text: Southern Cross University

text: live

text: Plant

text: Southern Cross University, Military Road, East Lismore NSW 248

text: Julia Voelker

text: mature

text: Coastal

characteristic: ecotype

text: Australia:Lismore

text: Melaleuca alternifolia

text: genetic resource collection at SCU

characteristic: population

text: leaf

text: Plant sample from Melaleuca alternifolia


status: PUBLIC

characteristic: External Id

text: Southern Cross University

characteristic: INSDC center name

characteristic: INSDC first public

characteristic: INSDC last update

characteristic: INSDC secondary accession

text: live

characteristic: INSDC status

text: Plant

characteristic: NCBI submission model

characteristic: NCBI submission package

characteristic: SRA accession

tag: attribute

text: Julia Voelker

text: mature

text: Upland

text: Australia:Lismore

characteristic: isolate

text: Melaleuca alternifolia

characteristic: organism

text: genetic resource collection at SCU

text: leaf

characteristic: tissue

characteristic: title


Anthoceros agrestis

text: Boyce Thompson Institute

text: live

text: Plant

text: Sequence data associated with genome assembly and annotation for Anthoceros agrestis 'Oxford'. Plants were propagated clonally in axenic cultures. Non-reproductive, haploid whole plant tissue was sampled.

characteristic: description

text: Non-reproductive

text: United Kingdom: Oxford

text: Oxford

text: Anthoceros agrestis

text: Axenic culture

text: hermaphrodite

characteristic: sex

text: Whole plant, non-reproductive

text: Anthoceros agrestis 'Oxford' from axenic culture, non-reproductive


text: Servicio Antimicrobianos, INEI-ANLIS "Dr. Carlos G. Malbran"

text: live

text: Microbe, viral or environmental

text: Argentina

text: Homo sapiens

characteristic: host

text: abdominal fluid

text: Klebsiella pneumoniae

text: Cell culture

characteristic: strain

text: Microbe sample from Klebsiella pneumoniae


characteristic: External Id

text: Washington University

text: live

text: Model organism or animal

text: not applicable

characteristic: age

text: David Queller and Joan Strassmann Research Group, Washington University, 1 Brookings Drive, St. Louis, MO 63130

text: not applicable

characteristic: breed

text: Vegetative amobae

text: not applicable

text: not applicable

characteristic: cultivar

text: AX4 Ancestor that was used to generate the 24 replicate lines for experimental evolution under conditions of low-relatedness as described in: Kuzdzal-Fick, J. J., Fox, S. A., Strassmann, J. E., & Queller, D. C. (2011). High relatedness is necessary and sufficient to maintain multicellularity in Dictyostelium. Science, 334(6062), 1548-1551. Genome sequencing of these samples is later described in: Walker et al. 2023

text: Vegetative stage

text: not applicable

characteristic: ecotype

text: not applicable

text: not applicable

text: Dictyostelium discoideum

text: not applicable

text: not applicable

text: Model organism or animal sample from Dictyostelium discoideum

text: Control, unevolved

characteristic: treatment


text: Washington University

characteristic: INSDC center name

characteristic: INSDC first public

characteristic: INSDC last update

characteristic: INSDC secondary accession

text: live

characteristic: INSDC status

text: Model organism or animal

characteristic: NCBI submission model

text: not applicable

text: not applicable

text: not applicable

text: not applicable

text: Replicate line ( JKF1 ) experimentally evolved under conditions of low-relatedness as described in: Kuzdzal-Fick, J. J., Fox, S. A., Strassmann, J. E., & Queller, D. C. (2011). High relatedness is necessary and sufficient to maintain multicellularity in Dictyostelium. Science, 334(6062), 1548-1551. Genome sequencing of these samples is later described in: Walker et al. 2023

text: Vegetative stage

text: not applicable

text: not applicable

text: not applicable

text: Dictyostelium discoideum

text: Evolved Line

text: not applicable

text: not applicable

text: Evolved under low-relatedness


text: Washington University

text: live

text: Model organism or animal

characteristic: NCBI submission package

characteristic: SRA accession

text: not applicable

text: not applicable

text: not applicable

text: not applicable

text: Non-fruiting clone (JKF1_NF-2) isolated from replicate line JKF1 experimentally evolved under conditions of low-relatedness as described in: Kuzdzal-Fick, J. J., Fox, S. A., Strassmann, J. E., & Queller, D. C. (2011). High relatedness is necessary and sufficient to maintain multicellularity in Dictyostelium. Science, 334(6062), 1548-1551. Genome sequencing of these samples is later described in: Walker et al. 2023

text: Vegetative stage

text: not applicable

text: not applicable

text: not applicable

characteristic: isolate

text: Dictyostelium discoideum

characteristic: organism

text: Non-fruiting clone

characteristic: phenotype

text: Non-fruiting clone from the evolved line

text: not applicable

text: not applicable

characteristic: tissue

characteristic: title

text: Evolved under low-relatedness


characteristic: External Id

text: Washington University

text: live

text: Model organism or animal

text: not applicable

characteristic: age

text: not applicable

characteristic: breed

text: not applicable

text: not applicable

text: Replicate line ( JKF10 ) experimentally evolved under conditions of low-relatedness as described in: Kuzdzal-Fick, J. J., Fox, S. A., Strassmann, J. E., & Queller, D. C. (2011). High relatedness is necessary and sufficient to maintain multicellularity in Dictyostelium. Science, 334(6062), 1548-1551. Genome sequencing of these samples is later described in: Walker et al. 2024

characteristic: description

text: Vegetative stage

text: not applicable

text: not applicable

text: not applicable

text: Dictyostelium discoideum

text: Evolved Line

text: not applicable

characteristic: sex

characteristic: strain

text: not applicable

text: Evolved under low-relatedness


text: Washington University

characteristic: INSDC center name

characteristic: INSDC first public

characteristic: INSDC last update

text: live

text: Model organism or animal

text: not applicable

text: not applicable

text: not applicable

text: not applicable

characteristic: cultivar

text: Non-fruiting clone (JKF10_NF-3) isolated from replicate line JKF10 experimentally evolved under conditions of low-relatedness as described in: Kuzdzal-Fick, J. J., Fox, S. A., Strassmann, J. E., & Queller, D. C. (2011). High relatedness is necessary and sufficient to maintain multicellularity in Dictyostelium. Science, 334(6062), 1548-1551. Genome sequencing of these samples is later described in: Walker et al. 2023

text: Vegetative stage

text: not applicable

characteristic: ecotype

text: not applicable

text: not applicable

text: Dictyostelium discoideum

text: Non-fruiting clone

text: not applicable

text: not applicable

text: Evolved under low-relatedness

characteristic: treatment


text: Washington University

characteristic: INSDC secondary accession

text: live

characteristic: INSDC status

text: Model organism or animal

characteristic: NCBI submission model

characteristic: NCBI submission package

characteristic: SRA accession

text: not applicable

text: not applicable

text: not applicable

text: not applicable

text: Replicate line ( JKF11 ) experimentally evolved under conditions of low-relatedness as described in: Kuzdzal-Fick, J. J., Fox, S. A., Strassmann, J. E., & Queller, D. C. (2011). High relatedness is necessary and sufficient to maintain multicellularity in Dictyostelium. Science, 334(6062), 1548-1551. Genome sequencing of these samples is later described in: Walker et al. 2025

text: Vegetative stage

text: not applicable

text: not applicable

text: not applicable

characteristic: isolate

text: Dictyostelium discoideum

text: Evolved Line

text: not applicable

text: not applicable

text: Evolved under low-relatedness


characteristic: External Id

text: Washington University

text: live

text: Model organism or animal

text: not applicable

characteristic: age

text: not applicable

text: not applicable

text: not applicable

text: Non-fruiting clone (JKF11_NF-1) isolated from replicate line JKF11 experimentally evolved under conditions of low-relatedness as described in: Kuzdzal-Fick, J. J., Fox, S. A., Strassmann, J. E., & Queller, D. C. (2011). High relatedness is necessary and sufficient to maintain multicellularity in Dictyostelium. Science, 334(6062), 1548-1551. Genome sequencing of these samples is later described in: Walker et al. 2023

text: Vegetative stage

text: not applicable

text: not applicable

text: not applicable

text: Dictyostelium discoideum

characteristic: organism

text: Non-fruiting clone

characteristic: phenotype

text: not applicable

text: not applicable

characteristic: tissue

characteristic: title

text: Evolved under low-relatedness


text: Washington University

characteristic: INSDC center name

characteristic: INSDC first public

text: live

text: Model organism or animal

text: not applicable

text: not applicable

characteristic: breed

text: not applicable

text: not applicable

text: Replicate line ( JKF12 ) experimentally evolved under conditions of low-relatedness as described in: Kuzdzal-Fick, J. J., Fox, S. A., Strassmann, J. E., & Queller, D. C. (2011). High relatedness is necessary and sufficient to maintain multicellularity in Dictyostelium. Science, 334(6062), 1548-1551. Genome sequencing of these samples is later described in: Walker et al. 2026

characteristic: description

text: Vegetative stage

text: not applicable

text: not applicable

text: not applicable

text: Dictyostelium discoideum

text: Evolved Line

text: not applicable

characteristic: sex

characteristic: strain

text: not applicable

text: Evolved under low-relatedness


text: Washington University

characteristic: INSDC last update

characteristic: INSDC secondary accession

text: live

characteristic: INSDC status

text: Model organism or animal

text: not applicable

text: not applicable

text: not applicable

text: not applicable

characteristic: cultivar

text: Non-fruiting clone (JKF12_NF-1) isolated from replicate line JKF12 experimentally evolved under conditions of low-relatedness as described in: Kuzdzal-Fick, J. J., Fox, S. A., Strassmann, J. E., & Queller, D. C. (2011). High relatedness is necessary and sufficient to maintain multicellularity in Dictyostelium. Science, 334(6062), 1548-1551. Genome sequencing of these samples is later described in: Walker et al. 2023

text: Vegetative stage

text: not applicable

characteristic: ecotype

text: not applicable

text: not applicable

text: Dictyostelium discoideum

text: Non-fruiting clone

text: not applicable

text: not applicable

text: Evolved under low-relatedness

characteristic: treatment


characteristic: External Id

text: Washington University

text: live

text: Model organism or animal

characteristic: NCBI submission model

characteristic: NCBI submission package

characteristic: SRA accession

text: not applicable

characteristic: age

text: not applicable

text: not applicable

text: not applicable

text: Replicate line ( JKF13 ) experimentally evolved under conditions of low-relatedness as described in: Kuzdzal-Fick, J. J., Fox, S. A., Strassmann, J. E., & Queller, D. C. (2011). High relatedness is necessary and sufficient to maintain multicellularity in Dictyostelium. Science, 334(6062), 1548-1551. Genome sequencing of these samples is later described in: Walker et al. 2027

text: Vegetative stage

text: not applicable

text: not applicable

text: not applicable

characteristic: isolate

text: Dictyostelium discoideum

text: Evolved Line

text: not applicable

text: not applicable

text: Evolved under low-relatedness


text: Washington University

characteristic: INSDC center name

characteristic: INSDC first public

text: live

text: Model organism or animal

text: not applicable

text: not applicable

text: not applicable

text: not applicable

text: Non-fruiting clone (JKF13_NF-2) isolated from replicate line JKF13 experimentally evolved under conditions of low-relatedness as described in: Kuzdzal-Fick, J. J., Fox, S. A., Strassmann, J. E., & Queller, D. C. (2011). High relatedness is necessary and sufficient to maintain multicellularity in Dictyostelium. Science, 334(6062), 1548-1551. Genome sequencing of these samples is later described in: Walker et al. 2023

text: Vegetative stage

text: not applicable

text: not applicable

text: not applicable

text: Dictyostelium discoideum

characteristic: organism

text: Non-fruiting clone

characteristic: phenotype

text: not applicable

text: not applicable

characteristic: tissue

characteristic: title

text: Evolved under low-relatedness


text: Washington University

characteristic: INSDC last update

characteristic: INSDC secondary accession

text: live

text: Model organism or animal

text: not applicable

text: not applicable

characteristic: breed

text: not applicable

text: not applicable

text: Replicate line ( JKF14 ) experimentally evolved under conditions of low-relatedness as described in: Kuzdzal-Fick, J. J., Fox, S. A., Strassmann, J. E., & Queller, D. C. (2011). High relatedness is necessary and sufficient to maintain multicellularity in Dictyostelium. Science, 334(6062), 1548-1551. Genome sequencing of these samples is later described in: Walker et al. 2028

