Bertuglia, Andrea

Bullone, Michela

Greppi, Maria Carla

Guidi, Eleonora

Poletto, Mariagrazia Lucia

English

Institutional Research Information System University of Turin

Close this window to return to IVIS http://www.ivis.org          Proceedings of the 15th ESVOT Congress  September 15 - 18, 2010 Bologna, Italy                       Reprinted in the IVIS website with the permission of ESVOT WVOC 2010, Bologna (Italy), 15th - 18th September  •  540A. BertugliaA conservative treatment technique for gastrocnemiusmuscles rupture in young calves (7 cases) A. Bertuglia, DVM, PhD, E. Guidi, DVM, PhD, M. Bullone, DVM, M.C. Greppi, DVM, M.G. Poletto, DVMDept. of Animal Pathology, Section of Surgery, Faculty of Veterinary Medicine, University of Turin, Turin, ITAINTRODUCTION Gastrocnemius muscles rupture (GMR) and subsequent incompetence of caudal reciprocal apparatus is aserious injury rarely described in young calves that can occur during a fall with the hindlimb extended un-der the body, resulting in forced extension of the muscles while it is engaged in contraction. The conse-quence of the lesion is a severe lameness and occasionally the inability to weight bearing the affected leg,a severe dropped hock with excessive angulation at the hock joint and the stifle joint maintained in exten-sion. Untreated animals usually have a poor prognosis because unable to self-repair the condition. Theseanimals are frequently euthanatized in consequence of prolonged recumbency, severe sore lesions and de-generative myopathy. Surgical techniques to correct the caudal reciprocal apparatus rupture are rarely de-scribed in large animals. Some cases in foals had been managed successfully with temporary external skele-tal fixation or a combination of splint-cast. The purpose of the present case report study is to asses the ef-fectiveness of conservative treatment of GMR cases in young calves with a Thomas splint bandage to cor-rect the condition.MATERIALS AND METHODS All cases of GMR in young calves diagnosed between 2007-2010 were registered and analyzed retrospec-tively. Diagnosis of GMR was based on description of the referring veterinarian and on clinical observationof the calf at the time of admission or in the field. Only records of patients with complete follow-up and treat-ed conservatively were selected. A recorded video tape of the patient was performed at the time of the ad-mission or at the first clinical examination in the farm and repeated during the follow-up. The initial diag-nosis of the referring veterinarian never considered the GMR as a differential diagnosis. Generally, suspi-cion of fracture or luxation was the reason for hospitalization. Diagnosis of GMR has been made on the ba-sis of the clinical examination. An US examination completed the medical record in two animals. All thecalves have been treated with a standard medical protocol. A short general anesthesia with propofol induc-tion had to be performed in 2/7 patients. In the other 5 calves a sedation with xylazine was adequate to al-low the manipulation. All the patients had been positioned in lateral recumbency with the affected leg up-permost. Affected limb was bandaged from the foot to the stifle with a uniform cotton roll layer. The im-mobilization was achieved with the stifle, hock and fetlock in a physiological weight bearing position, usingthe normal contro-lateral hindlimb as a reference, and the foot slightly flexed, bearing on the toe. The band-age was completed with a rounded aluminium splint that must be modelled directly on the shape of the leg,starting from the cranial aspect of the foot up to the stifle, then bending dorso-caudally to the line of the hipand then ventrally, following an inverse “U” shape, to continue on the caudal aspect of the leg. The alu-minium splint was fixed to the limb using a self-adhering bandage (Self-Fix) wrapped in a double-8-figurearound the splint dorsal and plantar to the leg. The bandages were protected with a self adhering tape (Ve-trap). Using this technique the leg had been suspended by the splint in a not-weight bearing position withthe gastrocnemius muscles relaxed, bearing on the toe of the foot and avoiding pressure contacts betweenthe splint and the skin. During weight bearing the forces had been transferred from the splint to the tibialeaving the hock joint in a not-weight-bearing position. Initially, after recovery, the animals were assisted tohelp their hindlimb to protract during walk because the cranial phase of the stride of the affected limb isshortened by the weight of the bandage. RESULTS During the observation time 7 medical records of calves with GMR were recorded. 