text: Metagenome or environmental

characteristic: INSDC center name

characteristic: INSDC last update

text: public

characteristic: INSDC status

characteristic: SRA accession

text: NCBI

text: African American

text: USA

text: Homo sapiens

text: uterine cervix

text: uterine cervix

text: human reproductive system metagenome

text: tissue sample

text: human reproductive system metagenome

characteristic: title


status: PUBLIC

text: Metagenome or environmental

tag: attribute

characteristic: BioSampleModel

characteristic: ENA-FIRST-PUBLIC

characteristic: ENA-LAST-UPDATE

characteristic: External Id

characteristic: INSDC center alias

characteristic: INSDC first public

text: public

characteristic: Submitter Id

text: NCBI

characteristic: broker name

text: Hispanic/Latina

characteristic: ethnicity

text: USA

text: Homo sapiens

characteristic: host

text: uterine cervix

text: uterine cervix

text: human reproductive system metagenome

characteristic: organism

text: tissue sample

text: human reproductive system metagenome


text: Shanghai Jiao Tong University School of Medicine

characteristic: INSDC secondary accession

text: live

text: Model organism or animal

characteristic: NCBI submission model

characteristic: NCBI submission package

characteristic: age

text: not collected

characteristic: breed

text: not collected

characteristic: cultivar

text: replicate = biological replicate 1'

characteristic: description

text: not collected

text: knock in

characteristic: ecotype

text: not collected

characteristic: isolate

text: Mus musculus

text: male

characteristic: sex

characteristic: strain

text: testis

characteristic: tissue

text: Model organism or animal sample from Mus musculus


characteristic: External Id

characteristic: INSDC center name

characteristic: INSDC first public

characteristic: INSDC last update

text: live

characteristic: INSDC status

text: Model organism or animal

characteristic: SRA accession

text: not collected

text: not collected

text: replicate = biological replicate 2'

text: not collected

text: knock in

text: not collected

text: Mus musculus

text: male

text: testis

characteristic: title


characteristic: INSDC secondary accession

text: live

text: Model organism or animal

characteristic: NCBI submission model

characteristic: NCBI submission package

text: not collected

text: not collected

text: replicate = biological replicate 3'

text: not collected

text: knock in

text: not collected

text: Mus musculus

characteristic: organism

text: male

text: testis


text: live

text: Model organism or animal

characteristic: age

text: not collected

characteristic: breed

text: not collected

characteristic: cultivar

text: replicate = biological replicate 1'

characteristic: description

text: not collected

text: wild

text: not collected

text: Mus musculus

text: male

text: testis


text: live

text: Model organism or animal

text: not collected

text: not collected

text: replicate = biological replicate 2'

text: not collected

text: wild

characteristic: ecotype

text: not collected

characteristic: isolate

text: Mus musculus

text: male

characteristic: sex

characteristic: strain

text: testis


characteristic: External Id

characteristic: INSDC center name

characteristic: INSDC first public

text: live

text: Model organism or animal

text: not collected

text: not collected

text: replicate = biological replicate 3'

