_id}.{dataset_name}.NeurodegenerativeDiseases_SMR_Genes_Full` WHERE Gene = 'NPY1R' AND Disease = 'ALS' AND p_SMR_multi < 2.95e-6 AND b_SMR > 0 ORDER BY p_SMR_multi LIMIT 100
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SMR Significance, Effect
Q40.328
Q40
Are there any specific alleles within the gene PLAG1 associated with increased susceptibility to developing Lewy Body Dementia, as determined by significant SMR analysis?
No, based on the Multi Ancestry Whole Brain samples tested, there are no alleles within the gene PLAG1 that are significantly associated with an increased susceptibility to developing Lewy Body Dementia.
SELECT UUID, Gene, Omic_tissue, topSNP, A1, A2, Freq, p_SMR_multi, Disease, b_SMR, p_HEIDI FROM `{project_id}.{dataset_name}.NeurodegenerativeDiseases_SMR_Genes_Full` WHERE Gene = 'PLAG1' AND Disease = 'LBD' AND p_SMR_multi < 2.95e-6 AND b_SMR > 0 ORDER BY p_SMR_multi LIMIT 100
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SMR Significance, Effect
Q40.1988
Q40
Are there any specific alleles within the gene ANKRD20B associated with increased susceptibility to developing Progressive supranuclear palsy, as determined by significant SMR analysis?
No, based on the Whole Blood samples tested, there are no alleles within the gene ANKRD20B that are significantly associated with an increased susceptibility to developing Progressive supranuclear palsy.
SELECT UUID, Gene, Omic_tissue, topSNP, A1, A2, Freq, p_SMR_multi, Disease, b_SMR, p_HEIDI FROM `{project_id}.{dataset_name}.NeurodegenerativeDiseases_SMR_Genes_Full` WHERE Gene = 'ANKRD20B' AND Disease = 'PSP' AND p_SMR_multi < 2.95e-6 AND b_SMR > 0 ORDER BY p_SMR_multi LIMIT 100
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SMR Significance, Effect
Q40.1924
Q40
Are there any specific alleles within the gene FAM166C associated with increased susceptibility to developing Progressive supranuclear palsy, as determined by significant SMR analysis?
No, based on the Cerebellum samples tested, there are no alleles within the gene FAM166C that are significantly associated with an increased susceptibility to developing Progressive supranuclear palsy.
SELECT UUID, Gene, Omic_tissue, topSNP, A1, A2, Freq, p_SMR_multi, Disease, b_SMR, p_HEIDI FROM `{project_id}.{dataset_name}.NeurodegenerativeDiseases_SMR_Genes_Full` WHERE Gene = 'FAM166C' AND Disease = 'PSP' AND p_SMR_multi < 2.95e-6 AND b_SMR > 0 ORDER BY p_SMR_multi LIMIT 100
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SMR Significance, Effect
Q40.931
Q40
Are there any specific alleles within the gene ATG4D associated with increased susceptibility to developing Frontotemporal Dementia, as determined by significant SMR analysis?
No, based on the Whole Brain and Whole Blood samples tested, there are no alleles within the gene ATG4D that are significantly associated with an increased susceptibility to developing Frontotemporal Dementia.
SELECT UUID, Gene, Omic_tissue, topSNP, A1, A2, Freq, p_SMR_multi, Disease, b_SMR, p_HEIDI FROM `{project_id}.{dataset_name}.NeurodegenerativeDiseases_SMR_Genes_Full` WHERE Gene = 'ATG4D' AND Disease = 'FTD' AND p_SMR_multi < 2.95e-6 AND b_SMR > 0 ORDER BY p_SMR_multi LIMIT 100
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SMR Significance, Effect
Q40.188
Q40
Are there any specific alleles within the gene LSM7 associated with increased susceptibility to developing Progressive supranuclear palsy, as determined by significant SMR analysis?
No, based on the Cerebellum, Whole Brain, Whole Blood, Cortex, Frontal Cortex, Cerebellar Hemisphere, Caudate Basal Ganglia, Tibial Nerve, Skeletal Muscle, Hippocampus, Multi Ancestry Whole Brain and Hypothalamus samples tested, there are no alleles within the gene LSM7 that are significantly associated with an increas...
SELECT UUID, Gene, Omic_tissue, topSNP, A1, A2, Freq, p_SMR_multi, Disease, b_SMR, p_HEIDI FROM `{project_id}.{dataset_name}.NeurodegenerativeDiseases_SMR_Genes_Full` WHERE Gene = 'LSM7' AND Disease = 'PSP' AND p_SMR_multi < 2.95e-6 AND b_SMR > 0 ORDER BY p_SMR_multi LIMIT 100
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SMR Significance, Effect
Q40.1595
Q40
Are there any specific alleles within the gene PAQR3 associated with increased susceptibility to developing Progressive supranuclear palsy, as determined by significant SMR analysis?
No, based on the Cortex, Caudate Basal Ganglia, Multi Ancestry Whole Brain, Whole Blood, Putamen Basal Ganglia, Whole Brain, Cerebellum and Nucleus Accumbens Basal samples tested, there are no alleles within the gene PAQR3 that are significantly associated with an increased susceptibility to developing Progressive supr...
SELECT UUID, Gene, Omic_tissue, topSNP, A1, A2, Freq, p_SMR_multi, Disease, b_SMR, p_HEIDI FROM `{project_id}.{dataset_name}.NeurodegenerativeDiseases_SMR_Genes_Full` WHERE Gene = 'PAQR3' AND Disease = 'PSP' AND p_SMR_multi < 2.95e-6 AND b_SMR > 0 ORDER BY p_SMR_multi LIMIT 100
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SMR Significance, Effect
Q40.772
Q40
Are there any specific alleles within the gene IFT88 associated with increased susceptibility to developing Progressive supranuclear palsy, as determined by significant SMR analysis?
No, based on the Cerebellum, Whole Brain, Whole Blood, Cortex, Frontal Cortex, Cerebellar Hemisphere, Caudate Basal Ganglia, Tibial Nerve, Skeletal Muscle, Hippocampus, Multi Ancestry Whole Brain, Anterior Cingulate Cortex BA24 and Nucleus Accumbens Basal samples tested, there are no alleles within the gene IFT88 that ...
SELECT UUID, Gene, Omic_tissue, topSNP, A1, A2, Freq, p_SMR_multi, Disease, b_SMR, p_HEIDI FROM `{project_id}.{dataset_name}.NeurodegenerativeDiseases_SMR_Genes_Full` WHERE Gene = 'IFT88' AND Disease = 'PSP' AND p_SMR_multi < 2.95e-6 AND b_SMR > 0 ORDER BY p_SMR_multi LIMIT 100
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SMR Significance, Effect
Q40.1203
Q40
Are there any specific alleles within the gene MROH6 associated with increased susceptibility to developing Parkinson's Disease, as determined by significant SMR analysis?
