The GAVeCeLT manual of Picc and Midline
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.
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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.
This book is designed to be a reference for both the new and experienced veterinary point-of-care sonographer. It includes tips and information nonspecialists will find helpful in assessing the pleural space and lung. It covers a step-by-step approach to performing pleural space and lung ultrasound and uses a binary question approach to allow novices and experts alike to master and grow their skills. It is accompanied by videos, which can be accessed through the eBook version or QR codes.
This book provides a comprehensive review of in ovo techniques and treatments in poultry eggs, which are aimed at improving embryonic development and decreasing economic losses in poultry farms. The book is divided into four chapters, which address the basics of in ovo techniques and sites of in ovo injection, nutrient utilisation for the development of the chick embryo, the role of early in ovo feeding for the chick embryo, and applications of in ovo technology for various nutrients and biological supplements in poultry.
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.
The evolution of veterinary cardiology in recent years has been extraordinary due to the new diagnostic methods available, which, in addition to making diagnostic processes more efficient, have made it possible to identify pathologies that were previously unknown.