characteristic: SRA accession

text: 1979 Daqahliya, Egypt by Abdalla, F., University of Assiut. DONATED 05/04/1988 by Moseman, J., USDA-ARS

text: bread wheat

characteristic: cultivar

text: USDA GRIN

text: exome sequences of ExomeCapture-DAS5-001149 - Accession Name = '876'; Remarks = 'Resistance to leaf rust (Puccinia recondita). Salt tolerant.'; Released = '.'; Lattitude,Longitude,Elevation = '30.91666667,31.5,.'; Ancestry = '.'

characteristic: description

text: 2 week old

text: spring wheat

text: Egypt

text: Daqahliya;Agi-Dakahlia

text: PI 532066

text: Triticum aestivum subsp. aestivum

text: Triticum aestivum subsp. aestivum

text: USDA GRIN:PI 532066

text: subsp. aestivum

text: The exome sequenced hexaploid wheat accessions were selected from a worldwide population of landraces and cultivars obtained from the USDA National Small Grains Collection and the Australian Grains Genebank (formally the Australian Winter Cereal Collection). The worldwide population comprised 3990 accessions from 106 countries that were genotyped using the Infinium iSelect 90K SNP wheat bead chip array. The MCG method was used to select accessions for exome sequencing. This method uses a genetic relationship matrix calculated from genotype data to iteratively chose and arbitrary number of accessions (in the case of this study 20% of the accessions) that collectively explain the largest proportion of variance in genetic relationships among the whole set. Genomic DNA was extracted from leaf tissue for each accession using the Agencourt DNAdvance Genomic DNA Isolation Kit (Beckman Coulter) and subjected to sequence capture using the NimbleGen SeqCap EZ wheat whole genome assay. In brief, 1 µg of DNA was fragmented with the Covaris S2 instrument to obtain an average fragment length of 300 bp. Shorter fragments were removed using Agencourt AMPure XP beads (Beckman Coulter). The KAPA Library Preparation Kit (Kapa Biosystems) and adapters supplied in the NimbleGen SeqCap EZ Reagent Kit Plus v2 (Roche) were used to prepare sample libraries for the capture assay, according to the KAPA protocol but excluding steps 8.1-8.22. The quality and yield of each sample library was assessed using an Agilent 2200 TapeStation (Agilent Technologies) before proceeding to the sequence capture assay following the Roche protocol. Each target capture sequence enriched sample library was sequenced on an Illumina HiSeq2000 instrument (Illumina) to generate about 30 million reads per accession. The project leaders are Matthew Hayden (Agriculture Victoria, AgriBio, Centre for AgriBioscience, Bundoora, Victoria, Australia; La Trobe University, Bundoora, Victoria, Australia) and Eduard Akhunov (Kansas State University, USA). More information can be found on our project website at http://wheatgenomics.plantpath.ksu.edu/1000EC

characteristic: submission description

characteristic: submission identifier

text: leaf


status: PUBLIC

text: bread wheat

characteristic: common name

text: YRODY 1006

text: AWCC

characteristic: culture collection

text: exome sequences of ExomeCapture-DAS5-003245 - Accession Name = 'YRODY 1006'; Remarks = '.'; Released = '.'; Lattitude,Longitude,Elevation = '.,.,.'; Ancestry = '.'

text: 2 week old

characteristic: dev stage

text: Russia

characteristic: geographic location (country and/or sea)

characteristic: material

text: Triticum aestivum subsp. aestivum

characteristic: organism

text: Triticum aestivum subsp. aestivum

characteristic: scientific name

characteristic: specimen voucher

text: subsp. aestivum

characteristic: sub species

text: Exome sequencing of diverse collection of wheat landraces, cultivars and breeding lines

characteristic: submission title

text: leaf

characteristic: tissue type

characteristic: variety

type: has member

Eduard Akhunov

Address: 1712 Claflin Road, Department of Plant Pathology, Kansas State University, Manhattan, KS 66506, USA

Fei He

FirstName: Fei

LastName: He


characteristic: SRA accession

text: bread wheat

text: AUSTRALIA CCI W29

text: AWCC

text: exome sequences of ExomeCapture-WATKINS-007156 - Accession Name = 'AUSTRALIA CCI W29'; Remarks = '.'; Released = '.'; Lattitude,Longitude,Elevation = '.,.,.'; Ancestry = '.'

text: 2 week old

text: spring wheat

characteristic: ecotype

text: Australia

text: Triticum aestivum subsp. aestivum

text: Triticum aestivum subsp. aestivum

text: subsp. aestivum

text: leaf


text: Angola by. DONATED 09/28/1950 by Estacao de Melhoramento de Plantas

characteristic: collected by

text: bread wheat

text: Regional Mocho

characteristic: cultivar

text: USDA GRIN

text: exome sequences of ExomeCapture-DAS5-001803 - Accession Name = 'Regional Mocho'; Remarks = '.'; Released = '.'; Lattitude,Longitude,Elevation = '.,.,.'; Ancestry = '.'

characteristic: description

text: 2 week old

text: spring wheat

text: Angola

text: PI 192198

text: Triticum aestivum subsp. aestivum

text: Triticum aestivum subsp. aestivum

text: USDA GRIN:PI 192198

text: subsp. aestivum

text: leaf

text: :Regional Mocho;:3641


text: Lac, Chad by Dobos, A., IRAT. DONATED 07/12/1972 by Zeven, A., Agricultural University

text: bread wheat

characteristic: common name

text: USDA GRIN

text: exome sequences of ExomeCapture-DAS5-001251 - Accession Name = 'BOL-19'; Remarks = '.'; Released = '.'; Lattitude,Longitude,Elevation = '13.5,14.68333333,281'; Ancestry = '.'

text: 2 week old

text: spring wheat

text: Chad

text: Lac;Bol, near Lake Chad

characteristic: geographic location (region and locality)

characteristic: lat lon

text: PI 374249

text: Triticum aestivum subsp. aestivum

text: Triticum aestivum subsp. aestivum

text: USDA GRIN:PI 374249

text: subsp. aestivum

characteristic: submission description

characteristic: submission identifier

text: leaf


text: bread wheat

text: KLEIN EXITO

text: AWCC

characteristic: culture collection

text: exome sequences of ExomeCapture-DAS5-002567 - Accession Name = 'KLEIN EXITO'; Remarks = '.'; Released = '.'; Lattitude,Longitude,Elevation = '.,.,.'; Ancestry = '.'

text: 2 week old

characteristic: dev stage

text: Argentina

characteristic: geographic location (country and/or sea)

characteristic: material

text: Triticum aestivum subsp. aestivum

characteristic: organism

text: Triticum aestivum subsp. aestivum

text: subsp. aestivum

text: leaf


text: Nepal by Bhattarai, A., Wheat Development Program

text: bread wheat

text: exome sequences of ExomeCapture-WSC-4-3 - Accession Name = '48B'; Remarks = '.'; Released = '.'; Lattitude,Longitude,Elevation = '.,.,.'; Ancestry = '.'