characteristic: description

text: Vegetative stage

text: not applicable

text: not applicable

text: not applicable

text: Dictyostelium discoideum

text: Evolved Line

text: not applicable

characteristic: sex

characteristic: strain

text: not applicable

text: Evolved under low-relatedness


characteristic: External Id

text: Washington University

text: live

characteristic: INSDC status

text: Model organism or animal

characteristic: NCBI submission model

text: not applicable

text: not applicable

text: not applicable

text: not applicable

characteristic: cultivar

text: Non-fruiting clone (JKF14_NF-3) isolated from replicate line JKF14 experimentally evolved under conditions of low-relatedness as described in: Kuzdzal-Fick, J. J., Fox, S. A., Strassmann, J. E., & Queller, D. C. (2011). High relatedness is necessary and sufficient to maintain multicellularity in Dictyostelium. Science, 334(6062), 1548-1551. Genome sequencing of these samples is later described in: Walker et al. 2023

text: Vegetative stage

text: not applicable

characteristic: ecotype

text: not applicable

text: not applicable

text: Dictyostelium discoideum

text: Non-fruiting clone

text: not applicable

text: not applicable

text: Evolved under low-relatedness

characteristic: treatment


text: Washington University

characteristic: INSDC center name

characteristic: INSDC first public

text: live

text: Model organism or animal

characteristic: NCBI submission package

characteristic: SRA accession

text: not applicable

characteristic: age

text: not applicable

text: not applicable

text: not applicable

text: Replicate line ( JKF15 ) experimentally evolved under conditions of low-relatedness as described in: Kuzdzal-Fick, J. J., Fox, S. A., Strassmann, J. E., & Queller, D. C. (2011). High relatedness is necessary and sufficient to maintain multicellularity in Dictyostelium. Science, 334(6062), 1548-1551. Genome sequencing of these samples is later described in: Walker et al. 2029

text: Vegetative stage

text: not applicable

text: not applicable

text: not applicable

characteristic: isolate

text: Dictyostelium discoideum

text: Evolved Line

text: not applicable

text: not applicable

text: Evolved under low-relatedness


text: Washington University

characteristic: INSDC last update

characteristic: INSDC secondary accession

text: live

text: Model organism or animal

text: not applicable

text: not applicable

text: not applicable

text: not applicable

text: Non-fruiting clone (JKF15_NF-1) isolated from replicate line JKF15 experimentally evolved under conditions of low-relatedness as described in: Kuzdzal-Fick, J. J., Fox, S. A., Strassmann, J. E., & Queller, D. C. (2011). High relatedness is necessary and sufficient to maintain multicellularity in Dictyostelium. Science, 334(6062), 1548-1551. Genome sequencing of these samples is later described in: Walker et al. 2023

text: Vegetative stage

text: not applicable

text: not applicable

text: not applicable

text: Dictyostelium discoideum

characteristic: organism

text: Non-fruiting clone

characteristic: phenotype

text: not applicable

text: not applicable

characteristic: tissue

characteristic: title

text: Evolved under low-relatedness


characteristic: External Id

text: Washington University

text: live

characteristic: INSDC status

text: Model organism or animal

text: not applicable

text: not applicable

characteristic: breed

text: not applicable

text: not applicable

text: Replicate line ( JKF16 ) experimentally evolved under conditions of low-relatedness as described in: Kuzdzal-Fick, J. J., Fox, S. A., Strassmann, J. E., & Queller, D. C. (2011). High relatedness is necessary and sufficient to maintain multicellularity in Dictyostelium. Science, 334(6062), 1548-1551. Genome sequencing of these samples is later described in: Walker et al. 2030

characteristic: description

text: Vegetative stage

text: not applicable

text: not applicable

text: not applicable

text: Dictyostelium discoideum

text: Evolved Line

text: not applicable

characteristic: sex

characteristic: strain

text: not applicable

text: Evolved under low-relatedness


text: Washington University

characteristic: INSDC center name

characteristic: INSDC first public

text: live

text: Model organism or animal

characteristic: NCBI submission model

text: not applicable

text: not applicable

text: not applicable

text: not applicable

characteristic: cultivar

text: Non-fruiting clone (JKF16_NF-2) isolated from replicate line JKF16 experimentally evolved under conditions of low-relatedness as described in: Kuzdzal-Fick, J. J., Fox, S. A., Strassmann, J. E., & Queller, D. C. (2011). High relatedness is necessary and sufficient to maintain multicellularity in Dictyostelium. Science, 334(6062), 1548-1551. Genome sequencing of these samples is later described in: Walker et al. 2023

text: Vegetative stage

text: not applicable

characteristic: ecotype

text: not applicable

text: not applicable

text: Dictyostelium discoideum

text: Non-fruiting clone

text: not applicable

text: not applicable

text: Model organism or animal sample from Dictyostelium discoideum

text: Evolved under low-relatedness

characteristic: treatment


text: Washington University

characteristic: INSDC last update

characteristic: INSDC secondary accession

text: live

text: Model organism or animal

characteristic: NCBI submission package

characteristic: SRA accession

text: not applicable

characteristic: age

text: not applicable

text: not applicable

text: not applicable

text: Replicate line ( JKF17 ) experimentally evolved under conditions of low-relatedness as described in: Kuzdzal-Fick, J. J., Fox, S. A., Strassmann, J. E., & Queller, D. C. (2011). High relatedness is necessary and sufficient to maintain multicellularity in Dictyostelium. Science, 334(6062), 1548-1551. Genome sequencing of these samples is later described in: Walker et al. 2031

text: Vegetative stage

text: not applicable

text: not applicable

text: not applicable

characteristic: isolate

text: Dictyostelium discoideum

text: Evolved Line

text: not applicable

text: not applicable

text: Evolved under low-relatedness


characteristic: External Id

text: Washington University

text: live

characteristic: INSDC status

text: Model organism or animal

text: not applicable

text: not applicable

text: not applicable

text: not applicable

text: Replicate line ( JKF18 ) experimentally evolved under conditions of low-relatedness as described in: Kuzdzal-Fick, J. J., Fox, S. A., Strassmann, J. E., & Queller, D. C. (2011). High relatedness is necessary and sufficient to maintain multicellularity in Dictyostelium. Science, 334(6062), 1548-1551. Genome sequencing of these samples is later described in: Walker et al. 2032

text: Vegetative stage

text: not applicable

text: not applicable

text: not applicable

text: Dictyostelium discoideum

characteristic: organism

text: Evolved Line

text: not applicable

text: not applicable

characteristic: tissue

characteristic: title

text: Evolved under low-relatedness


text: Washington University

characteristic: INSDC center name

text: live

text: Model organism or animal

text: not applicable

text: not applicable

characteristic: breed

text: not applicable

text: not applicable

text: Non-fruiting clone (JKF18_NF-1) isolated from replicate line JKF18 experimentally evolved under conditions of low-relatedness as described in: Kuzdzal-Fick, J. J., Fox, S. A., Strassmann, J. E., & Queller, D. C. (2011). High relatedness is necessary and sufficient to maintain multicellularity in Dictyostelium. Science, 334(6062), 1548-1551. Genome sequencing of these samples is later described in: Walker et al. 2023

characteristic: description

text: Vegetative stage

text: not applicable

text: not applicable

text: not applicable

text: Dictyostelium discoideum

text: Non-fruiting clone

characteristic: phenotype

text: Non-fruiting clone from the evolved line

text: not applicable

characteristic: sex

characteristic: strain

text: not applicable

text: Evolved under low-relatedness


text: Washington University

characteristic: INSDC first public

characteristic: INSDC last update

text: live

text: Model organism or animal

characteristic: NCBI submission model

text: not applicable

text: not applicable

text: not applicable

text: not applicable

characteristic: cultivar

text: Replicate line ( JKF19 ) experimentally evolved under conditions of low-relatedness as described in: Kuzdzal-Fick, J. J., Fox, S. A., Strassmann, J. E., & Queller, D. C. (2011). High relatedness is necessary and sufficient to maintain multicellularity in Dictyostelium. Science, 334(6062), 1548-1551. Genome sequencing of these samples is later described in: Walker et al. 2033

text: Vegetative stage

text: not applicable

characteristic: ecotype

text: not applicable

text: not applicable

text: Dictyostelium discoideum

text: Evolved Line

text: not applicable

text: not applicable

text: Evolved under low-relatedness

characteristic: treatment


characteristic: External Id

text: Washington University

characteristic: INSDC secondary accession

text: live

text: Model organism or animal

characteristic: NCBI submission package

characteristic: SRA accession

text: not applicable

characteristic: age

text: not applicable

text: not applicable

text: not applicable

text: Non-fruiting clone (JKF19_NF-1) isolated from replicate line JKF19 experimentally evolved under conditions of low-relatedness as described in: Kuzdzal-Fick, J. J., Fox, S. A., Strassmann, J. E., & Queller, D. C. (2011). High relatedness is necessary and sufficient to maintain multicellularity in Dictyostelium. Science, 334(6062), 1548-1551. Genome sequencing of these samples is later described in: Walker et al. 2023

text: Vegetative stage

text: not applicable

text: not applicable

text: not applicable

characteristic: isolate

text: Dictyostelium discoideum

text: Non-fruiting clone

text: not applicable

text: not applicable

text: Evolved under low-relatedness


text: Washington University

characteristic: INSDC center name

text: live

characteristic: INSDC status

text: Model organism or animal

text: not applicable

text: not applicable

characteristic: breed

text: not applicable

text: not applicable

text: Replicate line ( JKF2 ) experimentally evolved under conditions of low-relatedness as described in: Kuzdzal-Fick, J. J., Fox, S. A., Strassmann, J. E., & Queller, D. C. (2011). High relatedness is necessary and sufficient to maintain multicellularity in Dictyostelium. Science, 334(6062), 1548-1551. Genome sequencing of these samples is later described in: Walker et al. 2034

text: Vegetative stage

text: not applicable

text: not applicable

text: not applicable

text: Dictyostelium discoideum

characteristic: organism

text: Evolved Line

text: not applicable

text: not applicable

characteristic: tissue

characteristic: title

text: Evolved under low-relatedness


text: Washington University

characteristic: INSDC first public

characteristic: INSDC last update

text: live

text: Model organism or animal

text: not applicable

text: not applicable

text: not applicable

text: not applicable

text: Replicate line ( JKF20 ) experimentally evolved under conditions of low-relatedness as described in: Kuzdzal-Fick, J. J., Fox, S. A., Strassmann, J. E., & Queller, D. C. (2011). High relatedness is necessary and sufficient to maintain multicellularity in Dictyostelium. Science, 334(6062), 1548-1551. Genome sequencing of these samples is later described in: Walker et al. 2035

characteristic: description

text: Vegetative stage

text: not applicable

text: not applicable

text: not applicable

text: Dictyostelium discoideum

text: Evolved Line

text: not applicable

characteristic: sex

characteristic: strain

text: not applicable

text: Evolved under low-relatedness


characteristic: External Id

text: Washington University

text: live

text: Model organism or animal

characteristic: NCBI submission model

text: not applicable

text: not applicable

text: not applicable

text: not applicable

characteristic: cultivar

text: Non-fruiting clone (JKF20_NF-1) isolated from replicate line JKF20 experimentally evolved under conditions of low-relatedness as described in: Kuzdzal-Fick, J. J., Fox, S. A., Strassmann, J. E., & Queller, D. C. (2011). High relatedness is necessary and sufficient to maintain multicellularity in Dictyostelium. Science, 334(6062), 1548-1551. Genome sequencing of these samples is later described in: Walker et al. 2023

text: Vegetative stage

text: not applicable

characteristic: ecotype

text: not applicable

text: not applicable

text: Dictyostelium discoideum

text: Non-fruiting clone

characteristic: phenotype

text: not applicable

text: not applicable

text: Evolved under low-relatedness

characteristic: treatment


text: Washington University

characteristic: INSDC center name

characteristic: INSDC secondary accession

text: live

text: Model organism or animal

characteristic: NCBI submission package

characteristic: SRA accession

text: not applicable

characteristic: age

text: not applicable

text: not applicable

text: not applicable

text: Non-fruiting clone (JKF20_NF-3) isolated from replicate line JKF20 experimentally evolved under conditions of low-relatedness as described in: Kuzdzal-Fick, J. J., Fox, S. A., Strassmann, J. E., & Queller, D. C. (2011). High relatedness is necessary and sufficient to maintain multicellularity in Dictyostelium. Science, 334(6062), 1548-1551. Genome sequencing of these samples is later described in: Walker et al. 2023