No, based on the Cerebellum, Whole Brain, Whole Blood, Cortex, Cerebellar Hemisphere, Tibial Nerve, Skeletal Muscle, Multi Ancestry Whole Brain, Liver, Putamen Basal Ganglia and Nucleus Accumbens Basal samples tested, there are no alleles within the gene MROH6 that are significantly associated with an increased suscept...
SELECT UUID, Gene, Omic_tissue, topSNP, A1, A2, Freq, p_SMR_multi, Disease, b_SMR, p_HEIDI FROM `{project_id}.{dataset_name}.NeurodegenerativeDiseases_SMR_Genes_Full` WHERE Gene = 'MROH6' AND Disease = 'PD' AND p_SMR_multi < 2.95e-6 AND b_SMR > 0 ORDER BY p_SMR_multi LIMIT 100
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SMR Significance, Effect
Q40.500
Q40
Are there any specific alleles within the gene MAPK3 associated with increased susceptibility to developing Alzheimer's Disease, as determined by significant SMR analysis?
Yes, there is 1 allele within the gene MAPK3 that is significantly associated with an increased susceptibility to developing Alzheimer's Disease: • rs55732507 • Whole Blood: Adjusted SMR multi-SNP P-value: 2.60e-11; b: 5.4838e-02
SELECT UUID, Gene, Omic_tissue, topSNP, A1, A2, Freq, p_SMR_multi, Disease, b_SMR, p_HEIDI FROM `{project_id}.{dataset_name}.NeurodegenerativeDiseases_SMR_Genes_Full` WHERE Gene = 'MAPK3' AND Disease = 'AD' AND p_SMR_multi < 2.95e-6 AND b_SMR > 0 ORDER BY p_SMR_multi LIMIT 100
[{'UUID': 'NDD_SMR_genes_all_update_text_1501448', 'Gene': 'MAPK3', 'Omic_tissue': 'Whole Blood', 'topSNP': 'rs55732507', 'A1': 'C', 'A2': 'T', 'Freq': 0.436605, 'p_SMR_multi': 2.599191e-11, 'Disease': 'AD', 'b_SMR': 0.0548379, 'p_HEIDI': 6.350792e-05}]
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SMR Significance, Effect
Q40.1064
Q40
Are there any specific alleles within the gene OR10H5 associated with increased susceptibility to developing Alzheimer's Disease, as determined by significant SMR analysis?
No, based on the Cerebellum, Whole Brain, Cortex and Prefrontal Cortex samples tested, there are no alleles within the gene OR10H5 that are significantly associated with an increased susceptibility to developing Alzheimer's Disease.
SELECT UUID, Gene, Omic_tissue, topSNP, A1, A2, Freq, p_SMR_multi, Disease, b_SMR, p_HEIDI FROM `{project_id}.{dataset_name}.NeurodegenerativeDiseases_SMR_Genes_Full` WHERE Gene = 'OR10H5' AND Disease = 'AD' AND p_SMR_multi < 2.95e-6 AND b_SMR > 0 ORDER BY p_SMR_multi LIMIT 100
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SMR Significance, Effect
Q40.1111
Q40
Are there any specific alleles within the gene PADI6 associated with increased susceptibility to developing Alzheimer's Disease, as determined by significant SMR analysis?
No, based on the Whole Brain and Whole Blood samples tested, there are no alleles within the gene PADI6 that are significantly associated with an increased susceptibility to developing Alzheimer's Disease.
SELECT UUID, Gene, Omic_tissue, topSNP, A1, A2, Freq, p_SMR_multi, Disease, b_SMR, p_HEIDI FROM `{project_id}.{dataset_name}.NeurodegenerativeDiseases_SMR_Genes_Full` WHERE Gene = 'PADI6' AND Disease = 'AD' AND p_SMR_multi < 2.95e-6 AND b_SMR > 0 ORDER BY p_SMR_multi LIMIT 100
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SMR Significance, Effect
Q40.536
Q40
Are there any specific alleles within the gene BCL6B associated with increased susceptibility to developing Progressive supranuclear palsy, as determined by significant SMR analysis?
No, based on the Whole Brain samples tested, there are no alleles within the gene BCL6B that are significantly associated with an increased susceptibility to developing Progressive supranuclear palsy.
SELECT UUID, Gene, Omic_tissue, topSNP, A1, A2, Freq, p_SMR_multi, Disease, b_SMR, p_HEIDI FROM `{project_id}.{dataset_name}.NeurodegenerativeDiseases_SMR_Genes_Full` WHERE Gene = 'BCL6B' AND Disease = 'PSP' AND p_SMR_multi < 2.95e-6 AND b_SMR > 0 ORDER BY p_SMR_multi LIMIT 100
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SMR Significance, Effect
Q40.1601
Q40
Are there any specific alleles within the gene TMEM141 associated with increased susceptibility to developing Lewy Body Dementia, as determined by significant SMR analysis?
No, based on the Whole Blood, Cortex, Prefrontal Cortex, Tibial Nerve and Multi Ancestry Whole Brain samples tested, there are no alleles within the gene TMEM141 that are significantly associated with an increased susceptibility to developing Lewy Body Dementia.
SELECT UUID, Gene, Omic_tissue, topSNP, A1, A2, Freq, p_SMR_multi, Disease, b_SMR, p_HEIDI FROM `{project_id}.{dataset_name}.NeurodegenerativeDiseases_SMR_Genes_Full` WHERE Gene = 'TMEM141' AND Disease = 'LBD' AND p_SMR_multi < 2.95e-6 AND b_SMR > 0 ORDER BY p_SMR_multi LIMIT 100
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SMR Significance, Effect
Q40.752
Q40
Are there any specific alleles within the gene SPPL2C associated with increased susceptibility to developing Parkinson's Disease, as determined by significant SMR analysis?