text: 2 week old

text: spring wheat

text: Nepal

text: PI 406517

text: Triticum aestivum subsp. aestivum

text: Triticum aestivum subsp. aestivum

characteristic: scientific name

text: PI 406517

characteristic: specimen voucher

text: subsp. aestivum

characteristic: sub species

characteristic: submission title

text: leaf

characteristic: tissue type


characteristic: SRA accession

text: bread wheat

text: PRIBOI

characteristic: cultivar

text: AWCC

text: exome sequences of ExomeCapture-DAS5-002888 - Accession Name = 'PRIBOI'; Remarks = '.'; Released = '.'; Lattitude,Longitude,Elevation = '.,.,.'; Ancestry = '.'

text: 2 week old

text: winter wheat

characteristic: ecotype

text: Russia

text: Triticum aestivum subsp. aestivum

text: Triticum aestivum subsp. aestivum

text: subsp. aestivum

text: leaf

characteristic: variety


text: 1983 Arizona, United States by Western Plant Breeders, Inc.

characteristic: collected by

text: bread wheat

characteristic: common name

text: Apex 83

text: USDA GRIN

text: exome sequences of ExomeCapture-DAS5-001195 - Accession Name = 'Apex 83'; Remarks = '.'; Released = '1983'; Lattitude,Longitude,Elevation = '.,.,.'; Ancestry = 'selection from male sterile-facilitated recurrent selection population CCA-1977'

characteristic: description

text: 2 week old

text: spring wheat

text: USA

text: PI 601073

text: Triticum aestivum subsp. aestivum

text: Triticum aestivum subsp. aestivum

text: USDA GRIN:PI 601073

text: subsp. aestivum

text: leaf

text: :Apex 83;:WRP-8-30


text: bread wheat

text: INDIA 328

text: AWCC

characteristic: culture collection

text: exome sequences of ExomeCapture-WATKINS-007398 - Accession Name = 'INDIA 328'; Remarks = '.'; Released = '.'; Lattitude,Longitude,Elevation = '.,.,.'; Ancestry = '.'

text: 2 week old

text: spring wheat

text: India

text: Lower Zhob;Kibzai, Lower Zhob

characteristic: geographic location (region and locality)

text: Triticum aestivum subsp. aestivum

text: Triticum aestivum subsp. aestivum

text: subsp. aestivum

characteristic: submission description

characteristic: submission identifier

text: leaf


text: bread wheat

text: AVS

text: exome sequences of ExomeCapture-DAS5-000820 - Accession Name = 'Aus29682/2*Annuello*10'; Remarks = 'BC2F6 selection'; Released = '.'; Lattitude,Longitude,Elevation = '.,.,.'; Ancestry = 'Aus29682/2*Annuello'

text: 2 week old

characteristic: dev stage

text: spring wheat

text: Australia

characteristic: geographic location (country and/or sea)

characteristic: material

text: Triticum aestivum subsp. aestivum

characteristic: organism

text: Triticum aestivum subsp. aestivum

text: subsp. aestivum

text: leaf

text: Aus29682 = DOY1/AE.SQUARROSA (517)


text: bread wheat

text: VARNA 29

text: AWCC

text: exome sequences of ExomeCapture-WATKINS-007565 - Accession Name = 'VARNA 29'; Remarks = '.'; Released = '.'; Lattitude,Longitude,Elevation = '.,.,.'; Ancestry = '.'

text: 2 week old

text: spring wheat

text: Bulgaria

text: SHUMEN;SHUMEN VILLAGE, SHUMEN

text: Triticum aestivum subsp. aestivum

text: Triticum aestivum subsp. aestivum

characteristic: scientific name

characteristic: specimen voucher

text: subsp. aestivum

characteristic: sub species

characteristic: submission title

text: leaf


characteristic: SRA accession

text: bread wheat

characteristic: cultivar

text: AVS

text: exome sequences of ExomeCapture-DAS5-000032 - Accession Name = 'Aus29663/yitpi*16'; Remarks = 'BC1F4 selection'; Released = '.'; Lattitude,Longitude,Elevation = '.,.,.'; Ancestry = 'Aus29663/yitpi'

text: 2 week old

text: spring wheat

characteristic: ecotype

text: Australia

text: Triticum aestivum subsp. aestivum

text: Triticum aestivum subsp. aestivum

text: subsp. aestivum

text: The exome sequenced hexaploid wheat accessions were selected from a worldwide population of landraces and cultivars obtained from the USDA National Small Grains Collection and the Australian Grains Genebank (formally the Australian Winter Cereal Collection). The worldwide population comprised 3990 accessions from 106 countries that were genotyped using the Infinium iSelect 90K SNP wheat bead chip array. The MCG method was used to select accessions for exome sequencing. This method uses a genetic relationship matrix calculated from genotype data to iteratively chose and arbitrary number of accessions (in the case of this study 20% of the accessions) that collectively explain the largest proportion of variance in genetic relationships among the whole set. Genomic DNA was extracted from leaf tissue for each accession using the Agencourt DNAdvance Genomic DNA Isolation Kit (Beckman Coulter) and subjected to sequence capture using the NimbleGen SeqCap EZ wheat whole genome assay. In brief, 1 µg of DNA was fragmented with the Covaris S2 instrument to obtain an average fragment length of 300 bp. Shorter fragments were removed using Agencourt AMPure XP beads (Beckman Coulter). The KAPA Library Preparation Kit (Kapa Biosystems) and adapters supplied in the NimbleGen SeqCap EZ Reagent Kit Plus v2 (Roche) were used to prepare sample libraries for the capture assay, according to the KAPA protocol but excluding steps 8.1-8.22. The quality and yield of each sample library was assessed using an Agilent 2200 TapeStation (Agilent Technologies) before proceeding to the sequence capture assay following the Roche protocol. Each target capture sequence enriched sample library was sequenced on an Illumina HiSeq2000 instrument (Illumina) to generate about 30 million reads per accession. The project leaders are Matthew Hayden (Agriculture Victoria, AgriBio, Centre for AgriBioscience, Bundoora, Victoria, Australia; La Trobe University, Bundoora, Victoria, Australia) and Eduard Akhunov (Kansas State University, USA). More information can be found on our project website at http://wheatgenomics.plantpath.ksu.edu/1000EC

text: leaf

characteristic: tissue type

text: Aus29663 = CETA/AE.SQUARROSA (895)


text: bread wheat

characteristic: common name

text: KUBANSKAJA 24

text: AWCC

text: exome sequences of ExomeCapture-DAS5-002640 - Accession Name = 'KUBANSKAJA 24'; Remarks = '.'; Released = '.'; Lattitude,Longitude,Elevation = '.,.,.'; Ancestry = '.'