text: not collected

text: wild

text: not collected

text: Mus musculus

text: male

text: testis

characteristic: tissue


text: Southwest University

characteristic: INSDC last update

text: live

characteristic: INSDC status

text: Model organism or animal

characteristic: SRA accession

text: sexual maturity

text: Plotosus lineatus

text: female

text: Blood

text: Plotosus lineatus Genome sequencing and assembly

characteristic: title


text: Southwest University

characteristic: INSDC secondary accession

text: live

text: Model organism or animal

characteristic: NCBI submission model

characteristic: NCBI submission package

text: sexual maturity

text: Plotosus lineatus

characteristic: organism

text: female

text: liver


text: Southwest University

text: live

text: Model organism or animal

text: sexual maturity

text: Plotosus lineatus

text: female

text: kidney


text: Southwest University

text: live

text: Model organism or animal

text: sexual maturity

text: Plotosus lineatus

text: female

text: fin


text: Southwest University

text: live

text: Model organism or animal

text: sexual maturity

text: Plotosus lineatus

text: female

text: brain


text: Southwest University

text: live

text: Model organism or animal

text: sexual maturity

text: Plotosus lineatus

text: female

text: muscles


text: Southwest University

text: live

text: Model organism or animal

text: sexual maturity

text: Plotosus lineatus

text: female

text: heart


text: Southwest University

text: live

text: Model organism or animal

text: sexual maturity

text: Plotosus lineatus

text: female

text: spleen


text: Southwest University

text: live

text: Model organism or animal

text: sexual maturity

text: Plotosus lineatus

text: female

text: head kidney


text: Southwest University

text: live

text: Model organism or animal

text: sexual maturity

text: Plotosus lineatus

text: female

text: gonads


text: Southwest University

text: live

text: Model organism or animal

text: sexual maturity

text: Plotosus lineatus

text: female

text: gills


text: Southwest University

text: live

text: Model organism or animal

text: sexual maturity

text: Plotosus lineatus

text: female

text: pooled fin, blood, brain, gills, heart, head kidney, liver, muscle, and spleen


