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This section will serve as a table of contents and compile resources available elsewhere on DogWellNet.com. Current AR/AMR information and links to news from national and international organizations and agencies will be posted. The TOC has been mainly compiled as part of the IPFD Student Project of Ariel Minardi and supported by the Skippy Frank Fund. For a list of Ariel's work see, also, IPFD Student Project 'B.A.R.K. | Bacterial Antimicrobial Resistance Knowledge' - Chronological Overview.
"Elaine Ostrander provides an overview of canine genetics, and explains how scientists are using genetics to decipher the molecular basis of different traits such as height and cancer risk. Talk Overview: Although all domestic dogs belong to the same species, different breeds display unique morphological traits and different disease susceptibility. Dr. Elaine Ostrander provides an overview of canine genetics, and explains how scientists are using genetics to decipher the molecular basis of different traits such as height and cancer risk. In her second lecture, Ostrander explains that canine genetics can be used to understand disease susceptibility and cancer risk. By analyzing the pedigree of dogs, her laboratory identified a series of genes involved in the elevated cancer risk of particular dog breeds. Specifically, her laboratory studied invasive transitional cell carcinoma of the bladder, a disease for which breeds like Scottish Terriers have a high susceptibility. In human cases of this disease, the cause is unknown in 50% of patients. Ostrander’s laboratory identified genetic mutations that explain the elevated cancer risk in these dogs. This information may improve diagnosis and targeted therapy in dogs and humans..." See related article for research: Genomic Analyses Reveal the Influence of Geographic Origin, Migration, and Hybridization on Modern Dog Breed Development.