Handbook entirely dedicated to the most highlighted challenges of bovine reproduction in terms of ultrasound diagnosis. This publication has been developed with a practical and visual approach, using many resources (images, tables, flow charts, etc.) to help readers better interpret the contents.
Manuel Fernández Sánchez, author of the best seller The Oestrus Cycle of the Cow. A Photographic Atlas, now brings us his second book Reproduction and ultrasound examination in cattle, published by Servet. It offers a detailed comparison of the uterine and ovarian structures in all phases of the oestrous cycle. This publication is characterized by an original introduction to both photographic and ultrasound images of the different anatomical structures and their pathological conditions. In this way, the author succeeds in simplifying the interpretation of reproductive diagnosis using ultrasound, by guiding the reader and enabling him to visualise the structures on which ultrasonography is performed.
The cow’s peripartum period from a practical and dynamic point of view, explained through theoretical explanations and a huge collection of clinical cases. Normally, disorders or conditions occurring in the peripartum period are not independent events; they are the result of the interaction of several events occurring over time. The authors highlight here the importance of assessing bovine pathologies as a whole. It is the only manner for the clinician to anticipate conditions that may appear during the peripartum period.
The diode laser is a versatile and effective solution for oral tissue care. The book responds to the needs of those clinicians who seek specific and updated training on the use of the diode laser. An extensive set of images describes clinical applications in detail, offering professionals a comprehensive learning tool and a useful resource in daily practice. It is also possible to access videos on specific topics covered in the text from a smartphone or tablet via the QR codes printed inside this book.
Grafting materials must be safe, biocompatible and able to guarantee lasting results. Among the fundamental features of the ideal material is the ability to promote bone regeneration. The autologous tooth is a very promising candidate because it allows osteoinduction and its maintenance after the treatment. After examining the current scientific evidence and studies carried out at the Politecnico di Milano (Milan, Italy), The tooth as a graft provides an overview of all the aspects of bone regeneration and the various devices available on the market are presented and compared, their use explained step-by-step, from cleaning the tooth to the grinding, to the treatment of the material before grafting.