Yes, there is 1 allele within the gene SPPL2C that is significantly associated with an increased susceptibility to developing Parkinson's Disease: • rs17577369 • Prefrontal Cortex: Adjusted SMR multi-SNP P-value: 1.30e-07; b: 1.0407e+00
SELECT UUID, Gene, Omic_tissue, topSNP, A1, A2, Freq, p_SMR_multi, Disease, b_SMR, p_HEIDI FROM `{project_id}.{dataset_name}.NeurodegenerativeDiseases_SMR_Genes_Full` WHERE Gene = 'SPPL2C' AND Disease = 'PD' AND p_SMR_multi < 2.95e-6 AND b_SMR > 0 ORDER BY p_SMR_multi LIMIT 100
[{'UUID': 'NDD_SMR_genes_all_update_text_1242272', 'Gene': 'SPPL2C', 'Omic_tissue': 'Prefrontal Cortex', 'topSNP': 'rs17577369', 'A1': 'G', 'A2': 'A', 'Freq': 0.236196, 'p_SMR_multi': 1.300466e-07, 'Disease': 'PD', 'b_SMR': 1.04066, 'p_HEIDI': 0.01842581}]
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SMR Significance, Effect
Q40.1933
Q40
Are there any specific alleles within the gene PLEKHM1 associated with increased susceptibility to developing Progressive supranuclear palsy, as determined by significant SMR analysis?
Yes, there are 2 alleles within the gene PLEKHM1 that are significantly associated with an increased susceptibility to developing Progressive supranuclear palsy: • rs11012 • Whole Blood: Adjusted SMR multi-SNP P-value: 1.71e-22; b: 8.0727e+00 • Skeletal Muscle: Adjusted SMR multi-SNP P-value: 9.54e-18; b: 4.791...
SELECT UUID, Gene, Omic_tissue, topSNP, A1, A2, Freq, p_SMR_multi, Disease, b_SMR, p_HEIDI FROM `{project_id}.{dataset_name}.NeurodegenerativeDiseases_SMR_Genes_Full` WHERE Gene = 'PLEKHM1' AND Disease = 'PSP' AND p_SMR_multi < 2.95e-6 AND b_SMR > 0 ORDER BY p_SMR_multi LIMIT 100
[{'UUID': 'NDD_SMR_genes_all_update_text_1579413', 'Gene': 'PLEKHM1', 'Omic_tissue': 'Whole Blood', 'topSNP': 'rs11012', 'A1': 'T', 'A2': 'C', 'Freq': 0.191207, 'p_SMR_multi': 1.705019e-22, 'Disease': 'PSP', 'b_SMR': 8.07274, 'p_HEIDI': 9.355808e-09}, {'UUID': 'NDD_SMR_genes_all_update_text_1444268', 'Gene': 'PLEKHM1',...
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SMR Significance, Effect
Q40.1367
Q40
Are there any specific alleles within the gene FIBIN associated with increased susceptibility to developing Amyotrophic Lateral Sclerosis, as determined by significant SMR analysis?
No, based on the Whole Blood, Cortex, Prefrontal Cortex and Multi Ancestry Whole Brain samples tested, there are no alleles within the gene FIBIN that are significantly associated with an increased susceptibility to developing Amyotrophic Lateral Sclerosis.
SELECT UUID, Gene, Omic_tissue, topSNP, A1, A2, Freq, p_SMR_multi, Disease, b_SMR, p_HEIDI FROM `{project_id}.{dataset_name}.NeurodegenerativeDiseases_SMR_Genes_Full` WHERE Gene = 'FIBIN' AND Disease = 'ALS' AND p_SMR_multi < 2.95e-6 AND b_SMR > 0 ORDER BY p_SMR_multi LIMIT 100
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SMR Significance, Effect
Q40.1444
Q40
Are there any specific alleles within the gene RP5-1027G4.3 associated with increased susceptibility to developing Frontotemporal Dementia, as determined by significant SMR analysis?
No, based on the Whole Brain and Whole Blood samples tested, there are no alleles within the gene RP5-1027G4.3 that are significantly associated with an increased susceptibility to developing Frontotemporal Dementia.
SELECT UUID, Gene, Omic_tissue, topSNP, A1, A2, Freq, p_SMR_multi, Disease, b_SMR, p_HEIDI FROM `{project_id}.{dataset_name}.NeurodegenerativeDiseases_SMR_Genes_Full` WHERE Gene = 'RP5-1027G4.3' AND Disease = 'FTD' AND p_SMR_multi < 2.95e-6 AND b_SMR > 0 ORDER BY p_SMR_multi LIMIT 100
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SMR Significance, Effect
Q40.178
Q40
Are there any specific alleles within the gene FRG2B associated with increased susceptibility to developing Lewy Body Dementia, as determined by significant SMR analysis?
No, based on the Cortex and Prefrontal Cortex samples tested, there are no alleles within the gene FRG2B that are significantly associated with an increased susceptibility to developing Lewy Body Dementia.
SELECT UUID, Gene, Omic_tissue, topSNP, A1, A2, Freq, p_SMR_multi, Disease, b_SMR, p_HEIDI FROM `{project_id}.{dataset_name}.NeurodegenerativeDiseases_SMR_Genes_Full` WHERE Gene = 'FRG2B' AND Disease = 'LBD' AND p_SMR_multi < 2.95e-6 AND b_SMR > 0 ORDER BY p_SMR_multi LIMIT 100
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SMR Significance, Effect
Q40.470
Q40
Are there any specific alleles within the gene AP5M1 associated with increased susceptibility to developing Progressive supranuclear palsy, as determined by significant SMR analysis?
No, based on the Whole Blood samples tested, there are no alleles within the gene AP5M1 that are significantly associated with an increased susceptibility to developing Progressive supranuclear palsy.
SELECT UUID, Gene, Omic_tissue, topSNP, A1, A2, Freq, p_SMR_multi, Disease, b_SMR, p_HEIDI FROM `{project_id}.{dataset_name}.NeurodegenerativeDiseases_SMR_Genes_Full` WHERE Gene = 'AP5M1' AND Disease = 'PSP' AND p_SMR_multi < 2.95e-6 AND b_SMR > 0 ORDER BY p_SMR_multi LIMIT 100
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SMR Significance, Effect
Q40.1337
Q40
Are there any specific alleles within the gene CTD-2323K18.1 associated with increased susceptibility to developing Frontotemporal Dementia, as determined by significant SMR analysis?
No, based on the Whole Blood and Whole Brain samples tested, there are no alleles within the gene CTD-2323K18.1 that are significantly associated with an increased susceptibility to developing Frontotemporal Dementia.
SELECT UUID, Gene, Omic_tissue, topSNP, A1, A2, Freq, p_SMR_multi, Disease, b_SMR, p_HEIDI FROM `{project_id}.{dataset_name}.NeurodegenerativeDiseases_SMR_Genes_Full` WHERE Gene = 'CTD-2323K18.1' AND Disease = 'FTD' AND p_SMR_multi < 2.95e-6 AND b_SMR > 0 ORDER BY p_SMR_multi LIMIT 100
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SMR Significance, Effect
Q40.1611
Q40
Are there any specific alleles within the gene TRABD2A associated with increased susceptibility to developing Parkinson's Disease, as determined by significant SMR analysis?
