Comparison of Computer Assisted Surgery with Conventional Technique for Treatment of Abaxial Distal Phalanx Fractures in Horses: An In Vitro Study

Rossol, Melanie; Gygax, Diego; Andritzky-Waas, Juliane; Zheng, Guoyan; Lischer, Christoph; Zhang, Xuan; Auer, Joerg A.

doi:10.1111/j.1532-950x.2007.00346.x

Cited by 23 publications

(30 citation statements)

References 33 publications

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“…The SurgiGATE 1.0 worked with an active optic tracking system, where the instruments were tracked with infrared light emitting diodes. The drill sleeve was not navigated in this system (Andritzky et al 2005, Gygax et al 2006, Rossol et al 2008). This system is not available anymore and the remaining one is not professionally serviced any more.…”

Section: Technical Equipmentmentioning

confidence: 99%

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Comparison of the VetGate and SurgiGATE 1.0 computer assisted surgery systems for insertion of cortex screws across the distal phalanx in horses – an in vitro study

Schwarz

Rudolph

Kowal

et al. 2017

PHK

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Section: Technical Equipmentmentioning

confidence: 99%

“…The results would be compared with those gained with the SurgiGATE 1.0 System (Andritzki et al 2005, Gygax et al 2006, Rossol et al 2008). …”

Section: Introductionmentioning

confidence: 99%

Comparison of the VetGate and SurgiGATE 1.0 computer assisted surgery systems for insertion of cortex screws across the distal phalanx in horses – an in vitro study

Schwarz

Rudolph

Kowal

et al. 2017

PHK

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“…Auch die in vitro Anwendung eines 3D Bildverstärkers in Verbindung mit einem computerassistierten Navigationssystem zur Fixierung von Frakturen am Pferdebein wurde in mehreren Publikationen vorgestellt. (Andritzky et al2005, Gygax et al 2006, Rossol et al 2008). …”

Section: Introductionunclassified

Interventional computer tomography – a new dimension in horse medicine – Part 1: CT assisted drilling and filling of subchondral cystic lesions in the horse

Mettenleiter¹

2014

PHK

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Interventional computer tomography -a new dimension in horse medicine -Part 1: CT assisted drilling and filling of subchondral cystic lesions in the horse The computed tomography is indispensable to secondary diagnostic in the head and neck area as well as on the limbs of the horse and is used routinely in specialized equine clinics. With this technique a super positional free representation of body parts is possible in different sectional levels and in three-dimensional images. The surgical treatment of subchondral cystic lesions (SCL) in the horse consists of surgical debridement and possibly in the replenishment of the cyst cavity in order to achieve revascularization and bone fusion of the damaged area. Depending on localization, shape and size of the cyst this is done via an arthroscopic or arthrotomic access. As an alternative to intraarticular surgical techniques the subchondral cystic lesions are classically treated by transcortical drilling via radiological control or fluoroscopy. These navigation methods, however, are severely limited due to the only two-dimensional imaging and the obtained information is often not satisfactory for the surgeon. The clinical use of CT-assisted surgical treatment of subchondral cystic lesions in horses (SCL with connection to the carpal joint, fetlock joint, pastern joint and navicular bursa) is shown by various examples. Via three-dimensional computed tomographic control, a gradual drilling of SCL was performed, afterwards the debridement of the cyst content, flushing and filling the cyst cavity and the drill hole. As a result, this surgical technique may also be referred as a sensible alternative to an arthroscopic or arthrotomic approach for difficult to access SCL in the joint region in horses. Further clinical studies are required in order to prove, to what extent the success rate actually improves in comparison to conventional techniques.

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“…Il faut donc privilégier des abords mini-invasifs dans le traitement chirurgical de ces fractures, ce qui impose d'utiliser des techniques d'imagerie plus récentes, fournissant des informations plus précises que celles de la radiographie. La conséquence en est le développement actuel, en chirurgie vétérinaire, de la chirurgie assistée par l'amplificateur de brillance et par l'ordinateur en peropératoire (Andritsky et al 2005;Rossol et al 2008), mais aussi de la chirurgie assistée par le scanner en pré-opératoire (Rose et al 1997;MacDonald et al 2009). Pour notre part, nous avons cherché, depuis plusieurs années, à développer la chirurgie des fractures assistée par le scanner : elle repose sur l'acquisition, avant ou pendant l'opération chirurgicale, d'images qui permettent de visualiser la fracture en deux dimensions ou en trois dimensions et qui aident le chirurgien dans sa décision théra-peutique et dans son geste chirurgical.…”

Section: Introductionunclassified

Le traitement chirurgical des fractures du doigt chez le cheval, assisté par le scanner

Perrin¹,

Launois²,

Vandeweerd³

et al. 2009

bavf

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Chez le cheval de sport, les fractures du doigt et, particulièrement, celles des première et troisième phalanges, sont fréquentes. Ces fractures peuvent être simples ou comminutives et sont souvent intraarticulaires. Une bonne reconstruction et une solide stabilisation sont nécessaires pour éviter le déve-loppement d'une ostéo-arthrite. La chirurgie des fractures assistée par le scanner (tomodensitomé-trie) repose sur l'acquisition d'images, avant ou pendant l'acte chirurgical, qui permettent d'obtenir une visualisation de la fracture en deux ou trois dimensions et qui aident le chirurgien dans sa déci-sion et dans son geste chirurgicaux. Nous utilisons le scanner soit en per-opératoire, soit en préopé-ratoire, comme pour préparer l'intervention sur une fracture du pied chez le cheval en position debout. Le but de cette publication est de présenter ces deux modalités d'utilisation du scanner et de les illustrer par trois cas cliniques : une fracture de la troisième phalange et deux types différents de fracture de la première phalange.Mots-clés : chirurgie des fractures, scanner, cheval, phalange, naviculaire. RÉSUMÉ(1) Clinique Vétérinaire Equine -18, rue des Champs -La Brosse -78470 Saint Lambert des Bois. In sport horses, fractures of the digit are common, especially in the distal

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Comparison of Computer Assisted Surgery with Conventional Technique for Treatment of Abaxial Distal Phalanx Fractures in Horses: An In Vitro Study

Abstract: Abaxial fractures of the distal phalanx lend themselves to computer-assisted implantation of 1 screw in a dorsopalmar (plantar) direction. Because of the complex anatomic relationships, and our results, we discourage use of COS technique for repair of this fracture type.

Cited by 23 publications

References 33 publications

Comparison of the VetGate and SurgiGATE 1.0 computer assisted surgery systems for insertion of cortex screws across the distal phalanx in horses – an in vitro study

Comparison of the VetGate and SurgiGATE 1.0 computer assisted surgery systems for insertion of cortex screws across the distal phalanx in horses – an in vitro study

Interventional computer tomography – a new dimension in horse medicine – Part 1: CT assisted drilling and filling of subchondral cystic lesions in the horse

Le traitement chirurgical des fractures du doigt chez le cheval, assisté par le scanner

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