Bronchoalveolar lavage fluid cytology and airway hyper‐reactivity in clinically normal horses          下载免费PDF全文

AM Cullimore  CJ Secombe  GD Lester  ID Robertson 《Australian veterinary journal》2018,96(8):291-296

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Protein fraction characterization of sheep milk from the Comisana breed     

Vincenzetti S  Polidori P  Mariani P  Vita A 《Veterinary research communications》2008,32(Z1):S179-S181

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Effects of collection conditions on maturation of milk in the production of Parmigiano-Reggiano cheese     

Summer A  Sandri S  Franceschi P  Formaggioni P  Malacarne M  Mariani P 《Veterinary research communications》2007,31(Z1):405-408

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Retrospective survey of bronchoalveolar lavage fluid cytology in Western Australian horses presented for evaluation of the respiratory tract: effect of season on relative cell percentages          下载免费PDF全文

CJ Secombe  GD Lester  ID Robertson  AM Cullimore 《Australian veterinary journal》2015,93(5):152-156

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Avian influenza in Australia: a summary of 5 years of wild bird surveillance          下载免费PDF全文

VL Grillo  KE Arzey  PM Hansbro  AC Hurt  S Warner  J Bergfeld  GW Burgess  B Cookson  CJ Dickason  M Ferenczi  T Hollingsworth  MDA Hoque  RB Jackson  M Klaassen  PD Kirkland  NY Kung  S Lisovski  MA O'Dea  K O'Riley  D Roshier  LF Skerratt  JP Tracey  X Wang  R Woods  L Post 《Australian veterinary journal》2015,93(11):387-393

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Frameless stereotactic radiosurgery for the treatment of primary intracranial tumours in dogs          下载免费PDF全文

C. L. Mariani  T. A. Schubert  A. L. Hopkins  R. J. Milner  D. A. Rajon  W. A. Friedman  F. J. Bova 《Veterinary and comparative oncology》2015,13(4):409-423

Stereotactic radiosurgery (SRS) is a procedure that delivers a single large radiation dose to a well‐defined target. Here, we describe a frameless SRS technique suitable for intracranial targets in canines. Medical records of dogs diagnosed with a primary intracranial tumour by imaging or histopathology that underwent SRS were retrospectively reviewed. Frameless SRS was used successfully to treat tumours in 51 dogs with a variety of head sizes and shapes. Tumours diagnosed included 38 meningiomas, 4 pituitary tumours, 4 trigeminal nerve tumours, 3 gliomas, 1 histiocytic sarcoma and 1 choroid plexus tumour. Median survival time was 399 days for all tumours and for dogs with meningiomas; cause‐specific survival was 493 days for both cohorts. Acute grade III central nervous system toxicity (altered mentation) occurred in two dogs. Frameless SRS resulted in survival times comparable to conventional radiation therapy, but with fewer acute adverse effects and only a single anaesthetic episode required for therapy.  相似文献   

Heat stress affects vegetative and reproductive performance and trait correlations in tomato (<Emphasis Type="Italic">Solanum lycopersicum</Emphasis>)     

Jiemeng Xu  Mieke Wolters-Arts  Celestina Mariani  Heidrun Huber  Ivo Rieu 《Euphytica》2017,213(7):156

High ambient temperature has adverse effects on plant vegetative and reproductive development and reduces crop yield. To better understand the importance of male and female fertility for tomato fruit set ability under high temperature conditions and to test whether heat tolerance levels among and between reproductive and vegetative traits of genotypes correlate with each other, 13 tomato cultivars were subjected to long-term moderate heat (LTMH) or short-term heat shock (STHS), depending on the trait that was evaluated. LTMH caused significant decrease in performance of nearly all reproductive traits, i.e. pollen viability, pollen number, female fertility, seeded-fruit set and flower number per inflorescence, but not in inflorescence number. Considerable variation was found among cultivars, both under control and LTMH conditions. The cultivars Nagcarlang, Saladette and Malintka 101 produced a higher percentage of viable pollen under LTMH. For fruit set under LTMH condition, only cultivars that had been previously reported as being heat-tolerant produced fruits with seeds. STHS negatively affected vegetative traits concerning seedling survival and membrane stability. Correlation analysis revealed relationships between various traits within the control and heat treatments, but not between the two. Under heat stress fruit set was positively correlated with pollen viability, as well as with flower number per inflorescence. However, no significant correlations were found between vegetative and reproductive traits. Our data highlight the prominent role of pollen viability for tomato fertility under LTMH growth conditions. The observed variation in thermotolerance among different cultivars offers the possibility to decipher underlying physiological and genetic mechanisms.  相似文献   

Effects of tree harvesting, forest floor removal, and compaction on soil microbial biomass, microbial respiration, and N availability in a boreal aspen forest in British Columbia     

Lucero Mariani  Scott X. Chang 《Soil biology & biochemistry》2006,38(7):1734-1744

The effects of timber harvesting and the resultant soil disturbances (compaction and forest floor removal) on relative soil water content, microbial biomass C and N contents (C_mic and N_mic), microbial biomass C:N ratio (C_mic-to-N_mic), microbial respiration, metabolic quotient (qCO₂), and available N content in the forest floor and the uppermost mineral soil (0-3 cm) were assessed in a long-term soil productivity (LTSP) site and adjacent mature forest stands in northeastern British Columbia (Canada). A combination of principal component analysis and redundancy analysis was used to test the effects of stem-only harvest, whole tree harvest plus forest floor removal, and soil compaction on the studied variables. Those properties in the forest floor were not affected by timber harvesting or soil compaction. In the mineral soil, compaction increased soil total C and N contents, relative water content, and N_mic by 45%, 40%, 34% and 72%, respectively, and decreased C_mic-to-N_mic ratio by 29%. However, these parameters were not affected by stem only harvesting or whole tree harvesting plus forest floor removal, contrasting the reduction of white spruce and aspen growth following forest floor removal and soil compaction reported in an earlier study. Those results suggest that at the study site the short-term effects of timber harvesting, forest floor removal, and soil compaction are rather complex and that microbial populations might not be affected by the perturbations in the same way as trees, at least not in the short term.  相似文献   

Isolation, in vitro culture and characterization of foal umbilical cord stem cells at birth     

Cremonesi F  Violini S  Lange Consiglio A  Ramelli P  Ranzenigo G  Mariani P 《Veterinary research communications》2008,32(Z1):S139-S142

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Cerebrospinal fluid lactate in dogs with inflammatory central nervous system disorders     

Christopher L. Mariani  Carolyn J. Nye  Debra A. Tokarz  Lauren Green  Jeanie Lau  Natalia Zidan  Peter J. Early  Julien Guevar  Karen R. Muana  Natasha J. Olby  Sarita Miles 《Journal of veterinary internal medicine / American College of Veterinary Internal Medicine》2019,33(6):2701-2708

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