Ex vivo biomechanical stability of 5 cricoid‐suture constructs for equine laryngoplasty          下载免费PDF全文

Olivier Brandenberger Dr Med Vet  Fabrice Rossignol DVM  Diplomate ECVS  Antoine Lechartier DVM  Diplomate ECVS  Céline Mespoulhès‐Rivière DVM  Diplomate ECVS  Amelie Vitte DVM  Anthony Rossignol  Norm Ducharme DVM  PhD  Diplomate ACVS  Karl Joseph Boening Dr Med Vet  Diplomate ECVS 《Veterinary surgery : VS》2017,46(5):705-713

  相似文献   

Colonic or ileocecocolic volvulus in 13 dogs (2005‐2016)          下载免费PDF全文

Tanja Plavec DVM  PhD  Stefan Rupp DVM  Martin Kessler DVM  Dipl ECVIM 《Veterinary surgery : VS》2017,46(6):851-859

  相似文献   

Investigating the impact of innate dexterity skills and visuospatial aptitude on the performance of baseline laparoscopic skills in veterinary students          下载免费PDF全文

Mathew R. A. MacCormick  Jessica J. Kilkenny MSc  Meagan Walker BSc  Alex zur Linden DVM  DACVR  Ameet Singh DVM  DVSc  DACVS 《Veterinary surgery : VS》2017,46(8):1175-1186

  相似文献   

Long‐term outcome of an intra‐articular allograft technique for treatment of spontaneous cranial cruciate ligament rupture in the dog          下载免费PDF全文

Jeffery J. Biskup DVM  Daniel G. Balogh VMD  Ruth M. Scott DVM  Michael G. Conzemius DVM  PhD 《Veterinary surgery : VS》2017,46(5):691-699

  相似文献   

Outcome of laparoscopic adrenalectomy for resection of unilateral noninvasive adrenocortical tumors in 11 cats          下载免费PDF全文

Jeffrey W. Mitchell DVM  Philipp D. Mayhew BVM&S  DACVS  William T. N. Culp VMD  DACVS  J. Brad Case DVM  MS  DACVS  Ameet Singh DVM  DACVS  Mark C. Fuller DVM  DACVS‐SA  Ann Della Maggiore DVM  DACVIM 《Veterinary surgery : VS》2017,46(5):714-721

  相似文献   

Influence of orthopedic reinforced gloves versus double standard gloves on contamination events during small animal orthopedic surgery          下载免费PDF全文

Galina Hayes PhD  Ameet Singh DVSc  Tom Gibson DVSc  Noel Moens DVM  Michelle Oblak DVSc  Adam Ogilvie DVSc  Debbie Reynolds DVSc 《Veterinary surgery : VS》2017,46(7):981-985

  相似文献   

A vascularized preputial free flap for labial reconstruction in a dog          下载免费PDF全文

Chi‐Hsin Liu DVM  MS  Lih‐Seng Yeh DVM  PhD 《Veterinary surgery : VS》2017,46(8):1116-1119

  相似文献   

Radiographic Evaluation of the Anconeal Process in Skeletally Immature Dogs     

Jean K. Frazho DVM  John Graham MVB  MSC  DVR  Diplomate ACVR & ECVDI  Jeffrey N. Peck DVM  Diplomate ACVS  Jacek J. De Haan DVM  Diplomate ACVS & ECVS 《Veterinary surgery : VS》2010,39(7):829-832

Objective: To determine if a secondary center of ossification (SCO) of the anconeal process is present in skeletally immature dogs that do not develop an ununited anconeal process (UAP). Study Design: Case series. Animals: Dogs 77–154 days of age with conditions other than developmental disease of the elbow (n=78 dogs; total elbows=100). Methods: Mediolateral radiographic projections of the elbow were reviewed for presence or absence of a SCO of the anconeal process. Results: A SCO was radiographically evident in 16% of elbows from breeds that have been reported to be affected by UAP. The appearance of the SCO was different to an UAP fragment. None of the elbows with SCO of the anconeal process developed UAP. A SCO was not present in any small breed dogs. Conclusions: A SCO of the anconeal process is uncommon in medium and large breed dogs and the presence of a SCO does not indicate that UAP will develop. Clinical Relevance: Because radiographic diagnosis of a SCO of the anconeal process and UAP lesions have distinct appearances, an earlier diagnosis of UAP is possible.  相似文献   

