Updated on 19 October, 2021
If you've decided to do a pet cat DNA test, you've made an excellent choice. Performing a pet DNA test has become much more accessible and affordable than ever before, and millions of us are jumping at the chance to find out more about our pets. Unfortunately, it can be hard to trust the results from these tests, and many times results can be wrong.
There are a number of different reasons why people might want to do a cat DNA tests. There are many potential outcomes of such tests, and you should explore them carefully. But first, I want to explain what a pet DNA test really is. Basically, this is an analysis of a sample of cells from a living animal. The most accurate tests provide detailed insights into the DNA makeup of organisms, while the easiest ones simply look at genetic similarities.
Although it seems obvious, the quality of a cat dna test can have a lot to do with whether you get a good result or not. Generally, the more markers present in a sample, the more complex and reliable the results will be. However, not all breeds display the same amount of genetic disorders, and some can even carry genes that are not known to be disease-related. This is why it's important to discuss any concerns you may have with your vet.
It's also important to remember that genetic testing cannot tell you everything about your pet. It can reveal whether they have a genetic disorder, for instance, but won't tell you if they're predisposed to certain illnesses. Nor can it tell you about their likelihood of acquiring certain diseases or personality traits. But it can reveal a lot about your cat's health history, including how often he has been in contact with cats carrying disease-causing traits. That's why it's so important to know about your cat's health history, both his present health status and his potential health problems in the future.
So which type of feline dna testing are you going to choose? While most veterinarians will perform a blood test on your cat to confirm paternity, some prefer to do it with a whole blood panel. Either way, you'll likely be getting a test that comes back with a fairly high level of positive results. These results can be compared to a pedigree chart to see where your cat's likely genetic markers come from. You'll probably need to take the panel with you when you visit the vet, too, to make sure that all of the cats in the clinic are genetically the same.
The next step is to perform the actual testing. You'll likely be asked to provide a number of DNA samples, and those samples will be combined to generate a "genetic profile". Those genetic profiles are then compared with the records to see if they match. If there's an exact match, it means that your cat is most likely carrying the disease-causing genetic trait. For instance, if both your cat's parents have the disease, then Fido would have a higher chance of inheriting that disease. However, that's not always the case, and sometimes other factors contribute to the results.
One of the main questions a dna test question can answer is "Is my cat in danger?" Unfortunately, not all cats carry the disease, but the few cases that do indicate serious health concerns are usually caused by very specific genetic markers. So, in reality, there is no real question as to whether or not a particular breed is "more" or "less" susceptible to disease. Instead, the real question is whether that breed should be prohibited from being owned by humans. And that, of course, is a decision that only you can make.
The most accurate way to determine whether or not your cat has the disease is to perform a genetic markers survey using a method called cheek swab genetics testing. By using cheek swab genetics testing, a DNA sample is taken from one of the animals' ear hairs, rather than the cheek or back of the wrist where the DNA can be collected more easily. By taking a swab of hair from just one of the animals' ear hairs, the level of genetic markers can be determined. These tests are much more accurate than the older method of taking a swab of the animals' entire body.