characteristic: description

text: 2 week old

text: Russia

text: Triticum aestivum subsp. aestivum

text: Triticum aestivum subsp. aestivum

text: subsp. aestivum

text: Exome sequencing of diverse collection of wheat landraces, cultivars and breeding lines

text: leaf

characteristic: variety


text: 1969 Macedonia by Institute for Small Grains

characteristic: collected by

text: bread wheat

text: USDA GRIN

characteristic: culture collection

text: exome sequences of ExomeCapture-DAS5-003783 - Accession Name = '268-VII/16'; Remarks = '.'; Released = '.'; Lattitude,Longitude,Elevation = '41.84722222,22.02666667,251'; Ancestry = '.'

text: 2 week old

text: spring wheat

text: Macedonia

text: Ovce Polje

characteristic: geographic location (region and locality)

characteristic: lat lon

text: PI 345269

text: Triticum aestivum subsp. aestivum

text: Triticum aestivum subsp. aestivum

text: USDA GRIN:PI 345269

text: subsp. aestivum

characteristic: submission description

text: leaf


text: bread wheat

text: BANKUTI 1201

text: AWCC

text: exome sequences of ExomeCapture-DAS5-002090 - Accession Name = 'BANKUTI 1201'; Remarks = '.'; Released = '.'; Lattitude,Longitude,Elevation = '.,.,.'; Ancestry = '.'

text: 2 week old

characteristic: dev stage

text: Hungary

characteristic: geographic location (country and/or sea)

characteristic: material

text: Triticum aestivum subsp. aestivum

characteristic: organism

text: Triticum aestivum subsp. aestivum

text: subsp. aestivum

characteristic: submission identifier

text: leaf


characteristic: SRA accession

text: bread wheat

text: KUBANSKAJA 24 S

text: AWCC

text: exome sequences of ExomeCapture-DAS5-002641 - Accession Name = 'KUBANSKAJA 24 S'; Remarks = '.'; Released = '.'; Lattitude,Longitude,Elevation = '.,.,.'; Ancestry = '.'

text: 2 week old

text: Russia

text: Triticum aestivum subsp. aestivum

text: Triticum aestivum subsp. aestivum

characteristic: scientific name

characteristic: specimen voucher

text: subsp. aestivum

characteristic: sub species

characteristic: submission title

text: leaf


text: bread wheat

characteristic: common name

text: CHINA Sh8

characteristic: cultivar

text: AWCC

text: exome sequences of ExomeCapture-WATKINS-007263 - Accession Name = 'CHINA Sh8'; Remarks = '.'; Released = '.'; Lattitude,Longitude,Elevation = '.,.,.'; Ancestry = '.'

characteristic: description

text: 2 week old

text: spring wheat

characteristic: ecotype

text: China

text: Triticum aestivum subsp. aestivum

text: Triticum aestivum subsp. aestivum

text: subsp. aestivum

text: leaf

characteristic: tissue type


text: 1962 Angola by Goncalves de Macedo, V., Inst. Investigacao Agronomicos Angola

characteristic: collected by

text: bread wheat

text: Maia do Vale

text: USDA GRIN

characteristic: culture collection

text: exome sequences of ExomeCapture-DAS5-001610 - Accession Name = 'Maia do Vale'; Remarks = '.'; Released = '.'; Lattitude,Longitude,Elevation = '.,.,.'; Ancestry = '.'

text: 2 week old

text: spring wheat

text: Angola

text: PI 344017

text: Triticum aestivum subsp. aestivum

text: Triticum aestivum subsp. aestivum

text: USDA GRIN:PI 344017

text: subsp. aestivum

text: leaf

text: :Maia do Vale

characteristic: variety


text: bread wheat

text: AVS

text: exome sequences of ExomeCapture-DAS5-000821 - Accession Name = 'Aus29671/2*Annuello*1'; Remarks = 'BC2F6 selection'; Released = '.'; Lattitude,Longitude,Elevation = '.,.,.'; Ancestry = 'Aus29671/2*Annuello'

text: 2 week old

characteristic: dev stage

text: spring wheat

text: Australia

characteristic: geographic location (country and/or sea)

text: Triticum aestivum subsp. aestivum

text: Triticum aestivum subsp. aestivum

text: subsp. aestivum

characteristic: submission description

text: leaf

text: Aus29671 = GARZA/BOY//AE.SQUARROSA (165)


text: bread wheat

text: STEPHENS

text: AWCC

text: exome sequences of ExomeCapture-DAS5-003074 - Accession Name = 'STEPHENS'; Remarks = 'Soft / White'; Released = '.'; Lattitude,Longitude,Elevation = '.,.,.'; Ancestry = '.'

text: 2 week old

text: winter wheat

text: USA

characteristic: material

text: Triticum aestivum subsp. aestivum

characteristic: organism

text: Triticum aestivum subsp. aestivum

text: subsp. aestivum

characteristic: submission identifier

text: leaf


characteristic: SRA accession

text: bread wheat

text: SARY-BIDAJ

text: AWCC

text: exome sequences of ExomeCapture-DAS5-003026 - Accession Name = 'SARY-BIDAJ'; Remarks = 'Red'; Released = '.'; Lattitude,Longitude,Elevation = '.,.,.'; Ancestry = '.'

text: 2 week old

text: spring wheat

text: Russia

text: Triticum aestivum subsp. aestivum

text: Triticum aestivum subsp. aestivum

characteristic: scientific name

characteristic: specimen voucher

text: subsp. aestivum

text: leaf


text: bread wheat

characteristic: common name

text: AVS

text: exome sequences of ExomeCapture-DAS5-000058 - Accession Name = 'Aus30262/annuello*63'; Remarks = 'BC1F4 selection'; Released = '.'; Lattitude,Longitude,Elevation = '.,.,.'; Ancestry = 'Aus30262/annuello'

text: 2 week old

text: spring wheat

text: Australia

text: Triticum aestivum subsp. aestivum

text: Triticum aestivum subsp. aestivum

text: subsp. aestivum

characteristic: sub species

characteristic: submission title

text: leaf

text: Aus30262 = DOY1/AE.SQUARROSA (333)


text: Colonia, Uruguay by Instituto Fitotecnico

text: bread wheat

characteristic: cultivar

text: USDA GRIN

text: exome sequences of ExomeCapture-DAS5-004227 - Accession Name = '16224'; Remarks = '.'; Released = '.'; Lattitude,Longitude,Elevation = '.,.,.'; Ancestry = 'Petiblanco/CZ(13)002400'

characteristic: description

text: 2 week old

text: spring wheat

characteristic: ecotype

text: Uruguay

text: PI 225367

text: Triticum aestivum subsp. aestivum

text: Triticum aestivum subsp. aestivum

text: USDA GRIN:PI 225367

text: subsp. aestivum

text: leaf


text: pasta wheat

text: DIGRAK

text: AWCC

characteristic: culture collection

text: exome sequences of ExomeCapture-DAS5-002287 - Accession Name = 'DIGRAK'; Remarks = '.'; Released = '.'; Lattitude,Longitude,Elevation = '.,.,.'; Ancestry = '.'

