Peer-reviewed scientific publications

Two marine viruses that have different infection modes on the same bacterium...and my first peer-review publication!

Genome-wide transcriptomics (RNA-seq) and other technologies applied throughout an infection help "see" each stage of the infection, and where things go right or wrong for the virus.

Phage therapy (the use of viruses to kill bad bacteria that give us infections) has its tricky twist!

What is a virocell? What is metabolic reprogramming? How do viruses affect bacterial metabolism? All these questions are answered in this publication.

You can see efficient and inefficient viruses' DNA via a microscopy-based technique called phageFISH.

Learn everything about lysogeny, this viral lifestyle in which the virus does not kill the cell after infection.

This is how newly discovered viral genomes can be announced.

Under what "rules" do bacterial viruses (phages) live by?

Characterizing multiple viral infections at the same time in a marine Bacteroidetes bacterium.

Genome-wide transcriptomics (RNA-seq) and proteomics (mass-spectrometry) now applied through various efficient and inefficient viral infections.

From creating nutrients, to controlling microbial populations to completely transforming metabolisms, in this review you will get an idea of why marine viruses are important.

If a marine bacterium is stressed because there is a predator nearby, its metabolism requires more energy to susteain viral infection.