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sea ​​turtle chemical cocktail

09.06.2017

Australian biologists have found contaminants of drugs for heart disease and hyperuricemia, as well as cosmetic and household chemicals in the bloodstream of green turtles.

The biologists examined the turtles, which showed signs of inflammation and liver dysfunction. It turned out that in the bloodstream of animals there are impurities of drugs for heart disease and hyperuricemia, as well as cosmetic and industrial chemicals.

The researchers studied the condition of the turtles living along the coast of Queensland, as well as the inhabitants of the outlying islands north of the reef. The study was carried out within the framework of the World Wildlife Fund (WWF) Australia.

According to Amy Heffernan from the University of Queensland, people constantly "leave" a chemical trail behind them, but it is still unclear what effect it has on the environment.

WWF Australia experts suggest that the obtained data on the state of turtles can become a tool for biological monitoring. With it, they want to find out what chemicals get into the waters and how they affect marine life.

Researchers have previously found that the chemical oxybenzone used in sunscreen is causing massive damage to coral reefs around the world. According to the study, it causes deformation of young corals.

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Augmented Reality Contact Lenses 12.04.2022

California-based company Mojo Vision has created a new prototype contact lens with augmented reality technology. After reworking the electronics and changing the power supply, the engineers prepared the device for testing. The first software and user interface was also developed.

The company unveiled its first prototype two years ago, when engineers managed to create a display, an oxygen saturation system, a microchip and energy management tools, and developed eye-tracking algorithms. Even then, the lenses looked like ordinary cosmetic contact lenses that change the color of the eyes, although they hid a whole computer with tiny displays, batteries and more.

Since then, Mojo Vision has invested in lens software development, created the underlying operating system code, and created the first user interface components. This software opens up the possibility of further development and testing of various lens usage scenarios by consumers and businesses.

The electronic filling of the lenses is located on a rigid gas-permeable plastic, unlike the material from which ordinary contact lenses are made. Miniature devices include accelerometers, gyroscopes, a magnetometer, and radio communications. In addition, there is a microchip for power management, an image sensor and a microprocessor.

One of the main differences between the new prototype and the one that was presented in 2020 is the rejection of power transmission over a wireless connection in favor of a battery, since inductive coupling did not provide uninterrupted power.

Initially, the company identified as its target group people with low vision, for whom the lenses will help to better see road signs and other necessary information. As well as athletes for whom it is important to receive up-to-date information without being distracted from the race or match. But while the developers are not ready to talk about Mojo Lens as a product - in the coming years, the device will be optimized, debugging applications and testing, which will show who the first customers of the company will be.

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