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Teleportation of Simple Life Forms for Medical Purposes

The medical condition of any biological cell, including DNA, can be described as a given state of software function that can be electronically exported. Optimal software operators can then be developed in vitro as medical treatments and teleported over the internet into the human body. These medical software operators, once applied on electronic circuits, use ambient matter to assemble inside the human body into simple living or biological medical forms. We are working on teleporting a virus of E. coli (5,386 base pairs) across the Atlantic as proof of concept of teleportation of life and something that will help to colonize other planets.

by: Viktor Kozeny | Aug 6, 2010

12 people like this.



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A better, bigger burn in fat and muscle (ABIFAM)

Obesity is alarmingly prevalent in developed and developing countries, putting countless people at increased risk of heart disease, diabetes, cancer, and death. Clinical trials show consistently that diet and exercise induce weight loss temporarily and that the weight is regained within two years. We need an assist. Recently, we discovered a potential drug to treat obesity. It works by increasing the ability of muscle and fat tissues to burn energy (patent pending). Investment in research and development can, within a decade, convert this potential therapy into what so many people have been looking for: an effective way to lose weight.

by: Jonathan R. Brestoff | Aug 9, 2010

17 people like this.


[PIP.APSSA] Personalized Informatics Platform (with Agents-Protocols-Sensors-Server Architecture)

The PIP.APSSA project offers the way towards a simpler and more convenient process for delivering the dreams of ubiquitous personalized medicine. The platform conceptualizes a unique modular architecture and overall design that encourages both adoption for business development and access for end-user extensibility. Nearly endless use cases and applications exist for this platform. Two possibilities follow: *A workflow for better datasets and more inclusive, emergent metrics to study the human diseasome and the ontogeny of human-environment interactions. *Implicit clearinghouse for established and upcoming medical technologies/services that helps match patients to treatments and technology transfer firms to consumer/ business bases.

by: Saran Eswaran & Ryan Carbrey | Sep 1, 2010

4 people like this.


TV-Treadmill

A television that is powered by a treadmill. It will only power up with the use of a treadmill being utilized. With significant use, the power can be stored in a battery to reward hard work with a break. All family members can chip in and add time. The key would have to be that the reserve, built up power resets on a regular basis, say every 48 hours. That way you can't bank tons of time without continuous effort. Maybe other equipment like a row machine, stair climber, weight machine could tie in for variety and full body coverage.

by: Gerald Griffith | Aug 17, 2010

14 people like this.


Revolutionize Drug Development, Really, Not on Paper

Thousands of new compounds (or old compounds for new indications) are not being tested because of boxed thinking within the current system, and prohibitive cost of clinical stages of development. The proposal is to utilize a completely transparent crowdsourcing model and convergence of modern computer sciences / healthcare IT with drug development know-how. As a result, higher quality data will be generated faster and cheaper, bringing many of new chemical entities and "repurposed" generics to patients. The adoption of this method will make the legacy drug development paradigm obsolete, and result in dramatic savings to the healthcare systems globally.

by: Tomasz Sablinski | Aug 25, 2010

22 people like this.



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Data Mining for Health

An easy-to-use, fun social application for smartphones that helps people make dietary choices and uses collected data to analyze health-trends. How it works: Enter your personal information, take pictures of what you're eating, and the software will tell you if you will go over your caloric requirements for the day (amongst other things); and for fun your "pics" will be Tweeted or sent to Facebook. Essentially, this is a food journal mixed with other interactive tools. The twist in this, though, is that data will be used to identify health trends. Big people eat cookies? Maybe cookies causes obesity!

by: Harry Chong | Jun 25, 2010

29 people like this.


The Fecanator!

Create synthetic bacteria designed to live in the digestive system that converts cellulosic waste (e.g., dietary fiber) into glucose. These bacteria would a] allow us to survive on smaller portions of food and b] reduce human waste. The combination of a] and b] would increase the benefits of foreign food aid to impoverished nations while improving sanitary conditions. (Additional benefit: minimize the frequency of bowel complications in the elderly and other impacted [punny!] populations.) "Blueprints" to the bacteria (possibly multiple) would be released under a Creative Commons Non-Commercial license. (Image, per Creative Commons.)

by: Steven Edwards | Jul 14, 2010

24 people like this.


zedAlert - Sleep better. Sleep more. Sleep smarter.

With numerous harmful effects on disease, obesity, safety, creativity, cognition, productivity, happiness, and more, sleep deprivation is one of the biggest, yet most under-appreciated health crises of modern times. zedAlert is an iPhone application currently under development by two Stanford students, together with faculty from the Stanford School of Medicine. It records user sleep data and uses mathematical models to determine the optimal times for each individual to sleep, in order to maximize restfulness. zedAlert also tracks sleep debt, provides push notification alerts, assists with diagnosis of sleep disorders, and offers many other tools for comprehensively improving sleep health.

by: Stephanie Liou and Stewart Macgregor-Dennis | Aug 28, 2010

959 people like this.


Pathogen Sensing Refrigerator

Food-borne illness are a significant concern in the U.S. Refrigerators could be equipped with sensors to detect bacterial contamination by the chemicals given off as gases by many of these bacteria. These types of sensors are already in use at the industrial level of food production. The approximate location of the contaminated food in the refrigerator would be determined by triangulation using multiple sensors placed at different locations in the refrigerator. The individual contaminated food would then be identified by passing each of the suspected items in turn directly in front of one of the sensors.

by: Jules Wellinghoff | Aug 7, 2010

56 people like this.


Forging the Brain using Electro Stimulation

The brain can be forged with low level analog ElectroStimulation equipment with 10V DC current to stimulate the motor cortex without invasive techniques (from outside) 1. It helps to sub-consciously improve learning, improving motor performance 2. Artificial stimulation of the brain is harmless and micro volts of current is applied to improve motor reflexes The BrainForge unit & small electrodes are attached to a crash helmet operated with a remote / iPhone. This will improve performance by 10-20% and will be great for Pilot training & flight simulation / sharp shooting / Performing a complicated surgery / Motor racing...

by: Raj Tilak Indrajit Jagannathan | Jul 23, 2010

14 people like this.


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