PathoNews

Summary of our engaging webinar about microbiome studies for feed industry professionals.

Adelaide Panattoni, a scientist at PathoSense, has been awarded a 4-year industrial PhD fellowship from VLAIO.

On then 14th of March, Nick Vereecke succesfully defended his PhD "Revolutionizing viral and bacterial diagnostics in veterinary medicine using nanopore sequencing"

As of 2nd of May, DGZ Vlaanderen, the biggest veterinary laboratory in Belgium, will execute the PathoSense analyses in house.

The conference topic was "Novel technologies and their applications in veterinary medicine". You can watch the keynote presentation via this page.

PRRSV gene or genome sequencing is widely used in veterinary medicine. We wrote this article to aid with the interpretation.  

Many questions have already been asked by other veterinarians. This is why we collected a list of frequently asked questions and answers.

Here we describe the first use of nanopore sequencing for the detection of swine viruses.

PathoSense has its value when applied wisely. We share 4 tips so that you can create maximum value out of your diagnostics.

Learn more about the difference between real-time PCR and PathoSense and its consequences for interpretation.

Here we describe the evolution of PPV1 in swine and its impact on vaccine reactivity.

PCV2 diagnostics are not easy. A major first step in understanding the relevance of PCV2 detection in diagnostics, is to better understand its replication.

In this article, long-read sequencing was applied to study antimicrobial resistance and strain evolution in Belgian Brachyspira hyodysenteriae isolates

Nanopore sequencing allowed fast characterization of an EHV-1 outbreak in 2021.

Here we describe good practices for enteric (e.g. diarrhea, enteritis...) sample collection in different animal species. 

Here we describe good practices for reproductive problems (e.g. mummies, early birth...) in different animal species. 

Here we describe good practices for upper and lower respiratory sample collection in different animal species. 

Here we describe good practices for systemic (e.g. fever) & other sample collection in different animal species. 

In this article we investigated the possibility to use nanopore sequencing as novel tool for AMR detection in Mycoplasma bovis.

This paper highlights the coinfections present in suckling & nursery pigs in influenza A endemic swine herds in Germany.