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We will be exhibiting at New Scientist Live on the 10th-12th October 2026 - come and visit us!We will be exhibiting at New Scientist Live on the 10th-12th October 2026 - come and visit us!We will be exhibiting at New Scientist Live on the 10th-12th October 2026 - come and visit us!We will be exhibiting at New Scientist Live on the 10th-12th October 2026 - come and visit us!We will be exhibiting at New Scientist Live on the 10th-12th October 2026 - come and visit us!We will be exhibiting at New Scientist Live on the 10th-12th October 2026 - come and visit us!We will be exhibiting at New Scientist Live on the 10th-12th October 2026 - come and visit us!We will be exhibiting at New Scientist Live on the 10th-12th October 2026 - come and visit us!We will be exhibiting at New Scientist Live on the 10th-12th October 2026 - come and visit us!We will be exhibiting at New Scientist Live on the 10th-12th October 2026 - come and visit us!We will be exhibiting at New Scientist Live on the 10th-12th October 2026 - come and visit us!We will be exhibiting at New Scientist Live on the 10th-12th October 2026 - come and visit us!We will be exhibiting at New Scientist Live on the 10th-12th October 2026 - come and visit us!We will be exhibiting at New Scientist Live on the 10th-12th October 2026 - come and visit us!We will be exhibiting at New Scientist Live on the 10th-12th October 2026 - come and visit us!We will be exhibiting at New Scientist Live on the 10th-12th October 2026 - come and visit us!
photo of adilia in a blue turtleneck

Science

Ms Adilia Shakirova

Microbial natural product discovery - PhD Student

Translating Biotic Interactions

Location
Rothamsted Research, Harpenden, AL5 2JQ
Email
adilia.shakirova@rothamsted.ac.uk
Professional Platforms
LinkedIn
ORCID

Biography

Adilia is an SWBio DTP PhD student working with wheat rhizosphere Pseudomonas and their natural products. Her project is focusing on compounds with activity against wheat pathogens, particularly Zymoseptoria tritici. Adilia is using bioinformatics tools to identify novel biosynthetic gene clusters with putative antifungal activity in bacterial genomes. She then explores those biosynthetic gene clusters and associated secondary metabolites using molecular biology and analytical chemistry methods.