text: 2 week old

text: Turkey

text: Triticum turgidum subsp. durum

text: Triticum turgidum subsp. durum

text: subsp. durum

text: The exome sequenced hexaploid wheat accessions were selected from a worldwide population of landraces and cultivars obtained from the USDA National Small Grains Collection and the Australian Grains Genebank (formally the Australian Winter Cereal Collection). The worldwide population comprised 3990 accessions from 106 countries that were genotyped using the Infinium iSelect 90K SNP wheat bead chip array. The MCG method was used to select accessions for exome sequencing. This method uses a genetic relationship matrix calculated from genotype data to iteratively chose and arbitrary number of accessions (in the case of this study 20% of the accessions) that collectively explain the largest proportion of variance in genetic relationships among the whole set. Genomic DNA was extracted from leaf tissue for each accession using the Agencourt DNAdvance Genomic DNA Isolation Kit (Beckman Coulter) and subjected to sequence capture using the NimbleGen SeqCap EZ wheat whole genome assay. In brief, 1 µg of DNA was fragmented with the Covaris S2 instrument to obtain an average fragment length of 300 bp. Shorter fragments were removed using Agencourt AMPure XP beads (Beckman Coulter). The KAPA Library Preparation Kit (Kapa Biosystems) and adapters supplied in the NimbleGen SeqCap EZ Reagent Kit Plus v2 (Roche) were used to prepare sample libraries for the capture assay, according to the KAPA protocol but excluding steps 8.1-8.22. The quality and yield of each sample library was assessed using an Agilent 2200 TapeStation (Agilent Technologies) before proceeding to the sequence capture assay following the Roche protocol. Each target capture sequence enriched sample library was sequenced on an Illumina HiSeq2000 instrument (Illumina) to generate about 30 million reads per accession. The project leaders are Matthew Hayden (Agriculture Victoria, AgriBio, Centre for AgriBioscience, Bundoora, Victoria, Australia; La Trobe University, Bundoora, Victoria, Australia) and Eduard Akhunov (Kansas State University, USA). More information can be found on our project website at http://wheatgenomics.plantpath.ksu.edu/1000EC

text: leaf

characteristic: tissue type


text: bread wheat

text: KUBANSKAJA 29

text: AWCC

text: exome sequences of ExomeCapture-DAS5-002642 - Accession Name = 'KUBANSKAJA 29'; Remarks = '.'; Released = '.'; Lattitude,Longitude,Elevation = '.,.,.'; Ancestry = '.'

text: 2 week old

characteristic: dev stage

text: Russia

text: Triticum aestivum subsp. aestivum

text: Triticum aestivum subsp. aestivum

text: subsp. aestivum

text: Exome sequencing of diverse collection of wheat landraces, cultivars and breeding lines

text: leaf

characteristic: variety


text: Santa Fe, Argentina by Vigliano, I.. DONATED 12/08/1969 by Ingold, M., Federal Agricultural Research Station

characteristic: collected by

text: bread wheat

text: Inca

text: USDA GRIN

text: exome sequences of ExomeCapture-DAS5-001508 - Accession Name = 'Inca'; Remarks = '.'; Released = '.'; Lattitude,Longitude,Elevation = '.,.,.'; Ancestry = 'Mentana/Lin Calel'

text: 2 week old

text: spring wheat

text: Argentina

characteristic: geographic location (country and/or sea)

text: PI 351303

text: Triticum aestivum subsp. aestivum

text: Triticum aestivum subsp. aestivum

text: USDA GRIN:PI 351303

text: subsp. aestivum

characteristic: submission description

text: leaf


text: Uppsala, Sweden by Royal Agricultural College. DONATED 08/21/1978 by Johnson, B., University of California

text: wheat

text: USDA GRIN

text: exome sequences of ExomeCapture-DAS5-004415 - Accession Name = 'G532'; Remarks = '.'; Released = '.'; Lattitude,Longitude,Elevation = '.,.,.'; Ancestry = '.'

text: 2 week old

text: F

text: Sweden

text: PI 428146

characteristic: material

text: Triticum aestivum subsp. macha

characteristic: organism

text: Triticum aestivum subsp. macha

text: USDA GRIN:PI 428146

text: subsp. macha

characteristic: submission identifier

text: leaf


characteristic: SRA accession

text: Canada by

text: bread wheat

text: 60 GRR 108

text: USDA GRIN

text: exome sequences of ExomeCapture-DAS5-003430 - Accession Name = '60 GRR 108'; Remarks = 'Entry in the 1964 ISWRN.'; Released = '.'; Lattitude,Longitude,Elevation = '.,.,.'; Ancestry = 'Selkirk/3/Frontana//Kenya 58/Newthatch'

text: 2 week old

text: spring wheat

text: Canada

text: CItr 14261

text: Triticum aestivum subsp. aestivum

text: Triticum aestivum subsp. aestivum

characteristic: scientific name

text: USDA GRIN:CItr 14261

characteristic: specimen voucher

text: subsp. aestivum

text: leaf

text: :60 GRR 108;:CI 14261


text: bread wheat

characteristic: common name

text: AVS

text: exome sequences of ExomeCapture-DAS5-000222 - Accession Name = 'Aus30301/annuello*12'; Remarks = 'BC1F4 selection'; Released = '.'; Lattitude,Longitude,Elevation = '.,.,.'; Ancestry = 'Aus30301/annuello'

text: 2 week old

text: spring wheat

text: Australia

text: Triticum aestivum subsp. aestivum

text: Triticum aestivum subsp. aestivum

text: subsp. aestivum

characteristic: sub species

characteristic: submission title

text: leaf

text: Aus30301 = CETA/AE.SQUARROSA (1027)


text: bread wheat

text: Braham

characteristic: cultivar

text: AVS

text: exome sequences of ExomeCapture-DAS5-BRAHAM - Accession Name = 'Braham'; Remarks = 'Soft white sptring wheat'; Released = '2006'; Lattitude,Longitude,Elevation = '.,.,.'; Ancestry = '.'

characteristic: description

text: 2 week old

text: spring wheat

characteristic: ecotype

text: Australia

text: Triticum aestivum subsp. aestivum

text: Triticum aestivum subsp. aestivum

text: AVS:.