text: Vegetative stage

text: not applicable

text: not applicable

text: not applicable

characteristic: isolate

text: Dictyostelium discoideum

text: not applicable

text: not applicable

text: Evolved under low-relatedness


text: Washington University

characteristic: INSDC first public

text: live

characteristic: INSDC status

text: Model organism or animal

text: not applicable

text: not applicable

characteristic: breed

text: not applicable

text: not applicable

text: Replicate line ( JKF21 ) experimentally evolved under conditions of low-relatedness as described in: Kuzdzal-Fick, J. J., Fox, S. A., Strassmann, J. E., & Queller, D. C. (2011). High relatedness is necessary and sufficient to maintain multicellularity in Dictyostelium. Science, 334(6062), 1548-1551. Genome sequencing of these samples is later described in: Walker et al. 2036

text: Vegetative stage

text: not applicable

text: not applicable

text: not applicable

text: Dictyostelium discoideum

characteristic: organism

text: Evolved Line

text: not applicable

text: not applicable

characteristic: tissue

characteristic: title

text: Evolved under low-relatedness


characteristic: External Id

text: Washington University

characteristic: INSDC last update

text: live

text: Model organism or animal

characteristic: NCBI submission model

text: not applicable

text: not applicable

text: not applicable

text: not applicable

text: Non-fruiting clone (JKF21_NF-1) isolated from replicate line JKF21 experimentally evolved under conditions of low-relatedness as described in: Kuzdzal-Fick, J. J., Fox, S. A., Strassmann, J. E., & Queller, D. C. (2011). High relatedness is necessary and sufficient to maintain multicellularity in Dictyostelium. Science, 334(6062), 1548-1551. Genome sequencing of these samples is later described in: Walker et al. 2023

characteristic: description

text: Vegetative stage

text: not applicable

text: not applicable

text: not applicable

text: Dictyostelium discoideum

text: Non-fruiting clone

text: not applicable

characteristic: sex

characteristic: strain

text: not applicable

text: Evolved under low-relatedness


text: Washington University

characteristic: INSDC center name

characteristic: INSDC secondary accession

text: live

text: Model organism or animal

text: not applicable

text: not applicable

text: not applicable

text: not applicable

characteristic: cultivar

text: Non-fruiting clone (JKF21_NF-2) isolated from replicate line JKF21 experimentally evolved under conditions of low-relatedness as described in: Kuzdzal-Fick, J. J., Fox, S. A., Strassmann, J. E., & Queller, D. C. (2011). High relatedness is necessary and sufficient to maintain multicellularity in Dictyostelium. Science, 334(6062), 1548-1551. Genome sequencing of these samples is later described in: Walker et al. 2023

text: Vegetative stage

text: not applicable

characteristic: ecotype

text: not applicable

text: not applicable

text: Dictyostelium discoideum

text: Non-fruiting clone

characteristic: phenotype

text: not applicable

text: not applicable

text: Evolved under low-relatedness

characteristic: treatment


text: Washington University

characteristic: INSDC first public

text: live

characteristic: INSDC status

text: Model organism or animal

characteristic: NCBI submission package

characteristic: SRA accession

text: not applicable

characteristic: age

text: not applicable

text: not applicable

text: not applicable

text: Replicate line ( JKF22 ) experimentally evolved under conditions of low-relatedness as described in: Kuzdzal-Fick, J. J., Fox, S. A., Strassmann, J. E., & Queller, D. C. (2011). High relatedness is necessary and sufficient to maintain multicellularity in Dictyostelium. Science, 334(6062), 1548-1551. Genome sequencing of these samples is later described in: Walker et al. 2037

text: Vegetative stage

text: not applicable

text: not applicable

text: not applicable

characteristic: isolate

text: Dictyostelium discoideum

text: Evolved Line

text: not applicable

text: not applicable

text: Evolved under low-relatedness


characteristic: External Id

text: Washington University

characteristic: INSDC last update

text: live

text: Model organism or animal

text: not applicable

text: not applicable

characteristic: breed

text: not applicable

text: not applicable

text: Replicate line ( JKF23 ) experimentally evolved under conditions of low-relatedness as described in: Kuzdzal-Fick, J. J., Fox, S. A., Strassmann, J. E., & Queller, D. C. (2011). High relatedness is necessary and sufficient to maintain multicellularity in Dictyostelium. Science, 334(6062), 1548-1551. Genome sequencing of these samples is later described in: Walker et al. 2038

text: Vegetative stage

text: not applicable

text: not applicable

text: not applicable

text: Dictyostelium discoideum

characteristic: organism

text: Evolved Line

text: not applicable

text: not applicable

characteristic: tissue

characteristic: title

text: Evolved under low-relatedness


text: Washington University

characteristic: INSDC center name

characteristic: INSDC secondary accession

text: live

text: Model organism or animal

characteristic: NCBI submission model

text: not applicable

text: not applicable

text: not applicable

text: not applicable

text: Non-fruiting clone (JKF23_NF-1) isolated from replicate line JKF23 experimentally evolved under conditions of low-relatedness as described in: Kuzdzal-Fick, J. J., Fox, S. A., Strassmann, J. E., & Queller, D. C. (2011). High relatedness is necessary and sufficient to maintain multicellularity in Dictyostelium. Science, 334(6062), 1548-1551. Genome sequencing of these samples is later described in: Walker et al. 2023

characteristic: description

text: Vegetative stage

text: not applicable

text: not applicable

text: not applicable

text: Dictyostelium discoideum

text: Non-fruiting clone

text: not applicable

characteristic: sex

characteristic: strain

text: not applicable

text: Evolved under low-relatedness


text: Washington University

characteristic: INSDC first public

text: live

characteristic: INSDC status

text: Model organism or animal

text: not applicable

text: not applicable

text: not applicable

text: not applicable

characteristic: cultivar

text: Non-fruiting clone (JKF23_NF-2) isolated from replicate line JKF23 experimentally evolved under conditions of low-relatedness as described in: Kuzdzal-Fick, J. J., Fox, S. A., Strassmann, J. E., & Queller, D. C. (2011). High relatedness is necessary and sufficient to maintain multicellularity in Dictyostelium. Science, 334(6062), 1548-1551. Genome sequencing of these samples is later described in: Walker et al. 2023

text: Vegetative stage

text: not applicable

characteristic: ecotype

text: not applicable

text: not applicable

text: Dictyostelium discoideum

text: Non-fruiting clone

characteristic: phenotype

text: not applicable

text: not applicable

text: Model organism or animal sample from Dictyostelium discoideum

text: Evolved under low-relatedness

characteristic: treatment


characteristic: External Id

text: Washington University

characteristic: INSDC last update

text: live

text: Model organism or animal

characteristic: NCBI submission package

characteristic: SRA accession

text: not applicable

characteristic: age

text: not applicable

text: not applicable

text: not applicable

text: Replicate line ( JKF24 ) experimentally evolved under conditions of low-relatedness as described in: Kuzdzal-Fick, J. J., Fox, S. A., Strassmann, J. E., & Queller, D. C. (2011). High relatedness is necessary and sufficient to maintain multicellularity in Dictyostelium. Science, 334(6062), 1548-1551. Genome sequencing of these samples is later described in: Walker et al. 2039

text: Vegetative stage

text: not applicable

text: not applicable

text: not applicable

characteristic: isolate

text: Dictyostelium discoideum

text: Evolved Line

text: not applicable

text: not applicable

text: Evolved under low-relatedness


text: Washington University

characteristic: INSDC center name

characteristic: INSDC secondary accession

text: live

text: Model organism or animal

text: not applicable

text: not applicable

characteristic: breed

text: not applicable

text: not applicable

text: Non-fruiting clone (JKF24_NF-1) isolated from replicate line JKF24 experimentally evolved under conditions of low-relatedness as described in: Kuzdzal-Fick, J. J., Fox, S. A., Strassmann, J. E., & Queller, D. C. (2011). High relatedness is necessary and sufficient to maintain multicellularity in Dictyostelium. Science, 334(6062), 1548-1551. Genome sequencing of these samples is later described in: Walker et al. 2023

text: Vegetative stage

text: not applicable

text: not applicable

text: not applicable

text: Dictyostelium discoideum

characteristic: organism

text: Non-fruiting clone

text: not applicable

text: not applicable

characteristic: tissue

characteristic: title

text: Evolved under low-relatedness


text: Washington University

characteristic: INSDC first public

text: live

characteristic: INSDC status

text: Model organism or animal

characteristic: NCBI submission model

text: not applicable

text: not applicable

text: not applicable

text: not applicable

text: Replicate line ( JKF3 ) experimentally evolved under conditions of low-relatedness as described in: Kuzdzal-Fick, J. J., Fox, S. A., Strassmann, J. E., & Queller, D. C. (2011). High relatedness is necessary and sufficient to maintain multicellularity in Dictyostelium. Science, 334(6062), 1548-1551. Genome sequencing of these samples is later described in: Walker et al. 2040

characteristic: description

text: Vegetative stage

text: not applicable

text: not applicable

text: not applicable

text: Dictyostelium discoideum

text: Evolved Line

text: not applicable

characteristic: sex

characteristic: strain

text: not applicable

text: Evolved under low-relatedness


characteristic: External Id

text: Washington University

characteristic: INSDC last update

text: live

text: Model organism or animal

text: not applicable

text: not applicable

text: not applicable

text: not applicable

characteristic: cultivar

text: Non-fruiting clone (JKF3_NF-1) isolated from replicate line JKF3 experimentally evolved under conditions of low-relatedness as described in: Kuzdzal-Fick, J. J., Fox, S. A., Strassmann, J. E., & Queller, D. C. (2011). High relatedness is necessary and sufficient to maintain multicellularity in Dictyostelium. Science, 334(6062), 1548-1551. Genome sequencing of these samples is later described in: Walker et al. 2023

text: Vegetative stage

text: not applicable

characteristic: ecotype

text: not applicable

text: not applicable

text: Dictyostelium discoideum

text: Non-fruiting clone

characteristic: phenotype

text: Non-fruiting clone from the evolved line

text: not applicable

text: not applicable

text: Evolved under low-relatedness

characteristic: treatment


text: Washington University

characteristic: INSDC center name

characteristic: INSDC secondary accession

text: live

text: Model organism or animal

characteristic: NCBI submission package

characteristic: SRA accession

text: not applicable

characteristic: age

text: not applicable

text: not applicable

text: not applicable

text: Replicate line ( JKF4 ) experimentally evolved under conditions of low-relatedness as described in: Kuzdzal-Fick, J. J., Fox, S. A., Strassmann, J. E., & Queller, D. C. (2011). High relatedness is necessary and sufficient to maintain multicellularity in Dictyostelium. Science, 334(6062), 1548-1551. Genome sequencing of these samples is later described in: Walker et al. 2041

text: Vegetative stage

text: not applicable

text: not applicable

text: not applicable

characteristic: isolate

text: Dictyostelium discoideum

text: Evolved Line

text: not applicable

text: not applicable

text: Evolved under low-relatedness


text: Washington University

characteristic: INSDC first public

text: live

characteristic: INSDC status

text: Model organism or animal

text: not applicable

text: not applicable

characteristic: breed

text: not applicable

text: not applicable

text: Replicate line ( JKF5 ) experimentally evolved under conditions of low-relatedness as described in: Kuzdzal-Fick, J. J., Fox, S. A., Strassmann, J. E., & Queller, D. C. (2011). High relatedness is necessary and sufficient to maintain multicellularity in Dictyostelium. Science, 334(6062), 1548-1551. Genome sequencing of these samples is later described in: Walker et al. 2042

text: Vegetative stage

text: not applicable

text: not applicable

text: not applicable

text: Dictyostelium discoideum

characteristic: organism

text: Evolved Line

text: not applicable

text: not applicable

characteristic: tissue

characteristic: title

text: Evolved under low-relatedness


characteristic: External Id

text: Washington University

characteristic: INSDC last update

text: live

text: Model organism or animal

characteristic: NCBI submission model

text: not applicable

text: not applicable

text: not applicable

text: not applicable

text: Non-fruiting clone (JKF5_NF-2) isolated from replicate line JKF5 experimentally evolved under conditions of low-relatedness as described in: Kuzdzal-Fick, J. J., Fox, S. A., Strassmann, J. E., & Queller, D. C. (2011). High relatedness is necessary and sufficient to maintain multicellularity in Dictyostelium. Science, 334(6062), 1548-1551. Genome sequencing of these samples is later described in: Walker et al. 2023

