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1دورية أكاديمية
المؤلفون: Yang Chen (9737), Shaofei Tong (11743432), Yuanzhong Jiang (417007), Fandi Ai (11743435), Yanlin Feng (2747305), Junlin Zhang (8121296), Jue Gong (2880473), Jiajia Qin (11743438), Yuanyuan Zhang (101797), Yingying Zhu (331728), Jianquan Liu (200999), Tao Ma (11743441)
مصطلحات موضوعية: Genetics, still poorly understood, specific marker genes, played key socio, investigating basic principles, highly heterogeneous based, gene networks engaged, despite intensive study, major cell types, vascular cell specification, cell transcriptional landscape, cell types, transcriptional landscape, cell resolution, vascular development, vascular cambium, wood derived, valuable resource, rna sequencing, poplar stems, phytohormone responses, novel cluster, full diversity, findings establish, biomass globally, abundant form
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2دورية أكاديمية
المؤلفون: Yang Chen (9737), Shaofei Tong (11743432), Yuanzhong Jiang (417007), Fandi Ai (11743435), Yanlin Feng (2747305), Junlin Zhang (8121296), Jue Gong (2880473), Jiajia Qin (11743438), Yuanyuan Zhang (101797), Yingying Zhu (331728), Jianquan Liu (200999), Tao Ma (11743441)
مصطلحات موضوعية: Genetics, still poorly understood, specific marker genes, played key socio, investigating basic principles, highly heterogeneous based, gene networks engaged, despite intensive study, major cell types, vascular cell specification, cell transcriptional landscape, cell types, transcriptional landscape, cell resolution, vascular development, vascular cambium, wood derived, valuable resource, rna sequencing, poplar stems, phytohormone responses, novel cluster, full diversity, findings establish, biomass globally, abundant form
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3
المؤلفون: Yang Chen (9737), Shaofei Tong (11743432), Yuanzhong Jiang (417007), Fandi Ai (11743435), Yanlin Feng (2747305), Junlin Zhang (8121296), Jue Gong (2880473), Jiajia Qin (11743438), Yuanyuan Zhang (101797), Yingying Zhu (331728), Jianquan Liu (200999), Tao Ma (11743441)
مصطلحات موضوعية: Genetics, still poorly understood, specific marker genes, played key socio, investigating basic principles, highly heterogeneous based, gene networks engaged, despite intensive study, major cell types, vascular cell specification, cell transcriptional landscape, cell types, transcriptional landscape, cell resolution, vascular development, vascular cambium, wood derived, valuable resource, rna sequencing, poplar stems, phytohormone responses, novel cluster, full diversity, findings establish, biomass globally, abundant form
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4
المؤلفون: Yang Chen (9737), Shaofei Tong (11743432), Yuanzhong Jiang (417007), Fandi Ai (11743435), Yanlin Feng (2747305), Junlin Zhang (8121296), Jue Gong (2880473), Jiajia Qin (11743438), Yuanyuan Zhang (101797), Yingying Zhu (331728), Jianquan Liu (200999), Tao Ma (11743441)
مصطلحات موضوعية: Genetics, still poorly understood, specific marker genes, played key socio, investigating basic principles, highly heterogeneous based, gene networks engaged, despite intensive study, major cell types, vascular cell specification, cell transcriptional landscape, cell types, transcriptional landscape, cell resolution, vascular development, vascular cambium, wood derived, valuable resource, rna sequencing, poplar stems, phytohormone responses, novel cluster, full diversity, findings establish, biomass globally, abundant form
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5
المؤلفون: Yang Chen (9737), Shaofei Tong (11743432), Yuanzhong Jiang (417007), Fandi Ai (11743435), Yanlin Feng (2747305), Junlin Zhang (8121296), Jue Gong (2880473), Jiajia Qin (11743438), Yuanyuan Zhang (101797), Yingying Zhu (331728), Jianquan Liu (200999), Tao Ma (11743441)
مصطلحات موضوعية: Genetics, still poorly understood, specific marker genes, played key socio, investigating basic principles, highly heterogeneous based, gene networks engaged, despite intensive study, major cell types, vascular cell specification, cell transcriptional landscape, cell types, transcriptional landscape, cell resolution, vascular development, vascular cambium, wood derived, valuable resource, rna sequencing, poplar stems, phytohormone responses, novel cluster, full diversity, findings establish, biomass globally, abundant form