No, based on the Whole Brain, Whole Blood, Cortex, Prefrontal Cortex, Multi Ancestry Whole Brain and Liver samples tested, there are no alleles within the gene TRABD2A that are significantly associated with an increased susceptibility to developing Parkinson's Disease.
SELECT UUID, Gene, Omic_tissue, topSNP, A1, A2, Freq, p_SMR_multi, Disease, b_SMR, p_HEIDI FROM `{project_id}.{dataset_name}.NeurodegenerativeDiseases_SMR_Genes_Full` WHERE Gene = 'TRABD2A' AND Disease = 'PD' AND p_SMR_multi < 2.95e-6 AND b_SMR > 0 ORDER BY p_SMR_multi LIMIT 100
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SMR Significance, Effect
Q40.126
Q40
Are there any specific alleles within the gene C6orf1 associated with increased susceptibility to developing Lewy Body Dementia, as determined by significant SMR analysis?
No, based on the Whole Brain and Whole Blood samples tested, there are no alleles within the gene C6orf1 that are significantly associated with an increased susceptibility to developing Lewy Body Dementia.
SELECT UUID, Gene, Omic_tissue, topSNP, A1, A2, Freq, p_SMR_multi, Disease, b_SMR, p_HEIDI FROM `{project_id}.{dataset_name}.NeurodegenerativeDiseases_SMR_Genes_Full` WHERE Gene = 'C6orf1' AND Disease = 'LBD' AND p_SMR_multi < 2.95e-6 AND b_SMR > 0 ORDER BY p_SMR_multi LIMIT 100
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SMR Significance, Effect
Q40.355
Q40
Are there any specific alleles within the gene LRRC37A4P associated with increased susceptibility to developing Alzheimer's Disease, as determined by significant SMR analysis?
Yes, there are 3 alleles within the gene LRRC37A4P that are significantly associated with an increased susceptibility to developing Alzheimer's Disease: • rs112431991 • Whole Brain: Adjusted SMR multi-SNP P-value: 1.38e-07; b: 3.8683e-02 • rs2532276 • Prefrontal Cortex: Adjusted SMR multi-SNP P-value: 7.82e-07;...
SELECT UUID, Gene, Omic_tissue, topSNP, A1, A2, Freq, p_SMR_multi, Disease, b_SMR, p_HEIDI FROM `{project_id}.{dataset_name}.NeurodegenerativeDiseases_SMR_Genes_Full` WHERE Gene = 'LRRC37A4P' AND Disease = 'AD' AND p_SMR_multi < 2.95e-6 AND b_SMR > 0 ORDER BY p_SMR_multi LIMIT 100
[{'UUID': 'NDD_SMR_genes_all_update_text_1610857', 'Gene': 'LRRC37A4P', 'Omic_tissue': 'Whole Brain', 'topSNP': 'rs112431991', 'A1': 'G', 'A2': 'A', 'Freq': 0.235174, 'p_SMR_multi': 1.378159e-07, 'Disease': 'AD', 'b_SMR': 0.0386825, 'p_HEIDI': 0.03802183}, {'UUID': 'NDD_SMR_genes_all_update_text_1202998', 'Gene': 'LRRC...
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SMR Significance, Effect
Q40.388
Q40
Are there any specific alleles within the gene RP11-981G7.1 associated with increased susceptibility to developing Parkinson's Disease, as determined by significant SMR analysis?
No, based on the Frontal Cortex, Cerebellar Hemisphere, Prefrontal Cortex, Cortex, Caudate Basal Ganglia, Hippocampus, Whole Blood, Whole Brain, Cerebellum and Nucleus Accumbens Basal samples tested, there are no alleles within the gene RP11-981G7.1 that are significantly associated with an increased susceptibility to ...
SELECT UUID, Gene, Omic_tissue, topSNP, A1, A2, Freq, p_SMR_multi, Disease, b_SMR, p_HEIDI FROM `{project_id}.{dataset_name}.NeurodegenerativeDiseases_SMR_Genes_Full` WHERE Gene = 'RP11-981G7.1' AND Disease = 'PD' AND p_SMR_multi < 2.95e-6 AND b_SMR > 0 ORDER BY p_SMR_multi LIMIT 100
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SMR Significance, Effect
Q40.1435
Q40
Are there any specific alleles within the gene CPB2 associated with increased susceptibility to developing Frontotemporal Dementia, as determined by significant SMR analysis?
No, based on the Whole Brain and Cortex samples tested, there are no alleles within the gene CPB2 that are significantly associated with an increased susceptibility to developing Frontotemporal Dementia.
SELECT UUID, Gene, Omic_tissue, topSNP, A1, A2, Freq, p_SMR_multi, Disease, b_SMR, p_HEIDI FROM `{project_id}.{dataset_name}.NeurodegenerativeDiseases_SMR_Genes_Full` WHERE Gene = 'CPB2' AND Disease = 'FTD' AND p_SMR_multi < 2.95e-6 AND b_SMR > 0 ORDER BY p_SMR_multi LIMIT 100
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SMR Significance, Effect
Q40.1007
Q40
Are there any specific alleles within the gene C12orf54 associated with increased susceptibility to developing Progressive supranuclear palsy, as determined by significant SMR analysis?
No, based on the Whole Brain, Whole Blood and Cortex samples tested, there are no alleles within the gene C12orf54 that are significantly associated with an increased susceptibility to developing Progressive supranuclear palsy.
SELECT UUID, Gene, Omic_tissue, topSNP, A1, A2, Freq, p_SMR_multi, Disease, b_SMR, p_HEIDI FROM `{project_id}.{dataset_name}.NeurodegenerativeDiseases_SMR_Genes_Full` WHERE Gene = 'C12orf54' AND Disease = 'PSP' AND p_SMR_multi < 2.95e-6 AND b_SMR > 0 ORDER BY p_SMR_multi LIMIT 100
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SMR Significance, Effect
Q40.894
Q40
Are there any specific alleles within the gene RP11-115K3.1 associated with increased susceptibility to developing Lewy Body Dementia, as determined by significant SMR analysis?
No, based on the Whole Brain and Whole Blood samples tested, there are no alleles within the gene RP11-115K3.1 that are significantly associated with an increased susceptibility to developing Lewy Body Dementia.
