Now, Washington State University engineers are unveiling a unique implementation of the tech that could aid in the regrowth of damaged or diseased bones. Utilizing a ceramic compound, the group’s optimized ProMetal 3D printer builds dissolvable scaffolds coated with a plastic binding agent that serve as a blueprint for tissue growth. The team’s already logged four long years fine tuning the process, having already achieved positive results testing on rats and rabbits, but it appears there’s still a ways to go — about 10 -12 years, according to the project’s co-author Susmita Bose — before orthopedic and dental surgeons can begin offering “printed” bone replacements.
*This blog post was originally published at ScienceRoll*
Today, most- if not all- Doctor’s offices are strained by the shortage of some prescription medication or vaccine. A month ago, President Obama signed his executive order, directing the FDA to take steps to reduce drug shortages as the White House stated that drug shortages have nearly tripled over the past five years reaching the stunning number of 178 in 2010. These shortages make regular news: Cancer patients without the chemotherapy needed to keep them alive, antibiotics unavailable to treat life-threatening infections, or intravenous nutrition to support the critically ill fighting to live while medical teams and families search for elusive remedies.
As this new reality plays out in hospitals and homes the media is provided a steady stream of drama for our morning paper or evening news. Meanwhile, time and focus is repeatedly stolen from physicians, patients, and parents in a myriad of ways. Currently, my medical practice- in primary care Internal Medicine- has been negatively affected by the shortage of Adderall, a medication used to treat Attention Deficit Hyperactivity Disorder (ADHD). What this medical condition may lack in dramatic news-worthiness it more than makes up for in sheer numbers with an estimated 4.5 million Americans living with this condition today.
I had my first inkling several months ago of the affect the Adderall shortage would have on my practice after one of my patients called frustrated that their pharmacy did not have their Adderall at the prescribed dosage. By calling several pharmacies I was able to find their medication at a smaller dose. Advising my patient to “double-up” I wrote another prescription and had to direct my patient to return to my office to pick up the rewritten prescription- a time-consuming process that doctors and patients can ill afford to repeat on a regular basis.
Unfortunately, this scenario -initially thought an exception- has now become the rule monopolizing my own time while draining the daily resources of my staff, nurse, and medical partner. Most ironically though, Read more »
Our office has produced a new video describing “where” snoring comes from determined by a simple procedure known as sedated or sleep endoscopy. At its most basic definition, snoring is noise produced from a vibrating mucosal surface in the upper airway.
Though snoring can be defined simply, the tough question is WHERE are these vibrating mucosal surfaces? Because unless one can define WHERE the snoring is coming from, successful treatment can’t be pursued definitively.
An office exam performed while a patient is awake is suboptimal as the patient is awake… and not snoring. As such, it is an educated guess where the snoring problem is stemming from.
Two computer science students from the University of Pennsylvania, Eric Berdinis and Jeff Kiske, have hacked together a very impressive tactile feedback system for the visually impaired using a Microsoft Kinect device and a number of vibration actuators. The Kinecthesia is a belt worn camera system that detects the location and depth of objects in front of the wearer using depth information detected by the Kinect sensor. This information is processed on a BeagleBoard open computer platform and then used to drive six vibration motors located to the left, center and right of the user. The video below shows a demo of the system in use and gives a quick explanation of its operation.
The students came up with the idea for the Kinecthesia when Read more »
*This blog post was originally published at Medgadget*
As my regular readers already know, I’ve been eagerly coaching the Boys & Girls Clubs’ Triple Play Fit Family Challenge (FFC) participants on healthy eating. During a recent phone call with the families I expressed some wistfulness about not being able to *see* what they’ve been eating (the FFC blog is filled with charming action shots of the families exercising, but almost no food cameos). And this is what the Porter family just sent me. It’s a video inviting me to a dinner of grilled tilapia, brown rice, acorn squash, mushrooms and broccoli. Tell me if this isn’t the cutest nutrition video ever?
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Our office has produced a 
Two computer science students from the University of Pennsylvania, Eric Berdinis and Jeff Kiske, have hacked together a very impressive tactile feedback system for the visually impaired using a Microsoft Kinect device and a number of vibration actuators. The Kinecthesia is a belt worn camera system that detects the location and depth of objects in front of the wearer using depth information detected by the Kinect sensor. This information is processed on a 