tha1 rep 1

text: Plant

characteristic: BioSampleModel

characteristic: ENA-FIRST-PUBLIC

characteristic: ENA-LAST-UPDATE

text: pda|prakitkung@gmail.com

characteristic: INSDC center alias

text: pda|prakitkung@gmail.com

text: public

text: tha1 rep 1

characteristic: Submitter Id

text: 8 days

characteristic: age

text: NCBI

characteristic: broker name

text: B73 mix

characteristic: cultivar

characteristic: genotype

text: USA

text: 2 hours after dawn

text: Zea mays

characteristic: replicate

text: leaves 2 and 3

text: tha1 rep 1


tha1 rep 2

text: Plant

characteristic: External Id

text: pda|prakitkung@gmail.com

text: pda|prakitkung@gmail.com

characteristic: INSDC center name

characteristic: INSDC first public

characteristic: INSDC last update

text: public

characteristic: INSDC status

text: tha1 rep 2

text: 8 days

text: NCBI

text: B73 mix

text: USA

text: 2 hours after dawn

text: Zea mays

text: leaves 2 and 3

characteristic: tissue

text: tha1 rep 2


tha1 rep3

text: Plant

text: pda|prakitkung@gmail.com

text: pda|prakitkung@gmail.com

text: public

characteristic: SRA accession

text: tha1 rep3

text: 8 days

text: NCBI

text: B73 mix

text: USA

text: 2 hours after dawn

text: Zea mays

characteristic: organism

text: leaves 2 and 3

text: tha1 rep3

characteristic: title


Wild type sibling of tha1

text: Plant

characteristic: BioSampleModel

characteristic: ENA-FIRST-PUBLIC

characteristic: ENA-LAST-UPDATE

text: pda|prakitkung@gmail.com

text: pda|prakitkung@gmail.com

text: public

text: Wild type sibling of tha1

text: 8 days

text: NCBI

text: B73 mix

text: WT

text: USA

text: 2 hours after dawn

text: Zea mays

text: leaves 2 and 3

text: Wild type sibling of tha1


ptac12-2 rep 1

text: Plant

text: pda|prakitkung@gmail.com

characteristic: INSDC center alias

text: pda|prakitkung@gmail.com

text: public

text: ptac12-2 rep 1

characteristic: Submitter Id

text: 8 days

characteristic: age

text: NCBI

text: B73 mix

text: USA

text: 2 hours after dawn

text: Zea mays

text: leaves 2 and 3

text: ptac12-2 rep 1


ptac12-2 rep 2

text: Plant

text: pda|prakitkung@gmail.com

text: pda|prakitkung@gmail.com

text: public

text: ptac12-2 rep 2

text: 8 days

text: NCBI

characteristic: broker name

text: B73 mix

characteristic: cultivar

characteristic: genotype

text: USA

text: 2 hours after dawn

text: Zea mays

text: leaves 2 and 3

text: ptac12-2 rep 2


ptac12-2 rep3

text: Plant

characteristic: External Id

text: pda|prakitkung@gmail.com

text: pda|prakitkung@gmail.com

characteristic: INSDC center name

text: public

text: ptac12-2 rep3

text: 8 days

text: NCBI

text: B73 mix

text: USA

text: 2 hours after dawn

text: Zea mays

characteristic: replicate

text: leaves 2 and 3

text: ptac12-2 rep3


Wild type sibling of ptac12-2

text: Plant

text: pda|prakitkung@gmail.com

text: pda|prakitkung@gmail.com

characteristic: INSDC first public

characteristic: INSDC last update

text: public

characteristic: INSDC status

text: Wild type sibling of ptac12-2

text: 8 days

text: NCBI

text: B73 mix

text: WT

text: USA

text: 2 hours after dawn

text: Zea mays

text: leaves 2 and 3

text: Wild type sibling of ptac12-2


ppr5 rep 1

text: Plant

text: pda|prakitkung@gmail.com

text: pda|prakitkung@gmail.com

text: public

characteristic: SRA accession

text: ppr5 rep 1

text: 8 days

text: NCBI

text: B73 mix

text: USA

text: 2 hours after dawn

text: Zea mays

characteristic: organism

text: leaves 2 and 3

characteristic: tissue

text: ppr5 rep 1


ppr5 rep 2

text: Plant

characteristic: BioSampleModel

characteristic: ENA-FIRST-PUBLIC

text: pda|prakitkung@gmail.com

text: pda|prakitkung@gmail.com

text: public

text: ppr5 rep 2

text: 8 days

text: NCBI

text: B73 mix

text: USA

text: 2 hours after dawn

text: Zea mays

text: leaves 2 and 3

text: ppr5 rep 2

characteristic: title


ppr5 rep3

text: Plant

characteristic: ENA-LAST-UPDATE

text: pda|prakitkung@gmail.com

characteristic: INSDC center alias

text: pda|prakitkung@gmail.com

text: public

text: ppr5 rep3

characteristic: Submitter Id

text: 8 days

text: NCBI

text: B73 mix

text: USA

text: 2 hours after dawn

text: Zea mays

text: leaves 2 and 3

text: ppr5 rep3


Wild type sibling of ppr5

text: Plant

text: pda|prakitkung@gmail.com

text: pda|prakitkung@gmail.com

text: public

text: Wild type sibling of ppr5

text: 8 days

characteristic: age

text: NCBI

characteristic: broker name

text: B73 mix

characteristic: cultivar

text: WT

text: USA

text: 2 hours after dawn

text: Zea mays

text: leaves 2 and 3

text: Wild type sibling of ppr5


murE-2 rep 1

text: Plant

characteristic: External Id

text: pda|prakitkung@gmail.com

text: pda|prakitkung@gmail.com

characteristic: INSDC center name

text: public

text: murE-2 rep 1

text: 8 days

text: NCBI

text: B73 mix

characteristic: genotype

text: USA

text: 2 hours after dawn

text: Zea mays

text: leaves 2 and 3

text: murE-2 rep 1


murE-2 rep 2

text: Plant

text: pda|prakitkung@gmail.com

text: pda|prakitkung@gmail.com

characteristic: INSDC first public

characteristic: INSDC last update

text: public

text: murE-2 rep 2

text: 8 days

text: NCBI

text: B73 mix

text: USA

text: 2 hours after dawn

text: Zea mays

characteristic: replicate

text: leaves 2 and 3

text: murE-2 rep 2


murE-2 rep3

text: Plant

text: pda|prakitkung@gmail.com

text: pda|prakitkung@gmail.com

text: public

characteristic: INSDC status

characteristic: SRA accession

text: murE-2 rep3

text: 8 days

text: NCBI

text: B73 mix

text: USA

text: 2 hours after dawn

text: Zea mays

characteristic: organism

text: leaves 2 and 3

text: murE-2 rep3


Wild type sibling of murE-2

text: Plant

characteristic: BioSampleModel

characteristic: ENA-FIRST-PUBLIC

text: pda|prakitkung@gmail.com

text: pda|prakitkung@gmail.com

text: public

text: Wild type sibling of murE-2

text: 8 days

text: NCBI

text: B73 mix

text: WT

text: USA

text: 2 hours after dawn

text: Zea mays

text: leaves 2 and 3

characteristic: tissue

text: Wild type sibling of murE-2


Wild type

text: Plant

characteristic: ENA-LAST-UPDATE

text: pda|prakitkung@gmail.com

characteristic: INSDC center alias

text: pda|prakitkung@gmail.com

text: public

text: Wild type

text: 8 days

text: NCBI

text: B73 mix

text: WT

text: USA

text: 2 hours after dawn

text: Zea mays

text: leaves 2 and 3

text: Wild type

characteristic: title


hcf136, reillumination, rep 1

text: Plant

text: pda|prakitkung@gmail.com

text: pda|prakitkung@gmail.com

text: public

text: hcf136, reillumination, rep 1

characteristic: Submitter Id

text: 8 days

characteristic: age

text: NCBI

characteristic: broker name

text: mix

text: USA

text: after 15-min reillmination

text: Zea mays

text: leaves 2 and 3

text: hcf136, reillumination, rep 1


hcf136, reillumination, rep 2

text: Plant