SELECT UUID, Gene, Omic_tissue, topSNP, A1, A2, Freq, p_SMR_multi, Disease, b_SMR, p_HEIDI FROM `{project_id}.{dataset_name}.NeurodegenerativeDiseases_SMR_Genes_Full` WHERE Gene = 'RP11-115K3.1' AND Disease = 'LBD' AND p_SMR_multi < 2.95e-6 AND b_SMR > 0 ORDER BY p_SMR_multi LIMIT 100
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SMR Significance, Effect
Q40.1495
Q40
Are there any specific alleles within the gene TMIGD1 associated with increased susceptibility to developing Lewy Body Dementia, as determined by significant SMR analysis?
No, based on the Whole Brain samples tested, there are no alleles within the gene TMIGD1 that are significantly associated with an increased susceptibility to developing Lewy Body Dementia.
SELECT UUID, Gene, Omic_tissue, topSNP, A1, A2, Freq, p_SMR_multi, Disease, b_SMR, p_HEIDI FROM `{project_id}.{dataset_name}.NeurodegenerativeDiseases_SMR_Genes_Full` WHERE Gene = 'TMIGD1' AND Disease = 'LBD' AND p_SMR_multi < 2.95e-6 AND b_SMR > 0 ORDER BY p_SMR_multi LIMIT 100
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SMR Significance, Effect
Q40.335
Q40
Are there any specific alleles within the gene KANSL1-AS1 associated with increased susceptibility to developing Progressive supranuclear palsy, as determined by significant SMR analysis?
Yes, there are 2 alleles within the gene KANSL1-AS1 that are significantly associated with an increased susceptibility to developing Progressive supranuclear palsy: • rs169201 • Whole Blood: Adjusted SMR multi-SNP P-value: 7.66e-48; b: 1.2736e+00 • Whole Brain: Adjusted SMR multi-SNP P-value: 5.46e-41; b: 1.071...
SELECT UUID, Gene, Omic_tissue, topSNP, A1, A2, Freq, p_SMR_multi, Disease, b_SMR, p_HEIDI FROM `{project_id}.{dataset_name}.NeurodegenerativeDiseases_SMR_Genes_Full` WHERE Gene = 'KANSL1-AS1' AND Disease = 'PSP' AND p_SMR_multi < 2.95e-6 AND b_SMR > 0 ORDER BY p_SMR_multi LIMIT 100
[{'UUID': 'NDD_SMR_genes_all_update_text_1579422', 'Gene': 'KANSL1-AS1', 'Omic_tissue': 'Whole Blood', 'topSNP': 'rs169201', 'A1': 'G', 'A2': 'A', 'Freq': 0.219836, 'p_SMR_multi': 7.658957999999999e-48, 'Disease': 'PSP', 'b_SMR': 1.27362, 'p_HEIDI': 8.544617e-10}, {'UUID': 'NDD_SMR_genes_all_update_text_1646044', 'Gene...
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SMR Significance, Effect
Q40.975
Q40
Are there any specific alleles within the gene DROSHA associated with increased susceptibility to developing Amyotrophic Lateral Sclerosis, as determined by significant SMR analysis?
No, based on the Whole Brain, Caudate Basal Ganglia, Tibial Nerve, Skeletal Muscle, Multi Ancestry Whole Brain, Liver and Whole Blood samples tested, there are no alleles within the gene DROSHA that are significantly associated with an increased susceptibility to developing Amyotrophic Lateral Sclerosis.
SELECT UUID, Gene, Omic_tissue, topSNP, A1, A2, Freq, p_SMR_multi, Disease, b_SMR, p_HEIDI FROM `{project_id}.{dataset_name}.NeurodegenerativeDiseases_SMR_Genes_Full` WHERE Gene = 'DROSHA' AND Disease = 'ALS' AND p_SMR_multi < 2.95e-6 AND b_SMR > 0 ORDER BY p_SMR_multi LIMIT 100
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SMR Significance, Effect
Q40.197
Q40
Are there any specific alleles within the gene RP11-998D10.7 associated with increased susceptibility to developing Lewy Body Dementia, as determined by significant SMR analysis?
No, based on the Whole Brain samples tested, there are no alleles within the gene RP11-998D10.7 that are significantly associated with an increased susceptibility to developing Lewy Body Dementia.
SELECT UUID, Gene, Omic_tissue, topSNP, A1, A2, Freq, p_SMR_multi, Disease, b_SMR, p_HEIDI FROM `{project_id}.{dataset_name}.NeurodegenerativeDiseases_SMR_Genes_Full` WHERE Gene = 'RP11-998D10.7' AND Disease = 'LBD' AND p_SMR_multi < 2.95e-6 AND b_SMR > 0 ORDER BY p_SMR_multi LIMIT 100
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SMR Significance, Effect
Q40.520
Q40
Are there any specific alleles within the gene RP11-197K6.1 associated with increased susceptibility to developing Parkinson's Disease, as determined by significant SMR analysis?
No, based on the Prefrontal Cortex and Whole Brain samples tested, there are no alleles within the gene RP11-197K6.1 that are significantly associated with an increased susceptibility to developing Parkinson's Disease.
SELECT UUID, Gene, Omic_tissue, topSNP, A1, A2, Freq, p_SMR_multi, Disease, b_SMR, p_HEIDI FROM `{project_id}.{dataset_name}.NeurodegenerativeDiseases_SMR_Genes_Full` WHERE Gene = 'RP11-197K6.1' AND Disease = 'PD' AND p_SMR_multi < 2.95e-6 AND b_SMR > 0 ORDER BY p_SMR_multi LIMIT 100
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SMR Significance, Effect
Q40.459
Q40
Are there any specific alleles within the gene TMEFF2 associated with increased susceptibility to developing Frontotemporal Dementia, as determined by significant SMR analysis?
No, based on the Whole Brain, Whole Blood and Skeletal Muscle samples tested, there are no alleles within the gene TMEFF2 that are significantly associated with an increased susceptibility to developing Frontotemporal Dementia.
SELECT UUID, Gene, Omic_tissue, topSNP, A1, A2, Freq, p_SMR_multi, Disease, b_SMR, p_HEIDI FROM `{project_id}.{dataset_name}.NeurodegenerativeDiseases_SMR_Genes_Full` WHERE Gene = 'TMEFF2' AND Disease = 'FTD' AND p_SMR_multi < 2.95e-6 AND b_SMR > 0 ORDER BY p_SMR_multi LIMIT 100
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SMR Significance, Effect
Q40.1714
Q40
Are there any specific alleles within the gene NPIPB5 associated with increased susceptibility to developing Progressive supranuclear palsy, as determined by significant SMR analysis?
