Technology

$363. That’s how much a single stolen patient health record is worth on the dark market, according to data from the Ponemon Institute, making it worth more than any other piece of data from any other industry. In fact, your medical information is worth 10 times more than your credit card number.

As healthcare becomes increasingly more digital through EHR adoption and telemedicine applications, the information systems the data runs on are becoming more vulnerable to cyber attacks.

When middle-school students seem unsure of their ability to pursue a career in health care, Allan Hamilton, MD, professor of surgery and director of the Arizona Simulation Technology and Education Center (ASTEC), has a quick response.

“Do you know how to play video games,” he asks. “Well, yeah, of course,” the student will say. “Well, that’s who we’re looking for now,” Hamilton replies. “People who are tech savvy, know how to be good members of a team, and are compassionate. If you meet those qualifications, you’re a candidate for a career in healthcare.”

The way young folks adapt to the virtual world of games like “Minecraft” and “Heroes of the Storm” seems to transfer well to practicing laparoscopy and other simulated procedures in the ASTEC lab.

Medical offices typically cluster doctors’ offices into a multi-tenant medical malls. Similar to retail malls that offer a myriad of shops, medical malls cluster doctors of different specialties under one roof. Such an arrangement offers shared resources (common areas) for practitioners and convenience for the consumer. Although the size of a medical office varies somewhat based on specialty, the required square footage is typically based on space needed for waiting rooms, clinic space and common areas.

It has taken quite a while, but the FDA has finally released a document that may help pave the way for whole slide imaging pathology system approval. On February 25^th they released the “Technical Performance Assessment of Digital Pathology Whole Slide Imaging Devices Draft Guidance for Industry and Food and Drug Administration Staff”.

Can you imagine the ATA meeting’s 100^th anniversary? Will there still be an ATA? Will we still be making the distinction between “traditional medicine” and “telemedicine”? One would certainly hope not and we can only speculate on what healthcare will even be like in 2093 (ATA was formed in 1993). But if there was an ATA 2093 what would it look like? Impossible to tell of course but maybe another 100^th anniversary meeting has parallels to share.

Tweeter, Twitter, Blog, Bling, LinkedIn, Linkin Park, Facebook, Facetime. Are you part of the social media generation? Do you know the difference between a tweet and a twerk or are you still trying to figure out how chillax made it into Meriam and Webster? Social media options abound but offer to some a rather confusing array of choices. Which one do I join to find my telemedicine colleagues? Where can I get in on the best "conversations" (yes in quotes!) about what’s hot in mHealth? How on earth do social media intersect with telemedicine and is it really something that could benefit me and my program?

Telemedicine pops up in the most unexpected places! I was fortunate to attend the 4th International Conference on Information Technologies in Biomedicine (ITIB) in Kamień Śląski, Poland (a lovely little town northwest of Krakow which was a seat of knights and noblemen families in the past and where the castle in which St. Jacek was born is located – which is now a quaint conference center and sanatorium) and in addition to image analysis, computer-aided surgery, bioengineering, bioinformatics and signal analysis are 2 sessions dedicated to telemedicine!

Telemedicine, telehealth, e-health, m-health – it’s all healthcare. But where would healthcare be today without informatics? Broadly, healthcare informatics deals with the resources, devices, and methods needed to optimize acquisition, storage, retrieval, and use of information in health and biomedicine. Imaging Informatics is the study and application of processes of information and communications technology for the acquisition, manipulation, analysis, and distribution of medical image data in particular.