When I was a kid, I remember a motivational poster on my dentist's wall that said "You don't have to brush all your teeth -- only the ones you want to keep." That poster really made me think, and brush my teeth! And now that I'm a data-analyst adult, I think
Nope - we're not digging up mummies in pyramids and analyzing the gender - this blog is about population pyramid charts and "digging into data"! But since the title might have lured in some pyramid fans, here's a picture of my friend Angela posing beside a pyramid - pretty cool, eh?!?
Smallpox was declared eradicated in 1979, after an extensive vaccination campaign in the 19th and 20th centuries. This blog post contains a visual analysis of the final years of this disease in the US ... In my previous blog post, I imitated and improved infectious disease graphs from a recent Wall
The Wall Street Journal recently published some graphs about seven infectious diseases, and I tried using SAS to improve the graphs ... it's a veritable infectious disease (graph) bake-off! Let's start with Measles ... here's a screen-capture of WSJ's measles graph: In general, their graph is eye-catching, and I learned a lot
SAS software has long been used to help analyze 'risk' - what about using it to help determine your risk of being attacked by a vampire?!? On a previous Halloween, I was the victim of a Vampire attack. Here's the photographic proof... Being the most common O+ blood type, I
"It slices, it dices ... it helps test laboratory mices!" In a joking way, this is a perfect description of SAS software, don't you think!?! :) And to prove it, this blog contains a collection of 32 examples, showing a variety of ways SAS can be used to graph data
With the medical science these days, there are many genetic defects you can be tested for, to see if you might develop a certain problem/disease, or might be a carrier for it. Would you rather know, or not know? (Would your health insurance company rather know, or not know?) These
