Bioinformatics approaches to identify antimicrobial, virulence and other important genes in bacteria - DTU Orbit

‹ Back to search result

Bioinformatics approaches to identify antimicrobial, virulence and other important genes in bacteria

Project: PhD

With the same participants

Identification of the features contributing to immunodominance
Project: PhD
Analysis of the T cell immune response in Yellow fever virus and HIV infections
Project: PhD
Prediction of antigen_BCR interactions based on high throughput peptide chip data and prediction of MHC-peptide-TCR Interactions
Project: PhD
Adaptability and promiscuity among pathogenic and commensal microorganisms
Project: PhD
Application of whole genome sequencing for diagnostics, surveillance and outbreak detection of foodborne pathogens
Project: PhD
Target profilling of drugs
Project: PhD
Whole Genome Epidemiological Typing of Salmonella
Project: PhD
Molecular markers for typing of Campylobacter based on whole genome sequences.
Project: PhD
Prediction of Bacterial Pathogenicity
Project: PhD
Whole Genome Epidemilogical Typing Of Escherichia Coli
Project: PhD

Zankari, Ea (Phd Student)
Aarestrup, Frank Møller (Main Supervisor)
Lund, Ole (Supervisor)

View graph of relations

Status	Current
Period	01-10-11 → 18-08-15

Financing source	Internal funding (public)
Research programme	Institut stipendie (DTU) Samf.

ID: 2334071