Diabetic retinopathy is a complication where uncontrolled blood sugar over several years damages the blood vessels of the retina, sometimes resulting in blindness. How did the idea come about? Google was working with its partner hospitals in India to develop an AI tool that could screen for diabetic retinopathy without trained personnel. Combined with basic demographic data about the patients, their age and sex, the AI system could predict their risk of a heart attack over the subsequent 12 months. An enlarged ventricle is linked with an increased risk of heart disease. Once the image patterns were learnt, the AI system could estimate the size and pumping efficiency of the left ventricle of the heart from retinal scans alone. The AI system identified associations between pathology in the retina and changes in the patient’s heart. Last year, the University of Leeds had done a similar study on the deep learning process of AI, where it analysed retinal scans and cardiac scans from more than 5,000 people. This model was validated using another 13,000 records from these datasets. It studied the anatomical features in the eyes such as the optic disc or blood vessel to generate the predictions about age, gender, smoking status and blood pressure. So, how did the research to develop a device to detect diabetic retinopathy help in determining the risk for cardiovascular diseases? Google already had access to the retinal images from an American and a UK dataset that it used to train its deep learning model. Google’s new AI technique could eliminate the need to have a long series of conventional tests and scans usually required to detect cardiovascular risks. The algorithm has proved to be correct in 70 per cent of the cases where it has been tested so far. The technology could reveal the heart’s health condition after matching the eye scans with a matrix for cardiovascular risks. A deep learning model based on the retinal images of nearly 285,000 people can predict risk factors such as age, gender, blood pressure and smoking status - some of the big predictors of heart diseases. Snap your sharpest, most colorful close-ups and group shots, thanks to a new TrueDepth front camera with autofocus and a larger aperture.Can a look inside your eye reveal the condition of your heart? An algorithm being developed by Google is really set on proving that your eyes are the window to your soul. Just imagine a 65% larger sensor than iPhone 13 Pro. For jaw-dropping cropping. iPhone 14 Pro raises the bar for what 48 megapixels can do - delivering 4x the resolution in ProRAW for mind-blowing detail in every crop. Introducing the all-new 48MP Main camera with an advanced quad-pixel sensor. Up to 4x the resolution. The Pro Camera System Gets Massively More Pro. i Phone 14 brings you a brilliant display that’s up to 2x brighter in the sun. When iPhone is turned face down or in your pocket, it goes dark to save battery life. Now your Lock Screen is always glanceable, so you don’t even have to tap it to stay in the know. Surgical-grade stainless steel. 6.7″ display size All in four Pro colors. i Phone is also designed from the ground up to protect your privacy and put you in control of what you share and who you share it with,Īlways-On display. Always at the ready. Designed for durability. With Ceramic Shield, tougher than any smartphone glass. All are powered by the ultimate smartphone chip. An innovative 48MP camera for mind-blowing detail. A vital new safety feature designed to save lives. Welcome the iPhone 14 Pro Max, a magical new way to interact with iPhone.
0 Comments
Leave a Reply. |
AuthorWrite something about yourself. No need to be fancy, just an overview. ArchivesCategories |