2016
Medical
Proteins are large essential macromolecules in the human bodies. Knowing their structure helps the biomedical researchers predict effective drugs. So it is highly important to have a tool for predicting its primary, secondary, tertiary and quaternary structures.
Some protein modeling programs are present nowadays to draw the 3D structure of proteins. However,
Combined Car-Aircraft-Hovercraft transportation system||Overpass transportation system||Fastest Ambulance in the world.
Design Statement
Vehicle has combined features of a Car|Aircraft|Train/Skater|Hovercraft. It looks like a car, has 2 or multiple renewable energy powered propulsion engines as per need mounted on both side wings left and right side respectively.
My unique concept is to offer to thousands of one-eyed persons with stand-alone glasses offering them the ability to view a form of 3-D scenery. The design combines two images into one, using an electronic shutter to select the right from the left view,
The Affordable Care Act (ACA) has created a revolution in U.S. health deployment. In
addition to facilitating affordable health insurance for all citizens, the government aims
are to have universal digitalization of health records, have them easily and safely
accessed, and to encourage their use.
PHR-Rescue provides an identity theft-proof, transportable method for creating and
Personal Mobility Enhancer (PME) is a proposed application for Wearable Power Modules (WPM). Visit www.kanslab.com for more details.
In recent decades, cardiac phantoms have proven instrumental in empowering researchers and physicians to develop improved myocardium imaging protocols. Fostering innovation via their reproducibility, durability, and ability to conveniently map various disease pathologies, phantoms are able to bypass problems inherent in using natural hearts for protocol development (legal limitations, transportation, longevity, etc.).
The project is an automated platform for the treatment of ankle injuries controlled by android app where the user can program the movement, speed and time for exercise the ankle according orthopedic or medical recommendations, and also can move the platform manually through a virtual jostick on the app.
The Phoenix™ laser is designed to overcome the deficiencies of current surgical lasers for minimally invasive removal of diseased tissues such as those associated with lower urinary tract symptoms (BPH) and other diseased tissues that are readily accessible via existing body openings and small laparoscopic incisions. Lasers are favored in many surgeries for precision and minimal blood loss yet,
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