Ethanol protection against the catalase-depressing effect of 3-amino-1,2,4-triazole     

NELSON GH 《Science (New York, N.Y.)》1958,127(3297):520-521

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Neuroaxonal dystrophy in Merino‐Border Leicester × Polled Dorset lambs     

JW Finnie  IV Jerrett  J Manavis  J Cave 《Australian veterinary journal》2014,92(10):389-391

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Marjorie Ann Reid     

JW Copland 《Australian veterinary journal》2001,79(2):119-119

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Adenovirus infection in ovine kidney and liver     

JW FINNIE  JG SWIFT 《Australian veterinary journal》1991,68(5):184-184

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Unusual glomerulopathy in a transgenic mouse strain     

JW FINNIE  DE NOONAN  PS SMITH 《Australian veterinary journal》1997,75(9):668-669

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The Seismic Structure of the Sun     

DO Gough  AG Kosovichev  J Toomre  E Anderson  HM Antia  S Basu  B Chaboyer  SM Chitre  J Christensen-Dalsgaard  WA Dziembowski  A Eff-Darwich  JR Elliott  PM Giles  PR Goode  JA Guzik  JW Harvey  F Hill  JW Leibacher  MJPFG Monteiro  O Richard  T Sekii  H Shibahashi  M Takata  MJ Thompson  S Vauclair  SV Vorontsov 《Science (New York, N.Y.)》1996,272(5266):1296-1300

Global Oscillation Network Group data reveal that the internal structure of the sun can be well represented by a calibrated standard model. However, immediately beneath the convection zone and at the edge of the energy-generating core, the sound-speed variation is somewhat smoother in the sun than it is in the model. This could be a consequence of chemical inhomogeneity that is too severe in the model, perhaps owing to inaccurate modeling of gravitational settling or to neglected macroscopic motion that may be present in the sun. Accurate knowledge of the sun's structure enables inferences to be made about the physics that controls the sun; for example, through the opacity, the equation of state, or wave motion. Those inferences can then be used elsewhere in astrophysics.  相似文献   

Oxygenic Photoautotrophic Growth Without Photosystem I     

JW Lee  CV Tevault  TG Owens  E Greenbaum 《Science (New York, N.Y.)》1996,273(5273):364-367

Contrary to the prediction of the Z-scheme model of photosynthesis, experiments demonstrated that mutants of Chlamydomonas containing photosystem II (PSII) but lacking photosystem I (PSI) can grow photoautotrophically with O2 evolution, using atmospheric CO2 as the sole carbon source. Autotrophic photosynthesis by PSI-deficient mutants was stable both under anaerobic conditions and in air (21 percent O2) at an actinic intensity of 200 microeinsteins per square meter per second. This PSII photosynthesis, which was sufficient to support cell development and mobility, may also occur in wild-type green algae and higher plants. The mutants can survive under 2000 microeinsteins per square meter per second with air, although they have less resistance to photoinhibition.  相似文献   

Comparison of two insulin protocols for diabetic dogs undergoing cataract surgery     

PWM Kronen DVM    PF Moon-Massat DVM  DipACVA    JW Ludders DVM  DipACVA    RD Gleed BVSc  MRCVS  DVA  DipACVA  DipECVA    TJ Kern DVM  DipACVO    J Randolph DVM  DipACVIM  H N Erb DVM  MS  PhD 《Veterinary anaesthesia and analgesia》2001,28(3):146-155

