Welcome to the Scottish Deerhound Club of America’s web site on Deerhound health issues. We hope this will help Deerhound owners and breeders, as well as those considering adding a Deerhound to their home.Read more
by John Dillberger, DVM
Reprinted from the May/June 2013 Claymore.
At the 2012 National Specialty, researchers from The Ohio State University (OSU) collected blood samples from 96 normal, healthy Deerhounds. They analyzed the samples to measure various parameters in order to establish what are called “reference intervals” (RIs). RIs provide a range of normal results for a particular blood test.
The OSU group will publish this work in an upcoming issue of the Journal of Small Animal Practice. I my column this month, I summarize the OSU paper. I suggest that you keep a copy of the column for your own reference and also give a copy to your veterinarian. Read more
by John Dillberger, DVM
Reprinted from the November/December 2008 Claymore
Medicines are wonderful things—miracles, really, that conquer illness or let us live with it on terms we can accept. Dogs and people both have benefited from the discovery and development of new medicines in the 20th century. We take these medicines for granted most of the time; specifically, we take for granted that they will be safe and effective if we use them as prescribed or as the package label instructs. Have you ever thought about why that is so? This month I want to explore that subject.
History in a Nutshell
Today’s abundance of medicines can be traced to breakthroughs in chemistry made in the 18th and 19th centuries. Not that there weren’t medicines before then. There always have been, and always will be, medicines derived from plants and animals, such as willow bark and opium for pain. Chemistry’s contribution was to extract the pain-relieving substances in willow bark and poppy sap, deduce their molecular structures, and figure out how to make them in a laboratory and then in factories. Suddenly, we could have an endless supply of aspirin or morphine instead of being limited to what we could get from willow trees or poppies.
But that was just the beginning. Once we had the blueprint for a medical molecule, we could tweak its structure in a hundred different ways to see if we could come up with an even better version—one with longer-lasting activity, or that was stronger, or non-addictive, or more stable. This is the history of the medicines that fill today’s pharmacy shelves. And the process is still going on today in pharmaceutical companies and university research labs around the world. Read more