Effects of hyperbaric oxygen therapy on uncomplicated incisional and open wound healing in dogs          下载免费PDF全文

Christian R. Latimer DVM  Cassie N. Lux DVM  DACVS‐SA  Sarah Roberts BS  DVM  Marti G. Drum DVM  PhD  DACVSMR  Cheryl Braswell DVM  DACVECC  Mee Ja M. Sula DVM  DACVP 《Veterinary surgery : VS》2018,47(6):827-836

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Laryngeal mask airway and transient hypercapnic hyperpnea for video‐endoscopic assessment of unilateral laryngeal paralysis in dogs          下载免费PDF全文

Daniel M. Sakai MV  DACVAA  Manuel Martin‐Flores MV  DACVAA  Amanda K. Jones PhD  Galina M. Hayes BVSc  PhD  DACVECC  DACVS‐SA  Marina J. McConkey DVM  DACVS‐SA  Jonathan Cheetham VetMB  PhD  DACVS‐LA 《Veterinary surgery : VS》2018,47(4):543-548

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Soft tissue sarcoma in a short‐beaked echidna (Tachyglossus aculeatus)          下载免费PDF全文

RL Robey  C Sangster  M Gabor  SA Lindsay 《Australian veterinary journal》2018,96(9):360-365

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Removal of hemangiosarcoma cells from canine blood with a cell salvage system and leukocyte reduction filter          下载免费PDF全文

Brittany Ciepluch DVM  MS  Heather Wilson‐Robles DVM  DACVIM  Gwendolyn Levine DVM  DACVP  Roger Smith DVM  PhD  Gus A. Wright PhD  Tasha Miller BS  Maureen T. O'Brien DVM  MS  DACVP  Kelley M. Thieman Mankin DVM  MS  DACVS‐SA 《Veterinary surgery : VS》2018,47(2):293-301

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The impact of postdischarge surveillance on surgical site infection diagnosis          下载免费PDF全文

Danielle N. Garcia Stickney DVM  Kelley M. Thieman Mankin DVM  MS  DACVS‐SA 《Veterinary surgery : VS》2018,47(1):66-73

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广西地理标志农产品与农业经济发展的时空耦合特征及启示     

严志强  严钦强  彭定新  撒楚航 《湖北农业科学》2020,59(19):40-46,98

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Complications associated with bone marrow sampling in dogs and cats     

G. A. Woods  M. Simpson  A. Boag  J. Paris  C. Piccinelli  C. Breheny 《The Journal of small animal practice》2021,62(3):209-215

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Focal intestinal lipogranulomatous lymphangitis in 10 dogs          下载免费PDF全文

A. Lecoindre  P. Lecoindre  J. L. Cadoré  M. Chevallier  S. Guerret  G. Derré  S. P. Mcdonough  K. W. Simpson 《The Journal of small animal practice》2016,57(9):465-471

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What is your neurologic diagnosis? Osteochondroma of the dorsal process of T4     

Marioni K  Hathcock JT  Simpson ST 《Journal of the American Veterinary Medical Association》2001,219(7):917-920

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Effects of sodium nitroprusside after load reduction and/or atropine pre-treatment prior to dexmedetomidine administration on cardiovascular variables in dogs     

RD Keegan  SA Greene  BC McKusick 《Veterinary anaesthesia and analgesia》2005,32(4):8-8

The purpose of this study was to determine the cardiovascular effects of sodium nitroprusside (SNP)‐induced after load reduction in dogs administered dexmedetomidine (DEX). Using a randomized crossover design and allowing at least 2 weeks between treatments 12 adult hound dogs of either sex weighing 22 ± 1.7 SD kg were anesthetized by face mask administration of 2.9% ET sevoflurane to facilitate instrumentation prior to administration of treatment drugs. Dogs were intubated and instrumented to enable measurement of heart rate (HR), systolic (SAP), mean (MAP) and diastolic (DAP) arterial pressures, mean pulmonary arterial pressure (PAP), pulmonary capillary wedge pressure (PCWP), central venous pressure (CVP), pulmonary arterial temperature (TEMP), and cardiac output (CO). Systemic (SVR) and pulmonary vascular resistances were calculated. Following completion of instrumentation dogs were allowed to recover for 40 minutes. After collection of baseline data, dogs were administered one of four treatments at T–10 minutes prior to injection of DEX (500? g M^–2 IM): 1) saline (SAL); 2) atropine (ATR, 0.02 [n = 6] or 0.04 [n = 6] mg kg^–1 IM); 3) SAL + SNP (infused at 1–10 ?g kg^–1 minute^–1, IV as needed to maintain MAP between 90–110 mm Hg; or 4) ATR + SNP. Cardiovascular data were collected at T‐20 minutes prior to administration of DEX, T‐5 and at 5, 10, 20, 30, 40, and 60 minutes following DEX. Data were analyzed using anova for repeated measures with post hoc differences between means identified using Bonferroni's method (p < 0.05). Differences in ATR dose were not found to be significant and thus results for ATR dose groups were pooled. Administration of SAL (dexmedetomidine alone) was associated with decreases in HR and CO and increases in SAP, MAP, DAP, CVP, and SVR. Administration of ATR was associated with an increase in HR and CO compared with SAL. Administration of SNP was associated with an increase in HR and CO and a decrease in SVR, MAP and CVP compared with SAL. Administration of SNP + ATR was associated with effects similar to that of SNP or ATR alone and resulted in an additive increase in CO. We conclude that SNP‐induced afterload reduction with or without atropine is effective in mitigating DEX‐induced impairment of cardiovascular function.  相似文献