-- DBMS: bigquery
CREATE TABLE `bigquery-public-data.gnomAD.v3_genomes__chrY`
(
  reference_name STRING OPTIONS(description="Reference name."),
  start_position INT64 OPTIONS(description="Start position (0-based). Corresponds to the first base of the string of reference bases."),
  end_position INT64 OPTIONS(description="End position (0-based). Corresponds to the first base after the last base in the reference allele."),
  reference_bases STRING OPTIONS(description="Reference bases."),
  alternate_bases ARRAY<STRUCT<alt STRING OPTIONS(description="Alternate base."), AC INT64 OPTIONS(description="Alternate allele count for samples"), AF FLOAT64 OPTIONS(description="Alternate allele frequency in samples"), n_alt_alleles INT64 OPTIONS(description="Total number of alternate alleles observed at variant locus"), AC_asj_female INT64 OPTIONS(description="Alternate allele count for female samples of Ashkenazi Jewish ancestry"), AF_asj_female FLOAT64 OPTIONS(description="Alternate allele frequency in female samples of Ashkenazi Jewish ancestry"), nhomalt_asj_female INT64 OPTIONS(description="Count of homozygous individuals in female samples of Ashkenazi Jewish ancestry"), AC_eas_female INT64 OPTIONS(description="Alternate allele count for female samples of East Asian ancestry"), AF_eas_female FLOAT64 OPTIONS(description="Alternate allele frequency in female samples of East Asian ancestry"), nhomalt_eas_female INT64 OPTIONS(description="Count of homozygous individuals in female samples of East Asian ancestry"), AC_afr_male INT64 OPTIONS(description="Alternate allele count for male samples of African-American/African ancestry"), AF_afr_male FLOAT64 OPTIONS(description="Alternate allele frequency in male samples of African-American/African ancestry"), nhomalt_afr_male INT64 OPTIONS(description="Count of homozygous individuals in male samples of African-American/African ancestry"), AC_female INT64 OPTIONS(description="Alternate allele count for female samples"), AF_female FLOAT64 OPTIONS(description="Alternate allele frequency in female samples"), nhomalt_female INT64 OPTIONS(description="Count of homozygous individuals in female samples"), AC_fin_male INT64 OPTIONS(description="Alternate allele count for male samples of Finnish ancestry"), AF_fin_male FLOAT64 OPTIONS(description="Alternate allele frequency in male samples of Finnish ancestry"), nhomalt_fin_male INT64 OPTIONS(description="Count of homozygous individuals in male samples of Finnish ancestry"), AC_oth_female INT64 OPTIONS(description="Alternate allele count for female samples of Other ancestry"), AF_oth_female FLOAT64 OPTIONS(description="Alternate allele frequency in female samples of Other ancestry"), nhomalt_oth_female INT64 OPTIONS(description="Count of homozygous individuals in female samples of Other ancestry"), AC_ami INT64 OPTIONS(description="Alternate allele count for samples of Amish ancestry"), AF_ami FLOAT64 OPTIONS(description="Alternate allele frequency in samples of Amish ancestry"), nhomalt_ami INT64 OPTIONS(description="Count of homozygous individuals in samples of Amish ancestry"), AC_oth INT64 OPTIONS(description="Alternate allele count for samples of Other ancestry"), AF_oth FLOAT64 OPTIONS(description="Alternate allele frequency in samples of Other ancestry"), nhomalt_oth INT64 OPTIONS(description="Count of homozygous individuals in samples of Other ancestry"), AC_male INT64 OPTIONS(description="Alternate allele count for male samples"), AF_male FLOAT64 