characteristic: description

text: Vegetative stage

text: not applicable

text: not applicable

text: not applicable

text: Dictyostelium discoideum

text: Non-fruiting clone

text: not applicable

characteristic: sex

characteristic: strain

text: not applicable

text: Evolved under low-relatedness


text: Washington University

characteristic: INSDC center name

characteristic: INSDC secondary accession

text: live

text: Model organism or animal

text: not applicable

text: not applicable

text: not applicable

text: not applicable

characteristic: cultivar

text: Replicate line ( JKF6 ) experimentally evolved under conditions of low-relatedness as described in: Kuzdzal-Fick, J. J., Fox, S. A., Strassmann, J. E., & Queller, D. C. (2011). High relatedness is necessary and sufficient to maintain multicellularity in Dictyostelium. Science, 334(6062), 1548-1551. Genome sequencing of these samples is later described in: Walker et al. 2043

text: Vegetative stage

text: not applicable

characteristic: ecotype

text: not applicable

text: not applicable

text: Dictyostelium discoideum

text: Evolved Line

text: not applicable

text: not applicable

text: Evolved under low-relatedness

characteristic: treatment


text: Washington University

characteristic: INSDC first public

text: live

text: Model organism or animal

characteristic: NCBI submission package

characteristic: SRA accession

text: not applicable

characteristic: age

text: not applicable

text: not applicable

text: not applicable

text: Replicate line ( JKF7 ) experimentally evolved under conditions of low-relatedness as described in: Kuzdzal-Fick, J. J., Fox, S. A., Strassmann, J. E., & Queller, D. C. (2011). High relatedness is necessary and sufficient to maintain multicellularity in Dictyostelium. Science, 334(6062), 1548-1551. Genome sequencing of these samples is later described in: Walker et al. 2044

text: Vegetative stage

text: not applicable

text: not applicable

text: not applicable

characteristic: isolate

text: Dictyostelium discoideum

text: Evolved Line

text: not applicable

text: not applicable

text: Evolved under low-relatedness


text: Washington University

text: live

characteristic: INSDC status

text: Model organism or animal

text: not applicable

text: not applicable

characteristic: breed

text: not applicable

text: not applicable

text: Non-fruiting clone (JKF7_NF-2) isolated from replicate line JKF7 experimentally evolved under conditions of low-relatedness as described in: Kuzdzal-Fick, J. J., Fox, S. A., Strassmann, J. E., & Queller, D. C. (2011). High relatedness is necessary and sufficient to maintain multicellularity in Dictyostelium. Science, 334(6062), 1548-1551. Genome sequencing of these samples is later described in: Walker et al. 2023

text: Vegetative stage

text: not applicable

text: not applicable

text: not applicable

text: Dictyostelium discoideum

characteristic: organism

text: Non-fruiting clone

characteristic: phenotype

text: not applicable

text: not applicable

characteristic: tissue

characteristic: title

text: Evolved under low-relatedness


characteristic: External Id

text: Washington University

characteristic: INSDC last update

text: live

text: Model organism or animal

characteristic: NCBI submission model

text: not applicable

text: not applicable

text: not applicable

text: not applicable

text: Replicate line ( JKF8 ) experimentally evolved under conditions of low-relatedness as described in: Kuzdzal-Fick, J. J., Fox, S. A., Strassmann, J. E., & Queller, D. C. (2011). High relatedness is necessary and sufficient to maintain multicellularity in Dictyostelium. Science, 334(6062), 1548-1551. Genome sequencing of these samples is later described in: Walker et al. 2045

characteristic: description

text: Vegetative stage

text: not applicable

text: not applicable

text: not applicable

text: Dictyostelium discoideum

text: Evolved Line

text: not applicable

characteristic: sex

characteristic: strain

text: not applicable

text: Evolved under low-relatedness


text: Washington University

characteristic: INSDC center name

characteristic: INSDC first public

characteristic: INSDC secondary accession

text: live

text: Model organism or animal

text: not applicable

text: not applicable

text: not applicable

text: not applicable

characteristic: cultivar

text: Non-fruiting clone (JKF8_NF-1) isolated from replicate line JKF8 experimentally evolved under conditions of low-relatedness as described in: Kuzdzal-Fick, J. J., Fox, S. A., Strassmann, J. E., & Queller, D. C. (2011). High relatedness is necessary and sufficient to maintain multicellularity in Dictyostelium. Science, 334(6062), 1548-1551. Genome sequencing of these samples is later described in: Walker et al. 2023

text: Vegetative stage

text: not applicable

characteristic: ecotype

text: not applicable

text: not applicable

text: Dictyostelium discoideum

text: Non-fruiting clone

text: not applicable

text: not applicable

text: Evolved under low-relatedness

characteristic: treatment


text: Washington University

text: live

characteristic: INSDC status

text: Model organism or animal

characteristic: NCBI submission package

characteristic: SRA accession

text: not applicable

characteristic: age

text: not applicable

characteristic: breed

text: not applicable

text: not applicable

text: Replicate line ( JKF9 ) experimentally evolved under conditions of low-relatedness as described in: Kuzdzal-Fick, J. J., Fox, S. A., Strassmann, J. E., & Queller, D. C. (2011). High relatedness is necessary and sufficient to maintain multicellularity in Dictyostelium. Science, 334(6062), 1548-1551. Genome sequencing of these samples is later described in: Walker et al. 2046

text: Vegetative stage

text: not applicable

text: not applicable

text: not applicable

characteristic: isolate

text: Dictyostelium discoideum

text: Evolved Line

text: not applicable

text: not applicable

text: Evolved under low-relatedness


characteristic: External Id

text: Washington University

characteristic: INSDC last update

text: live

text: Model organism or animal

text: not applicable

text: not applicable

text: not applicable

text: not applicable

text: Non-fruiting clone (JKF9_NF-3) isolated from replicate line JKF9 experimentally evolved under conditions of low-relatedness as described in: Kuzdzal-Fick, J. J., Fox, S. A., Strassmann, J. E., & Queller, D. C. (2011). High relatedness is necessary and sufficient to maintain multicellularity in Dictyostelium. Science, 334(6062), 1548-1551. Genome sequencing of these samples is later described in: Walker et al. 2023

text: Vegetative stage

text: not applicable

text: not applicable

text: not applicable

text: Dictyostelium discoideum

characteristic: organism

text: Non-fruiting clone

characteristic: phenotype

text: not applicable

text: not applicable

characteristic: tissue

characteristic: title

text: Evolved under low-relatedness


text: Servicio Antimicrobianos, INEI-ANLIS "Dr. Carlos G. Malbran"

characteristic: INSDC center name

characteristic: INSDC first public

text: live

text: Microbe, viral or environmental

characteristic: NCBI submission model

text: Argentina

text: Homo sapiens

characteristic: host

text: urine

text: Klebsiella pneumoniae

text: Cell culture

characteristic: strain

text: Microbe sample from Klebsiella pneumoniae


characteristic: INSDC secondary accession

text: live

characteristic: INSDC status

text: Microbe, viral or environmental

text: Argentina

text: Homo sapiens

text: Urine (catheter)

text: Klebsiella pneumoniae

text: Cell culture


text: live

text: Microbe, viral or environmental

characteristic: NCBI submission package

characteristic: SRA accession

text: Argentina

text: Homo sapiens

text: Rectal Swab

text: Klebsiella pneumoniae

text: Cell culture


tag: Namespace:DOE Joint Genome Institute

text: DOE Joint Genome Institute

text: live

text: MIGS.ba

text: missing

characteristic: biome

text: missing

text: Genome sequencing to understand the sorghum phyllosphere microbiome functionality and its role in host resilience

characteristic: description

text: missing

characteristic: feature

text: USA: Texas

text: not applicable

text: missing

text: missing

text: missing

text: missing

characteristic: material

text: missing

text: Pantoea sp. SORGH_AS_0659

text: missing

text: Pantoea sp. SORGH_AS 659


shoot tissue 1

characteristic: External Id

text: Washington State University

characteristic: INSDC last update

text: live

text: Plant

text: 5 year

characteristic: age

text: unknown

characteristic: cultivar

text: mature

text: unknown

characteristic: ecotype

text: USA: Washington, Pullman

text: shoot

characteristic: isolate

text: Tecticornia indica

characteristic: organism

text: shoot

text: Plant sample from Tecticornia indica


shoot tissue 2

text: Washington State University

characteristic: INSDC center name

characteristic: INSDC first public

text: live

text: Plant

characteristic: NCBI submission model

text: 5 year

text: unknown

text: mature

text: unknown

text: USA: Washington, Pullman

text: shoot

text: Tecticornia indica

text: shoot

characteristic: tissue

text: Plant sample from Tecticornia indica

characteristic: title


text: Biochemistry, SUNY at Buffalo

characteristic: INSDC secondary accession

text: live

characteristic: INSDC status

text: Generic

characteristic: NCBI submission package

characteristic: SRA accession

text: missing

text: Ets1 and IL17Ra knockout

characteristic: genotype

text: missing

text: Mus musculus

text: ventral neck skin

text: ventral neck skin


characteristic: External Id

text: Biochemistry, SUNY at Buffalo

text: live

text: Generic

text: missing

text: WT

text: missing

text: Mus musculus

text: ventral neck skin

text: ventral neck skin


text: Biochemistry, SUNY at Buffalo

characteristic: INSDC last update

text: live

text: Generic

text: missing

text: IL17Ra knockout

text: missing

text: Mus musculus

text: ventral neck skin

text: ventral neck skin


text: Biochemistry, SUNY at Buffalo

text: live

text: Generic

text: missing

text: Ets1 knockout

text: missing

text: Mus musculus

text: ventral neck skin

text: ventral neck skin


text: Department of Pathology, Fourth Military Medical University

text: live

text: Generic

text: chondrocyte

characteristic: cell type

text: anti-H3K27me3 (Millipore, #07-449)

characteristic: chip antibody

text: missing

text: missing

text: Mus musculus

text: cartilage

text: cartilage


text: live

text: Generic

text: chondrocyte

text: anti-H3K27me3 (Millipore, #07-449)

text: missing

text: Utx-cKO

text: missing

text: Mus musculus

text: cartilage

text: cartilage


text: live

text: Generic

text: chondrocyte

text: anti-H3K27me3 (Millipore, #07-449)

text: missing

text: Wild type

text: missing

text: Mus musculus

text: cartilage

text: cartilage


text: Center for Applied Bioinformatics, St Jude Children's Research Hosipital

text: live

text: Generic

text: SEM

characteristic: cell line

text: missing

text: missing

text: Homo sapiens

text: SEM

characteristic: treatment


text: live

text: Generic

text: SEM

text: missing

text: missing

text: Homo sapiens

characteristic: organism

text: SEM

text: Lenti


text: Ercan, Biology, NYU

characteristic: INSDC center name

text: live

text: Generic

text: input

characteristic: antibody target

text: missing

characteristic: developmental stage

text: missing

text: Caenorhabditis elegans

text: whole worms

characteristic: strain

text: input_JK06_noauxin_L3_rep2 [JK139]


text: Ercan, Biology, NYU

characteristic: INSDC first public

text: live

text: Generic

characteristic: NCBI submission model

text: input

text: missing

text: missing

text: Caenorhabditis elegans

text: whole worms

text: input_JK06_1hrauxin_L3_rep1 [JK138]

characteristic: title


text: Ercan, Biology, NYU

characteristic: INSDC secondary accession

text: live

characteristic: INSDC status

text: Generic

characteristic: NCBI submission package

text: input

text: missing

text: missing

text: Caenorhabditis elegans

text: whole worms

text: input_JK06_noauxin_L3_rep1 [JK137]


characteristic: External Id

text: Ercan, Biology, NYU

text: live

text: Generic

characteristic: SRA accession

text: GFP

text: missing

text: missing

text: Caenorhabditis elegans

text: whole worms

text: GFP_JK06_1hrauxin_L3_rep2 [JK150]


text: Ercan, Biology, NYU

characteristic: INSDC last update

text: live

text: Generic

text: GFP

text: missing

text: missing

text: Caenorhabditis elegans

text: whole worms

text: GFP_JK06_noauxin_L3_rep2 [JK149]


text: Ercan, Biology, NYU

text: live

text: Generic

text: GFP

text: missing

text: missing

text: Caenorhabditis elegans

text: whole worms

text: GFP_JK06_1hrauxin_L3_rep1 [JK148]


text: Ercan, Biology, NYU

text: live

text: Generic

text: GFP

text: missing

text: missing

text: Caenorhabditis elegans

text: whole worms

text: GFP_JK06_noauxin_L3_rep1 [JK147]


text: Ercan, Biology, NYU

text: live

text: Generic

text: input

text: missing

text: missing

text: Caenorhabditis elegans

text: whole worms

text: input_JK05_1hrauxin_L3_rep2 [JK128]


