The GAVeCeLT manual of...
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.
The previous editions of this manual have enjoyed great appreciation; the didactic effectiveness, the clarity and coherence of the book have made it a reference for many students, as well as a practical guide for professionals and specialists. For this third edition, the majority of the chapters have been rewritten and new clinical cases have been added. The book is based on lavishly illustrated clinical cases. Also, given their frequency in oral surgery, proper space at the end of the book is given to the most common post-surgical complications, strategies of prevention, and management.
In clinical medicine and in emergency medicine especially, is crucial to understand and manage the acid-base and electrolyte disorders. This text, the result of years of clinical and educational activity, is organized in three parts: acid-base balance, water and sodium and electrolytes. Clinical interpretation and therapy are discussed through clinical cases that are the main educational tools.
In this book PNEI paradigm presents itself in its full extension: from the description of the historical and philosophical bases to the biological revolution underway; from the description of nervous, neuroendocrine, immune, and psychic systems and their reciprocal influences; to the modulation tools of the human network for preventive and therapeutic uses.
This volume clarifies the importance of training techniques and methods for those looking for a notable hypertrophic response within a body recomposition process.
Growing investments in healthcare do not necessarily produce corresponding improvements in the perceived health of their recipients, whether individual patients or society as a whole. Sometimes, even the opposite is true: growing investments in healthcare lead to lower benefits perceived by patients. How to quantify the health regained by patients? How to measure what for does it really matter to them when physical health is not fully recoverable? How to help physicians and administrators identify the correct objectives and improvements? What scientific instruments can estimate the prospect of patients and society in allocating limited resources? The development of the Patient Reported Outcome Measurements (PROMs) helps answer many of these challenges.