Adenomatous hyperplasia of the mucous glands in captive Archey’s frogs (Leiopelma archeyi)     

SD Shaw  L Berger  C Harvey  MR Alley  PJ Bishop  R Speare 《New Zealand veterinary journal》2013,61(3):140-146

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Saflufenacil efficacy on horseweed and its interaction with glyphosate     

Thomas W. Eubank  Vijay K. Nandula  Krishna N. Reddy  Daniel H. Poston  David R. Shaw 《Weed Biology and Management》2013,13(4):135-143

Saflufenacil is a new herbicide on the market and its effectiveness on horseweed, several populations of which have evolved resistance to glyphosate, is not clear. In this research, the effect of adjuvants on the control of horseweed with saflufenacil in the field, the effect of the interaction between glyphosate and saflufenacil on glyphosate‐resistant and glyphosate‐susceptible horseweed and the patterns of uptake and translocation of glyphosate applied alone and in combination with saflufenacil in horseweed were evaluated. The addition of methylated seed oil to saflufenacil provided the best control of horseweed, with crop oil concentrate being intermediate in effect and non‐ionic surfactant ranking as the least‐effective adjuvant. The interaction between glyphosate and saflufenacil was additive with regards to the control of glyposate‐resistant horseweed. The glyphosate‐susceptible horseweed population absorbed 6–13% more ¹⁴C‐glyphosate than the glyphosate‐resistant population. The addition of saflufenacil reduced ¹⁴C‐glyphosate translocation in both the glyphosate‐resistant and the glyphosate‐susceptible horseweed populations by at least 6%; however, due to the exceptional efficacy of saflufenacil, these reductions did not reduce the level of control. Saflufenacil holds great potential as an alternative control option for glyphosate‐resistant horseweed and is a valuable tool in the management of resistant weeds.  相似文献   

Canine granulocytic ehrlichiosis in the UK.     

S Shaw  M Kenny  M Day  R Birtles  D Holden  A German  M Craven  M Chandler  L Garosi 《The Veterinary record》2001,148(23):727-728

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Immunohistochemical detection of avian pneumovirus in formalin-fixed tissues.     

F E Jirjis  S L Noll  D A Halvorson  K V Nagaraja  D P Shaw 《Journal of veterinary diagnostic investigation》2001,13(1):13-16

An immunohistochemical staining technique (IHC) was developed to detect avian pneumovirus (APV) antigen in formalin-fixed, paraffin-embedded tissue sections using streptavidin-biotin immunoperoxidase staining. Samples of nasal turbinates and infraorbital sinuses were collected from 4-week-old poults experimentally inoculated with APV and from older turkeys infected during naturally occurring outbreaks of avian pneumovirus. Tissue was fixed in 10% buffered neutral formalin, embedded in paraffin, sectioned and stained. Inflammatory changes were observed microscopically in the mucosa and submucosa of the nasal turbinates and infraorbital sinuses of both experimentally inoculated poults and naturally infected birds. Viral antigen was detected by IHC in the ciliated epithelial cells of nasal turbinates and infraorbital sinuses.  相似文献   

Pathological studies of cheek teeth apical infections in the horse: 3. Quantitative measurements of dentine in apically infected cheek teeth   总被引：2，自引：2，他引：0  

Dacre IT  Shaw DJ  Dixon PM 《Veterinary journal (London, England : 1997)》2008,178(3):333-340

Histological measurements of dimensions of primary, regular secondary and irregular secondary dentine, pulp diameter and assessment of the levels of predentine, resting lines and enlarged areas of intertubular dentine were performed in apically infected mandibular and maxillary cheek teeth (CT). These examinations showed significantly reduced regular and irregular secondary dentine thickness in diseased as compared to control CT, with 21/26 infected maxillary CT and 15/18 infected mandibular CT having reduced regular secondary dentine (varying between 27.4% and 89.1% reduced secondary dentine levels compared to age and site matched control CT values). As a result of decreased dentinal deposition, significantly wider pulp horns were present in diseased compared to control CT.No significant differences were found between diseased and control primary dentine thickness in maxillary CT, and minor differences in mandibular CT were not believed to be clinically significant. The significantly reduced presence of predentine and of intertubular dentine and the increased presence of resting lines in diseased compared to control CT confirms that long-term disruption of normal dentine deposition had occurred in many infected CT.  相似文献   

Environmental risk factors for canine atopic dermatitis: a retrospective large‐scale study in Labrador and golden retrievers     

Naomi D. Harvey  Stephen C. Shaw  Peter J. Craigon  Sarah C. Blott  Gary C.W. England 《Veterinary dermatology》2019,30(5):396-e119

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Evaluating Quality and Adequacy of Gastrointestinal Samples Collected using Reusable or Disposable Forceps          下载免费PDF全文

J.A. Cartwright  T.L. Hill  S. Smith  D. Shaw 《Journal of veterinary internal medicine / American College of Veterinary Internal Medicine》2016,30(4):1002-1007

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Equine grass sickness in Scotland: A case‐control study of environmental geochemical risk factors          下载免费PDF全文

C. E. Wylie  D. J. Shaw  F. M. Fordyce  A. Lilly  R. S. Pirie  B. C. McGorum 《Equine veterinary journal》2016,48(6):779-785

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Treatment of Haemoproteus tinnunculi in falcons     

Shaw T  Tarello W 《The Veterinary record》2007,161(10):360

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Benefits of site-specific subsoiling for cotton production in Coastal Plain soils     

R.L. Raper  D.W. Reeves  J.N. Shaw  E. van Santen  P.L. Mask 《Soil & Tillage Research》2007,96(1-2):174-181

The negative impacts of soil compaction on crop yields can often be alleviated by subsoiling. However, this subsoiling operation is often conducted at unnecessarily deep depths wasting energy and excessively disturbing surface residue necessary for erosion control and improved soil quality. A corn (Zea mays L.)–cotton (Gossypium hirsutum L.) rotation experiment was conducted over 4 years on a Coastal Plain soil with a hardpan in east-central Alabama to evaluate the potential for site-specific subsoiling (tilling just deep enough to eliminate the hardpan layer) to improve crop yields while conserving energy. Seed cotton yield showed benefits of subsoiling (2342 kg/ha) compared to the no-subsoiling treatment (2059 kg/ha). Averaging over all years of the study, site-specific subsoiling produced cotton yields (2274 kg/ha) statistically equivalent to uniform deep subsoiling at a 45 cm depth (2410 kg/ha) while not excessively disturbing surface soil and residues. Significant reductions in draft force were found for site-specific subsoiling (59% and 35%) as compared to uniform deep subsoiling at a 45 cm depth in shallow depth hardpan plots (25 cm) and medium depth hardpan plots (35 cm), respectively. Calculated fuel use for site-specific subsoiling was found to be reduced by 43% and 27% in the shallow and medium depth hardpan plots, respectively, as compared to uniform deep subsoiling in these same plots. Producers in the Coastal Plains who can determine (or who know) the depth of their root-impeding layer and perform site-specific subsoiling can have comparable cotton yields to traditional uniform depth subsoiling with reduced energy requirements.  相似文献