Color Atlas of Diseases and Disorders of the Foal, 1e

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Culture-plate methods were used to access bacterial microflora in the faeces of the foals to establish basic knowledge.


For following studies culture-dependent methods should be extended by PCR methods to improve knowledge about diversity of genes. In our study, diarrhoea did not lead to changes in normal foal behaviour. Foals remained bright and alert and continued to nurse. Clinical parameters including heart and respiratory rate, body temperature, and body weight were in the proper physiological range.

During this period, we observed diarrhoea when orange-brownish faeces changed to green, soft faeces. These changes in faeces colour might mark the transition from only digestion of milk to increasing digestion of solid nutrients like crude fibre. In that context, hemicellulose and cellulose could be responsible for a higher water-binding capacity and a reduction of intestinal passage. As a result, adsorptive and secretory intestinal processes are influenced and free water in the colon could simulate lower dry matter content in faeces of the foals.

Another reason for the reduction of dry matter content in faeces could be osmotically-acting metabolites of bacterial digestion of crude fibre.

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Meconium has been reported to be free of bacteria [ 22 ] and no bacterial PCR products were obtained from meconium samples [ 11 ], which confirmed that the gastrointestinal tract of a foetus is sterile [ 23 ]. These results were confirmed in our study, as aerobic and anaerobic bacteria data not shown , but also lactobacilli, enterococci and C. Foals start to consume forages and concentrates very early in life. As a result, the intestinal microflora is adapting rapidly to improve digestion of the feed.

In foals, there may be great genetic selective pressure for early colonisation of microflora to avoid acidic stomach conditions and to occupy a more distal region post-gastric than would be the case in calves or lambs [ 24 ]. There is a great diversity of bacteriophages, bacteria, fungi, and protozoa that might have an unselective entry to the gastrointestinal tract of the foals. Therefore, even if probiotic bacteria survive the acidic conditions after day 2 of life, they will experience heavy competition within the very rapidly developing intestinal microflora of foals.

Probiotic supplementation with Lactobacillus pentosus WE7 was significantly associated with development of signs of depression, anorexia, and colic in foals [ 12 ]. Also, supplementation with Lactobacillus rhamnosus and Enterococcus faecium led to increased diarrhoea in foals [ 11 ]. In contrast, we found that supplementation with B.


Diarrhoea might be a part of the normal physiological development of the intestinal microflora. Competition with diverse, rapidly colonizing intestinal microflora seems to suppress B. A total of 25 mares and their foals with one thoroughbred stud were included in the study.

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Mares were kept in separate stalls with straw beddings and were turned out daily on sand paddocks for several hours every day. Mares had free access to fresh water at all times. Foals were born between February and May In the other two mares, foaling was not observed. Mares were dewormed with ivermectin immediately after foaling and 2—3 months post partum.

At this time, no additional alfalfa hay was fed to the mares. All foals received pyrantel in week 2 of life, ivermectin in week 8, and pyrantel in month 4. Five foals were treated for an omphalic inflammation with cefquinome or trimethoprim-sulfadimethoxine at day 2—4 or at day 24—26 of foals life, two foals were treated for congenital neuromyodysplasia with oxytetracycline at day 2—4 of foals life and three foals were treated because of high-grade diarrhoea with cefquinome or trimethoprim-sulfadimethoxine at day 24—26 of foals life. The viability was confirmed at the beginning of the study by use of the microbiological spread plate method.

Blood work was done four times in month 1 and at the end of month 2.


Within the first day of life, on days 9, 16, 23, 30, 44, and 58, and on the first day of diarrhoea faecal samples were taken from the rectum or by the use of a collection bag. Serum and EDTA blood was subjected to haematology and serum chemistry determination.

MVS Equine - New Born Foals - Matamata Veterinary Services

Equine reference serum was used as standard. Limit of detection with a serum dilution factor of was 0. Faecal specimens 0. The Shapiro-Wilk test was used to assess data for normality. Data were not normally distributed. Faecal composition in foal heat diarrhoea. Equine Vet J. Changes in faecal bacteria and metabolic parameters in foals during the first six weeks of life.

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Vet Microbiol. Magdesian KG.

Color Atlas of Diseases and Disorders of the Foal, 1e

Neonatal foal diarrhea. In: Knottenbelt DC, editor. Neonatologie der Pferde. Dunkel B. Infectious foal diarrhoea: pathophysiology, prevalence and diagnosis. Equine Vet Educ. Velde K, Kolm G. In: Fey K, Kolm G, editors. Stuttgart: Enke; Preliminary studies on the bacterial flora of faeces taken from foals, from birth to twelve weeks: effects of the oral administration of a commercial colostrum replacer. Sadet-Bourgeteau S, Julliand V.

Equine microbial gastro-intestinal health. Cirencester: Wageningen Academic Publishers; Evaluation of a host-specific Lactobacillus probiotic in neonatal foals. Effects of probiotic strains of Enterococcus faecium and Lactobacillus rhamnosus on diarrhoea patterns and the faecal microbiome of sucking foals. Multiskop Sp: Z o. Decreases in alpha and beta globulins are not significant. Decreased gamma globulins are seen when there is a deficiency of immunoglobulins dependent on class of immunoglobulin involved and severity of the decrease.

Radial immunodiffusion RID is the best method for pursuing these diagnoses. Decreases in globulins of all fractions may be seen in protein-losing enteropathies, exudative dermatopathies, and hemorrhage. Concomitant loss of albumin in these conditions tends to maintain a normal A:G ratio with a low total protein.

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Spara som favorit. The illustrations cover all aspects of clinical presentation, diagnosis, treatments, and outcomes and provide a clear picture of what veterinarians should be looking for, perfect for timely intervention and more successful outcomes. Plus, two highly experienced editors share their expertise along with contributions from many well-known and highly respected veterinarians for the most comprehensive information available.