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Figure 3: TRV-induced HhCLA1 Silencing in H. Hamabo.
doi 10.7717/peerj.7505/fig-3
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Figure S2: TRV-induced HhCLA1 Silencing in H. Hamabo. (A) Control Plants (CK). (B) Empty Vector Infiltrated Plants (Mock) With the Normal Phenotype. (C) Newly Formed Leaves of H. Hamabo Plants Infiltrated With pTRV2-HhCLA1 (CLA1) Showing White-Streaked Leaf Symptoms
Table 2: Efficiency of HhCLA1 Gene Silencing in Hibiscus Hamabo Using TRV-VIGS System at Three Weeks Post Agroinfiltration.
Efficient Virus-Induced Gene Silencing in Hibiscus Hamabo Sieb. Et Zucc. Using Tobacco Rattle Virus
PeerJ
Genetics
Molecular Biology
Biochemistry
Biological Sciences
Medicine
Agricultural
Neuroscience
Figure 4: Relative Expression Levels of HhCLA1 Transcripts in Control (CK), Empty Vector-Infected (Mock) and pTRV-HhCLA1-infected Plants (pTRV2-HhCLA1).
Figure 2: Phylogenetic Analysis of the Protein of HhCLA1.
Figure 3: Male Holotype of H. Triedrus MNHN 2297.
Figure 3: pH Dependence of Recombinant H. Turkmenica Lysyl Oxidase.
Figure 3: Adiponectin Receptor Expression in C2C12 Myocytes 4 H Following LPS Challenge.
Efficient Virus-Induced Gene Silencing in Solanum Rostratum
PLoS ONE
Multidisciplinary