OPTIONS(description="Alternate allele frequency in male samples"), nhomalt_male INT64 OPTIONS(description="Count of homozygous individuals in male samples"), AC_ami_female INT64 OPTIONS(description="Alternate allele count for female samples of Amish ancestry"), AF_ami_female FLOAT64 OPTIONS(description="Alternate allele frequency in female samples of Amish ancestry"), nhomalt_ami_female INT64 OPTIONS(description="Count of homozygous individuals in female samples of Amish ancestry"), AC_afr INT64 OPTIONS(description="Alternate allele count for samples of African-American/African ancestry"), AF_afr FLOAT64 OPTIONS(description="Alternate allele frequency in samples of African-American/African ancestry"), nhomalt_afr INT64 OPTIONS(description="Count of homozygous individuals in samples of African-American/African ancestry"), AC_eas_male INT64 OPTIONS(description="Alternate allele count for male samples of East Asian ancestry"), AF_eas_male FLOAT64 OPTIONS(description="Alternate allele frequency in male samples of East Asian ancestry"), nhomalt_eas_male INT64 OPTIONS(description="Count of homozygous individuals in male samples of East Asian ancestry"), AC_sas INT64 OPTIONS(description="Alternate allele count for samples of South Asian ancestry"), AF_sas FLOAT64 OPTIONS(description="Alternate allele frequency in samples of South Asian ancestry"), nhomalt_sas INT64 OPTIONS(description="Count of homozygous individuals in samples of South Asian ancestry"), AC_nfe_female INT64 OPTIONS(description="Alternate allele count for female samples of Non-Finnish European ancestry"), AF_nfe_female FLOAT64 OPTIONS(description="Alternate allele frequency in female samples of Non-Finnish European ancestry"), nhomalt_nfe_female INT64 OPTIONS(description="Count of homozygous individuals in female samples of Non-Finnish European ancestry"), AC_asj_male INT64 OPTIONS(description="Alternate allele count for male samples of Ashkenazi Jewish ancestry"), AF_asj_male FLOAT64 OPTIONS(description="Alternate allele frequency in male samples of Ashkenazi Jewish ancestry"), nhomalt_asj_male INT64 OPTIONS(description="Count of homozygous individuals in male samples of Ashkenazi Jewish ancestry"), AC_raw INT64 OPTIONS(description="Alternate allele count for samples, before removing low-confidence genotypes"), AF_raw FLOAT64 OPTIONS(description="Alternate allele frequency in samples, before removing low-confidence genotypes"), nhomalt_raw INT64 OPTIONS(description="Count of homozygous individuals in samples, before removing low-confidence genotypes"), AC_oth_male INT64 OPTIONS(description="Alternate allele count for male samples of Other ancestry"), AF_oth_male FLOAT64 OPTIONS(description="Alternate allele frequency in male samples of Other ancestry"), nhomalt_oth_male INT64 OPTIONS(description="Count of homozygous individuals in male samples of Other ancestry"), AC_nfe_male INT64 OPTIONS(description="Alternate allele count for male samples of Non-Finnish European ancestry"), AF_nfe_male FLOAT64 OPTIONS(description="Alternate allele frequency in male samples of Non-Finnish European ancestry"), nhomalt_nfe_male INT64 OPTIONS(description="Count of homozygous individuals in male samples of Non-Finnish European ancestry"), AC_asj INT64 OPTIONS(description="Alternate allele count for samples of Ashkenazi Jewish ancestry"), AF_asj FLOAT64 OPTIONS(description="Alternate allele frequency in samples of Ashkenazi Jewish ancestry"), nhomalt_asj INT64 OPTIONS(description="Count of