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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.
This book helps the reader to interpret the reproductive status of the cow using an outstanding selection of photographs with an eminently practical focus. The carefully chosen images let the reader visualize what they are touching during an examination, and describe the more basic procedures, such as rectal palpation or artificial insemination. It also highlights the importance of using oestrus synchronization protocols in routine reproductive practice.
Occasionally, a nonsurgical root canal procedure won't be enough to save a tooth, and endodontic surgery will be recommended. Advanced technologies like digital imaging and operating microscopes allow these procedures to be performed quickly, comfortably, and successfully.
First release 1.1.2023 - Available until 12.31.2023
Sometimes, a nonsurgical root canal procedure is not enough to save a tooth, and endodontic surgery is recommended.
Techniques, materials, and knowledge are essential to make microsurgical endodontics approaches accurate and predictable in treating endodontic lesions.
First release 1.1.2023 - Available until 12.31.2023
For years, two-dimensional (2D) radiographic examinations, dental panoramic, and periapical radiographs have been used.
The interpretation of a two-dimensional image can be complicated by several factors, including the anatomical area and the overlap of other teeth and surrounding dentoalveolar structures.
These problems can be overcome by using images obtained with small or otherwise limited volumes of Cone Beam Computed Tomography, which provides accurate three-dimensional images of the teeth and surrounding dentoalveolar structures. CBCT gives dentists the advantage of being able to carry out correct diagnoses and, above all, correct treatment plans.
First release 1.1.2023 - Available until 12.31.2023
The use of MTA in nonsurgical endodontics: direct pulp capping and treatment of immature apices with the “Apical Barrier Technique”
In the late 90s, Dr. Mahmoud Torabinejad of Loma Linda University, California, developed a new cement named Mineral Trioxide Aggregate which appears to have all of the characteristics requested of the ideal cement to seal pathways of communications between the pulp and the oral cavity (mechanical and carious pulp exposures), and between the root canal system and the periodontium (iatrogenic perforations, open apices, resorbed apices, root-end preparations).
First release 1.1.2023 - Available until 12.31.2023
Successful endodontic treatment depends on completely removing the contents of the root canal system and sealing all communication pathways between the endodontium and periodontium. In other words, the result of endodontic treatment must be the same as obtained with the extraction of a compromised tooth.
First release 1.1.2023 - Available until 12.31.2023
The extraordinary characteristic of super elasticity and strength of the NiTi alloy has made it possible to produce rotary instruments capable of assuring a perfect shaping reproducible with the use of very few instruments, in a short time, without the need for the operator to have the above average manual skills.
First release 1.1.2023 - Available until 12.31.2023
The new ProTaper Next NiTi rotary files represent the latest generation of NiTi rotary files. Thanks to this new tool, we can now more easily achieve the shape of the root canal after preliminary canal enlargement and negotiation of the glide path.
First release 1.1.2023 - Available until 12.31.2023