text: subsp. aestivum

text: leaf


unit: day

characteristic: animal age at collection

text: pylorus from a male 8 week old texel x blackface lamb, OAR_RI_L9

text: juvenile days 45-89

characteristic: developmental stage

text: fed

characteristic: fasted status

text: normal

characteristic: health status at collection

text: specimen from organism

text: Ovis aries

text: pylorus

characteristic: organism part

text: FAANG

characteristic: project

unit: YYYY-MM-DD

characteristic: specimen collection date

characteristic: specimen collection protocol

text: The Roslin Institute Sheep Gene Expression Atlas Project

text: Roslin Sheep Atlas

type: derived from

BBSRC

Role: funder

Address: Polaris House, North Star Avenue, Swindon, Wiltshire, SN2 1UH

EMBL-EBI

Role: curator

Address: Wellcome Genome Campus, Hinxton, Cambridge, CB10 1SD, United Kingdom

Name: The Roslin Institute and Royal Dick School of Veterinary Studies

Role: biomaterial provider

Address: Easter Bush Campus, Edinburgh, Midlothian, EH25 9RG

Role: institution

Alan Archibald

FirstName: Alan

LastName: Archibald

MidInitials: L

Role: Investigator

Bruce Whitelaw

FirstName: Bruce

LastName: Whitelaw

MidInitials: C

David Hume

FirstName: David

LastName: Hume

MidInitials: A

Emily Clark

FirstName: Emily

LastName: Clark

Role: experiment performer

Role: submitter

Kim Summers

FirstName: Kim

LastName: Summers

MidInitials: M

Mary McCulloch

FirstName: Mary

LastName: McCulloch

MidInitials: B

Mick Watson

FirstName: Mick

LastName: Watson

Stephen Bush

FirstName: Stephen

LastName: Bush

MidInitials: J

Role: data analyst


characteristic: SRA accession

text: colon distal from a female one week old texel x blackface lamb, OAR_RI_L5

text: neonate

text: fed

text: normal

text: specimen from organism

characteristic: material

text: Ovis aries

characteristic: organism

text: descending colon

text: FAANG

characteristic: submission description

characteristic: submission identifier

text: Roslin Sheep Atlas


unit: year

text: heart auricles right from an adult male texel x blackface sheep, OAR_RI_AM1

text: adult

text: fed

text: normal

text: specimen from organism

text: Ovis aries

text: cardiac muscle tissue of right auricle

text: FAANG

text: Roslin Sheep Atlas

characteristic: submission title


text: omasum from a male one week old texel x blackface lamb, OAR_RI_L6

text: neonate

text: fed

text: normal

text: specimen from organism

text: Ovis aries

text: omasum

text: FAANG

text: Roslin Sheep Atlas


text: reticulum from a female one week old texel x blackface lamb, OAR_RI_L7

text: neonate

text: fed

text: normal

text: specimen from organism

text: Ovis aries

text: ruminant reticulum

text: FAANG

text: Roslin Sheep Atlas


text: adrenal gland cortex from an adult male texel x blackface sheep, OAR_RI_AM1

text: adult

text: fed

text: normal

text: specimen from organism

text: Ovis aries

text: adrenal cortex

text: FAANG

text: Roslin Sheep Atlas


text: hippocampus from an adult female texel x blackface sheep, OAR_RI_AF2

text: adult

text: fed

text: normal

text: specimen from organism

text: Ovis aries

text: hippocampal formation

text: FAANG

text: Roslin Sheep Atlas


text: liver from an adult female texel x blackface sheep, OAR_RI_AF3

text: adult

text: fed

text: normal

text: specimen from organism

text: Ovis aries

text: liver

text: FAANG

text: Roslin Sheep Atlas


text: haemolymph node (iliac bifurcation) from an adult male texel x blackface sheep, OAR_RI_AM3

text: adult

text: fed

text: normal

text: specimen from organism

text: Ovis aries

text: haemal node

text: FAANG

text: Roslin Sheep Atlas


text: adrenal gland medulla from an adult male texel x blackface sheep, OAR_RI_AM2

text: adult

text: fed

text: normal

text: specimen from organism

text: Ovis aries

text: adrenal medulla

text: FAANG

text: Roslin Sheep Atlas


text: jejunum from an adult male texel x blackface sheep, OAR_RI_AM1

text: adult

text: fed

text: normal

text: specimen from organism

text: Ovis aries

text: jejunum

text: FAANG

text: Roslin Sheep Atlas


unit: hour

text: jejunum from a female texel x blackface lamb at birth, OAR_RI_L4

text: neonate

text: fasted

text: normal

text: specimen from organism

text: Ovis aries

text: jejunum

text: FAANG

text: Roslin Sheep Atlas


text: heart auricles left from an adult male texel x blackface sheep, OAR_RI_AM2

text: adult

text: fed

text: normal

text: specimen from organism

text: Ovis aries

text: cardiac muscle tissue of left auricle

text: FAANG

text: Roslin Sheep Atlas


text: Blood cell

characteristic: cell type

text: Camilo Mamani

characteristic: collected by

text: Alpaca

characteristic: common name

text: Unique Alpaca Sample

text: Peru

characteristic: geographic location (country and/or sea)

text: Vicugna pacos

text: Vicugna pacos

characteristic: scientific name

text: Male

characteristic: sex

text: Identification of SNPs in alpacas using the Bovine HD Genotyping Beadchip is a project of SNP discovery in alpacas. The alpaca SNPs was discovered by genotyping forty alpaca DNA samples using BovineHD Genotyping Beadchip. The manuscript related to the project is Evaluation of SNP Genotyping in alpacas using the Bovine HD Genotyping Beadchip.

Name: Programa de Investigación y Proyección Social en Mejoramiento Animal

Address: Av. La Molina s/n La Molina, Lima, Perú

Manuel More

FirstName: Manuel

LastName: More


text: Blood cell

text: Camilo Mamani

text: Alpaca

text: Unique Alpaca Sample

characteristic: description

text: Peru

text: Vicugna pacos

text: Vicugna pacos

text: Male

text: Identification of SNPs in alpacas using the Bovine HD Genotyping Beadchip


text: Blood cell

text: Camilo Mamani

text: Alpaca

text: Unique Alpaca Sample

text: Peru

text: Vicugna pacos

text: Vicugna pacos

text: Female


characteristic: animal age at collection

text: mesenteric lymph node from an adult male texel x blackface sheep, OAR_RI_AM2

text: adult

characteristic: developmental stage

text: fed

characteristic: fasted status

text: normal

characteristic: health status at collection

text: specimen from organism

text: Ovis aries

text: mesenteric lymph node

characteristic: organism part

text: FAANG

text: Roslin Sheep Atlas


characteristic: SRA accession

text: thymus from an adult male texel x blackface sheep, OAR_RI_AM2

text: adult

text: fed

text: normal

text: specimen from organism

characteristic: material

text: Ovis aries

text: thymus

text: FAANG

characteristic: project

characteristic: specimen collection date

characteristic: specimen collection protocol

text: Roslin Sheep Atlas


text: left ventricle from an adult male texel x blackface sheep, OAR_RI_AM2

text: adult

text: fed

text: normal

text: specimen from organism

text: Ovis aries

characteristic: organism

text: heart left ventricle

text: FAANG

text: The Roslin Institute Sheep Gene Expression Atlas Project

characteristic: submission description

characteristic: submission identifier

text: Roslin Sheep Atlas

characteristic: submission title


text: ileum from an adult male texel x blackface sheep, OAR_RI_AM2

text: adult

text: fed

text: normal

text: specimen from organism

text: Ovis aries

text: ileum

text: FAANG

text: Roslin Sheep Atlas


text: submandibular lymph node from an adult female texel x blackface sheep, OAR_RI_AF2

