Many invasive procedures, including surgery (ear cropping, tail docking, and debarking in the dog), are performed on dogs for purely cosmetic reasons or convenience. These procedures, also known as "cosmetic surgery", fall into a variety of categories from the questionably unethical to the undoubtedly criminal, because they are mostly carried out solely to alter a dog's physical appearance. Although in several European countries these procedures are banned, except when performed by a veterinarian for medical reasons, veterinarians are often requested to perform them for various reasons. Though controversial, canine cosmetic surgery continues to be performed, reaching epidemic proportions. The authors summarize legislation, individual positions and veterinary attitudes regarding cosmetic surgery in Italy and the Czech Republic. Additionally, they explain the ways in which the law is being used in the two countries to prevent these unnecessary procedures, and how current and future anti-cruelty laws can stop unethical use of cosmetic surgery.

A 10-month-old mixed-breed male dog was presented with an oblique tibial fracture. The dog was treated with a Robert Jones-like bandage as a conservative approach, and was subjected to X-ray, B-mode, Color Doppler and contrast-enhanced ultrasound (CEUS) examinations during the fracture healing, in order to assess bone hemodynamic changes. B-mode, Power Doppler and CEUS examinations of the fracture gap were performed at 7, 20, 35, and 50 days post-trauma. Quantitative analysis of CEUS and perfusion parameters were obtained. On CEUS, a steep incline in signal numbers was visible in fracture gap at 7 days with peaks at 35 days, after which the vascularization decreases gradually over the next days. In this study, CEUS provided important information on the early stages of the callus formation and on the healing of neighboring tissues, allowing recognition of a correct bone healing. Moreover, the number of vascular signals on CEUS was greater than that on Doppler images on the same day. This report showed the application of CEUS in controlling the fracture healing process. CEUS could be a method of monitoring the remedial processes, assessing the tibial fracture perfusion characterized by low-velocity, small-volume blood flows.