Here’s a short, 5 minute video on how to grade spleen injuries like a pro! Enjoy!
Related posts:
- Solid organ injury tips
- Platelet count after spleen injury
- Bedrest after pediatric solid organ injury? Really?
Video: How To Grade Spleen Injury
Videos
New Technology: The AED Drone
The media tends to give drones a bad name. And certainly, there are careless operators out there who may give drone operators a bad name. But it seems that everyone is getting in the game. Amazon wants to use drones to deliver your orders. Police use them to find missing people, and criminals. Parks use them to protect animals and property.
But how about some medical uses? Sure, they can be used to access austere environments, and potentially to deliver medical supplies. But here is an example of a very creative use. It’s an AED drone!
This drone was designed from the ground up to provide emergency assistance for cardiac arrest. It’s got audio, video, and is a flying defibrillator. Watch this 3 minute video to see how it works and how it was made.
The Ultimate 3D Bioprinter?
3D printing is becoming a big deal when it comes to replacement parts for people. Substantial advances have been made over the past 5 years, and a new printer under development from a company called Aether looks more advanced than most others in the field.
Most printers have a relatively limited number of biomaterials (”inks”) that they can print at one time, and many of the actual materials are proprietary. They tend to be very expensive, sometimes $200,000 or more.
Aether has developed what I would call a great “pilot” printer to demonstrate that this can be done better and more cheaply. The printer in the 8 minute video is printing two pieces of bone connected with a tendon. In this case, the printer uses 6 “inks” including graphene for bones and stem cells to seed them as well as the tendon. The printer can actually print a mix of organic and organic “inks” with up to 10 syringes (”cartridges”). And in this case, it actually embeds two transistors and wires in the product. Printing bionic parts? And the final cost of this printer is projected to be under $10,000.
A number of other companies are out there competing in this market. They are providing tissue samples and skin for drug testing and research. So expect technology to advance and prices to fall as these printers become more sophisticated and more clinically useful.
Website: http://www.aether1.com/
I have no financial interest in Aether.
(Source: https://www.youtube.com/)
What’s Wrong With Research Today? And Those Reporting It?
Here’s an entertaining but insightful peek into the issues surrounding good vs bad science. It’s pitched to the lay public, but brings up a lot of the issues about the pressures of publishing, vagaries of study design, and why things get reported the way they do. Well worth the time (and laughs) to watch!
Video: Reducing The Dislocated Hip
As a followup to yesterday’s “Captain Morgan” post, here is a short 5 minute video that goes through the entire process of reducing hip dislocations. There are lots of little tips and tricks. Enjoy!
Originally shown at Trauma Education: The Next Generation 2013 in St. Paul MN
