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chrom
string
start
uint32
ref
string
alt
string
id
string
row_idx
uint32
1
10,001
T
A
rs1570391677
0
1
10,001
T
C
rs1570391677
1
1
10,002
A
C
rs1570391692
2
1
10,003
A
C
rs1570391694
3
1
10,007
T
C
rs1639538116
4
1
10,007
T
G
rs1639538116
5
1
10,008
A
C
rs1570391698
6
1
10,008
A
G
rs1570391698
7
1
10,008
A
T
rs1570391698
8
1
10,009
A
C
rs1570391702
9
1
10,009
A
G
rs1570391702
10
1
10,013
T
C
rs1639538192
11
1
10,013
T
G
rs1639538192
12
1
10,013
TA
T
rs1639538231
13
1
10,014
A
C
rs1639538207
14
1
10,014
A
G
rs1639538207
15
1
10,014
A
T
rs1639538207
16
1
10,015
A
C
rs1570391706
17
1
10,015
A
G
rs1570391706
18
1
10,015
A
T
rs1570391706
19
1
10,016
C
T
rs1639541071
20
1
10,019
TA
T
rs775809821
21
1
10,020
A
C
rs1570391708
22
1
10,020
A
G
rs1570391708
23
1
10,020
A
T
rs1570391708
24
1
10,021
A
C
rs1570391710
25
1
10,021
A
G
rs1570391710
26
1
10,022
C
A
rs1639541672
27
1
10,022
C
G
rs1639541672
28
1
10,023
C
T
rs1639541720
29
1
10,024
C
CT
rs1639541758
30
1
10,025
T
A
rs1639541744
31
1
10,026
A
C
rs1570391712
32
1
10,026
A
T
rs1570391712
33
1
10,027
A
C
rs1570391716
34
1
10,027
A
G
rs1570391716
35
1
10,027
A
T
rs1570391716
36
1
10,028
C
G
rs1639542057
37
1
10,028
C
T
rs1639542057
38
1
10,029
C
G
rs1639542078
39
1
10,029
C
T
rs1639542078
40
1
10,031
T
C
rs1639542312
41
1
10,031
T
G
rs1639542312
42
1
10,031
TA
T
rs1639542364
43
1
10,032
A
C
rs1570391720
44
1
10,032
A
G
rs1570391720
45
1
10,032
A
T
rs1570391720
46
1
10,033
A
C
rs1570391722
47
1
10,033
A
G
rs1570391722
48
1
10,036
CT
C
rs1639542429
49
1
10,037
T
C
rs1639542418
50
1
10,038
A
C
rs1639542451
51
1
10,038
A
T
rs1639542451
52
1
10,039
A
C
rs978760828
53
1
10,039
A
G
rs978760828
54
1
10,039
A
AC
rs1639542564
55
1
10,040
C
G
rs1639542499
56
1
10,041
C
T
rs1639543024
57
1
10,042
C
CT
rs1639543135
58
1
10,043
T
A
rs1008829651
59
1
10,043
T
C
rs1008829651
60
1
10,044
A
C
rs1639543152
61
1
10,044
A
G
rs1639543152
62
1
10,044
A
T
rs1639543152
63
1
10,045
A
C
rs1570391729
64
1
10,045
A
G
rs1570391729
65
1
10,045
A
AC
rs1639543279
66
1
10,047
C
T
rs1639543364
67
1
10,049
T
C
rs1639543533
68
1
10,049
TA
T
rs1639543682
69
1
10,050
A
C
rs1639543555
70
1
10,050
A
G
rs1639543555
71
1
10,050
A
T
rs1639543555
72
1
10,051
A
C
rs1052373574
73
1
10,051
A
G
rs1052373574
74
1
10,051
A
AC
rs1326880612
75
1
10,053
C
G
rs1639543753
76
1
10,054
C
CT
rs1639543798
77
1
10,054
CT
C
rs1639543820
78
1
10,055
TA
T
rs768019142
79
1
10,055
TA
TAA
rs768019142
80
1
10,055
T
A
rs892501864
81
1
10,055
T
C
rs892501864
82
1
10,056
A
C
rs1570391738
83
1
10,056
A
G
rs1570391738
84
1
10,057
A
C
rs1570391741
85
1
10,057
A
G
rs1570391741
86
1
10,057
A
AC
rs1639544026
87
1
10,059
C
G
rs1570391745
88
1
10,060
C
CT
rs1639544146
89
1
10,060
CT
C
rs1639544159
90
1
10,063
A
C
rs1010989343
91
1
10,063
A
G
rs1010989343
92
1
10,067
T
TAACCCTAACCCTAACCCTAACCCTAACCCTAACCCTAACCC
rs1489251879
93
1
10,067
T
C
rs1639545042
94
1
10,067
TA
T
rs1639545104
95
1
10,068
A
T
rs1639545079
96
1
10,069
A
C
rs1570391755
97
1
10,069
A
G
rs1570391755
98
1
10,069
A
AC
rs1639545200
99
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Ensembl variation, split parquet

dbSNP variants for GRCh38 with Ensembl VEP annotations, converted from the Ensembl variation VCF (variation.vcf.gz, release directory 2026_07_13) into parquet tables that DuckDB joins on demand. Release id: ensembl-variation-2026_07_13-vep116.0.