text: adult

text: fed

text: normal

text: specimen from organism

text: Ovis aries

text: submandibular lymph node

text: FAANG

text: Roslin Sheep Atlas


text: liver from a day 100 texel x blackface sheep embryo, OAR_RI_ETB10

text: embryo stage

text: fed

text: normal

text: specimen from organism

text: Ovis aries

text: liver

text: FAANG

text: Roslin Sheep Atlas


text: rumen from a female texel x blackface lamb at birth, OAR_RI_L4

text: neonate

text: fasted

text: normal

text: specimen from organism

text: Ovis aries

text: rumen

text: FAANG

text: Roslin Sheep Atlas


text: colon spiral from an adult male texel x blackface sheep, OAR_RI_AM2

text: adult

text: fed

text: normal

text: specimen from organism

text: Ovis aries

text: spiral colon

text: FAANG

text: Roslin Sheep Atlas


text: omasum from a male texel x blackface lamb at birth, OAR_RI_L1

text: neonate

text: fasted

text: normal

text: specimen from organism

text: Ovis aries

text: omasum

text: FAANG

text: Roslin Sheep Atlas


text: thoracic oesophagus from an adult female texel x blackface sheep, OAR_RI_AF1

text: adult

text: fed

text: normal

text: specimen from organism

text: Ovis aries

text: thoracic part of esophagus

text: FAANG

text: Roslin Sheep Atlas


text: rumen from a female one week old texel x blackface lamb, OAR_RI_L5

text: neonate

text: fed

text: normal

text: specimen from organism

text: Ovis aries

text: rumen

text: FAANG

text: Roslin Sheep Atlas


text: bone marrow macrophage

characteristic: cell type

text: bone marrow macrophage from an adult female TxBF sheep

text: cell specimen

text: Ovis aries

text: mixed sample

text: FAANG

characteristic: purification protocol

text: Roslin Sheep Atlas


text: alveolar macrophage

text: alveolar macrophages from an adult female TxBF sheep

characteristic: description

text: cell specimen

text: Ovis aries

text: mixed sample

text: FAANG

text: https://data.faang.org/api/fire_api/samples/ ROSLIN_SOP_Isolation_of_Macrophages_from_Lungs_Blood_and_Bone_Marrow_of_Large_Animals_20160516.pdf

text: Roslin Sheep Atlas


characteristic: animal age at collection

text: spleen from an adult female texel x blackface sheep, OAR_RI_AF2

text: adult

text: fed

text: normal

text: specimen from organism

text: Ovis aries

text: spleen

text: FAANG

text: Roslin Sheep Atlas


text: thyroid from an adult male texel x blackface sheep, OAR_RI_AM1

text: adult

characteristic: developmental stage

text: fed

text: normal

text: specimen from organism

text: Ovis aries

text: thyroid gland

text: FAANG

text: Roslin Sheep Atlas


text: omasum from an adult female texel x blackface sheep, OAR_RI_AF2

text: adult

text: fed

characteristic: fasted status

text: normal

text: specimen from organism

text: Ovis aries

text: omasum

text: FAANG

text: Roslin Sheep Atlas


text: peripheral blood mononuclear cell

text: peripheral blood mononuclear cells from an adult female TxBF sheep

text: cell specimen

text: Ovis aries

text: mixed sample

text: FAANG

text: Roslin Sheep Atlas


text: ovary from a pregnant female texel x blackface sheep at 35 days gestation, OAR_RI_MF5

text: adult

text: fed

characteristic: gestational age at sample collection

text: normal

characteristic: health status at collection

text: specimen from organism

text: Ovis aries

text: ovary

text: FAANG

text: Roslin Sheep Atlas


characteristic: SRA accession

text: colon spiral from an adult male texel x blackface sheep, OAR_RI_AM1

text: adult

text: fed

text: normal

text: specimen from organism

text: Ovis aries

text: spiral colon

characteristic: organism part

text: FAANG

text: The Roslin Institute Sheep Gene Expression Atlas Project

text: Roslin Sheep Atlas


text: colon distal from a female 8 week old texel x blackface lamb, OAR_RI_L10

text: juvenile days 45-89

text: fed

text: normal

text: specimen from organism

characteristic: material

text: Ovis aries

text: descending colon

text: FAANG

characteristic: project

text: Roslin Sheep Atlas


text: thyroid from an adult male texel x blackface sheep, OAR_RI_AM2

text: adult

text: fed

text: normal

text: specimen from organism

text: Ovis aries

text: thyroid gland

text: FAANG

characteristic: specimen collection date

characteristic: specimen collection protocol

text: Roslin Sheep Atlas


canine DNA sample

text: Dog

characteristic: common name

text: canine DNA extracted - DNA extracted from canine blood

text: Pennsylvania, USA

characteristic: geographic location (region and locality)

text: blood cells

text: Canis lupus familiaris

characteristic: organism

text: Canis lupus familiaris

characteristic: scientific name

text: Female

characteristic: sex

text: A genotype-phenotype correlation study in dogs

characteristic: submission description

text: Genetic variations in canine genome

Name: Department of Clinical Sciences & Advanced Medicine

Address: 3900 Delancey st., Philadelphia, PA 19104

Tatyana Appelbaum

FirstName: Tatyana

LastName: Appelbaum


text: Horse

text: Quarter Horse

characteristic: description

text: Equus Caballus

text: Equus Caballus

text: Female

text: We analyzed associations of variants in vitamin E-related candidate genes and eNAD phenotype

characteristic: submission identifier

text: Candidate Gene Association study of eNAD

characteristic: submission title

Finno Lab

Address: 273 Vet Med 2, 1 Garrod Drive, Davis, CA95616-5270

Carrie Finno

FirstName: Carrie

LastName: Finno

Sichong Peng

FirstName: Sichong

LastName: Peng


text: Horse

text: Quarter Horse

text: Equus Caballus

text: Equus Caballus

text: Neuter


text: Horse

text: Belgian

text: Equus Caballus

text: Equus Caballus

text: Neuter


text: Horse

text: Clydesdale

text: Equus Caballus

text: Equus Caballus

text: Neuter


text: Horse

text: Swedish WB

text: Equus Caballus

text: Equus Caballus

text: Male


text: Horse

text: Arabian

text: Equus Caballus

text: Equus Caballus

text: Neuter


text: Horse

text: Belgian

text: Equus Caballus

text: Equus Caballus

text: Male


text: Horse

text: Quarter Horse

text: Equus Caballus

text: Equus Caballus

text: Male


text: Horse

text: Arabian

text: Equus Caballus

text: Equus Caballus

text: Female


text: Horse

text: Belgian

text: Equus Caballus

text: Equus Caballus

text: Female


text: Horse

text: Lusitano

text: Equus Caballus

text: Equus Caballus

text: Neuter


text: Horse

text: Shire

text: Equus Caballus

text: Equus Caballus

text: Neuter


text: Ping Lin

characteristic: collected by

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from clone guiruan2

text: China

characteristic: geographic location (country and/or sea)

text: Camellia oleifera

text: Camellia oleifera

text: Camellia oleifera SNPs related to oil content and quality identification project started in spring 2014 and is supported by National Natural Science Foundation of China and the Fundamental Research Funds for the Central Non-profit Research Institution of Chinese Academy of Forestry.

