In this issue – December 2015          下载免费PDF全文

AE Jackson 《Australian veterinary journal》2015,93(12):431-432

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In this issue – November 2016          下载免费PDF全文

AE Jackson 《Australian veterinary journal》2016,94(11):395-396

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In this issue – June 2011     

AE Jackson 《Australian veterinary journal》2011,89(6):197-198

Computer model predictions and field observations of anthelmintic resistance in sheep · Dangers of off‐label use of barium selenate · Elbow luxation in dogs and cats · Prognosis of joint infections in adult horses · Omentalisation for mediastinal abscess in a dog · Adenoviruses in lizards  相似文献   

<Emphasis Type="Italic">Amaranthus leaf mottle virus</Emphasis>: 3′-end RNA sequence proves classification as distinct virus and reveals affinities within the genus <Emphasis Type="Italic">Potyvirus</Emphasis>     

Eduardo Segundo  Dietrich E. Lesemann  Germán Martín  María P. Carmona  Leticia Ruiz  Isabel M. Cuadrado  Leonardo Velasco  Dirk Janssen 《European journal of plant pathology / European Foundation for Plant Pathology》2007,117(1):81-87

Amaranthus leaf mottle virus (AmLMV) was classified as a member of the genus Potyvirus on the basis of its particle morphology, serology, and biological properties (Casetta et al., 1986). Based on these properties, an Amaranthus viridis-infecting virus isolated in Spain, causing mottle and leaf blistering as well as reduced growth has been identified as AmLMV. The 3′ terminal genomic region of this and a reference isolate from Italy has been sequenced and reveals a 95% nucleotide identity between the two isolates. The sequenced part comprises the coat protein with 281 amino acids and 315 nucleotides of the 3′ untranslated region (UTR) preceding a polyadenylated tail. Pairwise comparisons and phylogenetic analysis of the nucleotide and deduced amino acid sequences of the CP and 3′ UTR of the cloned cDNAs with those of other potyviruses shows that AmLMV is a distinct potyvirus closely related to Potato virus Y.  相似文献   

In this issue – September 2009     

AE Jackson 《Australian veterinary journal》2009,87(9):345-346

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An outbreak of primary photosensitisation in lambs secondary to consumption of Biserrula pelecinus (biserrula)          下载免费PDF全文

AE Kessell  GE Ladmore  JC Quinn 《Australian veterinary journal》2015,93(5):174-178

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Acute renal failure associated with Amaranthus species ingestion by lambs          下载免费PDF全文

AE Kessell  J Boulton  GL Krebs  JC Quinn 《Australian veterinary journal》2015,93(6):208-213

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MY THANKS TO OUR REVIEWERS AND EDITORS     

AE Jackson 《Australian veterinary journal》2014,92(4):90-92

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Comparison of invasive and oscillometric blood pressure measurement techniques in anesthetized sheep,goats, and cattle     

Turi K Aarnes  John AE Hubbell  Phillip Lerche  Richard M Bednarski 《Veterinary anaesthesia and analgesia》2014,41(2):174-185

ObjectiveTo determine the level of agreement between an oscillometric (O-NIBP) and an invasive method (IBP) of monitoring arterial blood pressure (ABP) in anesthetized sheep, goats, and cattle.Study designProspective clinical study.AnimalsTwenty sheep and goats, 20 cattle weighing <150 kg body weight, and 20 cattle weighing >150 kg body weight.MethodsAnimals were anesthetized and systolic ABP (SABP), mean ABP (MABP), and diastolic ABP (DABP) were measured using IBP and O-NIBP. Differences between IBP and O-NIBP, and 95% limits of agreement (LOA) between SABP, MABP, and DABP values were assessed by the Bland–Altman method.ResultsMean difference ± standard deviation (range) between SABP, DABP, and MABP measurements in sheep and goats was 0 ± 16 (-57 to 38) mmHg, 13 ± 16 (-37 to 70) mmHg, and 8 ± 13 (-34 to 54) mmHg, respectively. Mean difference between SABP, DABP, and MABP measurements in small cattle was 0 ± 19 (-37 to 37) mmHg, 6 ± 18 (-77 to 48) mmHg, and 4 ± 16 (-73 to 48) mmHg, respectively. Mean difference between SABP, DABP, and MABP measurements in large cattle was -18 ± 32 (-107 to 71) mmHg, 7 ± 29 (-112 to 63) mmHg, and -5 ± 28 (-110 to 60) mmHg, respectively. The 95% LOAs for SABP, DABP, and MABP were -31 to +31, -19 to +44, and -19 to +34 mmHg, respectively in sheep and goats; were -37 to +37, -19 to +44, and -19 to +34 mmHg, respectively in small cattle; and were -81 to +45, -50 to +63, and -59 to +50 mmHg, respectively in large cattle.ConclusionsAgreement was poor between O-NIBP and IBP monitoring techniques.Clinical relevanceArterial BP should be monitored in anesthetized sheep, goats, and cattle using IBP.  相似文献   

The European Community and developments in veterinary virological research     

J Janssen 《Veterinary microbiology》1990,23(1-4):3-5

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