No, based on the Cortex and Whole Blood samples tested, there are no alleles within the gene NPIPB5 that are significantly associated with an increased susceptibility to developing Progressive supranuclear palsy.
SELECT UUID, Gene, Omic_tissue, topSNP, A1, A2, Freq, p_SMR_multi, Disease, b_SMR, p_HEIDI FROM `{project_id}.{dataset_name}.NeurodegenerativeDiseases_SMR_Genes_Full` WHERE Gene = 'NPIPB5' AND Disease = 'PSP' AND p_SMR_multi < 2.95e-6 AND b_SMR > 0 ORDER BY p_SMR_multi LIMIT 100
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SMR Significance, Effect
Q40.326
Q40
Are there any specific alleles within the gene NTNG2 associated with increased susceptibility to developing Progressive supranuclear palsy, as determined by significant SMR analysis?
No, based on the Whole Brain, Whole Blood, Skeletal Muscle and Multi Ancestry Whole Brain samples tested, there are no alleles within the gene NTNG2 that are significantly associated with an increased susceptibility to developing Progressive supranuclear palsy.
SELECT UUID, Gene, Omic_tissue, topSNP, A1, A2, Freq, p_SMR_multi, Disease, b_SMR, p_HEIDI FROM `{project_id}.{dataset_name}.NeurodegenerativeDiseases_SMR_Genes_Full` WHERE Gene = 'NTNG2' AND Disease = 'PSP' AND p_SMR_multi < 2.95e-6 AND b_SMR > 0 ORDER BY p_SMR_multi LIMIT 100
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SMR Significance, Effect
Q40.1323
Q40
Are there any specific alleles within the gene OR4S1 associated with increased susceptibility to developing Alzheimer's Disease, as determined by significant SMR analysis?
No, based on the Whole Brain and Whole Blood samples tested, there are no alleles within the gene OR4S1 that are significantly associated with an increased susceptibility to developing Alzheimer's Disease.
SELECT UUID, Gene, Omic_tissue, topSNP, A1, A2, Freq, p_SMR_multi, Disease, b_SMR, p_HEIDI FROM `{project_id}.{dataset_name}.NeurodegenerativeDiseases_SMR_Genes_Full` WHERE Gene = 'OR4S1' AND Disease = 'AD' AND p_SMR_multi < 2.95e-6 AND b_SMR > 0 ORDER BY p_SMR_multi LIMIT 100
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SMR Significance, Effect
Q40.269
Q40
Are there any specific alleles within the gene DUSP10 associated with increased susceptibility to developing Amyotrophic Lateral Sclerosis, as determined by significant SMR analysis?
No, based on the Whole Brain and Whole Blood samples tested, there are no alleles within the gene DUSP10 that are significantly associated with an increased susceptibility to developing Amyotrophic Lateral Sclerosis.
SELECT UUID, Gene, Omic_tissue, topSNP, A1, A2, Freq, p_SMR_multi, Disease, b_SMR, p_HEIDI FROM `{project_id}.{dataset_name}.NeurodegenerativeDiseases_SMR_Genes_Full` WHERE Gene = 'DUSP10' AND Disease = 'ALS' AND p_SMR_multi < 2.95e-6 AND b_SMR > 0 ORDER BY p_SMR_multi LIMIT 100
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SMR Significance, Effect
Q40.799
Q40
Are there any specific alleles within the gene U8 associated with increased susceptibility to developing Parkinson's Disease, as determined by significant SMR analysis?
No, based on the Prefrontal Cortex samples tested, there are no alleles within the gene U8 that are significantly associated with an increased susceptibility to developing Parkinson's Disease.
SELECT UUID, Gene, Omic_tissue, topSNP, A1, A2, Freq, p_SMR_multi, Disease, b_SMR, p_HEIDI FROM `{project_id}.{dataset_name}.NeurodegenerativeDiseases_SMR_Genes_Full` WHERE Gene = 'U8' AND Disease = 'PD' AND p_SMR_multi < 2.95e-6 AND b_SMR > 0 ORDER BY p_SMR_multi LIMIT 100
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SMR Significance, Effect
Q40.1432
Q40
Are there any specific alleles within the gene CTD-2201G3.1 associated with increased susceptibility to developing Frontotemporal Dementia, as determined by significant SMR analysis?
No, based on the Whole Brain and Whole Blood samples tested, there are no alleles within the gene CTD-2201G3.1 that are significantly associated with an increased susceptibility to developing Frontotemporal Dementia.
SELECT UUID, Gene, Omic_tissue, topSNP, A1, A2, Freq, p_SMR_multi, Disease, b_SMR, p_HEIDI FROM `{project_id}.{dataset_name}.NeurodegenerativeDiseases_SMR_Genes_Full` WHERE Gene = 'CTD-2201G3.1' AND Disease = 'FTD' AND p_SMR_multi < 2.95e-6 AND b_SMR > 0 ORDER BY p_SMR_multi LIMIT 100
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SMR Significance, Effect
Q40.70
Q40
Are there any specific alleles within the gene LAYN associated with increased susceptibility to developing Alzheimer's Disease, as determined by significant SMR analysis?
No, based on the Whole Blood, Cortex, Frontal Cortex, Prefrontal Cortex, Caudate Basal Ganglia, Skeletal Muscle, Multi Ancestry Whole Brain, Substantia nigra, Putamen Basal Ganglia and Whole Brain samples tested, there are no alleles within the gene LAYN that are significantly associated with an increased susceptibilit...
SELECT UUID, Gene, Omic_tissue, topSNP, A1, A2, Freq, p_SMR_multi, Disease, b_SMR, p_HEIDI FROM `{project_id}.{dataset_name}.NeurodegenerativeDiseases_SMR_Genes_Full` WHERE Gene = 'LAYN' AND Disease = 'AD' AND p_SMR_multi < 2.95e-6 AND b_SMR > 0 ORDER BY p_SMR_multi LIMIT 100
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SMR Significance, Effect
Q40.938
Q40
Are there any specific alleles within the gene SLC25A40 associated with increased susceptibility to developing Alzheimer's Disease, as determined by significant SMR analysis?
No, based on the Whole Blood, Prefrontal Cortex and Multi Ancestry Whole Brain samples tested, there are no alleles within the gene SLC25A40 that are significantly associated with an increased susceptibility to developing Alzheimer's Disease.