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6
المؤلفون: Yang Chen (9737), Shaofei Tong (11743432), Yuanzhong Jiang (417007), Fandi Ai (11743435), Yanlin Feng (2747305), Junlin Zhang (8121296), Jue Gong (2880473), Jiajia Qin (11743438), Yuanyuan Zhang (101797), Yingying Zhu (331728), Jianquan Liu (200999), Tao Ma (11743441)
مصطلحات موضوعية: Genetics, still poorly understood, specific marker genes, played key socio, investigating basic principles, highly heterogeneous based, gene networks engaged, despite intensive study, major cell types, vascular cell specification, cell transcriptional landscape, cell types, transcriptional landscape, cell resolution, vascular development, vascular cambium, wood derived, valuable resource, rna sequencing, poplar stems, phytohormone responses, novel cluster, full diversity, findings establish, biomass globally, abundant form
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7
المؤلفون: Yang Chen (9737), Shaofei Tong (11743432), Yuanzhong Jiang (417007), Fandi Ai (11743435), Yanlin Feng (2747305), Junlin Zhang (8121296), Jue Gong (2880473), Jiajia Qin (11743438), Yuanyuan Zhang (101797), Yingying Zhu (331728), Jianquan Liu (200999), Tao Ma (11743441)
مصطلحات موضوعية: Genetics, still poorly understood, specific marker genes, played key socio, investigating basic principles, highly heterogeneous based, gene networks engaged, despite intensive study, major cell types, vascular cell specification, cell transcriptional landscape, cell types, transcriptional landscape, cell resolution, vascular development, vascular cambium, wood derived, valuable resource, rna sequencing, poplar stems, phytohormone responses, novel cluster, full diversity, findings establish, biomass globally, abundant form
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8
المؤلفون: Yang Chen (9737), Shaofei Tong (11743432), Yuanzhong Jiang (417007), Fandi Ai (11743435), Yanlin Feng (2747305), Junlin Zhang (8121296), Jue Gong (2880473), Jiajia Qin (11743438), Yuanyuan Zhang (101797), Yingying Zhu (331728), Jianquan Liu (200999), Tao Ma (11743441)
مصطلحات موضوعية: Genetics, still poorly understood, specific marker genes, played key socio, investigating basic principles, highly heterogeneous based, gene networks engaged, despite intensive study, major cell types, vascular cell specification, cell transcriptional landscape, cell types, transcriptional landscape, cell resolution, vascular development, vascular cambium, wood derived, valuable resource, rna sequencing, poplar stems, phytohormone responses, novel cluster, full diversity, findings establish, biomass globally, abundant form
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9
المؤلفون: Yang Chen (9737), Shaofei Tong (11743432), Yuanzhong Jiang (417007), Fandi Ai (11743435), Yanlin Feng (2747305), Junlin Zhang (8121296), Jue Gong (2880473), Jiajia Qin (11743438), Yuanyuan Zhang (101797), Yingying Zhu (331728), Jianquan Liu (200999), Tao Ma (11743441)
مصطلحات موضوعية: Genetics, still poorly understood, specific marker genes, played key socio, investigating basic principles, highly heterogeneous based, gene networks engaged, despite intensive study, major cell types, vascular cell specification, cell transcriptional landscape, cell types, transcriptional landscape, cell resolution, vascular development, vascular cambium, wood derived, valuable resource, rna sequencing, poplar stems, phytohormone responses, novel cluster, full diversity, findings establish, biomass globally, abundant form
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10
المؤلفون: Yang Chen (9737), Shaofei Tong (11743432), Yuanzhong Jiang (417007), Fandi Ai (11743435), Yanlin Feng (2747305), Junlin Zhang (8121296), Jue Gong (2880473), Jiajia Qin (11743438), Yuanyuan Zhang (101797), Yingying Zhu (331728), Jianquan Liu (200999), Tao Ma (11743441)
مصطلحات موضوعية: Genetics, still poorly understood, specific marker genes, played key socio, investigating basic principles, highly heterogeneous based, gene networks engaged, despite intensive study, major cell types, vascular cell specification, cell transcriptional landscape, cell types, transcriptional landscape, cell resolution, vascular development, vascular cambium, wood derived, valuable resource, rna sequencing, poplar stems, phytohormone responses, novel cluster, full diversity, findings establish, biomass globally, abundant form