SAMEA7600818

EXTERNAL

Sample

Accession

SAMEA7600818

Alias

1H06

Sex

Female

Center

CNRS UMR 5288

Description

Ancient Human individual from the Late Neolithic Mont-Aimé-I hypogeum

Source publications

Y-DNA pathway

No haplogroup call for this sample.

mtDNA pathway U5a2b3

Called haplogroup is not yet placed in the tree.

Origin

Sequencing & coverage

No sequencing data available.

Sequence data & files

Instrument: Illumina NovaSeq 6000 · Layout: PAIRED · Reads: 37331896 · Read length: — · Date: 2021-01-13

File	Format	Size	Reference	Aligner	md5
ERR4863210_1.fastq.gz	FASTQ	1.2 GB	—	—	eaf7b1fdbaa5106f16356385db132176	Download
ERR4863210_2.fastq.gz	FASTQ	1.4 GB	—	—	0fd3c0eca4f9d8615286e0d4c78d8002	Download

Instrument: Illumina NovaSeq 6000 · Layout: PAIRED · Reads: 25569954 · Read length: — · Date: 2021-01-13

File	Format	Size	Reference	Aligner	md5
ERR4863209_1.fastq.gz	FASTQ	839.9 MB	—	—	3f1f4d781f19e6415e66312b2e26b39a	Download
ERR4863209_2.fastq.gz	FASTQ	991.8 MB	—	—	3ec9329a7166ffe3b12621c95f0bd647	Download

Instrument: Illumina MiniSeq · Layout: SINGLE · Reads: 675415 · Read length: — · Date: 2021-02-13

File	Format	Size	Reference	Aligner	md5
ERR5295741.fastq.gz	FASTQ	26.4 MB	—	—	3682db0cdb891e98c11df8c9afba1bf7	Download

Instrument: Illumina NovaSeq 6000 · Layout: SINGLE · Reads: 223462878 · Read length: — · Date: 2021-02-13

File	Format	Size	Reference	Aligner	md5
ERR5295742.fastq.gz	FASTQ	8.3 GB	—	—	d618bcf320e9904af2e2bc23f202112a	Download

Instrument: Illumina MiniSeq · Layout: PAIRED · Reads: 239852 · Read length: — · Date: 2021-01-13

File	Format	Size	Reference	Aligner	md5
ERR4863208_1.fastq.gz	FASTQ	5.6 MB	—	—	318d458f1eabfd18cc002cc80a304313	Download
ERR4863208_2.fastq.gz	FASTQ	5.8 MB	—	—	cfe84e83f32cc938f5304a6dea41cd12	Download

Instrument: Illumina NovaSeq 6000 · Layout: SINGLE · Reads: 274843627 · Read length: — · Date: 2021-02-13

File	Format	Size	Reference	Aligner	md5
ERR5295743.fastq.gz	FASTQ	10.2 GB	—	—	bf7c56f690fa66d78d7b04d062f50a1a	Download

Ancestry

No ancestry breakdown available.

Predicted phenotype and genetic-distance metrics are not yet available.