characteristic: External Id

text: pda|prakitkung@gmail.com

text: pda|prakitkung@gmail.com

characteristic: INSDC center name

text: public

text: hcf136, reillumination, rep 2

text: 8 days

text: NCBI

text: mix

characteristic: cultivar

text: USA

text: after 15-min reillmination

text: Zea mays

text: leaves 2 and 3

text: hcf136, reillumination, rep 2


name: Wild-type sibling of hcf136, reillumination, rep 1

text: Plant

text: pda|prakitkung@gmail.com

text: pda|prakitkung@gmail.com

characteristic: INSDC first public

characteristic: INSDC last update

text: public

text: 8 days

text: NCBI

text: mix

text: WT of hcf136

characteristic: genotype

text: USA

text: after 15-min reillmination

text: Zea mays

text: leaves 2 and 3


name: Wild-type sibling of hcf136, reillumination, rep 2

text: Plant

text: pda|prakitkung@gmail.com

text: pda|prakitkung@gmail.com

text: public

characteristic: INSDC status

characteristic: SRA accession

text: 8 days

text: NCBI

text: mix

text: WT of hcf136

text: USA

text: after 15-min reillmination

text: Zea mays

characteristic: replicate

text: leaves 2 and 3


pet2, reillumination, rep 1

text: Plant

characteristic: BioSampleModel

characteristic: ENA-FIRST-PUBLIC

text: pda|prakitkung@gmail.com

text: pda|prakitkung@gmail.com

text: public

text: pet2, reillumination, rep 1

text: 8 days

text: NCBI

text: mix

text: USA

text: after 15-min reillmination

text: Zea mays

characteristic: organism

text: leaves 2 and 3

text: pet2, reillumination, rep 1


pet2, reillumination, rep 2

text: Plant

characteristic: ENA-LAST-UPDATE

text: pda|prakitkung@gmail.com

characteristic: INSDC center alias

text: pda|prakitkung@gmail.com

text: public

text: pet2, reillumination, rep 2

text: 8 days

text: NCBI

text: mix

text: USA

text: after 15-min reillmination

text: Zea mays

text: leaves 2 and 3

characteristic: tissue

text: pet2, reillumination, rep 2


name: Wild-type sibling of pet2, reillumination, rep 1

text: Plant

text: pda|prakitkung@gmail.com

text: pda|prakitkung@gmail.com

text: public

characteristic: Submitter Id

text: 8 days

characteristic: age

text: NCBI

text: mix

text: WT of pet2

text: USA

text: after 15-min reillmination

text: Zea mays

text: leaves 2 and 3

characteristic: title


name: Wild-type sibling of pet2, reillumination, rep 2

text: Plant

characteristic: External Id

text: pda|prakitkung@gmail.com

text: pda|prakitkung@gmail.com

characteristic: INSDC center name

text: public

text: 8 days

text: NCBI

characteristic: broker name

text: mix

text: WT of pet2

text: USA

text: after 15-min reillmination

text: Zea mays

text: leaves 2 and 3


psa3, reillumination, rep 1

text: Plant

text: pda|prakitkung@gmail.com

text: pda|prakitkung@gmail.com

characteristic: INSDC first public

characteristic: INSDC last update

text: public

text: psa3, reillumination, rep 1

text: 8 days

text: NCBI

text: mix

characteristic: cultivar

text: USA

text: after 15-min reillmination

text: Zea mays

text: leaves 2 and 3

text: psa3, reillumination, rep 1


psa3, reillumination, rep 2

text: Plant

text: pda|prakitkung@gmail.com

text: pda|prakitkung@gmail.com

text: public

characteristic: INSDC status

characteristic: SRA accession

text: psa3, reillumination, rep 2

text: 8 days

text: NCBI

text: mix

characteristic: genotype

text: USA

text: after 15-min reillmination

text: Zea mays

text: leaves 2 and 3

text: psa3, reillumination, rep 2


name: Wild-type sibling of psa3, reillumination, rep 1

text: Plant

characteristic: BioSampleModel

characteristic: ENA-FIRST-PUBLIC

text: pda|prakitkung@gmail.com

text: pda|prakitkung@gmail.com

text: public

text: 8 days

text: NCBI

text: mix

text: WT of psa3

text: USA

text: after 15-min reillmination

text: Zea mays

characteristic: replicate

text: leaves 2 and 3


name: Wild-type sibling of psa3, reillumination, rep 2

text: Plant

characteristic: ENA-LAST-UPDATE

text: pda|prakitkung@gmail.com

characteristic: INSDC center alias

text: pda|prakitkung@gmail.com

text: public

text: 8 days

text: NCBI

text: mix

text: WT of psa3

text: USA

text: after 15-min reillmination

text: Zea mays

characteristic: organism

text: leaves 2 and 3


text: Microbe, viral or environmental

text: pda|perreten

text: pda|perreten

text: public

characteristic: Submitter Id

text: NCBI

text: Switzerland: Bern

text: Bos taurus

characteristic: host

text: surgical site infection

text: Trueperella pyogenes

text: pure culture

characteristic: strain

text: Trueperella pyogenes


characteristic: External Id

text: Institute of Oceanology, CAS

characteristic: INSDC center name

characteristic: INSDC secondary accession

text: live

text: Plant

characteristic: NCBI submission model

characteristic: NCBI submission package

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 002 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

characteristic: isolate

text: Undaria pinnatifida

text: female

characteristic: sex

text: Gametophyte

characteristic: tissue

text: Plant sample from Undaria pinnatifida

characteristic: title


text: Institute of Oceanology, CAS

characteristic: INSDC first public

characteristic: INSDC last update

text: live

characteristic: INSDC status

text: Plant

characteristic: SRA accession

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 003 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: female

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 004 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

characteristic: organism

text: female

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 005 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: female

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 006 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: female

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 008 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: female

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 009 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: female

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 010 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: female

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 011 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: female

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 012 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: female

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 013 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: female

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 014 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: female

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 015 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: female

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 016 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: female

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 017 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: female

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 018 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: female

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 019 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: female

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 020 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: female

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 021 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: female

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 022 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: female

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 023 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: female

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 024 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: female

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 025 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: female

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 026 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: female

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 027 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: female

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 028 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: female

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 029 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: female

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 030 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: female

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 031 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: female

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 032 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: female

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 033 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: female

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 034 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: female

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 035 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: female

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 036 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: female

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 037 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: female

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 038 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: female

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 039 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: female

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 040 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: female

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 041 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: female

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 042 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: female

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 043 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: female

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 044 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: female

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 045 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: female

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 046 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: female

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 047 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: female

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 048 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: female

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 049 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: female

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 050 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: female

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 051 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: female

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 052 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: female

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 053 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: female

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 054 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: female

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 055 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: female

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 056 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: female

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 057 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: female

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 058 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: female

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 059 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: female

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 060 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: female

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 061 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: female

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 062 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: female

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 063 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: female

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 064 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: female

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 065 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: female

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 066 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: female

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 067 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: female

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 068 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: female

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 069 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: female

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 070 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: female

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 071 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: female

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 072 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: female

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 073 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: female

