A cousin of mine just passed away a few months ago after a long illness. He was fortunate to be able to spend his last few weeks at home with the family and friends he loved around him, either looking out the window at his beautiful backyard or some days, on the back porch. “Fortunate” is a relative word: he was in his early 50’s and should have lived a lot longer. On the other hand, after weeks in hospitals and long term acute care (LTAC) facilities, he (and his family) were grateful that he was able to spend his last days at home. During those last weeks, he tapped into the durable medical equipment industry more than most people do in a lifetime.
Mathematician and author Vernor Vinge popularized (and named) the notion that technological change grows exponentially. He called the phenomenon “exponentially accelerating change” and wrote both scientific articles and popular culture fiction about the concept. We have all heard statistics thrown around; such as the fact that your child’s IPOD has more capability than the computer on the Apollo mission that landed on the moon in 1969. Or that we’ve developed more technology in the last 25 years than in the previous 10,000 years.
It might surprise some readers to learn that there are enough rules and regulations, quirks and nuances, and potential problems to devote an entire blog article to a topic limited to “oxygen orders”. The fact is that oxygen orders are a complex enough issue to devote an article to, and more importantly, for your company to devote resources including training time --toward the goal of compliance.