Page 7 of articles about diarrhoea
Thompson's tip: Legacy of farrowing house scour
Age-dependent competition of porcine ETEC with different fimbria genes
A high dietary concentration of inulin is necessary to reduce the incidence of swine dysentery
Odds ratios as a field diagnostic tool
Patterns of association are quite helpful in helping focus resources whether that is time, money, or any intervention we are seeking to implement.
Glutamine supplementation improves intestinal barrier function in a weaned piglet model of Escherichia coli infection
Clinical case: High mortality pneumonia in the finishing phase.
Approximately 15-20 days after entering the growth phase, generalized coughing and weight loss were noted. The morbidity rate was almost 30% and the mortality rate was 4-6 %.
Metabolic impact of zinc oxide on porcine intestinal cells and enterotoxigenic Escherichia coli K88
Learning how to eat like a pig: Facilitating vertical information transfer to reduce weaning problems in piglets
Effect and interaction between wheat bran and zinc oxide (ZnO) on productive performance and intestinal health in post-weaning piglets
Diarrhea in lactating piglets: differential diagnostic
Here we present a table of differential diagnosis of the most common diarrheas during lactation.
Infection in pigs due to Rotavirus
Rotaviruses are important enteric pathogens that affect newborns of several animal species. In swine, they can cause gastroenteritis in piglets.
Coccidiosis
Although pigs can be infected with different species of coccidia, in suckling piglets the most important disease caused by enteric protozoa is coccidiosis due to Isospora suis.
Clostridia
The genus Clostridium includes numerous species of anerobic bacteria with large rod-shaped forms, spore makers, and producers of extremely potent and diverse toxins that are almost always responsible for the diseases they cause.
Colibacilosis in lactating piglets
Escherichia coli is an enterobacteria that forms part of the normal intestinal microbiota of healthy animals. Usually, E. coli present in animals are communal antipathogenic strains and they even play a beneficial role, since they compete in several ways with the pathogenic strains in the ecological niche of the lumen.