SELECT UUID, Gene, Omic_tissue, topSNP, A1, A2, Freq, p_SMR_multi, Disease, b_SMR, p_HEIDI FROM `{project_id}.{dataset_name}.NeurodegenerativeDiseases_SMR_Genes_Full` WHERE Gene = 'SLC25A40' AND Disease = 'AD' AND p_SMR_multi < 2.95e-6 AND b_SMR > 0 ORDER BY p_SMR_multi LIMIT 100
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SMR Significance, Effect
Q40.1447
Q40
Are there any specific alleles within the gene TTC16 associated with increased susceptibility to developing Amyotrophic Lateral Sclerosis, as determined by significant SMR analysis?
No, based on the Whole Blood and Cortex samples tested, there are no alleles within the gene TTC16 that are significantly associated with an increased susceptibility to developing Amyotrophic Lateral Sclerosis.
SELECT UUID, Gene, Omic_tissue, topSNP, A1, A2, Freq, p_SMR_multi, Disease, b_SMR, p_HEIDI FROM `{project_id}.{dataset_name}.NeurodegenerativeDiseases_SMR_Genes_Full` WHERE Gene = 'TTC16' AND Disease = 'ALS' AND p_SMR_multi < 2.95e-6 AND b_SMR > 0 ORDER BY p_SMR_multi LIMIT 100
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SMR Significance, Effect
Q40.1782
Q40
Are there any specific alleles within the gene NANOGP3 associated with increased susceptibility to developing Amyotrophic Lateral Sclerosis, as determined by significant SMR analysis?
No, based on the Prefrontal Cortex samples tested, there are no alleles within the gene NANOGP3 that are significantly associated with an increased susceptibility to developing Amyotrophic Lateral Sclerosis.
SELECT UUID, Gene, Omic_tissue, topSNP, A1, A2, Freq, p_SMR_multi, Disease, b_SMR, p_HEIDI FROM `{project_id}.{dataset_name}.NeurodegenerativeDiseases_SMR_Genes_Full` WHERE Gene = 'NANOGP3' AND Disease = 'ALS' AND p_SMR_multi < 2.95e-6 AND b_SMR > 0 ORDER BY p_SMR_multi LIMIT 100
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SMR Significance, Effect
Q40.468
Q40
Are there any specific alleles within the gene GDPD5 associated with increased susceptibility to developing Progressive supranuclear palsy, as determined by significant SMR analysis?
No, based on the Whole Brain, Whole Blood, Cortex, Tibial Nerve and Multi Ancestry Whole Brain samples tested, there are no alleles within the gene GDPD5 that are significantly associated with an increased susceptibility to developing Progressive supranuclear palsy.
SELECT UUID, Gene, Omic_tissue, topSNP, A1, A2, Freq, p_SMR_multi, Disease, b_SMR, p_HEIDI FROM `{project_id}.{dataset_name}.NeurodegenerativeDiseases_SMR_Genes_Full` WHERE Gene = 'GDPD5' AND Disease = 'PSP' AND p_SMR_multi < 2.95e-6 AND b_SMR > 0 ORDER BY p_SMR_multi LIMIT 100
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SMR Significance, Effect
Q40.1396
Q40
Are there any specific alleles within the gene RGMB-AS1 associated with increased susceptibility to developing Progressive supranuclear palsy, as determined by significant SMR analysis?
No, based on the Skeletal Muscle and Whole Blood samples tested, there are no alleles within the gene RGMB-AS1 that are significantly associated with an increased susceptibility to developing Progressive supranuclear palsy.
SELECT UUID, Gene, Omic_tissue, topSNP, A1, A2, Freq, p_SMR_multi, Disease, b_SMR, p_HEIDI FROM `{project_id}.{dataset_name}.NeurodegenerativeDiseases_SMR_Genes_Full` WHERE Gene = 'RGMB-AS1' AND Disease = 'PSP' AND p_SMR_multi < 2.95e-6 AND b_SMR > 0 ORDER BY p_SMR_multi LIMIT 100
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SMR Significance, Effect
Q40.1614
Q40
Are there any specific alleles within the gene RP11-384K6.2 associated with increased susceptibility to developing Parkinson's Disease, as determined by significant SMR analysis?
No, based on the Whole Blood and Whole Brain samples tested, there are no alleles within the gene RP11-384K6.2 that are significantly associated with an increased susceptibility to developing Parkinson's Disease.
SELECT UUID, Gene, Omic_tissue, topSNP, A1, A2, Freq, p_SMR_multi, Disease, b_SMR, p_HEIDI FROM `{project_id}.{dataset_name}.NeurodegenerativeDiseases_SMR_Genes_Full` WHERE Gene = 'RP11-384K6.2' AND Disease = 'PD' AND p_SMR_multi < 2.95e-6 AND b_SMR > 0 ORDER BY p_SMR_multi LIMIT 100
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SMR Significance, Effect
Q40.549
Q40
Are there any specific alleles within the gene R3HCC1L associated with increased susceptibility to developing Amyotrophic Lateral Sclerosis, as determined by significant SMR analysis?
No, based on the Whole Brain, Whole Blood, Cortex, Tibial Nerve and Multi Ancestry Whole Brain samples tested, there are no alleles within the gene R3HCC1L that are significantly associated with an increased susceptibility to developing Amyotrophic Lateral Sclerosis.
SELECT UUID, Gene, Omic_tissue, topSNP, A1, A2, Freq, p_SMR_multi, Disease, b_SMR, p_HEIDI FROM `{project_id}.{dataset_name}.NeurodegenerativeDiseases_SMR_Genes_Full` WHERE Gene = 'R3HCC1L' AND Disease = 'ALS' AND p_SMR_multi < 2.95e-6 AND b_SMR > 0 ORDER BY p_SMR_multi LIMIT 100
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SMR Significance, Effect
Q40.538
Q40
Are there any specific alleles within the gene CTD-2528L19.4 associated with increased susceptibility to developing Lewy Body Dementia, as determined by significant SMR analysis?
No, based on the Whole Brain and Whole Blood samples tested, there are no alleles within the gene CTD-2528L19.4 that are significantly associated with an increased susceptibility to developing Lewy Body Dementia.
SELECT UUID, Gene, Omic_tissue, topSNP, A1, A2, Freq, p_SMR_multi, Disease, b_SMR, p_HEIDI FROM `{project_id}.{dataset_name}.NeurodegenerativeDiseases_SMR_Genes_Full` WHERE Gene = 'CTD-2528L19.4' AND Disease = 'LBD' AND p_SMR_multi < 2.95e-6 AND b_SMR > 0 ORDER BY p_SMR_multi LIMIT 100
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refined
Select, Order By, Multi-Filter, Threshold
SMR Significance, Effect
Q40.1230
Q40
Are there any specific alleles within the gene GANC associated with increased susceptibility to developing Amyotrophic Lateral Sclerosis, as determined by significant SMR analysis?
