Robigalia Roundup XXXIV

Variation in rice blast fungus avirulence genes, and meet Sharjana Akter

Hello Robigalia Readers,

If you’re new here, Robigalia is your weekly roundup of the latest research, researchers, scholarships, and opportunities in plant pathology globally.

Now onto this week’s newsletter…

I highlight a recent study examining the variation in Magnaporthe oryzae avirulence genes.

I introduce Sharjana Akter, a recent Master’s graduate from Bangladesh Agricultural University.

As always, there are several new job and PhD opportunities listed. Make sure you’re a subscriber to have these opportunities and events delivered directly to your inbox every Monday.

Weekly Plant Pathology Highlights

Research Student of the Week

⭐ Meet Sharjana Akter⭐

This week, we meet Sharjana Akter, a recent Masters graduate from Bangladesh Agricultural University. Sharjana’s research project was focused on the detection of defence-related genes in rice for the management of rice blast disease by endophytic bacteria, with her thesis titled "Variation in Rice Blast Fungus and Its Biocontrol Management with Endophytic Bacteria".

Sharjana's interest in plant pathology started during her undergraduate degree when she had an opportunity to explore rural life. She witnessed firsthand how devastating plant diseases can be for farmers, especially in vulnerable areas like the Haor regions of Bangladesh. Seeing entire rice fields lost to diseases like blast and bacterial leaf blight left a deep impact on her, inspiring her to find solutions that could help protect crops and support farmer livelihoods.

During her research, Sharjana isolated Bacillus velezensis from healthy rice roots and observed it’s disease suppression mechanism against the rice blast pathogen Pyricularia oryzae. She also tested the growth promoting traits of B. velezensis including indole acetic acid ( IAA) production, siderophore production, ammonia production, hydrogen cyanide production and phosphate solubilization capacity.

Sharjana has used methods such as qRT-PCR to measure defence-related gene expression in rice inoculated with P. oryzae and the beneficial B. velezensis, finding upregulation of gene upstream of the salicylic acid pathway. She also observed lower disease incidence in rice plants by treating with B. velezensis.

Sharjana’s advice for fellow students in plant pathology is to integrate both molecular and field-based approaches to uncover innovative solutions for plant disease management.

If you want to find out more about Sharjana’s research, you can reach her via LinkedIn or post your questions in the comments.

Scholarships and Jobs

New opportunities below are indicated by two asterisks at the start of the entry **

PhD/Master’s Scholarships

Jobs

Events

Other Opportunities

  • ** Nominations for BSPP Honorary Membership 2026 are now open.

    Recognise an outstanding contributor to plant pathology and the BSPP community (Closes 31st July)

Meme of the week

Before you go…

Until next week,

Alyssa

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