Name: State Key Laboratory of Tree Genetics and Breeding

Address: No. 73#, Daqiao Rd, Fuyang, Zhejiang, China

Ping Lin

FirstName: Ping

LastName: Lin


characteristic: SRA accession

text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from hybrid 210

text: China

text: Camellia oleifera

text: Camellia oleifera

text: Camellia oleifera SNPs related to oil content and quality identification project


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from hybrid 2207

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from hybrid 406

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from hybrid 211

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from clone 88

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from clone minyou9

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from hybrid 107

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from hybrid 453

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from hybrid 947

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from clone 153

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from clone 227

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from hybrid 2302

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from hybrid 946

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from hybrid 1523

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from hybrid 1521

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from hybrid 452

text: China

text: Camellia oleifera

text: Camellia oleifera

text: Camellia oleifera SNPs related to oil content and quality identification project started in spring 2014 and is supported by National Natural Science Foundation of China and the Fundamental Research Funds for the Central Non-profit Research Institution of Chinese Academy of Forestry.


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from hybrid 1103

text: China

text: Camellia oleifera

text: Camellia oleifera

text: Camellia oleifera SNPs related to oil content and quality identification project


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from clone 2

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from clone 106

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from clone 24

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from hybrid 1118

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from hybrid 1401

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from clone 27

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from hybrid 105

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from hybrid 1101

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from clone 228

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from hybrid 405

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from clone minyou8

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from hybrid 455

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from clone tong30

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from hybrid 1102

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from clone guiruan23

text: China

text: Camellia oleifera

text: Camellia oleifera

text: Camellia oleifera SNPs related to oil content and quality identification project started in spring 2014 and is supported by National Natural Science Foundation of China and the Fundamental Research Funds for the Central Non-profit Research Institution of Chinese Academy of Forestry.


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from hybrid 2506

text: China

text: Camellia oleifera

text: Camellia oleifera

text: Camellia oleifera SNPs related to oil content and quality identification project


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from hybrid 2507

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from hybrid 451

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from hybrid 1522

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from hybrid 949

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from clone 28

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from clone 10

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from hybrid 2209

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from clone wupai5

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from clone 26

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from hybrid 933

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from clone 152

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from hybrid 408

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from clone 155

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from clone 71

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from clone 1

text: China

text: Camellia oleifera

text: Camellia oleifera

text: Camellia oleifera SNPs related to oil content and quality identification project started in spring 2014 and is supported by National Natural Science Foundation of China and the Fundamental Research Funds for the Central Non-profit Research Institution of Chinese Academy of Forestry.


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from clone 229

text: China

text: Camellia oleifera

text: Camellia oleifera

text: Camellia oleifera SNPs related to oil content and quality identification project


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from hybrid 1404

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from hybrid 418

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from hybrid 1105

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from hybrid 1524

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from hybrid 931

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from hybrid 102

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from clone 73

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from clone yajia6

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from clone 539

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from hybrid 2208

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from clone 3

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from hybrid 932

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from hybrid 109

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from clone tong41

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from hybrid 171602

text: China

text: Camellia oleifera

text: Camellia oleifera

text: Camellia oleifera SNPs related to oil content and quality identification project started in spring 2014 and is supported by National Natural Science Foundation of China and the Fundamental Research Funds for the Central Non-profit Research Institution of Chinese Academy of Forestry.


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from clone 213

text: China

text: Camellia oleifera

text: Camellia oleifera

text: Camellia oleifera SNPs related to oil content and quality identification project


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from hybrid 1106

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from hybrid 942

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from hybrid 108

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from clone 212

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from hybrid 1403

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from clone 119

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from clone jiangxi23

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from hybrid 941

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from clone 20

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from hybrid 90802

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from clone 226

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from hybrid 1526

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from hybrid 407

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from hybrid 930

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from hybrid 344

text: China

text: Camellia oleifera

text: Camellia oleifera

text: Camellia oleifera SNPs related to oil content and quality identification project started in spring 2014 and is supported by National Natural Science Foundation of China and the Fundamental Research Funds for the Central Non-profit Research Institution of Chinese Academy of Forestry.


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from clone guiruan3

text: China

text: Camellia oleifera

text: Camellia oleifera

text: Camellia oleifera SNPs related to oil content and quality identification project


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from clone 161

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from clone yajia8

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from clone 165

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from hybrid 948

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from hybrid 1107

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from clone minyou4

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from hybrid 90805

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from hybrid 945

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from hybrid 1510

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from clone tong32

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from hybrid 1525

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from clone 101

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from clone xiang47

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from hybrid 1512

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from clone 151

text: China

text: Camellia oleifera

text: Camellia oleifera

text: Camellia oleifera SNPs related to oil content and quality identification project started in spring 2014 and is supported by National Natural Science Foundation of China and the Fundamental Research Funds for the Central Non-profit Research Institution of Chinese Academy of Forestry.


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from clone 222

text: China

text: Camellia oleifera

text: Camellia oleifera

text: Camellia oleifera SNPs related to oil content and quality identification project


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from clone 100

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from hybrid 1108

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from clone minyou6

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from clone 166

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from clone 11

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from clone 167

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from clone minyou5

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from clone 21

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from clone gan12

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from hybrid 103

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from clone 168

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from hybrid 104

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from clone 23

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from hybrid 417

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from clone 22

text: China

text: Camellia oleifera

text: Camellia oleifera

text: Camellia oleifera SNPs related to oil content and quality identification project started in spring 2014 and is supported by National Natural Science Foundation of China and the Fundamental Research Funds for the Central Non-profit Research Institution of Chinese Academy of Forestry.


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from hybrid 419

text: China

text: Camellia oleifera

text: Camellia oleifera

text: Camellia oleifera SNPs related to oil content and quality identification project


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from hybrid 90804

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from hybrid 1119

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from clone 87

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from hybrid 2602

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from hybrid 2301

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from hybrid 908

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from hybrid 450

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from hybrid 2601

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from clone 86

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from hybrid 402

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from clone wu1

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from hybrid 114

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from clone 164

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from hybrid 171601

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from hybrid 1511

text: China

text: Camellia oleifera

text: Camellia oleifera

text: Camellia oleifera SNPs related to oil content and quality identification project started in spring 2014 and is supported by National Natural Science Foundation of China and the Fundamental Research Funds for the Central Non-profit Research Institution of Chinese Academy of Forestry.