homozygous individuals in samples of Ashkenazi Jewish ancestry"), AC_amr_male INT64 OPTIONS(description="Alternate allele count for male samples of Latino ancestry"), AF_amr_male FLOAT64 OPTIONS(description="Alternate allele frequency in male samples of Latino ancestry"), nhomalt_amr_male INT64 OPTIONS(description="Count of homozygous individuals in male samples of Latino ancestry"), nhomalt INT64 OPTIONS(description="Count of homozygous individuals in samples"), AC_amr_female INT64 OPTIONS(description="Alternate allele count for female samples of Latino ancestry"), AF_amr_female FLOAT64 OPTIONS(description="Alternate allele frequency in female samples of Latino ancestry"), nhomalt_amr_female INT64 OPTIONS(description="Count of homozygous individuals in female samples of Latino ancestry"), AC_sas_female INT64 OPTIONS(description="Alternate allele count for female samples of South Asian ancestry"), AF_sas_female FLOAT64 OPTIONS(description="Alternate allele frequency in female samples of South Asian ancestry"), nhomalt_sas_female INT64 OPTIONS(description="Count of homozygous individuals in female samples of South Asian ancestry"), AC_fin INT64 OPTIONS(description="Alternate allele count for samples of Finnish ancestry"), AF_fin FLOAT64 OPTIONS(description="Alternate allele frequency in samples of Finnish ancestry"), nhomalt_fin INT64 OPTIONS(description="Count of homozygous individuals in samples of Finnish ancestry"), AC_afr_female INT64 OPTIONS(description="Alternate allele count for female samples of African-American/African ancestry"), AF_afr_female FLOAT64 OPTIONS(description="Alternate allele frequency in female samples of African-American/African ancestry"), nhomalt_afr_female INT64 OPTIONS(description="Count of homozygous individuals in female samples of African-American/African ancestry"), AC_sas_male INT64 OPTIONS(description="Alternate allele count for male samples of South Asian ancestry"), AF_sas_male FLOAT64 OPTIONS(description="Alternate allele frequency in male samples of South Asian ancestry"), nhomalt_sas_male INT64 OPTIONS(description="Count of homozygous individuals in male samples of South Asian ancestry"), AC_amr INT64 OPTIONS(description="Alternate allele count for samples of Latino ancestry"), AF_amr FLOAT64 OPTIONS(description="Alternate allele frequency in samples of Latino ancestry"), nhomalt_amr INT64 OPTIONS(description="Count of homozygous individuals in samples of Latino ancestry"), AC_nfe INT64 OPTIONS(description="Alternate allele count for samples of Non-Finnish European ancestry"), AF_nfe FLOAT64 OPTIONS(description="Alternate allele frequency in samples of Non-Finnish European ancestry"), nhomalt_nfe INT64 OPTIONS(description="Count of homozygous individuals in samples of Non-Finnish European ancestry"), AC_eas INT64 OPTIONS(description="Alternate allele count for samples of East Asian ancestry"), AF_eas FLOAT64 OPTIONS(description="Alternate allele frequency in samples of East Asian ancestry"), nhomalt_eas INT64 OPTIONS(description="Count of homozygous individuals in samples of East Asian ancestry"), AC_ami_male INT64 OPTIONS(description="Alternate allele count for male samples of Amish ancestry"), AF_ami_male FLOAT64 OPTIONS(description="Alternate allele frequency in male samples of Amish ancestry"), nhomalt_ami_male INT64 OPTIONS(description="Count of homozygous individuals in male samples of Amish ancestry"), AC_fin_female INT64 OPTIONS(description="Alternate allele count for female samples