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. 2016 Aug 4;21(31):30309. doi: 10.2807/1560-7917.ES.2016.21.31.30309

Table 2. Economic losses and costs associated with West Nile virus fever in the equine industry following an epidemic of West Nile virus infection in Belgium, estimated per horse, 2012 values.

Economic impact Value in euros
Disease in horse
Visit of veterinary practitioner 42
Hospitalisation (7 days’ duration)a
Stay of the horse 69
Veterinarian specialists (internal medicine, neurology) 85
Complementary examinations (blood sampling and analysis, X-rays, CSF puncture and analysis) 191
Medical treatment (NSAID, SAID, supportive treatment) 396
No hospitalisation
Medical treatment (NSAID) 27
Diagnosis (serology, RT-PCR) 76
Indirect costs – containment of cases in stables
Extra feed
Hospitalised surviving horseb
High-value horse 33
Leisure horse 19
Semi-feral horse 12
Non hospitalised horsec
High-value horse 39
Leisure horse 22
Semi-feral horse 14
Extra bedding
Hospitalised surviving horseb
High-value horse 44
Leisure and semi-feral horse 22
Non-hospitalised horsec
High-value horse 53
Leisure and semi-feral horse 26
Management of horse mortality
Transport, destruction of cadaver 70
Replacement value for dead/euthanised horse
High-value horse 10,000
Leisure horse 4,000
Semi-feral horse 2,000
Loss of earnings
Per affected horse for rentd 1,638
Vaccination
Two doses of vaccine, veterinary costs 144

CSF: cerebrospinal fluid; NSAID: non-steroidal anti-inflammatory drug; RT: reverse transcription; SAID: steroidal anti-inflammatory drug.

a Hospitalised horses were assumed to be the most severely affected, when considering nervous clinical signs.

b Mean income per horse (39 workdays during clinical disease and recovery; three hours of work a day and one day off per week).

c A 42-day recovery period was considered for a horse that was not hospitalised.

d Regarding indirect costs and containment of cases indoors, a duration of 35 days was considered for recovery of a horse after its discharge from a veterinary hospital.