Additional file 2 of Genetic variation and molecular evolution of tomato yellow leaf curl China virus and its betasatellite DNA isolates in China

Additional file 2: Figure S1. Neighbor-joiningphylogenetic tree constructed using MEGA11 based on a 57 Tomato yellow leaf curl China virus isolates and b 66 Tomato yellow leaf curl China virus betasatellite. Different colours are represented host. Figure S2. Split network analysis of a 57 Tomato yellow leaf curl China virus isolates and b 109 Tomato yellow leaf curl China virus betasatellite isolates. Figure S3. Nucleotide sequence identities in of a 57 Tomato yellow leaf curl China virus whole-genome sequence and b 109 Tomato yellow leaf curl China virus betasatellite whole-genome sequence. Figure S4. a Distribution of mutations in SCR-βC1 regions of TbCSB populations in N. glutinosa and N. benthamiana, and b distribution of mutations in SCR-βC1 regions of MYVB in field populations. c The analysis of genomic variation of TbCSB populations in N. glutinosa and N. benthamiana, and d genomic variation of MYVB populations in N. glutinosa and N.benthamiana.

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Publication Details

Journal
Figshare
Published
2025-01-01
DOI
https://doi.org/10.6084/m9.figshare.28792760.v1
Primary Topic
Plant Virus Research Studies
Type
article
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article

Additional file 2 of Genetic variation and molecular evolution of tomato yellow leaf curl China virus and its betasatellite DNA isolates in China

Figshare
Plant Virus Research Studies
article

Additional file 2 of Genetic variation and molecular evolution of tomato yellow leaf curl China virus and its betasatellite DNA isolates in China

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Abstract

Additional file 2: Figure S1. Neighbor-joiningphylogenetic tree constructed using MEGA11 based on a 57 Tomato yellow leaf curl China virus isolates and b 66 Tomato yellow leaf curl China virus betasatellite. Different colours are represented host. Figure S2. Split network analysis of a 57 Tomato yellow leaf curl China virus isolates and b 109 Tomato yellow leaf curl China virus betasatellite isolates. Figure S3. Nucleotide sequence identities in of a 57 Tomato yellow leaf curl China virus whole-genome sequence and b 109 Tomato yellow leaf curl China virus betasatellite whole-genome sequence. Figure S4. a Distribution of mutations in SCR-βC1 regions of TbCSB populations in N. glutinosa and N. benthamiana, and b distribution of mutations in SCR-βC1 regions of MYVB in field populations. c The analysis of genomic variation of TbCSB populations in N. glutinosa and N. benthamiana, and d genomic variation of MYVB populations in N. glutinosa and N.benthamiana.

Figshare
Southwest University (CN), Chinese Academy of Agricultural Sciences (CN)
Openalex Percentile: Top 42%
Plant Virus Research Studies
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Additional file 2 of Genetic variation and molecular evolution of tomato yellow leaf curl China virus and its betasatellite DNA isolates in China · Figshare (2025) | TGRS Research Map | TGRS