Plant Virus Research Studies

This paper introduces MFDetectTM, a high-throughput viroid detection method for cannabis, showing it is comparable to RT-PCR and suitable for early HLVd detection in various plant tissues.

The paper investigates how disease prevalence and plant growth stage affect symptom severity in Arabidopsis thaliana infected with Turnip mosaic virus, finding that young plants are more responsive to VOC-mediated protection and high prevalence slows disease progression.

The paper examines how long-term agricultural management affects virome diversity and composition in Poaceae communities, finding increased virome richness with plant species diversity and stable richness over time.

This study examines how host organisms and heterologous viral replicases affect the thermal stability and capsid dynamics of Cowpea chlorotic mottle virus and Brome mosaic virus.

The paper identifies and characterizes the first putative virus of sea buckthorn, describing its genome structure and coat protein properties.

This study identifies differentially expressed genes in tomato plants expressing the TYLCV C4 protein, linking them to leaf cupping symptoms.

The paper shows that U/CBSV requires host-specific ITPase activity for infectivity in cassava but not in Nicotiana benthamiana, and that viral RdRP-ITPase binding optimizes fitness.

This study identifies an ATPase domain in PLRV capsid protein critical for genome packaging and demonstrates RNAi-mediated suppression of this domain as a method to generate PLRV-resistant potato plants.

This paper develops and validates LAMP assays for detecting rose rosette virus (RRV) in plant tissue, achieving low limits of detection and no cross-reactivity with other viruses.

The paper identifies co-expressed genes in Frankliniella occidentalis larval guts responding to TSWV infection using transcriptomic analysis and network methods.

This paper develops a CRISPR-Cas12a method to differentially detect Tomato mosaic virus and Tomato brown rugose fruit virus in plant samples.

The paper identifies five viruses in birch trees with BRLD, including three novel species, and discusses their potential roles in the disease.

This paper develops a stochastic network-based model for BBTV spread in banana plantations and uses approximate Bayesian computation to estimate parameters, showing seasonality influenced by environmental factors.

This study examines the capsid dynamics of three BMV virions using trypsin digestion and MALDI-TOF analysis, revealing distinct stability and conformational behavior based on their packaged RNA content.

The paper determines high-resolution cryo-EM structures of tobacco mosaic virus to elucidate the conformational changes in the disassembly switch mechanism.

This paper describes a portable genomics system for detecting plant viruses and pests in Sub-Saharan Africa using field-deployable devices.

The paper introduces CIDER-Seq, a method for accurate full-length virus genome sequencing, and shows it reveals antiviral RNAi alters geminivirus populations in cassava.

This paper identifies OMMV coat protein and p6 as silencing suppressors and demonstrates their use in developing OMMV-resistant plants through pathogen-derived resistance.