of Finnish ancestry"), AF_fin_female FLOAT64 OPTIONS(description="Alternate allele frequency in female samples of Finnish ancestry"), nhomalt_fin_female INT64 OPTIONS(description="Count of homozygous individuals in female samples of Finnish ancestry"), faf95_afr FLOAT64 OPTIONS(description="Filtering allele frequency (using Poisson 95% CI) for samples of African-American/African ancestry"), faf99_afr FLOAT64 OPTIONS(description="Filtering allele frequency (using Poisson 99% CI) for samples of African-American/African ancestry"), faf95_sas FLOAT64 OPTIONS(description="Filtering allele frequency (using Poisson 95% CI) for samples of South Asian ancestry"), faf99_sas FLOAT64 OPTIONS(description="Filtering allele frequency (using Poisson 99% CI) for samples of South Asian ancestry"), faf95_amr FLOAT64 OPTIONS(description="Filtering allele frequency (using Poisson 95% CI) for samples of Latino ancestry"), faf99_amr FLOAT64 OPTIONS(description="Filtering allele frequency (using Poisson 99% CI) for samples of Latino ancestry"), faf95_nfe FLOAT64 OPTIONS(description="Filtering allele frequency (using Poisson 95% CI) for samples of Non-Finnish European ancestry"), faf99_nfe FLOAT64 OPTIONS(description="Filtering allele frequency (using Poisson 99% CI) for samples of Non-Finnish European ancestry"), faf95_eas FLOAT64 OPTIONS(description="Filtering allele frequency (using Poisson 95% CI) for samples of East Asian ancestry"), faf99_eas FLOAT64 OPTIONS(description="Filtering allele frequency (using Poisson 99% CI) for samples of East Asian ancestry"), vep ARRAY<STRUCT<allele STRING OPTIONS(description="The ALT part of the annotation field."), Consequence STRING OPTIONS(description="Consequence type of this variant"), IMPACT STRING OPTIONS(description="The impact modifier for the consequence type"), SYMBOL STRING OPTIONS(description="The gene symbol"), Gene STRING OPTIONS(description="Ensembl stable ID of affected gene"), Feature_type STRING OPTIONS(description="Type of feature. Currently one of Transcript, RegulatoryFeature, MotifFeature."), Feature STRING OPTIONS(description="Ensembl stable ID of feature"), BIOTYPE STRING OPTIONS(description="Biotype of transcript or regulatory feature"), EXON STRING OPTIONS(description="The exon number (out of total number)"), INTRON STRING OPTIONS(description="The intron number (out of total number)"), empty STRING OPTIONS(description="")>> OPTIONS(description="List of vep annotations for this alternate.")>> OPTIONS(description="One record for each alternate base (if any)."),
  names ARRAY<STRING> OPTIONS(description="Variant names (e.g. RefSNP ID)."),
  quality FLOAT64 OPTIONS(description="Phred-scaled quality score (-10log10 prob(call is wrong)). Higher values imply better quality."),
  filter ARRAY<STRING> OPTIONS(description="List of failed filters (if any) or \"PASS\" indicating the variant has passed all filters."),
  call ARRAY<STRUCT<name STRING OPTIONS(description="Name of the call."), genotype ARRAY<INT64> OPTIONS(description="Genotype of the call. \"-1\" is used in cases where the genotype is not called."), phaseset STRING OPTIONS(description="Phaseset of the call (if any). \"*\" is used in cases where the genotype is phased, but no phase set (\"PS\" in FORMAT) was specified.")>> OPTIONS(description="One record for each call."),
  AN INT64 OPTIONS(description="Total number of alleles in samples"),
  non_par BOOL OPTIONS(description=""),
  lcr BOOL OPTIONS(description="Variant falls within a low complexity region"),
