Robigalia Roundup #26

An inhibitor of Xylella fastidiosa motility. And meet Srushtideep Angidi!

Hello Robigalia Reader and welcome to another week of Robigalia! If you’re new here, Robigalia is your weekly roundup of the latest research, researchers, scholarships, and opportunities in plant pathology globally.

This week, we learn of an inhibitor of Xylella fastidiosa motility. And I introduce Srushtideep Angidi, a PhD student at North Dakota State University researching basal stalk rot (BSR) in sunflowers.

ICYMI, the Robigalia newsletter now also has it’s own home on Instagram, with content coming soon!

Now, read on the for latest…

Weekly Plant Pathology Highlights

Research Student of the Week

⭐ Meet Srushtideep Angidi ⭐

This week’s research student of the week is Srushtideep Angidi, a PhD student at North Dakota State University. With a research focus on sunflowers, Srushtideep has been researching Sclerotinia sclerotiorum, the fungal pathogen responsible for basal stalk rot (BSR) in sunflowers.

Srushtideep’s journey in plant pathology began during his undergraduate studies at Banaras Hindu University (BHU), where he witnessed the impact of plant diseases on crop yields and farmer livelihoods. This inspired him to pursue studies into host-pathogen interactions and sustainable agriculture.

During his Master’s studies at the Sunflower Research Unit at the USDA-Agricultural Research Service (ARS) in Fargo, Srushtideep conducted a genome-wide association study (GWAS) to identify quantitative trait loci (QTL) linked to BSR resistance. He has also used a greenhouse-based phenotyping method to evaluate broad-spectrum resistance in sunflower accessions against multiple S. sclerotiorum isolates.

Srushtideep Angidi in the glasshouse

Now, as part of his PhD, Srushtideep has expanded his research to include a meta-QTL analysis aimed at identifying stable resistance loci across diverse sunflower populations. His work also involves mapping genetic loci associated with oxalic acid tolerance and BSR resistance in a recombinant inbred line population. Additionally, he is exploring advanced sensor technologies to develop disease detection methods—an innovation that could transform disease management in agriculture.

Embrace interdisciplinary approaches and maintain curiosity

Srushtideep Angidi

Beyond the lab, Srushtideep enjoys cooking traditional Indian dishes, which he finds relaxing after long hours of research. His advice to fellow students is to embrace interdisciplinary approaches and maintain curiosity, as advancements in molecular biology and precision agriculture hold immense potential for impactful discoveries.

If you want to find out more about Srushtideep Angidi research, you can reach him via LinkedIn.

PhD Scholarships and Jobs

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PhD/Masters Scholarships

Jobs

Other News and Opportunities

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

Meme of the week

Before you go…

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Until next week,

Alyssa

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