{
"@context": "/terms/",
"@id": "/auxiliary-sets/IGVFDS2650GXKT/",
"@type": [
"AuxiliarySet",
"FileSet",
"Item"
],
"accession": "IGVFDS2650GXKT",
"aliases": [
"jesse-engreitz:auxiliary_NOS3_CRISPRi_FF_R2_FFrep1_binB_PCR1_S130"
],
"audit": {
"INTERNAL_ACTION": [
{
"category": "NTR term ID",
"detail": "Sample term for [NTR_0000753](/sample-terms/NTR_0000753/) has been newly requested. Ontology terms with a newly requested term ID are expected to have it updated following its addition to the appropriate ontology database.",
"level": 30,
"level_name": "INTERNAL_ACTION",
"name": "audit_ntr_term_id",
"path": "/sample-terms/NTR_0000753/"
}
],
"NOT_COMPLIANT": [
{
"category": "missing sequence specification",
"detail": "Auxiliary set [IGVFDS2650GXKT](/auxiliary-sets/IGVFDS2650GXKT/) has sequence file(s): [IGVFFI5364UROY](/sequence-files/IGVFFI5364UROY/), [IGVFFI4255IJFE](/sequence-files/IGVFFI4255IJFE/), [IGVFFI7762PQEN](/sequence-files/IGVFFI7762PQEN/) which do not have any `seqspecs`. Sequence files in a file set are expected to link to a sequence specification file.",
"level": 50,
"level_name": "NOT_COMPLIANT",
"name": "audit_missing_seqspec",
"path": "/auxiliary-sets/IGVFDS2650GXKT/"
}
]
},
"award": {
"@id": "/awards/HG011989/",
"component": "functional characterization",
"contact_pi": {
"@id": "/users/dadf375d-2b5b-4654-9641-b0735026c6f5/",
"title": "Marc Vidal"
},
"title": "Molecular phenotyping of ~100,000 coding variants across Mendelian disease genes"
},
"control_for": [],
"creation_timestamp": "2024-04-15T22:47:18.550206+00:00",
"donors": [
{
"@id": "/human-donors/IGVFDO3459DFTW/",
"accession": "IGVFDO3459DFTW",
"aliases": [
"igvf:donor_of_teloHAEC"
],
"sex": "female",
"status": "released",
"taxa": "Homo sapiens"
}
],
"file_set_type": "gRNA sequencing",
"files": [
{
"@id": "/sequence-files/IGVFFI5364UROY/",
"accession": "IGVFFI5364UROY",
"content_type": "reads",
"creation_timestamp": "2024-04-16T22:01:48.376087+00:00",
"file_format": "fastq",
"file_size": 5102982,
"href": "/sequence-files/IGVFFI5364UROY/@@download/IGVFFI5364UROY.fastq.gz",
"s3_uri": "s3://igvf-files/2024/04/16/370890d4-5f15-43e8-917a-9e591a2d4def/IGVFFI5364UROY.fastq.gz",
"sequencing_platform": "/platform-terms/EFO_0004205/",
"submitted_file_name": "/Desktop/NOS3/NOS3_CRISPRi_FlowFISH/231215S023-TeloHAEC-P219-Amp_NOS3-BioRep2-FFrep1-BinB-PCRrep1_S130_I1_001.fastq.gz",
"upload_status": "validated"
},
{
"@id": "/sequence-files/IGVFFI4255IJFE/",
"accession": "IGVFFI4255IJFE",
"content_type": "reads",
"creation_timestamp": "2024-04-16T22:01:49.902701+00:00",
"file_format": "fastq",
"file_size": 4973825,
"href": "/sequence-files/IGVFFI4255IJFE/@@download/IGVFFI4255IJFE.fastq.gz",
"s3_uri": "s3://igvf-files/2024/04/16/60246c39-2920-46fa-8a46-502bc9d39be5/IGVFFI4255IJFE.fastq.gz",
"sequencing_platform": "/platform-terms/EFO_0004205/",
"submitted_file_name": "/Desktop/NOS3/NOS3_CRISPRi_FlowFISH/231215S023-TeloHAEC-P219-Amp_NOS3-BioRep2-FFrep1-BinB-PCRrep1_S130_I2_001.fastq.gz",
"upload_status": "validated"
},
{
"@id": "/sequence-files/IGVFFI7762PQEN/",
"accession": "IGVFFI7762PQEN",
"content_type": "reads",
"creation_timestamp": "2024-04-16T22:01:51.340997+00:00",
"file_format": "fastq",
"file_size": 13806148,
"href": "/sequence-files/IGVFFI7762PQEN/@@download/IGVFFI7762PQEN.fastq.gz",
"s3_uri": "s3://igvf-files/2024/04/16/c87f5acb-84ac-4dec-b528-f94d917d85f7/IGVFFI7762PQEN.fastq.gz",
"sequencing_platform": "/platform-terms/EFO_0004205/",
"submitted_file_name": "/Desktop/NOS3/NOS3_CRISPRi_FlowFISH/231215S023-TeloHAEC-P219-Amp_NOS3-BioRep2-FFrep1-BinB-PCRrep1_S130_R1_001.fastq.gz",
"upload_status": "validated"
}
],
"input_file_set_for": [
"/analysis-sets/IGVFDS7917YHKA/"
],
"lab": {
"@id": "/labs/jesse-engreitz/",
"title": "Jesse Engreitz, Stanford"
},
"measurement_sets": [
{
"@id": "/measurement-sets/IGVFDS8595EJEX/",
"accession": "IGVFDS8595EJEX",
"aliases": [
"jesse-engreitz:measurement_NOS3_CRISPRi_FF_R2_FFrep1_binB_PCR1_S130"
],
"preferred_assay_title": "CRISPR FlowFISH screen"
}
],
"release_timestamp": "2024-06-22T00:26:59.828663+00:00",
"samples": [
{
"@id": "/in-vitro-systems/IGVFSM7992INYA/",
"@type": [
"InVitroSystem",
"Biosample",
"Sample",
"Item"
],
"accession": "IGVFSM7992INYA",
"aliases": [
"jesse-engreitz:in-vitro-system_NOS3_CRISPRi_FF_R2_FFrep1_binB_PCR1_S130"
],
"classifications": [
"cell line"
],
"construct_library_sets": [
"/construct-library-sets/IGVFDS8953DFJK/"
],
"modifications": [
"/crispr-modifications/b4bc725a-8eeb-4180-9789-bece3516c0c1/"
],
"sample_terms": [
{
"@id": "/sample-terms/NTR_0000753/",
"@type": [
"SampleTerm",
"OntologyTerm",
"Item"
],
"aliases": [
"igvf:TeloHAEC"
],
"status": "released",
"summary": "TeloHAEC",
"term_name": "TeloHAEC"
}
],
"status": "released",
"summary": "TeloHAEC cell line, female, Homo sapiens (sorting details: FACS bin B for 26-50% expression of NOS3) modified with a guide library",
"taxa": "Homo sapiens"
}
],
"schema_version": "11",
"status": "released",
"submitted_by": {
"@id": "/users/3bd6f74c-8cf3-4c35-a94d-0c7c11654815/",
"title": "Chongyon Park"
},
"submitted_files_timestamp": "2024-04-16T22:01:48.376087+00:00",
"summary": "gRNA sequencing for CRISPR interference FlowFISH screen integrating a guide (sgRNA) library targeting sequence variants, transcription start sites in NOS3",
"uuid": "ea7e84b1-3a28-4476-bb85-bdda912f455b"
}