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 074 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: female

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 075 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: female

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 076 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: female

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 077 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: female

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 078 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: female

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 079 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: female

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 080 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: female

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 081 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: female

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 082 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: female

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 083 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: female

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 084 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: female

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 085 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: female

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 086 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: female

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 087 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: female

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 088 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: female

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 089 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: female

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 090 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: female

text: Gametophyte

text: Plant sample from Undaria pinnatifida


UndariaFemaleParent

text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F1 female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: female

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 158 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: female

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 159 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: female

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 160 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: female

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 161 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: female

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 162 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: female

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 200 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: female

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 201 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: female

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 202 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: male

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 196 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: male

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 091 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: male

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 092 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: male

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 093 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: male

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 094 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: male

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 095 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: male

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 096 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: male

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 097 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: male

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 098 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: male

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 099 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: male

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 100 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: male

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 101 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: male

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 102 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: male

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 103 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: male

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 104 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: male

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 105 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: male

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 106 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: male

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 107 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: male

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 108 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: male

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 109 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: male

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 110 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: male

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 112 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: male

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 113 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: male

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 114 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: male

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 115 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: male

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 116 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: male

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 117 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: male

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 118 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: male

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 119 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: male

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 120 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: male

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 121 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: male

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 122 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: male

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 124 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: male

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 125 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: male

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 126 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: male

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 127 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: male

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 128 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: male

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 129 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: male

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 130 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: male

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 131 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: male

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 132 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: male

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 134 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: male

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 135 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: male

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 136 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: male

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 137 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: male

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 138 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: male

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 139 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: male

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 140 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: male

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 141 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: male

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 142 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: male

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 143 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: male

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 144 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: male

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 145 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: male

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 146 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: male

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 147 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: male

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 148 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: male

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 149 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: male

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 150 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: male

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 151 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: male

text: Gametophyte

text: Plant sample from Undaria pinnatifida


UndariaMaleParent

text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F1 male gametophyte7-3-3FM

text: Undaria pinnatifida

text: male

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 154 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: male

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 155 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: male

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 156 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: male

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 157 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: male

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 164 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: male

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 165that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: male

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 166 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: male

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 167 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: male

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 168 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: male

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 169 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: male

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 170 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: male

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 171 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: male

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 172 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: male

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 173 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: male

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 174 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: male

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 175 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: male

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 176 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: male

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 177 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: male

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 178 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: male

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 179 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: male

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 180 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: male

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 181 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: male

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 182 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: male

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 183 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: male

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 184 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: male

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 185 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: male

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 186 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: male

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 187 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: male

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 188 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: male

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 189 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: male

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 190 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: male

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 191 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: male

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 192 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: male

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 193 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: male

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 194 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: male

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 195 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: male

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 197 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: male

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 198 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: male

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 199 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: male

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Institute of Oceanology, CAS

text: live

text: Plant

text: Vegetative gametophyte

text: China: Qingdao

text: F2 gametophyte clonal culture 204 that was derived from a hybrid sporophyte resulting from a cross between a male gametophyte7-3-3FM and a female gametophyte HB1-1-4F

text: Undaria pinnatifida

text: male

text: Gametophyte

text: Plant sample from Undaria pinnatifida


text: Shanghai Jiao Tong University School of Medicine

text: live

text: Model organism or animal

text: 9-11 weeks

characteristic: age

text: Sepsis associated encephalopathy (SAE) is a complex complication of sepsis and it brings abnormal emotional and memory dysfunctions and even increases the mortality of patients in the progression of sepsis. The alterations and abnormal functions of patients lays on the specific brain regions and possibly the hippocampus, which is one of the major brain regions responsible for the memory and emotional control. In the study, we determined to combine the combining RNA-seq-based transcriptomics and LC-MS-based metabolomics to comprehensively obtain the enriched genes and metabolites and their core network pathways in the LPS-injected SAE mice model with integrative analysis.