text: Ercan, Biology, NYU

text: live

text: Generic

text: input

text: missing

text: missing

text: Caenorhabditis elegans

text: whole worms

text: input_JK05_noauxin_L3_rep2 [JK127]


text: Ercan, Biology, NYU

text: live

text: Generic

text: input

text: missing

text: missing

text: Caenorhabditis elegans

text: whole worms

text: input_JK05_1hrauxin_L3_rep1 [JK126]


text: Ercan, Biology, NYU

text: live

text: Generic

text: input

text: missing

text: missing

text: Caenorhabditis elegans

text: whole worms

text: input_JK05_noauxin_L3_rep1 [JK125]


text: Ercan, Biology, NYU

text: live

text: Generic

text: GFP

text: missing

text: missing

text: Caenorhabditis elegans

text: whole worms

text: GFP_JK05_1hrauxin_L3_rep2 [JK132]


text: Ercan, Biology, NYU

text: live

text: Generic

text: GFP

text: missing

text: missing

text: Caenorhabditis elegans

text: whole worms

text: GFP_JK05_noauxin_L3_rep2 [JK131]


text: Ercan, Biology, NYU

text: live

text: Generic

text: GFP

text: missing

text: missing

text: Caenorhabditis elegans

text: whole worms

text: GFP_JK05_1hrauxin_L3_rep1 [JK130]


text: Ercan, Biology, NYU

text: live

text: Generic

text: GFP

text: missing

text: missing

text: Caenorhabditis elegans

text: whole worms

text: GFP_JK05_noauxin_L3_rep1 [JK129]


text: Ercan, Biology, NYU

text: live

text: Generic

text: input

text: missing

text: missing

text: Caenorhabditis elegans

text: whole worms

text: input_JK06_1hrauxin_L3_rep2 [JK186]


text: Ercan, Biology, NYU

text: live

text: Generic

text: input

text: missing

text: missing

text: Caenorhabditis elegans

text: whole worms

text: input_JK06_1hrauxin_L3_rep1 [JK140]


text: Ercan, Biology, NYU

text: live

text: Generic

text: input

text: missing

text: missing

text: Caenorhabditis elegans

text: whole worms

text: input_CA1200_1hrauxin_L3_rep2 [JK172]


text: Ercan, Biology, NYU

text: live

text: Generic

text: input

text: missing

text: missing

text: Caenorhabditis elegans

text: whole worms

text: input_CA1200_1hrauxin_L3_rep1 [JK171]


text: Ercan, Biology, NYU

text: live

text: Generic

text: input

text: missing

text: missing

text: Caenorhabditis elegans

text: whole worms

text: input_JK05_1hrauxin_L3_rep2 [JK170]


text: Ercan, Biology, NYU

text: live

text: Generic

text: input

text: missing

text: missing

text: Caenorhabditis elegans

text: whole worms

text: input_JK05_1hrauxin_L3_rep1 [JK169]


text: Ercan, Biology, NYU

text: live

text: Generic

text: missing

text: missing

text: Caenorhabditis elegans

text: whole worms

text: SMC3_JK06_1hrauxin_L3_rep2 [JK185]


text: Ercan, Biology, NYU

text: live

text: Generic

text: missing

text: missing

text: Caenorhabditis elegans

text: whole worms

text: SMC3_JK06_1hrauxin_L3_rep1 [JK167]


text: Ercan, Biology, NYU

text: live

text: Generic

text: missing

text: missing

text: Caenorhabditis elegans

text: whole worms

text: SMC3_CA1200_1hrauxin_L3_rep2 [JK166]


text: Ercan, Biology, NYU

text: live

text: Generic

text: missing

text: missing

text: Caenorhabditis elegans

text: whole worms

text: SMC3_CA1200_1hrauxin_L3_rep1 [JK165]


text: Ercan, Biology, NYU

text: live

text: Generic

text: missing

text: missing

text: Caenorhabditis elegans

text: whole worms

text: SMC3_JK05_1hrauxin_L3_rep2 [JK164]


text: Ercan, Biology, NYU

text: live

text: Generic

text: missing

text: missing

text: Caenorhabditis elegans

text: whole worms

text: SMC3_JK05_1hrauxin_L3_rep1 [JK163]


text: Ercan, Biology, NYU

text: live

text: Generic

text: missing

text: missing

text: Caenorhabditis elegans

text: whole worms

text: SMC1_JK06_1hrauxin_L3_rep2 [JK184b]


text: Ercan, Biology, NYU

text: live

text: Generic

text: missing

text: missing

text: Caenorhabditis elegans

text: whole worms

text: SMC1_JK06_1hrauxin_L3_rep1 [JK161b]


text: Ercan, Biology, NYU

text: live

text: Generic

text: missing

text: missing

text: Caenorhabditis elegans

text: whole worms

text: SMC1_CA1200_1hrauxin_L3_rep2 [JK160b]


text: Ercan, Biology, NYU

text: live

text: Generic

text: missing

text: missing

text: Caenorhabditis elegans

text: whole worms

text: SMC1_CA1200_1hrauxin_L3_rep1 [JK159b]


text: Ercan, Biology, NYU

text: live

text: Generic

text: missing

text: missing

text: Caenorhabditis elegans

text: whole worms

text: SMC1_JK05_1hrauxin_L3_rep2 [JK158b]


text: Ercan, Biology, NYU

text: live

text: Generic

text: missing

text: missing

text: Caenorhabditis elegans

text: whole worms

text: SMC1_JK05_1hrauxin_L3_rep1 [JK157b]


text: Ercan, Biology, NYU

text: live

text: Generic

text: missing

text: missing

text: Caenorhabditis elegans

text: whole worms

text: HiC_JK06_1hrauxin_L3_rep2 [JK181]


text: Ercan, Biology, NYU

text: live

text: Generic

text: missing

text: missing

text: Caenorhabditis elegans

text: whole worms

text: HiC_JK06_1hrauxin_L3_rep1b [JK155b]


text: Ercan, Biology, NYU

text: live

text: Generic

text: missing

text: missing

text: Caenorhabditis elegans

text: whole worms

text: HiC_JK06_1hrauxin_L3_rep1a [JK155a]


text: Ercan, Biology, NYU

text: live

text: Generic

text: missing

text: missing

text: Caenorhabditis elegans

text: whole worms

text: HiC_JK05_1hrauxin_L3_rep2 [JK180]


text: Ercan, Biology, NYU

text: live

text: Generic

text: missing

text: missing

text: Caenorhabditis elegans

text: whole worms

text: HiC_JK05_1hrauxin_L3_rep1 [JK153]


text: Medicine, OUHSC

text: live

text: Generic

text: cancer

characteristic: cell type

text: missing

text: missing

text: Homo sapiens

text: white

characteristic: race

text: colon

text: colon

characteristic: tissue


text: Medicine, OUHSC

text: live

text: Generic

text: cancer

text: missing

text: missing

text: Homo sapiens

characteristic: organism

text: Black

text: colon

text: colon


text: Medicine, OUHSC

characteristic: INSDC center name

text: live

text: Generic

text: normal-looking mucosa

text: missing

text: missing

text: Homo sapiens

text: Black

text: colon

text: colon


text: Medicine, OUHSC

text: live

text: Generic

text: cancer

text: missing

text: missing

text: Homo sapiens

text: white, non-hispanic

text: colon

text: colon


text: Medicine, OUHSC

text: live

text: Generic

text: cancer

text: missing

text: missing

text: Homo sapiens

text: American Indian

text: colon

text: colon


text: Medicine, OUHSC

text: live

text: Generic

text: normal-looking mucosa

text: missing

text: missing

text: Homo sapiens

text: white

text: colon

text: colon


text: live

text: Generic

text: SEM

characteristic: cell line

text: INPUT

characteristic: chip antibody

text: missing

text: missing

text: Homo sapiens

text: SEM

text: INPUT-SEM-TRE3G-HoxAID-HA-zeo-plusDox-Rep3

text: Dox

characteristic: treatment


characteristic: INSDC first public

text: live

text: Generic

text: SEM

text: INPUT

text: missing

text: missing

text: Homo sapiens

text: SEM

text: INPUT-SEM-TRE3G-HoxAID-HA-zeo-plusDox-Rep2

text: Dox


text: live

text: Generic

characteristic: NCBI submission model

text: SEM

text: INPUT

text: missing

text: missing

text: Homo sapiens

text: SEM

text: INPUT-SEM-TRE3G-HoxAID-HA-zeo_PlusDox-Rep1

text: Dox


text: live

text: Generic

text: SEM

text: INPUT

text: missing

text: missing

text: Homo sapiens

text: SEM

text: INPUT-SEM-TRE3G-HoxAID-HA-zeo-minuxDox-Rep3

characteristic: title


characteristic: INSDC secondary accession

text: live

text: Generic

text: SEM

text: INPUT

text: missing

text: missing

text: Homo sapiens

text: SEM

text: INPUT-SEM-TRE3G-HoxAID-HA-zeo-minuxDox-Rep2


text: live

characteristic: INSDC status

text: Generic

text: SEM

text: INPUT

text: missing

text: missing

text: Homo sapiens

text: SEM

text: INPUT-SEM-TRE3G-HoxAID-HA-zeo-minuxDox-Rep1


text: live

text: Generic

characteristic: NCBI submission package

text: SEM

text: Anti-HA

text: missing

text: missing

text: Homo sapiens

text: SEM

text: HOXA9-SEM-TRE3G-HoxAID-HA-zeo-plusDox-Rep3

text: Dox


characteristic: External Id

text: live

text: Generic

text: SEM

text: Anti-HA

text: missing

text: missing

text: Homo sapiens

text: SEM

text: HOXA9-SEM-TRE3G-HoxAID-HA-zeo-plusDox-Rep2

text: Dox


text: live

text: Generic

characteristic: SRA accession

text: SEM

text: Anti-HA

text: missing

text: missing

text: Homo sapiens

text: SEM

text: HOXA9-SEM-TRE3G-HoxAID-HA-zeo-plusDox-Rep1

text: Dox


characteristic: INSDC last update

text: live

text: Generic

text: SEM

text: Anti-HA

text: missing

text: missing

text: Homo sapiens

text: SEM

text: HOXA9-SEM-TRE3G-HoxAID-HA-zeo-minuxDox-Rep3


text: live

text: Generic

text: SEM

text: Anti-HA

text: missing

text: missing

text: Homo sapiens

text: SEM

text: HOXA9-SEM-TRE3G-HoxAID-HA-zeo-minuxDox-Rep2


text: live

text: Generic

text: SEM

text: Anti-HA

text: missing

text: missing

text: Homo sapiens

text: SEM

text: HOXA9-SEM-TRE3G-HoxAID-HA-zeo-minuxDox-Rep1


text: Public Health Sciences, Penn State College of Medicine

text: live

text: Generic

text: Biol repe 3

characteristic: biological repeats

text: Mouse Embryonic Fibroblast Cells

text: Fibroblast

characteristic: cell type

text: missing

text: missing

text: Mus

text: Embryonic

text: Embryonic


text: live

text: Generic

text: Biol repe 2

text: Mouse Embryonic Fibroblast Cells

text: Fibroblast

text: missing

text: missing

text: Mus

text: Embryonic

text: Embryonic

characteristic: tissue


text: live

text: Generic

text: Biol repe 1

text: Mouse Embryonic Fibroblast Cells

text: Fibroblast

text: missing

text: missing

text: Mus

characteristic: organism

text: Embryonic

text: Embryonic


characteristic: INSDC center name

text: live

text: Generic

text: Biol rep 3

text: Mouse Embryonic Fibroblast Cells

text: Fibroblast

text: missing

text: missing

text: Mus

text: Embryonic

text: Embryonic

text: Untreated


text: live

text: Generic

text: Biol rep 2

text: Mouse Embryonic Fibroblast Cells

characteristic: cell line

text: Fibroblast

text: missing

text: missing

text: Mus

text: Embryonic

text: Embryonic

text: Untreated


text: live

text: Generic

text: Biol rep 1

text: Mouse Embryonic Fibroblast Cells

text: Fibroblast

text: missing

text: missing

text: Mus

text: Embryonic

text: Embryonic

text: Untreated


text: Brown University

text: live

text: MIMAG.host-associated

text: SAMN36503263, SAMN36503264, SAMN36503265, SAMN36503266, SAMN36503267, SAMN36503268, SAMN36503269, SAMN36503270, SAMN36503271, SAMN36503272, SAMN36503273, SAMN36503274, SAMN36503275, SAMN36503276, SAMN36503277, SAMN36503278, SAMN36503279, SAMN36503280, SAMN36503281, SAMN36503282, SAMN36503283, SAMN36503284, SAMN36503285, SAMN36503286, SAMN36503287, SAMN36503288, SAMN36503289, SAMN36503290, SAMN36503291, SAMN36503292, SAMN36503293, SAMN36503294, SAMN36503295, SAMN36503296, SAMN36503297, SAMN36503298, SAMN36503299, SAMN36503300, SAMN36503301, SAMN36503302, SAMN36503303, SAMN36503304, SAMN36503305, SAMN36503306, SAMN36503307, SAMN36503308, SAMN36503309, SAMN36503310