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from clone 70

text: China

text: Camellia oleifera

text: Camellia oleifera

text: Camellia oleifera SNPs related to oil content and quality identification project


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from clone gui1

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from hybrid 90904

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from hybrid 2603

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from hybrid 118

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from clone tong6

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from clone 534

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from hybrid 90803

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from hybrid 1104

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from clone 178

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from clone 298

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from clone 160

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from hybrid 403

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from clone yajia2

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from hybrid 356

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from hybrid 1109

text: China

text: Camellia oleifera

text: Camellia oleifera

text: Camellia oleifera SNPs related to oil content and quality identification project started in spring 2014 and is supported by National Natural Science Foundation of China and the Fundamental Research Funds for the Central Non-profit Research Institution of Chinese Academy of Forestry.


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from hybrid 2303

text: China

text: Camellia oleifera

text: Camellia oleifera

text: Camellia oleifera SNPs related to oil content and quality identification project


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from hybrid 113

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from hybrid 2304

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from clone minyou7

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from clone 32

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from clone 49

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from clone 177

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from hybrid 944

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from hybrid 907

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from hybrid 2604

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from clone 299

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from hybrid 429

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from clone minyou1

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from hybrid 90906

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from hybrid 2605

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from clone minyou43

text: China

text: Camellia oleifera

text: Camellia oleifera

text: Camellia oleifera SNPs related to oil content and quality identification project started in spring 2014 and is supported by National Natural Science Foundation of China and the Fundamental Research Funds for the Central Non-profit Research Institution of Chinese Academy of Forestry.


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from clone 31

text: China

text: Camellia oleifera

text: Camellia oleifera

text: Camellia oleifera SNPs related to oil content and quality identification project


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from clone 95

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from clone 297

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from hybrid 413

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from clone tong39

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from hybrid 940

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from hybrid 308

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from hybrid 1513

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from hybrid 1516

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from clone 163

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from hybrid 1517

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from clone minyou2

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from clone 162

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from hybrid 412

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from clone 97

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from hybrid 1515

text: China

text: Camellia oleifera

text: Camellia oleifera

text: Camellia oleifera SNPs related to oil content and quality identification project started in spring 2014 and is supported by National Natural Science Foundation of China and the Fundamental Research Funds for the Central Non-profit Research Institution of Chinese Academy of Forestry.


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from clone 530

text: China

text: Camellia oleifera

text: Camellia oleifera

text: Camellia oleifera SNPs related to oil content and quality identification project


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from clone gui2

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from hybrid 909

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from hybrid 2305

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from clone 99

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from clone 3038

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from clone xiang7

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from clone 82

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from clone xiang9

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from clone 173

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from clone 81

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from clone fy7

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from clone 44

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from hybrid 90903

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from clone 164-1

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from hybrid 90902

text: China

text: Camellia oleifera

text: Camellia oleifera

text: Camellia oleifera SNPs related to oil content and quality identification project started in spring 2014 and is supported by National Natural Science Foundation of China and the Fundamental Research Funds for the Central Non-profit Research Institution of Chinese Academy of Forestry.


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from clone 536

text: China

text: Camellia oleifera

text: Camellia oleifera

text: Camellia oleifera SNPs related to oil content and quality identification project


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from clone 547

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from clone 96

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from clone 98

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from hybrid 309

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from clone xiang8

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from hybrid 2606

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from clone 220

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from hybrid 305

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from hybrid 340

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from hybrid 950

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from hybrid 414

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from clone min48

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from clone 213-1

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from clone gui3

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from clone 91

text: China

text: Camellia oleifera

text: Camellia oleifera

text: Camellia oleifera SNPs related to oil content and quality identification project started in spring 2014 and is supported by National Natural Science Foundation of China and the Fundamental Research Funds for the Central Non-profit Research Institution of Chinese Academy of Forestry.


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from hybrid 1202

text: China

text: Camellia oleifera

text: Camellia oleifera

text: Camellia oleifera SNPs related to oil content and quality identification project


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from hybrid 439

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from hybrid 125

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from hybrid 116

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from clone 45

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from hybrid 1514

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from hybrid 307

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from clone 172

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from hybrid 1501

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from hybrid 126

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from hybrid 129

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from hybrid 428

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from hybrid 411

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from clone tong9

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from hybrid 111

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from clone 46

text: China

text: Camellia oleifera

text: Camellia oleifera

text: Camellia oleifera SNPs related to oil content and quality identification project started in spring 2014 and is supported by National Natural Science Foundation of China and the Fundamental Research Funds for the Central Non-profit Research Institution of Chinese Academy of Forestry.


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from hybrid 906

text: China

text: Camellia oleifera

text: Camellia oleifera

text: Camellia oleifera SNPs related to oil content and quality identification project


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from hybrid 304

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from hybrid 425

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from hybrid 1624

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from clone 176

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from clone tong3

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from hybrid 905

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from hybrid 1502

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from hybrid 1504

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from clone 545

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from hybrid 1503

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from clone 174

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from hybrid 1519

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from clone 232

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from hybrid 424

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from hybrid 127

text: China

text: Camellia oleifera

text: Camellia oleifera

text: Camellia oleifera SNPs related to oil content and quality identification project started in spring 2014 and is supported by National Natural Science Foundation of China and the Fundamental Research Funds for the Central Non-profit Research Institution of Chinese Academy of Forestry.


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from hybrid 904

text: China

text: Camellia oleifera

text: Camellia oleifera

text: Camellia oleifera SNPs related to oil content and quality identification project


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from hybrid 110

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from clone 175

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from hybrid 1518

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from hybrid 427

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from hybrid 303

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from hybrid 919

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from hybrid 1505

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from clone 30

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from clone fy9

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from clone minyou3

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from clone 185

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from hybrid 1506

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from clone gui4

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from hybrid 415

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from clone 90

text: China

text: Camellia oleifera

text: Camellia oleifera

text: Camellia oleifera SNPs related to oil content and quality identification project started in spring 2014 and is supported by National Natural Science Foundation of China and the Fundamental Research Funds for the Central Non-profit Research Institution of Chinese Academy of Forestry.


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from hybrid 128

text: China

text: Camellia oleifera

text: Camellia oleifera

text: Camellia oleifera SNPs related to oil content and quality identification project


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from hybrid 903

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from clone minyou48

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from hybrid 306

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from clone tong38

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from clone fy5

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from clone min43

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from clone tong4

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from hybrid 1507

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from clone 3011

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from hybrid 915

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from hybrid 316

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from clone 548

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from hybrid 436

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from clone 94

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from hybrid 2401

text: China

text: Camellia oleifera

text: Camellia oleifera

text: Camellia oleifera SNPs related to oil content and quality identification project started in spring 2014 and is supported by National Natural Science Foundation of China and the Fundamental Research Funds for the Central Non-profit Research Institution of Chinese Academy of Forestry.


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from clone 531

text: China

text: Camellia oleifera

text: Camellia oleifera

text: Camellia oleifera SNPs related to oil content and quality identification project


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from hybrid 426

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from hybrid 90901

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from clone de1

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from clone 300

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from hybrid 124

text: China

text: Camellia oleifera

text: Camellia oleifera


text: Ping Lin

text: Camellia oleifera

text: Unique camellia oleifera sample - This unique sample was derived from clone 540

text: China

text: Camellia oleifera

text: Camellia oleifera