characteristic: description

text: acute

text: WT

characteristic: genotype

text: Mus musculus

text: Fertile

characteristic: phenotype

text: Total RNA

text: male

text: Hippocampus

text: Hippocampus from Mus musculus


characteristic: External Id

text: Eastern Hepatobiliary Surgery Institute, Second Military Medical University

characteristic: INSDC center name

text: live

text: Generic

text: immune cell

characteristic: cell type

text: GBC

characteristic: disease state

text: RNA

text: patient 231260

characteristic: individual

text: Homo sapiens

text: peripheral blood

text: peripheral blood

text: 231260, peripheral blood, TCR-seq

text: surgery

characteristic: treatment


characteristic: INSDC secondary accession

text: live

text: Generic

characteristic: NCBI submission model

characteristic: NCBI submission package

text: immune cell

text: GBC

text: RNA

text: patient 231260

text: Homo sapiens

text: peripheral blood

text: peripheral blood

characteristic: tissue

text: 231260, peripheral blood, RNA-seq

text: surgery


characteristic: INSDC first public

characteristic: INSDC last update

text: live

characteristic: INSDC status

text: Generic

text: immune cell

text: GBC

text: RNA

text: patient 231260

text: Homo sapiens

text: lymph node

text: lymph node

text: 231260, lymph node, TCR-seq

characteristic: title

text: surgery


text: live

text: Generic

characteristic: SRA accession

text: immune cell

text: GBC

text: RNA

text: patient 231260

text: Homo sapiens

characteristic: organism

text: lymph node

text: lymph node

text: 231260, lymph node, RNA-seq

text: surgery


text: live

text: Generic

text: immune cell

text: GBC

text: RNA

characteristic: genotype

text: patient 231260

text: Homo sapiens

text: primary focus

text: primary focus

text: 231260, primary focus, TCR-seq

text: surgery


characteristic: External Id

text: live

text: Generic

text: immune cell

text: GBC

text: RNA

text: patient 231260

text: Homo sapiens

text: primary focus

text: primary focus

text: 231260, primary focus, RNA-seq

text: surgery


characteristic: INSDC center name

text: live

text: Generic

text: immune cell

text: GBC

text: RNA

text: patient 230723

text: Homo sapiens

text: peripheral blood

text: peripheral blood

text: 230723, peripheral blood, TCR-seq

text: surgery


text: live

text: Generic

text: immune cell

characteristic: cell type

text: GBC

text: RNA

text: patient 230723

text: Homo sapiens

text: peripheral blood

text: peripheral blood

text: 230723, peripheral blood, RNA-seq

text: surgery


text: live

text: Generic

text: immune cell

text: GBC

characteristic: disease state

text: RNA

text: patient 230723

text: Homo sapiens

text: lymph node

text: lymph node

text: 230723, lymph node, TCR-seq

text: surgery


text: live

text: Generic

text: immune cell

text: GBC

text: RNA

text: patient 230723

characteristic: individual

text: Homo sapiens

text: lymph node

text: lymph node

text: 230723, lymph node, RNA-seq

text: surgery


text: live

text: Generic

text: immune cell

text: GBC

text: RNA

text: patient 230723

text: Homo sapiens

text: liver metastasis

text: liver metastasis

text: 230723, liver metastasis, TCR-seq

text: surgery

characteristic: treatment


characteristic: INSDC secondary accession

text: live

text: Generic

text: immune cell

text: GBC

text: RNA

text: patient 230723

text: Homo sapiens

text: liver metastasis

text: liver metastasis

text: 230723, liver metastasis, RNA-seq

text: surgery


text: live

text: Generic

characteristic: NCBI submission model

text: immune cell

text: GBC

text: RNA

text: patient 230723

text: Homo sapiens

text: primary focus

text: primary focus

text: 230723, primary focus, TCR-seq

text: surgery


text: live

text: Generic

characteristic: NCBI submission package

text: immune cell

text: GBC

text: RNA

text: patient 230723

text: Homo sapiens

text: primary focus

text: primary focus

text: 230723, primary focus, RNA-seq

text: surgery


text: live

text: Generic

text: immune cell

text: iCCA

text: RNA

text: patient 357818

text: Homo sapiens

text: liver metastasis

text: liver metastasis

characteristic: tissue

text: 357818, metastasis, TCR-seq

text: surgery