characteristic: derived-from

text: Keywords: GSC:MIxS;MIMAG:6.0

characteristic: description

text: not applicable

text: not applicable

text: not applicable

characteristic: environmental-sample

text: USA: Rhode Island

text: Mus musculus

characteristic: host

characteristic: isolate

text: cecum

text: 41.82 N 71.41 W

text: mouse gut metagenome

characteristic: metagenome-source

characteristic: metagenomic

text: Muribaculaceae bacterium

text: metagenomic assembly

characteristic: sample-type

text: MIMAG Metagenome-assembled Genome sample from Muribaculaceae bacterium


characteristic: External Id

text: Brown University

characteristic: INSDC first public

text: live

characteristic: INSDC status

text: MIMAG.host-associated

characteristic: NCBI submission model

characteristic: NCBI submission package

text: Keywords: GSC:MIxS;MIMAG:6.0

text: not applicable

text: not applicable

text: not applicable

text: USA: Rhode Island

text: Mus musculus

text: cecum

text: 41.82 N 71.41 W

text: mouse gut metagenome

text: Bacteroidales bacterium

text: metagenomic assembly

text: MIMAG Metagenome-assembled Genome sample from Bacteroidales bacterium

characteristic: title


text: Brown University

characteristic: INSDC last update

text: live

text: MIMAG.host-associated

text: Keywords: GSC:MIxS;MIMAG:6.0

text: not applicable

text: not applicable

text: not applicable

text: USA: Rhode Island

text: Mus musculus

text: cecum

text: 41.82 N 71.41 W

text: mouse gut metagenome

text: Bacteroides sp.

characteristic: organism

text: metagenomic assembly

text: MIMAG Metagenome-assembled Genome sample from Bacteroides sp.


text: Brown University

characteristic: INSDC center name

text: live

text: MIMAG.host-associated

text: Keywords: GSC:MIxS;MIMAG:6.0

text: not applicable

text: not applicable

text: not applicable

text: USA: Rhode Island

text: Mus musculus

text: cecum

text: 41.82 N 71.41 W

text: mouse gut metagenome

text: Akkermansia sp.

text: metagenomic assembly

text: MIMAG Metagenome-assembled Genome sample from Akkermansia sp.


text: Brown University

text: live

text: MIMAG.host-associated

characteristic: derived-from

text: Keywords: GSC:MIxS;MIMAG:6.0

text: not applicable

text: not applicable

text: not applicable

text: USA: Rhode Island

text: Mus musculus

text: cecum

text: 41.82 N 71.41 W

text: mouse gut metagenome

text: Klebsiella oxytoca

text: metagenomic assembly

text: MIMAG Metagenome-assembled Genome sample from Klebsiella oxytoca


text: Brown University

text: live

text: MIMAG.host-associated

text: Keywords: GSC:MIxS;MIMAG:6.0

characteristic: description

text: not applicable

text: not applicable

text: not applicable

text: USA: Rhode Island

text: Mus musculus

text: cecum

text: 41.82 N 71.41 W

text: mouse gut metagenome

text: Enterobacteriaceae bacterium

text: metagenomic assembly

text: MIMAG Metagenome-assembled Genome sample from Enterobacteriaceae bacterium


text: Brown University

text: live

text: MIMAG.host-associated

text: Keywords: GSC:MIxS;MIMAG:6.0

text: not applicable

text: not applicable

text: not applicable

characteristic: environmental-sample

text: USA: Rhode Island

text: Mus musculus

text: cecum

text: 41.82 N 71.41 W

text: mouse gut metagenome

text: Burkholderiales bacterium

text: metagenomic assembly

text: MIMAG Metagenome-assembled Genome sample from Burkholderiales bacterium


text: Brown University

text: live

text: MIMAG.host-associated

text: Keywords: GSC:MIxS;MIMAG:6.0

text: not applicable

text: not applicable

text: not applicable

text: USA: Rhode Island

text: Mus musculus

characteristic: host

text: cecum

text: 41.82 N 71.41 W

text: mouse gut metagenome

text: Lactococcus sp.

text: metagenomic assembly

text: MIMAG Metagenome-assembled Genome sample from Lactococcus sp.


text: Brown University

text: live

text: MIMAG.host-associated

text: Keywords: GSC:MIxS;MIMAG:6.0

text: not applicable

text: not applicable

text: not applicable

text: USA: Rhode Island

text: Mus musculus

characteristic: isolate

text: cecum

text: 41.82 N 71.41 W

text: mouse gut metagenome

text: Lactobacillus johnsonii

text: metagenomic assembly

text: MIMAG Metagenome-assembled Genome sample from Lactobacillus johnsonii


text: Brown University

text: live

text: MIMAG.host-associated

text: Keywords: GSC:MIxS;MIMAG:6.0

text: not applicable

text: not applicable

text: not applicable

text: USA: Rhode Island

text: Mus musculus

text: cecum

text: 41.82 N 71.41 W

text: mouse gut metagenome

characteristic: metagenome-source

text: Enterococcus faecium

text: metagenomic assembly

text: MIMAG Metagenome-assembled Genome sample from Enterococcus faecium


text: Brown University

text: live

text: MIMAG.host-associated

text: Keywords: GSC:MIxS;MIMAG:6.0

text: not applicable

text: not applicable

text: not applicable

text: USA: Rhode Island

text: Mus musculus

text: cecum

text: 41.82 N 71.41 W

text: mouse gut metagenome

characteristic: metagenomic

text: Bacillota bacterium

text: metagenomic assembly

text: MIMAG Metagenome-assembled Genome sample from Bacillota bacterium


text: Brown University

text: live

text: MIMAG.host-associated

text: Keywords: GSC:MIxS;MIMAG:6.0

text: not applicable

text: not applicable

text: not applicable

text: USA: Rhode Island

text: Mus musculus

text: cecum

text: 41.82 N 71.41 W

text: mouse gut metagenome

text: Erysipelotrichaceae bacterium

text: metagenomic assembly

characteristic: sample-type

text: MIMAG Metagenome-assembled Genome sample from Erysipelotrichaceae bacterium


characteristic: External Id

text: Brown University

text: live

text: MIMAG.host-associated

text: Keywords: GSC:MIxS;MIMAG:6.0

text: not applicable

text: not applicable

text: not applicable

text: USA: Rhode Island

text: Mus musculus

text: cecum

text: 41.82 N 71.41 W

text: mouse gut metagenome

text: Romboutsia ilealis

text: metagenomic assembly

text: MIMAG Metagenome-assembled Genome sample from Romboutsia ilealis


text: Brown University

characteristic: INSDC first public

text: live

text: MIMAG.host-associated

text: Keywords: GSC:MIxS;MIMAG:6.0

text: not applicable

text: not applicable

text: not applicable

text: USA: Rhode Island

text: Mus musculus

text: cecum

text: 41.82 N 71.41 W

text: mouse gut metagenome

text: Clostridiales bacterium

text: metagenomic assembly

text: MIMAG Metagenome-assembled Genome sample from Clostridiales bacterium


text: Brown University

text: live

characteristic: INSDC status

text: MIMAG.host-associated

text: Keywords: GSC:MIxS;MIMAG:6.0

text: not applicable

text: not applicable

text: not applicable

text: USA: Rhode Island

text: Mus musculus

text: cecum

text: 41.82 N 71.41 W

text: mouse gut metagenome

text: Clostridia bacterium

text: metagenomic assembly

text: MIMAG Metagenome-assembled Genome sample from Clostridia bacterium


text: Brown University

text: live

text: MIMAG.host-associated

characteristic: NCBI submission model

text: Keywords: GSC:MIxS;MIMAG:6.0

text: not applicable

text: not applicable

text: not applicable

text: USA: Rhode Island

text: Mus musculus

text: cecum

text: 41.82 N 71.41 W

text: mouse gut metagenome

text: Lachnospiraceae bacterium

text: metagenomic assembly

text: MIMAG Metagenome-assembled Genome sample from Lachnospiraceae bacterium


text: Brown University

text: live

text: MIMAG.host-associated

characteristic: NCBI submission package

text: SAMN36503263, SAMN36503264, SAMN36503265, SAMN36503266, SAMN36503267, SAMN36503268, SAMN36503269, SAMN36503270, SAMN36503271, SAMN36503272, SAMN36503273, SAMN36503274, SAMN36503275, SAMN36503276, SAMN36503277, SAMN36503278, SAMN36503279, SAMN36503280, SAMN36503281, SAMN36503282, SAMN36503283, SAMN36503284, SAMN36503285, SAMN36503286, SAMN36503287, SAMN36503288, SAMN36503289, SAMN36503290, SAMN36503291, SAMN36503292, SAMN36503293, SAMN36503294, SAMN36503295, SAMN36503296, SAMN36503297, SAMN36503298, SAMN36503299, SAMN36503300, SAMN36503301, SAMN36503302, SAMN36503303, SAMN36503304, SAMN36503305, SAMN36503306, SAMN36503307, SAMN36503308, SAMN36503309, SAMN36503310

text: Keywords: GSC:MIxS;MIMAG:6.0

text: not applicable

text: not applicable

text: not applicable

text: USA: Rhode Island

text: Mus musculus

text: cecum

text: 41.82 N 71.41 W

text: mouse gut metagenome

text: Clostridiaceae bacterium

text: metagenomic assembly

text: MIMAG Metagenome-assembled Genome sample from Clostridiaceae bacterium


text: Brown University

text: live

text: MIMAG.host-associated

text: Keywords: GSC:MIxS;MIMAG:6.0

text: not applicable

text: not applicable

text: not applicable

text: USA: Rhode Island

text: Mus musculus

text: cecum

text: 41.82 N 71.41 W

text: mouse gut metagenome

text: Pseudoflavonifractor sp.

text: metagenomic assembly

text: MIMAG Metagenome-assembled Genome sample from Pseudoflavonifractor sp.

characteristic: title


text: Brown University

characteristic: INSDC last update

text: live

text: MIMAG.host-associated

text: Keywords: GSC:MIxS;MIMAG:6.0

text: not applicable

text: not applicable

text: not applicable

text: USA: Rhode Island

text: Mus musculus

text: cecum

text: 41.82 N 71.41 W

text: mouse gut metagenome

text: Oscillibacter sp.

text: metagenomic assembly

text: MIMAG Metagenome-assembled Genome sample from Oscillibacter sp.


text: Brown University

text: live

text: MIMAG.host-associated

text: Keywords: GSC:MIxS;MIMAG:6.0

text: not applicable

text: not applicable

text: not applicable

text: USA: Rhode Island

text: Mus musculus

text: cecum

text: 41.82 N 71.41 W

text: mouse gut metagenome

text: Acutalibacter sp.

characteristic: organism

text: metagenomic assembly

text: MIMAG Metagenome-assembled Genome sample from Acutalibacter sp.


text: Brown University

characteristic: INSDC center name

text: live

text: MIMAG.host-associated

text: Keywords: GSC:MIxS;MIMAG:6.0

text: not applicable

text: not applicable

text: not applicable

text: USA: Rhode Island

text: Mus musculus

text: cecum

text: 41.82 N 71.41 W

text: mouse gut metagenome

text: Anaerotruncus sp.

text: metagenomic assembly

text: MIMAG Metagenome-assembled Genome sample from Anaerotruncus sp.