  variant_type STRING OPTIONS(description="Variant type (snv, indel, multi-snv, multi-indel, or mixed)"),
  ReadPosRankSum FLOAT64 OPTIONS(description="Z-score from Wilcoxon rank sum test of alternate vs. reference read position bias"),
  MQRankSum FLOAT64 OPTIONS(description="Z-score from Wilcoxon rank sum test of alternate vs. reference read mapping qualities"),
  RAW_MQ FLOAT64 OPTIONS(description=""),
  DP INT64 OPTIONS(description="Depth of informative coverage for each sample; reads with MQ=255 or with bad mates are filtered"),
  MQ_DP INT64 OPTIONS(description=""),
  VarDP INT64 OPTIONS(description=""),
  MQ FLOAT64 OPTIONS(description="Root mean square of the mapping quality of reads across all samples"),
  QD FLOAT64 OPTIONS(description="Variant call confidence normalized by depth of sample reads supporting a variant"),
  FS FLOAT64 OPTIONS(description="Phred-scaled p-value of Fisher's exact test for strand bias"),
  SB ARRAY<INT64> OPTIONS(description=""),
  InbreedingCoeff FLOAT64 OPTIONS(description="Inbreeding coefficient as estimated from the genotype likelihoods per-sample when compared against the Hardy-Weinberg expectation"),
  AS_VQSLOD FLOAT64 OPTIONS(description="Log-odds ratio of being a true variant versus being a false positive under the trained allele-specific VQSR Gaussian mixture model"),
  NEGATIVE_TRAIN_SITE BOOL OPTIONS(description="Variant was used to build the negative training set of low-quality variants for VQSR"),
  POSITIVE_TRAIN_SITE BOOL OPTIONS(description="Variant was used to build the positive training set of high-quality variants for VQSR"),
  culprit STRING OPTIONS(description="Worst-performing annotation in the VQSR Gaussian mixture model"),
  SOR FLOAT64 OPTIONS(description="Strand bias estimated by the symmetric odds ratio test"),
  AN_asj_female INT64 OPTIONS(description="Total number of alleles in female samples of Ashkenazi Jewish ancestry"),
  AN_eas_female INT64 OPTIONS(description="Total number of alleles in female samples of East Asian ancestry"),
  AN_afr_male INT64 OPTIONS(description="Total number of alleles in male samples of African-American/African ancestry"),
  AN_female INT64 OPTIONS(description="Total number of alleles in female samples"),
  AN_fin_male INT64 OPTIONS(description="Total number of alleles in male samples of Finnish ancestry"),
  AN_oth_female INT64 OPTIONS(description="Total number of alleles in female samples of Other ancestry"),
  AN_ami INT64 OPTIONS(description="Total number of alleles in samples of Amish ancestry"),
  AN_oth INT64 OPTIONS(description="Total number of alleles in samples of Other ancestry"),
  AN_male INT64 OPTIONS(description="Total number of alleles in male samples"),
  AN_ami_female INT64 OPTIONS(description="Total number of alleles in female samples of Amish ancestry"),
  AN_afr INT64 OPTIONS(description="Total number of alleles in samples of African-American/African ancestry"),
  AN_eas_male INT64 OPTIONS(description="Total number of alleles in male samples of East Asian ancestry"),
  AN_sas INT64 OPTIONS(description="Total number of alleles in samples of South Asian ancestry"),
  AN_nfe_female INT64 OPTIONS(description="Total number of alleles in female samples of Non-Finnish European ancestry"),
  AN_asj_male INT64 OPTIONS(description="Total number of alleles in male samples of Ashkenazi Jewish ancestry"),
  AN_raw INT64 OPTIONS(description="Total number of alleles in samples, before removing low-confidence genotypes"),