5 animals were Piemon-tese calves and 2 animal were Belgian Blue. Heavy breeds were significantly more represented than otherbreeds. All cases observed were male and in 5/7 it was reported from the owner to be the heaviest newborncalves in the farm. All patients were 0-15 days old with a mean age at presentation of 3,8 day. In 4/7 patientsa significant swollen leg had been observed at clinical presentation in the plantar aspect of the tibia that di-minished after 5-8 day of therapy. Animal received 1.0 mg/kg of flunixin meglumine daily for 5 to 8 day af-ter the trauma to control the pain. All bandages and splint had been well tolerated from the animals. All theFREE COMMUNICATIONS06A) Free_commun_2010_04) Free_commun_2010  02/09/10  12.28  Pagina 540Reprinted in IVIS with the permission of ESVOT Close this window to return to IVIS15th Annual European ESVOT Congress - Bologna, Italy - 2010541 •  WVOC 2010, Bologna (Italy), 15th - 18th September A. Bertugliapatients were able to stand up alone after the bandage had been positioned but all the animals needed to beassisted during the first walk after recovery. In 2/7 cases we treated animals 1d old still unable to walk. In2/7 animals bandages were maintained 6 weeks, in the others subjects the immobilization protocol durationwas 8 weeks. Calves had been managed in a single box and initially needed assistance by the owner duringnursing. All the patients during the bandage period had been submitted to a controlled exercise programme.In none of the animal adverse effects related to the splinting technique were observed. Bandage werechanged every three to four weeks and no more than two bandages had been required to obtain a clinicalresolution of the condition. Weight bearing improved in all patient shortly after the bandage had been per-formed at the recovery from sedation/general anaesthesia. Complication recorded related to the procedureare pressure sores at the point of the hock, reported in 2 patients, and urine sore at the point of the hockand on the medial surface of the fetlock, described in 1 animal. A restricted range of motion of the hockjoint after bandage removal was reported in 5/7 patients in which the bandage was maintained for 8 weeks.The bandages were removed after 6-8 weeks and no further support was necessary. All the treated animalsshowed a complete functional recovery of the hock joint and experienced unrestricted use of the hind limbafter recovery for at least one year. CONCLUSION GMR affects mainly young and newborn heavy animals in the farm after a traumatic event due to suddenhyperextension of the hock joint. Clinical diagnosis is straightforward due to the functional limitation of thelesion and the dramatic dropped hock position during weight-bearing of the affected hindlimb. The combi-nation of bandage and splinting technique we described in this case report study is an easy and functionalmeasure to correct the caudal reciprocal apparatus disruption. The functional as well as the cosmetic resultof the described technique is good to excellent. This conservative technique is an effective measure in calvesto correct GMR compared to more radical surgical procedures described in foals, adult horses and dogs. REFERENCES Bertuglia A., Puglisi G. (2005). Repair of the Achilles mechanism in a miniature horse. Equine Veterinaty Education 17(1) pp 3-8.Lescun T.B., Hawkins J.F., Siems J.J. (1998). Management of rupture of the gastrocnemius and superficial digital flexormuscles with a modified Thomas splint-cast combination in a horse. Journal American Veterinary Medical Associ-ation 15; 213(10):1457-9.Toppins D.S., Lori D.N. (2006). Incomplete rupture of the gastrocnemius and superficial digital flexor muscles in a Quar-ter Horse stallion. Journal American Veterinary Medical Association 1;229 (11):1790-4.Jesty S.A., Palmer J.E., Parente E.J., Schaer TP., Wilkins PA.(2005). Rupture of the gastrocnemius muscle in six foals.Journal American Veterinary Medical Association 15; 227(12): 1965-8.Corresponding Address:Dott. Andrea Bertuglia - Università degli Studi di Torino - Facoltà di Medicina Veterinaria - Dip.to Patologia Animale,Via Leonardo da Vinci 44, 10095 Grugliasco (TO), ITA - E-mail andrea.bertuglia@unito.itFREE COMMUNICATIONS06A) Free_commun_2010_04) Free_commun_2010  02/09/10  12.28  Pagina 541Reprinted in IVIS with the permission of ESVOT Close this window to return to IVIS15th Annual European ESVOT Congress - Bologna, Italy - 2010

A conservative treatment technique for gastrocnemius muscles rupture in young calves (7 cases)

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A conservative treatment technique for gastrocnemius muscles rupture in young calves (7 cases)

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