No, based on the Whole Brain, Cerebellar Hemisphere, Tibial Nerve, Multi Ancestry Whole Brain and Whole Blood samples tested, there are no alleles within the gene GANC that are significantly associated with an increased susceptibility to developing Amyotrophic Lateral Sclerosis.
SELECT UUID, Gene, Omic_tissue, topSNP, A1, A2, Freq, p_SMR_multi, Disease, b_SMR, p_HEIDI FROM `{project_id}.{dataset_name}.NeurodegenerativeDiseases_SMR_Genes_Full` WHERE Gene = 'GANC' AND Disease = 'ALS' AND p_SMR_multi < 2.95e-6 AND b_SMR > 0 ORDER BY p_SMR_multi LIMIT 100
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Select, Order By, Multi-Filter, Threshold
SMR Significance, Effect
Q40.957
Q40
Are there any specific alleles within the gene C20orf201 associated with increased susceptibility to developing Progressive supranuclear palsy, as determined by significant SMR analysis?
No, based on the Putamen Basal Ganglia, Whole Brain and Nucleus Accumbens Basal samples tested, there are no alleles within the gene C20orf201 that are significantly associated with an increased susceptibility to developing Progressive supranuclear palsy.
SELECT UUID, Gene, Omic_tissue, topSNP, A1, A2, Freq, p_SMR_multi, Disease, b_SMR, p_HEIDI FROM `{project_id}.{dataset_name}.NeurodegenerativeDiseases_SMR_Genes_Full` WHERE Gene = 'C20orf201' AND Disease = 'PSP' AND p_SMR_multi < 2.95e-6 AND b_SMR > 0 ORDER BY p_SMR_multi LIMIT 100
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SMR Significance, Effect
Q40.1635
Q40
Are there any specific alleles within the gene RNF40 associated with increased susceptibility to developing Parkinson's Disease, as determined by significant SMR analysis?
Yes, there is 1 allele within the gene RNF40 that is significantly associated with an increased susceptibility to developing Parkinson's Disease: • rs17880887 • Whole Blood: Adjusted SMR multi-SNP P-value: 8.08e-07; b: 1.1216e-01
SELECT UUID, Gene, Omic_tissue, topSNP, A1, A2, Freq, p_SMR_multi, Disease, b_SMR, p_HEIDI FROM `{project_id}.{dataset_name}.NeurodegenerativeDiseases_SMR_Genes_Full` WHERE Gene = 'RNF40' AND Disease = 'PD' AND p_SMR_multi < 2.95e-6 AND b_SMR > 0 ORDER BY p_SMR_multi LIMIT 100
[{'UUID': 'NDD_SMR_genes_all_update_text_1563803', 'Gene': 'RNF40', 'Omic_tissue': 'Whole Blood', 'topSNP': 'rs17880887', 'A1': 'T', 'A2': 'G', 'Freq': 0.323108, 'p_SMR_multi': 8.079207e-07, 'Disease': 'PD', 'b_SMR': 0.112156, 'p_HEIDI': 1.05622e-07}]
refined
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SMR Significance, Effect
Q40.1418
Q40
Are there any specific alleles within the gene SSBP2 associated with increased susceptibility to developing Alzheimer's Disease, as determined by significant SMR analysis?
No, based on the Cerebellum, Whole Brain, Whole Blood, Cortex, Tibial Nerve and Multi Ancestry Whole Brain samples tested, there are no alleles within the gene SSBP2 that are significantly associated with an increased susceptibility to developing Alzheimer's Disease.
SELECT UUID, Gene, Omic_tissue, topSNP, A1, A2, Freq, p_SMR_multi, Disease, b_SMR, p_HEIDI FROM `{project_id}.{dataset_name}.NeurodegenerativeDiseases_SMR_Genes_Full` WHERE Gene = 'SSBP2' AND Disease = 'AD' AND p_SMR_multi < 2.95e-6 AND b_SMR > 0 ORDER BY p_SMR_multi LIMIT 100
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SMR Significance, Effect
Q40.422
Q40
Are there any specific alleles within the gene RASSF10 associated with increased susceptibility to developing Parkinson's Disease, as determined by significant SMR analysis?
No, based on the Cortex samples tested, there are no alleles within the gene RASSF10 that are significantly associated with an increased susceptibility to developing Parkinson's Disease.
SELECT UUID, Gene, Omic_tissue, topSNP, A1, A2, Freq, p_SMR_multi, Disease, b_SMR, p_HEIDI FROM `{project_id}.{dataset_name}.NeurodegenerativeDiseases_SMR_Genes_Full` WHERE Gene = 'RASSF10' AND Disease = 'PD' AND p_SMR_multi < 2.95e-6 AND b_SMR > 0 ORDER BY p_SMR_multi LIMIT 100
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SMR Significance, Effect
Q40.1935
Q40
Are there any specific alleles within the gene RP1-127C7.6 associated with increased susceptibility to developing Frontotemporal Dementia, as determined by significant SMR analysis?
No, based on the Prefrontal Cortex and Whole Blood samples tested, there are no alleles within the gene RP1-127C7.6 that are significantly associated with an increased susceptibility to developing Frontotemporal Dementia.
SELECT UUID, Gene, Omic_tissue, topSNP, A1, A2, Freq, p_SMR_multi, Disease, b_SMR, p_HEIDI FROM `{project_id}.{dataset_name}.NeurodegenerativeDiseases_SMR_Genes_Full` WHERE Gene = 'RP1-127C7.6' AND Disease = 'FTD' AND p_SMR_multi < 2.95e-6 AND b_SMR > 0 ORDER BY p_SMR_multi LIMIT 100
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SMR Significance, Effect
Q40.1532
Q40
Are there any specific alleles within the gene OR2L1P associated with increased susceptibility to developing Lewy Body Dementia, as determined by significant SMR analysis?
No, based on the Prefrontal Cortex samples tested, there are no alleles within the gene OR2L1P that are significantly associated with an increased susceptibility to developing Lewy Body Dementia.
SELECT UUID, Gene, Omic_tissue, topSNP, A1, A2, Freq, p_SMR_multi, Disease, b_SMR, p_HEIDI FROM `{project_id}.{dataset_name}.NeurodegenerativeDiseases_SMR_Genes_Full` WHERE Gene = 'OR2L1P' AND Disease = 'LBD' AND p_SMR_multi < 2.95e-6 AND b_SMR > 0 ORDER BY p_SMR_multi LIMIT 100
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SMR Significance, Effect