  AN_oth_male INT64 OPTIONS(description="Total number of alleles in male samples of Other ancestry"),
  AN_nfe_male INT64 OPTIONS(description="Total number of alleles in male samples of Non-Finnish European ancestry"),
  AN_asj INT64 OPTIONS(description="Total number of alleles in samples of Ashkenazi Jewish ancestry"),
  AN_amr_male INT64 OPTIONS(description="Total number of alleles in male samples of Latino ancestry"),
  AN_amr_female INT64 OPTIONS(description="Total number of alleles in female samples of Latino ancestry"),
  AN_sas_female INT64 OPTIONS(description="Total number of alleles in female samples of South Asian ancestry"),
  AN_fin INT64 OPTIONS(description="Total number of alleles in samples of Finnish ancestry"),
  AN_afr_female INT64 OPTIONS(description="Total number of alleles in female samples of African-American/African ancestry"),
  AN_sas_male INT64 OPTIONS(description="Total number of alleles in male samples of South Asian ancestry"),
  AN_amr INT64 OPTIONS(description="Total number of alleles in samples of Latino ancestry"),
  AN_nfe INT64 OPTIONS(description="Total number of alleles in samples of Non-Finnish European ancestry"),
  AN_eas INT64 OPTIONS(description="Total number of alleles in samples of East Asian ancestry"),
  AN_ami_male INT64 OPTIONS(description="Total number of alleles in male samples of Amish ancestry"),
  AN_fin_female INT64 OPTIONS(description="Total number of alleles in female samples of Finnish ancestry"),
  faf95_adj FLOAT64 OPTIONS(description=""),
  faf99_adj FLOAT64 OPTIONS(description="")
)
PARTITION BY RANGE_BUCKET(start_position, GENERATE_ARRAY(0, 57265680, 14320))
CLUSTER BY start_position, end_position;

INSERT INTO `bigquery-public-data.gnomAD.v3_genomes__chrY` (reference_name, start_position, end_position, reference_bases, alternate_bases, names, quality, filter, call, AN, non_par, lcr, variant_type, ReadPosRankSum, MQRankSum, RAW_MQ, DP, MQ_DP, VarDP, MQ, QD, FS, SB, InbreedingCoeff, AS_VQSLOD, NEGATIVE_TRAIN_SITE, POSITIVE_TRAIN_SITE, culprit, SOR, AN_asj_female, AN_eas_female, AN_afr_male, AN_female, AN_fin_male, AN_oth_female, AN_ami, AN_oth, AN_male, AN_ami_female, AN_afr, AN_eas_male, AN_sas, AN_nfe_female, AN_asj_male, AN_raw, AN_oth_male, AN_nfe_male, AN_asj, AN_amr_male, AN_amr_female, AN_sas_female, AN_fin, AN_afr_female, AN_sas_male, AN_amr, AN_nfe, AN_eas, AN_ami_male, AN_fin_female, faf95_adj, faf99_adj) VALUES ('chrY', 13194765, 13194766, 'A', '[{''alt'': ''G'', ''AC'': 13, ''AF'': 0.000414951, ''n_alt_alleles'': 1, ''AC_asj_female'': 0, ''AF_asj_female'': None, ''nhomalt_asj_female'': 0, ''AC_eas_female'': 0, ''AF_eas_female'': None, ''nhomalt_eas_female'': 0, ''AC_afr_male'': 13, ''AF_afr_male'': 0.00150795, ''nhomalt_afr_male'': 0, ''AC_female'': 0, ''AF_female'': None, ''nhomalt_female'': 0, ''AC_fin_male'': 0, ''AF_fin_male'': 0.0, ''nhomalt_fin_male'': 0, ''AC_oth_female'': 0, ''AF_oth_female'': None, ''nhomalt_oth_female'': 0, ''AC_ami'': 0, ''AF_ami'': 0.0, ''nhomalt_ami'': 0, ''AC_oth'': 0, ''AF_oth'': 0.0, ''nhomalt_oth'': 0, ''AC_male'': 13, ''AF_male'': 0.000414951, ''nhomalt_male'': 0, ''AC_ami_female'': 0, ''AF_ami_female'': None, ''nhomalt_ami_female'': 0, ''AC_afr'': 13, ''AF_afr'': 0.00150795, ''nhomalt_afr'': 0, ''AC_eas_male'': 0, ''AF_eas_male'': 0.0, ''nhomalt_eas_male'': 0, ''AC_sas'': 0, ''AF_sas'': 0.0, ''nhomalt_sas'': 0, ''AC_nfe_female'': 0, ''AF_nfe_female'': None, ''nhomalt_nfe_female'': 0, ''AC_asj_male'': 