text: Brown University

text: live

text: MIMAG.host-associated

characteristic: derived-from

text: Keywords: GSC:MIxS;MIMAG:6.0

text: not applicable

text: not applicable

text: not applicable

text: USA: Rhode Island

text: Mus musculus

text: cecum

text: 41.82 N 71.41 W

text: mouse gut metagenome

text: Oscillospiraceae bacterium

text: metagenomic assembly

text: MIMAG Metagenome-assembled Genome sample from Oscillospiraceae bacterium


text: University of Colorado, Boulder

characteristic: INSDC secondary accession

text: live

text: Plant

characteristic: SRA accession

text: Seedling

text: Dune

characteristic: ecotype

text: USA: Great Sand Dunes, Colorado

text: Greenhouse

text: 37.745408 N 105.529975 W

text: Helianthus petiolaris

characteristic: population

text: biological replicate 1

characteristic: replicate

text: meristem, new leaf, upper stem

characteristic: tissue

text: Plant sample from Helianthus petiolaris


text: University of Colorado, Boulder

text: live

text: Plant

text: Seedling

text: Dune

text: USA: Great Sand Dunes, Colorado

text: Greenhouse

text: 37.745408 N 105.529975 W

text: Helianthus petiolaris

text: biological replicate 2

text: meristem, new leaf, upper stem

text: Plant sample from Helianthus petiolaris


text: University of Colorado, Boulder

text: live

text: Plant

text: Seedling

text: Dune

text: USA: Great Sand Dunes, Colorado

text: Greenhouse

text: 37.745408 N 105.529975 W

text: Helianthus petiolaris

text: biological replicate 3

text: meristem, new leaf, upper stem

text: Plant sample from Helianthus petiolaris


text: University of Colorado, Boulder

text: live

text: Plant

text: Seedling

text: Dune

text: USA: Great Sand Dunes, Colorado

text: Greenhouse

text: 37.745408 N 105.529975 W

text: Helianthus petiolaris

text: biological replicate 4

text: meristem, new leaf, upper stem

text: Plant sample from Helianthus petiolaris


text: University of Colorado, Boulder

text: live

text: Plant

text: Seedling

text: Dune

text: USA: Great Sand Dunes, Colorado

text: Greenhouse

text: 37.749206 N 105.536931 W

text: Helianthus petiolaris

text: biological replicate 1

text: meristem, new leaf, upper stem

text: Plant sample from Helianthus petiolaris


text: University of Colorado, Boulder

text: live

text: Plant

text: Seedling

text: Dune

text: USA: Great Sand Dunes, Colorado

text: Greenhouse

text: 37.749206 N 105.536931 W

text: Helianthus petiolaris

text: biological replicate 2

text: meristem, new leaf, upper stem

text: Plant sample from Helianthus petiolaris


text: University of Colorado, Boulder

text: live

text: Plant

text: Seedling

text: Dune

text: USA: Great Sand Dunes, Colorado

text: Greenhouse

text: 37.749206 N 105.536931 W

text: Helianthus petiolaris

text: biological replicate 3

text: meristem, new leaf, upper stem

text: Plant sample from Helianthus petiolaris


text: University of Colorado, Boulder

text: live

text: Plant

text: Seedling

text: Dune

text: USA: Great Sand Dunes, Colorado

text: Greenhouse

text: 37.749206 N 105.536931 W

text: Helianthus petiolaris

text: biological replicate 4

text: meristem, new leaf, upper stem

text: Plant sample from Helianthus petiolaris


text: University of Colorado, Boulder

text: live

text: Plant

text: Seedling

text: Dune

text: USA: Great Sand Dunes, Colorado

text: Greenhouse

text: 37.745667 N 105.535786 W

text: Helianthus petiolaris

text: biological replicate 1

text: meristem, new leaf, upper stem

text: Plant sample from Helianthus petiolaris


text: University of Colorado, Boulder

text: live

text: Plant

text: Seedling

text: Dune

text: USA: Great Sand Dunes, Colorado

text: Greenhouse

text: 37.745667 N 105.535786 W

text: Helianthus petiolaris

text: biological replicate 2

text: meristem, new leaf, upper stem

text: Plant sample from Helianthus petiolaris


text: University of Colorado, Boulder

text: live

text: Plant

text: Seedling

text: Dune

text: USA: Great Sand Dunes, Colorado

text: Greenhouse

text: 37.745667 N 105.535786 W

text: Helianthus petiolaris

text: biological replicate 3

text: meristem, new leaf, upper stem

text: Plant sample from Helianthus petiolaris


text: University of Colorado, Boulder

text: live

text: Plant

text: Seedling

text: Dune

text: USA: Great Sand Dunes, Colorado

text: Greenhouse

text: 37.745667 N 105.535786 W

text: Helianthus petiolaris

text: biological replicate 4

text: meristem, new leaf, upper stem

text: Plant sample from Helianthus petiolaris


text: University of Colorado, Boulder

text: live

text: Plant

text: Seedling

text: Non-dune

text: USA: Great Sand Dunes, Colorado

text: Greenhouse

text: 37.705903 N 105.534767 W

text: Helianthus petiolaris

text: Landmark

text: biological replicate 1

text: meristem, new leaf, upper stem

text: Plant sample from Helianthus petiolaris


text: University of Colorado, Boulder

text: live

text: Plant

text: Seedling

text: Non-dune

text: USA: Great Sand Dunes, Colorado

text: Greenhouse

text: 37.705903 N 105.534767 W

text: Helianthus petiolaris

text: Landmark

text: biological replicate 2

text: meristem, new leaf, upper stem

text: Plant sample from Helianthus petiolaris


text: University of Colorado, Boulder

text: live

text: Plant

text: Seedling

text: Non-dune

text: USA: Great Sand Dunes, Colorado

text: Greenhouse

text: 37.705903 N 105.534767 W

text: Helianthus petiolaris

text: Landmark

text: biological replicate 3

text: meristem, new leaf, upper stem

text: Plant sample from Helianthus petiolaris


text: University of Colorado, Boulder

text: live

text: Plant

text: Seedling

text: Non-dune

text: USA: Great Sand Dunes, Colorado

text: Greenhouse

text: 37.705903 N 105.534767 W

text: Helianthus petiolaris

text: Landmark

text: biological replicate 4

text: meristem, new leaf, upper stem

text: Plant sample from Helianthus petiolaris


text: University of Colorado, Boulder

text: live

text: Plant

text: Seedling

text: Non-dune

text: USA: Great Sand Dunes, Colorado

text: Greenhouse

text: 37.694111 N 105.547756 W

text: Helianthus petiolaris

text: Oasis

text: biological replicate 1

text: meristem, new leaf, upper stem

text: Plant sample from Helianthus petiolaris


text: University of Colorado, Boulder

text: live

text: Plant

text: Seedling

text: Non-dune

text: USA: Great Sand Dunes, Colorado

text: Greenhouse

text: 37.694111 N 105.547756 W

text: Helianthus petiolaris

text: Oasis

text: biological replicate 2

text: meristem, new leaf, upper stem

text: Plant sample from Helianthus petiolaris


text: University of Colorado, Boulder

text: live

text: Plant

text: Seedling

text: Non-dune

text: USA: Great Sand Dunes, Colorado

text: Greenhouse

text: 37.694111 N 105.547756 W

text: Helianthus petiolaris

text: Oasis

text: biological replicate 3

text: meristem, new leaf, upper stem

text: Plant sample from Helianthus petiolaris


text: University of Colorado, Boulder

text: live

text: Plant

text: Seedling

text: Non-dune

text: USA: Great Sand Dunes, Colorado

text: Greenhouse

text: 37.694111 N 105.547756 W

text: Helianthus petiolaris

text: Oasis

text: biological replicate 4

text: meristem, new leaf, upper stem

text: Plant sample from Helianthus petiolaris


text: University of Colorado, Boulder

text: live

text: Plant

text: Seedling

text: Non-dune

text: USA: Great Sand Dunes, Colorado

text: Greenhouse

text: 37.678053 N 105.561717 W

text: Helianthus petiolaris

text: Duplex

text: biological replicate 1

text: meristem, new leaf, upper stem

text: Plant sample from Helianthus petiolaris


text: University of Colorado, Boulder

text: live

text: Plant

text: Seedling

text: Non-dune

text: USA: Great Sand Dunes, Colorado

text: Greenhouse

text: 37.678053 N 105.561717 W

text: Helianthus petiolaris

text: Duplex

text: biological replicate 2

text: meristem, new leaf, upper stem

text: Plant sample from Helianthus petiolaris


text: University of Colorado, Boulder

text: live

text: Plant

text: Seedling

text: Non-dune

text: USA: Great Sand Dunes, Colorado

text: Greenhouse

text: 37.678053 N 105.561717 W

text: Helianthus petiolaris

text: Duplex

text: biological replicate 3

text: meristem, new leaf, upper stem

text: Plant sample from Helianthus petiolaris


text: University of Colorado, Boulder

text: live

text: Plant

text: Seedling

text: Non-dune

text: USA: Great Sand Dunes, Colorado

text: Greenhouse

text: 37.678053 N 105.561717 W

text: Helianthus petiolaris

text: Duplex

text: biological replicate 4

text: meristem, new leaf, upper stem

text: Plant sample from Helianthus petiolaris


text: Center for Applied Bioinformatics, St Jude Children's Research Hosipital

text: live

text: Generic

text: SEM

characteristic: cell line

text: missing

text: missing

text: Homo sapiens

text: SEM

text: Day 7

characteristic: time point

characteristic: treatment


characteristic: External Id

characteristic: INSDC first public

text: live

characteristic: INSDC status

text: Generic

text: SEM

text: missing

text: missing

text: Homo sapiens

text: SEM

text: Day 14


text: live

text: Generic

characteristic: NCBI submission model

characteristic: NCBI submission package

text: SEM

text: missing

text: missing

text: Homo sapiens

text: SEM

text: Day 0

characteristic: title


characteristic: INSDC center name

characteristic: INSDC last update

text: live

text: Generic

text: missing

text: missing

text: Homo sapiens

characteristic: organism

text: Day 7


characteristic: INSDC secondary accession

text: live

text: Generic

characteristic: SRA accession

text: missing

text: missing

text: Homo sapiens

text: Day 14


text: live

text: Generic

text: missing

text: missing

text: Homo sapiens

text: Day 0


text: Public Health Sciences, Penn State College of Medicine

text: live

text: Generic

text: Biol rep 3

characteristic: biological repeat

text: Epithelial cell

characteristic: cell type

text: missing

text: missing

text: Homo sapiens

text: Colon

text: Colon

text: DLD1-expressing dnTCF7L2 and IGF2BP3, Dox, Biol rep 3

text: Doxycycline


text: live

text: Generic

text: Biol rep 2

text: Epithelial cell

text: missing

text: missing

text: Homo sapiens

text: Colon

text: Colon

characteristic: tissue

text: DLD1-expressing dnTCF7L2 and IGF2BP2, Dox, Biol rep 2

text: Doxycycline


text: live

text: Generic

text: Biol rep 1

characteristic: cell line

text: Epithelial cell

text: missing

text: missing

text: Homo sapiens

text: Colon

text: Colon

text: DLD1-expressing dnTCF7L2 and IGF2BP1-Dox, Biol rep 1

text: Doxycycline


text: live

text: Generic

text: Biol rep 3

text: Epithelial cell

text: missing

text: missing

text: Homo sapiens

text: Colon

text: Colon

text: DLD1-Dox, Biol rep 3

text: Untreated


text: live

text: Generic

text: Biol rep 2

text: Epithelial cell

text: missing

text: missing

text: Homo sapiens

text: Colon

text: Colon

text: DLD1-Dox, Biol rep 2

text: Untreated


text: live

text: Generic

text: Biol rep 1

text: Epithelial cell

text: missing

text: missing

text: Homo sapiens

text: Colon

text: Colon

text: DLD1-Dox, Biol rep 1

text: Untreated


text: live

text: Generic

text: Biol rep 3

text: Epithelial cell

text: missing

text: missing

text: Homo sapiens

text: Colon

text: Colon

text: DLD1-expressing dnTCF7L2, Untr, Biol rep 3

text: Doxycycline


text: live

text: Generic

text: Biol rep 2

text: Epithelial cell

text: missing

text: missing

text: Homo sapiens

text: Colon

text: Colon

text: DLD1-expressing dnTCF7L2, Untr, Biol rep 2

text: Doxycycline


text: live

text: Generic

text: Biol rep 1

text: Epithelial cell

text: missing

text: missing

text: Homo sapiens

text: Colon

text: Colon

text: DLD1-expressing dnTCF7L2, Untr, Biol rep 1

text: Doxycycline


text: live

text: Generic

text: Biol rep 3

text: Epithelial cell

text: missing

text: missing

text: Homo sapiens

text: Colon

text: Colon

