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The use of intravenous access devices is fundamental for all patients needing frequent blood sample collection, artificial nutrition, chemotherapy, antibiotic therapy, and any other intravenous treatment.
The world of health is undergoing a significant evolution. Pharmaceutical Resilience shows a compass to orient ourselves in this growing complexity which is the result of the convergence of three macro-phenomena: the growing pressure to which public health budgets are subject; the evolution of the consumer patient; and the impact of technology.
Leukemia is a heterogeneous group of lymphohematopoietic neoplastic diseases affecting cats and dogs with a relatively high frequency and generally showing non-specific clinical signs. A correct diagnosis of the different types of leukemia (Acute Lymphoid Leukemia, Acute Myeloid Leukemia, Chronic Lymphocytic Leukemia) and the identification of putative prognostic factors are based on the use of different laboratory tests including hematology, cytology, bone marrow biopsy, flow cytometry/immunohistochemistry. A comprehensive interpretation of the laboratory results is mandatory to differentiate leukemia from leukemic lymphoma and other similar hematological diseases, accurately identify the type of leukemia, and adequately predict prognosis and tailor therapy.
Nephropathology is a unique specialization in anatomic pathology, and a complete set of analyses comprising LM, IF, and TEM should always be considered. When performing a renal biopsy, few criteria should be encountered. First, the biopsy should be considered a procedure to improve therapy, and the biopsy should be done safely. An expert and specialized neuropathologist should evaluate the tissue sample to get the most informative description using all the methods required to characterize the pathological changes. The required methods for renal biopsy evaluation include special staining protocols for light microscopic (LM) evaluation, as well as for transmission electron microscopic (TEM) and immunofluorescence evaluations (IF).
This book is intended as a practical guide to enable small animal clinical veterinary surgeons and their teams to improve various aspects of their everyday practice: how they understand and relate to patients and clients, how they manage their work, the handling of animals during different procedures, and the implementation of programs to deal with behavioral issues. These aspects will have a highly positive impact on the well-being of the patient, the client, and the veterinary and support staff, with the implementation of smoother and more effective procedures.
Diagnostic imaging is a key component in the care of companion animal patients. In recent decades the available imaging modalities have expanded from conventional radiography to include ultrasonography, computed tomography, and magnetic resonance imaging, and all are employed on a daily basis in both general and specialty veterinary practice.
This is not the ordinary academic text to have in your library. It’s the result of the commitment of the Author, a practicing clinician who has focused his career on practical solutions to treat thousands of cases.
