7 research outputs found

    Partial and full thickness burns in 5 year old Holstein bull

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    Jay Phoenix, a five year old intact Holstein bull, presented to the Large Animal Soft Tissue service for evaluation of burn injuries and for castration. Two weeks earlier, the bull was involved in a trailer fire in the Midwestern United States and sustained multiple burn injuries primarily on his left side. He was acquired by a rescue organization in the area and transferred to Cornell's Farm Animal Hospital for further care. During his hospitalization, the bull exhibited signs of discomfort as well as post burn pruritus. His injuries were clinically classified as a combination of partial and full thickness burns in various areas. The bull was treated topically with saline lavage, anesthetic, antibiotic and antifungal therapy. He continued to express signs of pain and pruritus and was treated with non-steroidal anti-inflammatory therapy both orally and parenterally and antihistamine therapy via injection. Once the burn wounds began to heal and respond to therapy, the bull was cleared for castration surgery. The bull was given peri-operative antibiotic therapy and underwent open castration under sedation and local anesthetics. He recovered uneventfully from his surgery and his burns progressed in a positive direction. He was discharged to the care of the owners with recommendations for continued application of a topical antimicrobial ointment, limited sunlight exposure and controlled activity levels. The patient was reported to be doing well and continued to heal as of the week of October 18, 2010

    ... Conclusiones ... de exheredatione liberorum et parentum

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    publice pro suprema laurea iuris civilis consequenda, disputando defendere conabitur, Philippus Tradelius Augustanus, ad vigesimo primum Septembris ...EinblattdruckEnthält 8 ThesenDiss. iur. Basel, 158

    The Ethylhexanoate Route to Metal Oxide Nanocrystals: Synthesis of CoO Nanooctahedra from Co-II 2-Ethylhexanoate

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    CoO nanocrystals were prepared by solvothermal processing of Co 2-ethylhexanoate in oleylamine at 250 degrees C. The obtained products, identified as CoO by X-ray diffraction, had an octahedral shape, as seen by transmission electron microscopy, reflecting the cubic symmetry of the CoO crystallographic phase. The materials were converted into the Co3O4 phase after heat treatment at 400 degrees C. The nanocrystal evolution was investigated by FTIR spectroscopy. It was concluded that weak oleylamine bonding to the nanocrystal surface during the synthesis step favored the exchange with 2-ethylhexanoato ligands, and that the interplay between the two ligands favored the kinetic control of the growth, resulting in the finally observed octahedral morphology. The Co3O4 phase obtained from the heat treatment at 400 degrees C was used to process chemoresistive sensors, which were able to detect ethanol under dry and humid conditions (0 and 50\% r.h. H2O at 25 degrees C) at low temperatures (100 degrees C)
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