Laser Vaporization of the Dorsal Turbinate as an Alternative Method of Accessing and Evaluating the Paranasal Sinuses     

Samantha L. Morello DVM  Eric J. Parente DVM  Diplomate ACVS 《Veterinary surgery : VS》2010,39(7):891-899

Objective: To report a technique for stoma creation into the conchofrontal sinus (CFS) through the dorsal turbinate and to evaluate stoma as a site for sinoscopy. Study Design: Prospective experimental study. Animals: Cadaveric equine heads (n=2) and normal adult horses (5). Methods: Technique feasibility was established on 2 cadaver heads. A diode laser fiber with a contact probe was passed into the nasal passage through a custom built, laser introducer rod (LIR). A videoendoscope was passed ventral to the LIR. A site on the caudal, medial aspect of the turbinate overlying the dorsal conchal sinus (DCS) was identified. A stoma to facilitate endoscope passage was created through the turbinate and sinoscopy performed to identify structures within the CFS and caudal maxillary sinus (CMS) and to evaluate the quality of the approach. The procedure was then performed in standing, sedated horses. Time required, laser energy used and complications were recorded. Endoscopy was performed ≥5 weeks postoperatively to assess stoma size and long‐term effects of the procedure. Results: A stoma was successfully created through the turbinate in both cadaveric skulls and in 4 horses; the stoma persisted for ≥5 weeks. The location of the stoma in 1 horse precluded sinoscopy. Conclusions: Laser vaporization of the dorsal turbinate through the nasal passage creates a stoma that lasts for at least 5 weeks providing a portal to the paranasal sinuses. Based on experience in 1 horse stoma location is critical to ensure adequate endoscope manipulation and sinoscopy. Clinical Relevance: Standing endoscopic sinusotomy within the nasal cavity through the DCS is an alternative to more invasive sinusotomy techniques with fewer potential complications and a cosmetic result.  相似文献   

In Vitro Mechanical Comparison of 2.0 and 2.4 Limited‐Contact Dynamic Compression Plates and 2.0 Dynamic Compression Plates of Different Thicknesses     

Adam M. Strom DVM  MS  Tanya C. Garcia MS  Karl Jandrey DVM  MAS  Diplomate ACVECC  Michael L. Huber DVM  MS  Diplomate ACVS  Susan M. Stover DVM  PhD  Diplomate ACVS 《Veterinary surgery : VS》2010,39(7):824-828

Objective: To compare the bending structural stiffness and bending strength of thick and thin 2.4 mm limited contact dynamic compression plates (2.4 LC‐DCP), 2.0 mm LC‐DCP (2.0 LC‐DCP), and 2.0 dynamic compression plates (2.0 DCP). Study Design: In vitro mechanical study. Methods: Two thicknesses of 2.4 LC‐DCP, 2.0 LC‐DCP, and 2.0 DCP stainless‐steel plates were tested in 4‐point bending. Data were collected during bending until implants plastically deformed. Bending structural stiffness and bending strength were determined from load displacement curves. Mechanical properties were compared between plates and the effects of plate type, size, and thickness on stiffness and strength were assessed using ANOVA. Results: The thick 2.4 LC‐DCP implant was the stiffest and strongest; the thin 2.0 DCP implant was most compliant and weakest. Larger sized plates, thicker plates, and limited contact design of plates enhanced stiffness and strength. For the plates studied, plate size had a larger effect than plate type or thickness on stiffness and strength. Conclusion: Increasing the size (width) and thickness of plates increases both the bending structural stiffness and strength. For the plates studied, LC‐DCP implants were stiffer and stronger than DCP implants. Clinical Relevance: Plate bending structural stiffness and strength can be most effectively enhanced by using a larger sized plate, but gains can also be achieved by using a thicker plate and/or an LC‐DCP instead of a DCP implant when possible.  相似文献