0, ''AF_asj_male'': 0.0, ''nhomalt_asj_male'': 0, ''AC_raw'': 16, ''AF_raw'': 0.000462374, ''nhomalt_raw'': 0, ''AC_oth_male'': 0, ''AF_oth_male'': 0.0, ''nhomalt_oth_male'': 0, ''AC_nfe_male'': 0, ''AF_nfe_male'': 0.0, ''nhomalt_nfe_male'': 0, ''AC_asj'': 0, ''AF_asj'': 0.0, ''nhomalt_asj'': 0, ''AC_amr_male'': 0, ''AF_amr_male'': 0.0, ''nhomalt_amr_male'': 0, ''nhomalt'': 0, ''AC_amr_female'': 0, ''AF_amr_female'': None, ''nhomalt_amr_female'': 0, ''AC_sas_female'': 0, ''AF_sas_female'': None, ''nhomalt_sas_female'': 0, ''AC_fin'': 0, ''AF_fin'': 0.0, ''nhomalt_fin'': 0, ''AC_afr_female'': 0, ''AF_afr_female'': None, ''nhomalt_afr_female'': 0, ''AC_sas_male'': 0, ''AF_sas_male'': 0.0, ''nhomalt_sas_male'': 0, ''AC_amr'': 0, ''AF_amr'': 0.0, ''nhomalt_amr'': 0, ''AC_nfe'': 0, ''AF_nfe'': 0.0, ''nhomalt_nfe'': 0, ''AC_eas'': 0, ''AF_eas'': 0.0, ''nhomalt_eas'': 0, ''AC_ami_male'': 0, ''AF_ami_male'': 0.0, ''nhomalt_ami_male'': 0, ''AC_fin_female'': 0, ''AF_fin_female'': None, ''nhomalt_fin_female'': 0, ''faf95_afr'': 0.00089189, ''faf99_afr'': 0.0008913, ''faf95_sas'': 0.0, ''faf99_sas'': 0.0, ''faf95_amr'': 0.0, ''faf99_amr'': 0.0, ''faf95_nfe'': 0.0, ''faf99_nfe'': 0.0, ''faf95_eas'': 0.0, ''faf99_eas'': 0.0, ''vep'': array([{''allele'': ''G'', ''Consequence'': ''intergenic_variant'', ''IMPACT'': ''MODIFIER'', ''SYMBOL'': None, ''Gene'': None, ''Feature_type'': ''Intergenic'', ''Feature'': None, ''BIOTYPE'': None, ''EXON'': None, ''INTRON'': None, ''empty'': None}],
       dtype=object)}                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                              ]', '[''rs966428091'']', 13315.0, '[''AS_VQSR'']', '[]', 31329, True, NULL, 'snv', nan, nan, 1522800.0, 419, 423, 419, 60.0, 31.778, nan, '[  0   0 192 227]', -0.000462588, -6.7756, True, NULL, 'AS_QD', 0.874, 0, 0, 8621, 0, 3400, 0, 212, 469, 31329, 0, 8621, 783, 997, 0, 741, 34604, 469, 12805, 741, 3301, 0, 0, 3400, 0, 997, 3301, 12805, 783, 212, 0, 0.00024527, 0.00024503), ('chrY', 13189711, 13189712, 'A', '[{''alt'': ''G'', ''AC'': 43, ''AF'': 0.00138437, ''n_alt_alleles'': 1, ''AC_asj_female'': 0, ''AF_asj_female'': None, ''nhomalt_asj_female'': 0, ''AC_eas_female'': 0, ''AF_eas_female'': None, ''nhomalt_eas_female'': 0, ''AC_afr_male'': 42, ''AF_afr_male'': 0.00493595, ''nhomalt_afr_male'': 0, ''AC_female'': 0, ''AF_female'': None, ''nhomalt_female'': 0, ''AC_fin_male'': 0, ''AF_fin_male'': 0.0, ''nhomalt_fin_male'': 0, ''AC_oth_female'': 0, ''AF_oth_female'': None, ''nhomalt_oth_female'': 0, ''AC_ami'': 0, ''AF_ami'': 0.0, ''nhomalt_ami'': 0, ''AC_oth'': 0, ''AF_oth'': 0.0, ''nhomalt_oth'': 0, ''AC_male'': 43, ''AF_male'': 0.00138437, ''nhomalt_male'': 0, ''AC_ami_female'': 0, ''AF_ami_female'': None, ''nhomalt_ami_female'': 0, ''AC_afr'': 42, ''AF_afr'': 0.00493595, ''nhomalt_afr'': 0, ''AC_eas_male'': 0, ''AF_eas_male'': 0.0, ''nhomalt_eas_male'': 0, ''AC_sas'': 0, ''AF_sas'': 0.0, ''nhomalt_sas'': 0, ''AC_nfe_female'': 0, ''AF_nfe_female'': None, ''nhomalt_nfe_female'': 0, ''AC_asj_male'': 0, ''AF_asj_male'': 0.0, ''nhomalt_asj_male'': 0, ''AC_raw'': 49, ''AF_raw'': 0.00141971, ''nhomalt_raw'': 0, ''AC_oth_male'': 0, ''AF_oth_male'': 0.0, ''nhomalt_oth_male'': 0, ''AC_nfe_male'': 0, ''AF_nfe_male'': 0.0, ''nhomalt_nfe_male'': 0, ''AC_asj'': 0, ''AF_asj'': 0.0, ''nhomalt_asj'': 0, ''AC_amr_male'': 1, ''AF_amr_male'': 0.00030012, ''nhomalt_amr_male'': 0, ''nhomalt'': 0, ''AC_amr_female'': 0, ''AF_amr_female'': None, ''nhomalt_amr_female'': 