Microbial genomics
Whole-genome sequencing, assembly, annotation, comparative genomics, phylogenomics, taxonomic description of novel species, AMR and virulence profiling.
Microbial Genomics & Bioinformatics Scientist
I turn biological samples into scientific insight — combining high-throughput sequencing, microbial ecology and reproducible bioinformatics to understand plant–microbe systems in arid and agricultural ecosystems.
Wet lab and computational work, done by the same person, from experimental design to the published result.
Postdoctoral researcher specializing in microbial genomics, next-generation sequencing, molecular biology and bioinformatics.
I coordinate a high-throughput genomics laboratory, develop sequencing workflows and deliver analyses in metabarcoding, bacterial whole-genome sequencing and de novo RNA-seq transcriptomics. My research explores how microbial communities shape plant health and resilience — from the rhizosphere of desert medicinal plants to beneficial consortia for crops under stress.
Derived automatically from indexed publications (OpenAlex).
Four areas of practice, each with its own tools, used together in most projects.
Whole-genome sequencing, assembly, annotation, comparative genomics, phylogenomics, taxonomic description of novel species, AMR and virulence profiling.
Reproducible 16S and ITS workflows from experimental design through taxonomy, diversity and community-assembly analysis.
Reference-free plant transcriptomics, coding-region prediction, functional annotation and differential expression.
Library preparation, QC, pooling, loading, run monitoring and troubleshooting across short- and long-read sequencing platforms.
Plant pathology runs through most of my research: identifying the pathogens behind Moroccan crop diseases, testing their sensitivity to fungicides, and developing microbial alternatives to chemical control.
Population diversity of Cercospora beticola and its resistance to benzimidazole, DMI and QoI fungicides; Rhizoctonia solani AG-2-2 damping-off; Fusarium, Clonostachys rosea and Sclerotium rolfsii root diseases.
Fusarium and Neocosmospora solani causing dry root rot: characterization, environmental drivers and fungicide sensitivity. Immunocapture real-time PCR detection of Spiroplasma citri.
Fungal diversity behind grapevine trunk diseases (Esca, Eutypa and Botryosphaeria dieback), almond trunk and branch cankers, and dieback of fruit trees across Morocco.
Postharvest pathogens of apple and citrus (Penicillium, Monilinia, Alternaria) controlled with Bacillus antagonists, halophilic bacteria, plant extracts and essential oils.
Screening rhizobacteria, endophytes and lactic acid bacteria that suppress pathogens and promote plant growth, and how beneficial microbes shape plant immunity.
Every stage of a genomics project, from field sampling to publication. Select a step to see what it involves.
Field sampling across plant compartments and seasons in arid and agricultural ecosystems, with experimental designs built for robust statistics.
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New papers appear here automatically as soon as they are registered in ORCID or indexed by OpenAlex. No manual updates needed.
Sources: ORCID · OpenAlex · ResearchGate
Associate Editor for Frontiers in Plant Science, editorial board member, guest editor and reviewer for international journals in plant pathology, microbiology and agronomy.
Laboratory coordination, plant-health diagnostics, teaching and doctoral research.
Coordinates laboratory operations and complete Illumina sequencing workflows: SOPs, procurement, training, and collaborative genomics support for internal and external research teams.
Molecular biology, microbiology and serology expertise for national plant-health and phytopathology diagnostics.
Teaching and research in microbiology and plant–microbe interactions; supervision of laboratory practicals and student research projects.
Doctoral research in microbiology and plant pathology.