Objective To evaluate the effectiveness of two insulin doses to maintain an acceptable range of blood glucose concentrations (70–200 mg dL^?1) in the peri‐operative period in diabetic dogs. Animals Twenty‐four diabetic dogs with a median weight of 20.6 kg and a median age of 8 years old. Methods The dogs were randomly assigned to receive either 25 or 100% of their normal insulin dose subcutaneously on the morning of surgery. The anesthetic and feeding protocols were standardized. On the day before surgery, venous blood was collected for measurement of β‐hydroxybutyrate, cholesterol, glucose, glycosylated hemoglobin, hematocrit, total plasma protein and urea nitrogen. On the day of surgery, blood glucose concentrations were measured prior to anesthesia, prior to the start of surgery, 1 and 2 hours after beginning of surgery, 1 hour after extubation, at 16 : 00 hours and at 20 : 00 hours. β‐hydroxybutyrate concentrations were measured at 20 : 00 hours that day. At 08 : 00 hours the following day, β‐hydroxybutyrate and glucose concentrations were measured. The significance of differences between groups was tested with Wilcoxon's two‐tailed rank‐sum test, Chi‐square test and Fisher's exact test. Results There were no differences in insulin treatments, clinical signs, concurrent diseases and most clinicopathological parameters between the two groups of dogs at entry to the study. The 25% dose group had blood glucose values of 296 (102–601) mg dL^?1 at 16 : 00 hours and 429 (97–595) mg dL^?1 at 20 : 00 hours on the day of surgery. The 100% insulin dose group had lower corresponding values of 130 (55–375) mg dL^?1 (p = 0.04) and 185 (51–440) mg dL^?1 (p = 0.004). No other differences (p < 0.05) were detected between the two groups. Conclusions The administration of a full dose of insulin is only marginally advantageous for reducing glucose to normal (70–120 mg dL^?1) after anesthesia but neither dose consistently induced glycemic values in an acceptable range (70–200 mg dL^?1) or normoketonemia. Clinical relevance Blood glucose should be measured immediately before anesthesia and periodically throughout the peri‐operative period in all diabetic dogs because presurgical subcutaneous administration of 25 or 100% of the normal insulin dose resulted in unpredictable blood glucose concentrations.  相似文献   

Assessment of the Hemocue-b for measuring hemoglobin in horse blood     

H  Chevalier  LP Posner  JW Ludders  HN Erb  RD Gleed 《Veterinary anaesthesia and analgesia》2003,30(2):114-114

Our purpose was to assess the accuracy and precision of a point of care hemoglobinometer (HemoCue‐B hemoglobin photometer) for measuring hemoglobin concentration in horse blood. Samples of jugular venous blood from 12 healthy adult horses were collected in EDTA. In order to test the device over a wide range of values, each sample was divided into nine aliquots, and autologous plasma was added or removed from the aliquots to produce blood with PCV values that approximated 5, 10, 20, 30, 40, 50, 60, 70, and 80%, respectively. The aliquots were rocked to ensure mixing of plasma and cells. Then hemoglobin by HemoCue‐B (Hb_HQ) and hemoglobin by the cyanmethemoglobin method (Hb_CY) were measured on each aliquot. The PCV of each aliquot was also measured and this value was used for subsequent analyses. To test repeatability, hemoglobin was measured twice by the HemoCue‐B on approximately 40% samples. Samples with Hb_HQ >25.4 g dL^?1 required dilution prior to analysis. Hb_CY ranged from 1.6 to 33.4 g dL^?1. After regression, Hb_CY = ?0.16 + 1.04 Hb_HQ (n = 101; r² = 99.6%). By inspection of a modified Bland‐Altman plot, Hb_HQ values <16 g dL^?1 closely approximated Hb_CY; however, at greater values, Hb_HQ underestimated Hb_CY by as much as 3.2 g dL^?1. The difference between repeated measurements with the HemoCue‐B was 0.02 ± 0.16 g dL^?1 (mean ± SD; n = 10) and nonsignificant. After regression, PCV = ?0.76 + 2.78 Hb_HQ (n = 101; r² = 99.4%). We conclude that HemoCue‐B can be used to measure hemoglobin concentration in horse blood, and that it is accurate when hemoglobin is <16 g dL^?1. PCV can be estimated by multiplying Hb_HQ by 2.8 and then subtracting 0.8.  相似文献   

Feeding ragworm (Nereis virens Sars) increases haematocrit and haemoglobin levels in common sole (Solea solea L.)          下载免费PDF全文

Jeroen Kals  Robbert JW Blonk  Henk W van der Mheen  Johan W Schrama  Johan AJ Verreth 《Aquaculture Research》2016,47(10):3346-3349

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