0, ''AC_sas_female'': 0, ''AF_sas_female'': None, ''nhomalt_sas_female'': 0, ''AC_fin'': 0, ''AF_fin'': 0.0, ''nhomalt_fin'': 0, ''AC_afr_female'': 0, ''AF_afr_female'': None, ''nhomalt_afr_female'': 0, ''AC_sas_male'': 0, ''AF_sas_male'': 0.0, ''nhomalt_sas_male'': 0, ''AC_amr'': 1, ''AF_amr'': 0.00030012, ''nhomalt_amr'': 0, ''AC_nfe'': 0, ''AF_nfe'': 0.0, ''nhomalt_nfe'': 0, ''AC_eas'': 0, ''AF_eas'': 0.0, ''nhomalt_eas'': 0, ''AC_ami_male'': 0, ''AF_ami_male'': 0.0, ''nhomalt_ami_male'': 0, ''AC_fin_female'': 0, ''AF_fin_female'': None, ''nhomalt_fin_female'': 0, ''faf95_afr'': 0.00375311, ''faf99_afr'': 0.00375286, ''faf95_sas'': 0.0, ''faf99_sas'': 0.0, ''faf95_amr'': 0.0, ''faf99_amr'': 0.0, ''faf95_nfe'': 0.0, ''faf99_nfe'': 0.0, ''faf95_eas'': 0.0, ''faf99_eas'': 0.0, ''vep'': array([{''allele'': ''G'', ''Consequence'': ''intergenic_variant'', ''IMPACT'': ''MODIFIER'', ''SYMBOL'': None, ''Gene'': None, ''Feature_type'': ''Intergenic'', ''Feature'': None, ''BIOTYPE'': None, ''EXON'': None, ''INTRON'': None, ''empty'': None}],
       dtype=object)}                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                             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                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                          ]', '[]', 11831.0, '[''AS_VQSR'']', '[]', 31405, True, NULL, 'snv', 0.474, 1.327, 1293990.0, 363, 363, 363, 59.7052, 32.5923, 0.0, '[  1   1 176 185]', -0.000694123, -7.3937, True, NULL, 'AS_MQ', 0.744, 0, 0, 8594, 0, 3430, 0, 210, 477, 31405, 0, 8594, 781, 979, 0, 747, 34600, 477, 12884, 747, 3303, 0, 0, 3430, 0, 979, 3303, 12884, 781, 210, 0, 0.00037024, 0.00037026), ('chrY', 13189994, 13189995, 'G', '[{''alt'': ''T'', ''AC'': 11, ''AF'': 0.000353561, ''n_alt_alleles'': 1, ''AC_asj_female'': 0, ''AF_asj_female'': None, ''nhomalt_asj_female'': 0, ''AC_eas_female'': 0, ''AF_eas_female'': None, ''nhomalt_eas_female'': 0, ''AC_afr_male'': 2, ''AF_afr_male'': 0.000235516, ''nhomalt_afr_male'': 0, ''AC_female'': 0, ''AF_female'': None, 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       dtype=object)}                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                           ]', '[''rs958922336'']', 14149.0, '[''AS_VQSR'']', '[]', 31112, True, NULL, 'snv', -0.747, 0.678, 1563990.0, 430, 436, 430, 59.8927, 32.9047, nan, '[  1   1 180 248]', -0.000347464, -8.7832, True, NULL, 'AS_QD', 1.062, 0, 0, 8492, 0, 3363, 0, 208, 474, 31112, 0, 8492, 778, 923, 0, 748, 34548, 474, 12802, 748, 3324, 0, 0, 3363, 0, 923, 3324, 12802, 778, 208, 0, 0.00019768, 0.0001976), ('chrY', 13199982, 13199983, 'G', '[{''alt'': ''A'', ''AC'': 107, ''AF'': 0.00342159, ''n_alt_alleles'': 1, ''AC_asj_female'': 0, ''AF_asj_female'': None, ''nhomalt_asj_female'': 0, ''AC_eas_female'': 0, ''AF_eas_female'': None, ''nhomalt_eas_female'': 0, ''AC_afr_male'': 95, ''AF_afr_male'': 0.0110917, ''nhomalt_afr_male'': 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       dtype=object)}                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                      ]', '[''rs529698819'']', 147538.0, '[''PASS'']', '[]', 31272, True, NULL, 'snv', -0.696, -0.624, 15979200.0, 4417, 4439, 4417, 59.9977, 33.4023, nan, '[   1    4 2149 2263]', -0.00392499, -4.6829, True, NULL, 'AS_QD', 0.163, 0, 0, 8565, 0, 3354, 0, 212, 478, 31272, 0, 8565, 776, 988, 0, 748, 34530, 478, 12819, 748, 3332, 0, 0, 3354, 0, 988, 3332, 12819, 776, 212, 0, 0.00289552, 0.00289599);