6 Big HealthTech Ideas List That Will Change Medicine In 2012
6 Big HealthTech Ideas List That Will Change Medicine In 2012.Josh Constine is a technology journalist who specializes in-depth analysis of the social product. He is currently a writer for TechCrunch. Previously, Constine is the primary author of Inside Facebook, where he covered product changes Facebook, privacy, Advertising API, Page management, e-commerce, virtual money, and music technology. Before writing to Inside Facebook, Constine graduated from Stanford University ...
Healthtech
6 Big HealthTech Ideas List In the future we can not prescribe medication at all times, we can prescribe the application." Mystique University FutureMed executive director Daniel Kraft MD sit with me to discuss the biggest trends in Healthtech. Here we see how the AI, large data, 3D printing, health social networks and other new technologies will help you get better medical care. Kraft believes that by learning which field, we have the ability to reinvent medicine and develop important new business model.
For background, Daniel Kraft studied medicine at Stanford and was a residence at Harvard. He is the founder and inventor MarrowMiner StemCore system, bone marrow stem cells harvested minimally invasive devices. Here's a rough transcript of great ideas for my Kraft 6 Fusion outlined in Practice conference
Artificial Intelligence
Siri and IBM Watson began applying to medical questions. They will help in the diagnostic and decision support for both patients and physicians. With the cloud, any device can access the powerful medical AI.
For example, an X-ray gun in remote Africa can send a shot into the sky where artificial intelligence and the doctor can analyze them. Pap smears and mammograms are read by some AI or some elements of pattern recognition.
It has the potential to disintermediate some areas of medicine such as dermatology, field-based patterns - see my rash and I know what it is. Soon every primary care physician will have an application on their mobile phones that can send images in clouds. These are reviewed by the AI and determine the "Oh that looks like a mole melanoma harmful" or "it's normal". So the pattern of referral to a dermatologist is slowed down.
On the plus side, there are consumer applications such as Skin Scan for $ 5 which you can take pictures of the wound and send it to the cloud, and at least give you an idea if it is dangerous or no. If yes, it will help you find the nearest doctor, may help dermatologists to get more business. Different areas will change as artificial intelligence, pattern recognition, and less expensive test.
Large data
We gain the ability to obtain more data and more to the point of prices lower and lower. The main example is the human genome and the genome sequencing. It cost a billion dollars or more than 10 years ago to get the complete human sequence. However, cost and speed of obtaining data which are declining faster than Moore's law to the point where it is less than $ 5,000 when ordered online. From 23andMe can now get cheap shear tests, and a pilot program of $ 999 for the entire examination.
Maybe there are 10,000 patients last year sorted. Next year will be 100,000 and soon millions. Genome sequence can be a matter of days the amount of blood. When information becomes Queryable to crowdsourced and cloudsourced way we can be more predictive of what you are more likely to get based on your genomics. You can then take preventative measures or get played more often.
So we pull in large data sets of low-cost genomics to proteomics (analysis of proteins in the blood) in his own measure. The challenge is to understand that data and produce useful information without making the patient or physician overwhelmed.
I think we need to make intelligent dashboard as they have for fighter pilots. They collect data from sensors all over, such as those made by GreenGoose, and Microsoft Kinect that can measure your activities around the house. Be like OnStar for your body that can give you clues about when you get in trouble, and may seek assistance or guidance on appropriate therapy.
The 3D Printing
3D printing has been around for a while but now applied to medicine in a way like the inability to scan the patient's left leg missing one from the accident. It can then generate an artificial limb with skin and the appropriate size. 3D printing is integrating the fast moving world of stem cells and regenerative medicine with 3D ink is replaced by stem cells. In the future we will probably use the 3D cell printing and stem to create replacement parts library. It begins with a simple network and eventually maybe we organ printing.
Social Health Network
Social networks have the ability to change our behavior. When you share a wireless weight scale to measure your friends, you get praised for his success and depressed if you do not maintain your diet. Social networks are also powerful enough to track and predict the disease. James Fowler, co-author of Connect now works with Facebook to see the health data. Not surprisingly, the more friends you have, the start of flu season you will get the flu. It may help predict when you get the flu and let you take steps to avoid them.
We are in the era of Facebook, and more open to sharing information within the health spectrum. Individuals will share all of history through their service includes CureTogether PatientsLikeMe at which patients with similar problems from migraine pain Lou Geghrig will consolidate health information. This will allow an improvement in clinical trials.
Genomera'm trying to allow for low cost web based clinical trials regarding any questions. Practice Fusion also can crowdsource data from electronic medical records. By collecting data from all patients within a hospital or region, you can see trends and almost run clinical studies on the fly. For example you can see all the patients this gene and it takes the drug, and determine if the drug is effective for them or not.
Communication With Doctors
The new communications platform that is similar to Skype or FaceTime can help you communicate differently with your doctor. A lot of things are actually here. The challenge is often not the technology but the market regulations and reimbursement around them. If you're going to talk to your doctor on your iPhone you may need to do it in a way that HIPAA privacy is protected. The doctor also will want to receive payment for it in some way. They do not want to receive all your data every time you have a hiccup or viewing photos on your iPhone your rash unless there is a way to get paid.
Regulatory system needs to adapt to the Sure Care Organizations which reward doctors and health plans to keep patients healthy versus paying them to perform additional procedures. This contrasts with models of their pay for services such as a stent put in and do things after a problem has developed. Incentives should be aligned and replacement should be modified to allow some new technology to actually enter the clinic.
Cell phone
The ability to have a tie up your phone for your health record and track medical measurement will have a broad impact. Although some are not cleared for sale in the U.S. yet, devices such as electrocardiogram Alivecor can monitor your heart in realtime, sending data to the cloud, and allows you to see a cardiologist immediately. Other devices are becoming mobile phone to search Otoscopes your ears, or glucometers to monitor blood sugar levels.
The device itself is measured as Fitbit, jaw Up, and more medical devices have the right to take what you use to do dsin clinic or hospital and take him home. This would allow the therapy that focuses much more effective than writing data to a sheet of paper and bring it to the doctor months later.
Finally, this device is assembled at the equivalent of Star Trek tricorder that can perform various medical functions. There's even a $ 10 million X Prize to reward inventors proposed the first functional tricorder.
6 Big HealthTech Ideas List ,Unfortunately, strict rules and root systems, are interested in the United States to encourage innovation offshore. A lot of work to use mobile phones for health care that have occurred in Africa and India. Because there are some doctors in some areas of mobile health and telemedicine takes off. For example, microfluidics enables multiple tests done on a small chip in cents per test, with the ability to connect to the web for analysis. The U.S. will need to find ways to resolve regulatory issues while keeping the patient safe, if employment and income can be slid out to editUndo edits negeri.UndoUndo edits.