Built by prepare-annotations for just-dna-lite.

Layout

  • data/homo_sapiens-chr{N}.parquet: the core, one row per ALT allele: chrom, start, ref, alt, id, row_idx. Positions are 1-based VCF POS; REF and ALT are spelled as in the VCF. Same file names and column names as the earlier just-dna-seq/ensembl_variations cache, which pipe-joined multi-allelic ALTs into one row; here each ALT has its own row.
  • groups/{group}/homo_sapiens-chr{N}.parquet: sidecar columns keyed by (chrom, row_idx). Sidecars are sparse: an allele with no value in a group has no row there.
  • manifest.json: release id, sources, and every file with its row count, size and SHA-256.

row_idx is valid only within one release. Never join files whose manifest.json release_id differs.

Group Default Rows Size Content Columns
core yes 1,391,478,689 14.54 GB Alleles and rsIDs chrom, start, ref, alt, id, row_idx
consequence yes 1,391,478,685 4.14 GB Most severe transcript consequence per allele (by IMPACT, protein-coding first) variant_class, consequence, impact, gene_symbol, gene_id, transcript_id, biotype, exon, intron, hgvsc, hgvsp, amino_acids, protein_position, sift, polyphen
clinical yes 269,631,208 0.93 GB ClinVar significance, PubMed ids and phenotypes Ensembl attaches to the variant clin_sig, somatic, pheno, pubmed, phenotypes, var_synonyms
predictors yes 486,820,688 1.63 GB REVEL, SpliceAI, AlphaMissense, ClinPred and MaveDB (maximum over transcripts) revel, spliceai_ds_ag, spliceai_ds_al, spliceai_ds_dg, spliceai_ds_dl, alphamissense_score, alphamissense_class, clinpred, mavedb_score, mavedb_urn
cadd optional 1,323,076,840 10.41 GB CADD v1.7 scores cadd_phred, cadd_raw
frequency yes 1,359,614,704 7.36 GB Global allele frequencies: gnomAD v4.1 exomes and genomes, 1000 Genomes phase 3 af_gnomad_exomes, af_gnomad_genomes, af_1kg, ancestral_allele
frequency_populations optional 755,450,474 8.16 GB Per-population allele frequencies: gnomAD v4.1 exomes and genomes, 1000 Genomes af_gnomad_exomes_afr, af_gnomad_exomes_amr, af_gnomad_exomes_asj, af_gnomad_exomes_eas, af_gnomad_exomes_fin, af_gnomad_exomes_mid, af_gnomad_exomes_nfe, af_gnomad_exomes_remaining, af_gnomad_exomes_sas, af_gnomad_genomes_ami, af_gnomad_genomes_afr, af_gnomad_genomes_amr, af_gnomad_genomes_asj, af_gnomad_genomes_eas, af_gnomad_genomes_fin, af_gnomad_genomes_mid, af_gnomad_genomes_nfe, af_gnomad_genomes_remaining, af_gnomad_genomes_sas, af_1kg_afr, af_1kg_amr, af_1kg_eas, af_1kg_eur, af_1kg_sas
transcripts optional 2,757,116,851 4.32 GB Every GENCODE primary transcript consequence of each allele consequence, impact, gene_symbol, gene_id, transcript_id, biotype, exon, intron, hgvsc, hgvsp, amino_acids, protein_position, sift, polyphen, distance, strand

Querying

Match a sample to the core first, then join only the sidecars you need on (chrom, row_idx):

WITH m AS (
  SELECT v.*, c.row_idx, c.id
  FROM read_parquet('sample.parquet') v
  LEFT JOIN read_parquet('data/*.parquet') c USING (chrom, start, ref, alt)
)
SELECT m.*, k.* EXCLUDE (chrom, row_idx)
FROM m LEFT JOIN read_parquet('groups/consequence/*.parquet') k USING (chrom, row_idx);

Sources and licences

  • VEP: ##VEP="v116.0" API="v116" time="2026-06-15 16:58:35" cache="/nfs/production/flicek/ensembl/variation/new_website/run_setup/outputs/tmp/homo_sapiens/116_GRCh38" ensembl=116.c0cf13d ensembl-compara=116.46f80af ensembl-funcgen=116.90049ea ensembl-io=116.6afb5dc ensembl-variation=116.2fb834b 1000genomes="phase3" COSMIC="102" ClinVar="202509" HGMD-PUBLIC="20204" assembly="GRCh38.p14" dbSNP="156" gencode="GENCODE 50" genebuild="GENCODE50" gnomADe="v4.1" gnomADg="v4.1" polyphen="2.2.3" regbuild="1.0" sift="6.2.1"
  • CADD: free for non-commercial use only (https://cadd.gs.washington.edu/)
  • Ensembl data: no restrictions (https://www.ensembl.org/info/about/legal/)

The cadd group carries CADD scores, which are free for non-commercial use only; it is a separate group so that commercial users can leave it out.

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