text: DLD1-UT, Biol rep 3

text: Untreated


text: live

text: Generic

text: Biol rep 2

text: Epithelial cell

text: missing

text: missing

text: Homo sapiens

text: Colon

text: Colon

text: DLD1-UT, Biol rep 2

text: Untreated


text: live

text: Generic

text: Biol rep 1

text: Epithelial cell

text: missing

text: missing

text: Homo sapiens

text: Colon

text: Colon

text: DLD1-UT, Biol rep 1

text: Untreated


text: live

text: Generic

text: Biol rep 3

characteristic: biological repeats

text: Mouse Embryonic Fibroblast Cells-IGF2BP1 knockout

text: Fibroblast

text: missing

text: missing

text: Mus musculus

text: Embryonic

text: Embryonic

text: MEF-IGF2BP1-KO-Wnt3a, Biol rep 3


text: live

text: Generic

text: Biol rep 3

text: Fibroblast

text: missing

text: missing

text: Mus musculus

text: Embryonic

text: Embryonic

text: MEF-IGF2BP1-KO-UT, Biol rep 3

text: Untreated

characteristic: treatment


characteristic: External Id

text: live

text: Generic

text: Biol rep 3

text: Mouse Embryonic Fibroblast Cells

text: Fibroblast

text: missing

text: missing

text: Mus musculus

text: Embryonic

text: Embryonic

text: MEF-WT-Wnt3a, Biol rep 3


characteristic: INSDC first public

text: live

text: Generic

text: Biol rep 3

text: Mouse Embryonic Fibroblast Cells

text: Fibroblast

text: missing

text: missing

text: Mus musculus

text: Embryonic

text: Embryonic

text: MEF-WT-UT, Biol rep 3

text: Untreated


text: live

characteristic: INSDC status

text: Generic

text: Biol rep 2

text: Fibroblast

text: missing

text: missing

text: Mus musculus

text: Embryonic

text: Embryonic

text: MEF-IGF2BP1-KO-Wnt3a, Biol rep 2


text: live

text: Generic

characteristic: NCBI submission model

text: Biol rep 2

text: Fibroblast

text: missing

text: missing

text: Mus musculus

text: Embryonic

text: Embryonic

text: MEF-IGF2BP1-KO-UT, Biol rep 2

text: Untreated


text: live

text: Generic

characteristic: NCBI submission package

text: Biol rep 2

text: Mouse Embryonic Fibroblast Cells

text: Fibroblast

text: missing

text: missing

text: Mus musculus

text: Embryonic

text: Embryonic

text: MEF-WT-Wnt3a, Biol rep 2


text: live

text: Generic

text: Biol rep 2

text: Mouse Embryonic Fibroblast Cells

text: Fibroblast

text: missing

text: missing

text: Mus musculus

text: Embryonic

text: Embryonic

text: MEF-WT-UT, Biol rep 2

characteristic: title

text: Untreated


characteristic: INSDC center name

text: live

text: Generic

text: Biol rep 1

text: Fibroblast

text: missing

text: missing

text: Mus musculus

text: Embryonic

text: Embryonic

text: MEF-IGF2BP1-KO-Wnt3a, Biol rep 1


characteristic: INSDC last update

text: live

text: Generic

text: Biol rep 1

text: Fibroblast

text: missing

text: missing

text: Mus musculus

text: Embryonic

text: Embryonic

text: MEF-IGF2BP1-KO-UT, Biol rep 1

text: Untreated


text: live

text: Generic

text: Biol rep 1

text: Mouse Embryonic Fibroblast Cells

text: Fibroblast

text: missing

text: missing

text: Mus musculus

characteristic: organism

text: Embryonic

text: Embryonic

text: MEF-WT-Wnt3a, Biol rep 1


characteristic: INSDC secondary accession

text: live

text: Generic

text: Biol rep 1

text: Mouse Embryonic Fibroblast Cells

text: Fibroblast

text: missing

text: missing

text: Mus musculus

text: Embryonic

text: Embryonic

text: MEF-WT-UT, Biol rep 1

text: Untreated


text: Yongchuan Hospital of Chongqing Medical University

text: live

text: Microbe, viral or environmental

characteristic: SRA accession

characteristic: Tax ID

text: missing

text: missing

characteristic: isolate

text: hospital sample

text: Enterobacter asburiae

text: missing

characteristic: strain

text: Microbe sample from Enterobacter asburiae

characteristic: tmp


text: live

text: Microbe, viral or environmental

text: missing

text: missing

text: hospital sample

text: Enterobacter hormaechei

text: missing

text: Microbe sample from Enterobacter hormaechei


text: Tumor Microenvironment, Clinical Sciences Lund, Lund University

text: live

text: Generic

text: missing

text: missing

text: Homo sapiens

text: GBM biopsy

text: GBM biopsy

characteristic: tissue


text: live

text: Generic

text: Biol repe 3

characteristic: biological repeats

characteristic: cell line

text: Epithelium

characteristic: cell type

text: missing

text: missing

text: Homo sapiens

text: Colon

text: Colon

text: DLD1-expressing dnTCF7L2 4

text: Doxycycline

characteristic: treatment


characteristic: External Id

characteristic: INSDC first public

text: live

characteristic: INSDC status

text: Generic

characteristic: NCBI submission model

text: Biol repe 2

text: Epithelium

text: missing

text: missing

text: Homo sapiens

text: Colon

text: Colon

text: DLD1-expressing dnTCF7L2 3

text: Doxycycline


characteristic: INSDC center name

characteristic: INSDC last update

text: live

text: Generic

characteristic: NCBI submission package

text: Biol repe 1

text: Epithelium

text: missing

text: missing

text: Homo sapiens

text: Colon

text: Colon

text: DLD1-expressing dnTCF7L2 2

characteristic: title

text: Doxycycline


characteristic: INSDC secondary accession

text: live

text: Generic

characteristic: SRA accession

text: Biol rep 3

text: Epithelium

text: missing

text: missing

text: Homo sapiens

characteristic: organism

text: Colon

text: Colon

text: DLD1 3

text: Doxycycline


text: live

text: Generic

text: Biol rep 2

text: Epithelium

text: missing

text: missing

text: Homo sapiens

text: Colon

text: Colon

text: DLD1 2

text: Doxycycline


text: live

text: Generic

text: Biol rep 1

text: Epithelium

text: missing

text: missing

text: Homo sapiens

text: Colon

text: Colon

text: DLD1 1

text: Doxycycline


name: Chicken CSF1R-eGFP cells_single-cell_RNA_sequencing, MAG_3

text: University of Edinburgh

text: live

text: Model organism or animal

text: 20 weeks

characteristic: age

text: The Roslin Institute, University of Edinburgh

text: Splenocytes

characteristic: cultivar

text: Primary cells

characteristic: ecotype

text: not applicable

characteristic: isolate

text: Gallus gallus

text: female

characteristic: sex

text: CSF1R-eGFP reporter transgenic line (MAG)

characteristic: strain

text: Spleen

text: Model organism or animal sample from Gallus gallus


name: Chicken CSF1R-eGFP cells_single-cell_RNA_sequencing, MAG_4

characteristic: External Id

text: University of Edinburgh

text: live

text: Model organism or animal

text: 20 weeks

text: Splenocytes

text: Primary cells

text: not applicable

text: Gallus gallus

text: female

text: Spleen

characteristic: tissue


name: c-MYC_dSpCas9_Input- dSpCas9 input sample

text: CSIR-Institute of Genomics and Integrtive Biology

characteristic: INSDC first public

text: live

characteristic: INSDC status

text: Human

text: Not applicable

text: CSIR-IGIB

text: Not applicable

text: dSpCas9 input sample

characteristic: description

text: Not applicable

text: c-MYC locus targeted with dSpCas9 -Input

text: Homo sapiens

text: Not applicable


name: c-MYC_dSpCas9_IP - antibody Pulldown sample

characteristic: INSDC center name

characteristic: INSDC last update

text: live

text: Human

characteristic: NCBI submission model

text: Not applicable

text: CSIR-IGIB

text: Not applicable

text: dSpCas9 antibody Pulldown sample

text: Not applicable

text: c-MYC locus targeted with dSpCas9 -IP

text: Homo sapiens

text: Not applicable


name: c-MYC_dFnCas9_Input - dFnCas9 input sample

characteristic: INSDC secondary accession

text: live

text: Human

characteristic: NCBI submission package

text: Not applicable

text: CSIR-IGIB

text: Not applicable

text: dFnCas9 input sample

text: Not applicable

text: c-MYC locus targeted with dFnCas9 - Input

text: Homo sapiens

text: Not applicable

characteristic: title


name: c-MYC_dFnCas9_IP - antibody Pulldown sample

text: live

text: Human

characteristic: SRA accession

text: Not applicable

characteristic: age

text: CSIR-IGIB

text: Not applicable

text: antibody Pulldown sample

text: Not applicable

text: c-MYC locus targeted with dFnCas9 - IP

text: Homo sapiens

characteristic: organism

text: Not applicable


text: University of Las Palmas de Gran Canaria

text: live

text: Microbe, viral or environmental

text: Sweden: Vaxholm

text: sediments

text: Shewanella sp. SP1S1-7

text: cell culture

text: Microbe sample from Shewanella sp. SP1S1-7


text: live

text: Microbe, viral or environmental

text: Sweden: Vaxholm

text: sediments

text: Shewanella sp. SP1S2-4

text: cell culture

text: Microbe sample from Shewanella sp. SP1S2-4


text: live

text: Microbe, viral or environmental

text: Sweden: Vaxholm

text: sediments

text: Shewanella sp. SP2S2-4

text: cell culture

text: Microbe sample from Shewanella sp. SP2S2-4


text: live

text: Microbe, viral or environmental

text: Sweden: Vaxholm

text: sediments

text: Shewanella sp. SP2S2-6

text: cell culture

text: Microbe sample from Shewanella sp. SP2S2-6


text: Abigail Wexner Research Institute at Nationwide Children's Hospital

text: live

text: Model organism or animal

text: Spleen CD8+ CD62L+ Sample 1

text: USA

text: spleen

text: Mus musculus

text: CD8+ CD62L+ Spleen Cells

text: male

text: Spleen

text: Spleen CD8+ CD62L+ Sample 1


text: live

text: Model organism or animal

text: Spleen CD8+ CD62L+ Sample2

text: USA

text: spleen

text: Mus musculus

text: CD8+ CD62L+ Spleen Cells

text: male

text: Spleen

text: Spleen CD8+ CD62L+ Sample2


text: live

text: Model organism or animal

text: Spleen CD8+ CD62L+ Sample3

text: USA

text: spleen

text: Mus musculus

text: CD8+ CD62L+ Spleen Cells

text: male

text: Spleen

text: Spleen CD8+ CD62L+ Sample3


text: live

text: Model organism or animal

text: Spleen Tetra+ CD8+ Sample 1

text: USA

text: spleen

text: Mus musculus

text: Tetra+ CD8+ Spleen Cells

text: male

text: Spleen

text: Spleen Tetra+ CD8+ Sample 1


text: live

text: Model organism or animal

text: Spleen Tetra+ CD8+ Sample 2

text: USA

text: spleen

text: Mus musculus

text: Tetra+ CD8+ Spleen Cells

text: male

text: Spleen

text: Spleen Tetra+ CD8+ Sample 2


text: live

text: Model organism or animal

text: Spleen Tetra+ CD8+ Sample 3

text: USA

text: spleen

text: Mus musculus

text: Tetra+ CD8+ Spleen Cells

text: male

text: Spleen

text: Spleen Tetra+ CD8+ Sample 3


text: live

text: Model organism or animal

text: Liver Tetra+ CD8+ Sample 1

text: USA

text: liver

text: Mus musculus

text: Tetra+ CD8+ Liver Cells

text: male

text: Liver

text: Liver Tetra+ CD8+ Sample 1


text: live

text: Model organism or animal

text: Liver Tetra+ CD8+ Sample 2

text: USA

text: liver

text: Mus musculus

text: Tetra+ CD8+ Liver Cells

text: male

text: Liver

text: Liver Tetra+ CD8+ Sample 2


text: live

text: Model organism or animal

text: Liver Tetra+ CD8+ Sample 3

text: USA

text: liver

text: Mus musculus

text: Tetra+ CD8+ Liver Cells

text: male

text: Liver

text: Liver Tetra+ CD8+ Sample 3


text: live

text: Model organism or animal

text: Liver Tetra+ CD8+ Sample 4

text: USA

text: liver

text: Mus musculus

text: Tetra+ CD8+ Liver Cells

text: male

text: Liver

text: Liver Tetra+ CD8+ Sample 4


text: dbGaP

text: live

text: Generic

text: DNA

characteristic: analyte type

characteristic: biospecimen repository

characteristic: biospecimen repository sample id

text: Blood

characteristic: body site

text: GRU

text: No

characteristic: is tumor

text: Homo sapiens

text: male

text: Case-Control

characteristic: study design

characteristic: study name

characteristic: submitted sample id

characteristic: submitted subject id

characteristic: submitter handle

text: Non-tumor DNA sample from Blood of a human male participant in the dbGaP study "Population Genetic Testing and SERPINA1 Sequencing Identifies Unidentified Alpha-1 Antitrypsin Deficiency Alleles and Gene-Environment Interaction with Hepatitis C Infection"