Lifeboat Foundation: Safeguarding Humanity
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Designed by Hong Seonghwan, Lee Hyungtaek, Lee Taekkyung, and Song Yoojin, Median AMB is a median ambulance concept that responds to traffic accidents on highways. Due to the location, there are more likely serious injuries compared to those standard roads, however, when congestion occurs, it can be difficult for ambulance to arrive on time. This concept ambulance is designed to use highway’s media strip, in this way, it will arrive quickly without the need to stop to save most crucial minute.

Median AMB rides median strip as its track, so regardless the traffic, it can reach the accident site for quick rescue task. It returns to the tollgate and transfers patient to the waiting ambulance. It’s a smart system where patients can go to the hospital quickly for further treatments.

Median AMB - Median Ambulance Rides Highway's Median Strip As The Track

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I do think that due to the many problems of super fungus that are basically very damaging to human health I think there are other fungi that can basically stop this with like mosses and other symbiotic fungis that can basically boost the defenses of nature itself and the human populations aswell. Usually you have a super fungus because there is not a natural fungis that can shoulder the defense against malignant destruction fungus. There is always a natural defense against large scale destruction fungus that can just eat this fungi and also give food to people. But it is because the basically natural defenses against fungi that are poisonous makes it so that the super fungus are evolving too quickly. A simple basically moss that spread and be a defensive measure eating the poisonous fungi then creating a better environment.

Every year, an estimated 23,000 Americans die from antibiotic-resistant superbugs – germs that evolve so quickly, existing treatment options can’t eradicate them.

But it’s not just deadly drug-resistant bacterial infections that are spreading. We also have to worry about drug-resistant fungal infections, too.

A deadly, drug-resistant fungus called Candida auris is spreading on a global scale and causing what the Centres for Disease Control and Prevention (CDC) calls “urgent threats.”

Continue reading “A Deadly Superfungus Is Spreading Across The World, And We Don’t Know How to Stop It” | >

Plastic pollution is something everyone should not be aware of. In the news, a lot of focus has been on the plastic pollution created by the fashion and food industry, but sometimes it seems like the toy industry is getting a pass. If you think about it, the majority of children’s toys are made of plastic. According to Plastics, 90 per cent of all toys on the market are made of plastic, which is a ridiculous amount of plastic. So where do the discarded toys, that do not end up charity shops, end up? Plastic toys are becoming a substantial environmental problem, especially as quite a few can be found living in their new home, the rubbish dump.

Raising sustainability-conscious kids is not easy, so why are companies not making it easier for parents? Well, a few small startups have been leading the movement by embracing circular economy principles. They are focusing on locally making toys from recycled straw, sawdust and plastic milk bottles, but I do wonder whether their efforts to create a sustainable toy market will lead to large mass producers like Hasbro. I am optimistic and believe it is possible. My optimism strengthened when I heard that Danish toy company Lego has begun the production of a new line of sustainable Lego accessories made from plant-based polyethene derived from sugarcane ethanol, as opposed to the polyethene from oil.

“The investment announced is a testament to our continued ambition to leave a positive impact on the planet, which future generations will inherit.”

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Instead of throwing away your broken boots or cracked toys, why not let them fix themselves? Researchers at the University of Southern California Viterbi School of Engineering have developed 3D-printed rubber materials that can do just that.

Assistant Professor Qiming Wang works in the world of 3D printed materials, creating new functions for a variety of purposes, from flexible electronics to sound control. Now, working with Viterbi students Kunhao Yu, An Xin, and Haixu Du, and University of Connecticut Assistant Professor Ying Li, they have made a new material that can be manufactured quickly and is able to repair itself if it becomes fractured or punctured. This material could be game-changing for industries like shoes, tires, soft robotics, and even electronics, decreasing manufacturing time while increasing product durability and longevity.

The material is manufactured using a 3D printing method that uses photopolymerization. This process uses light to solidify a liquid resin in a desired shape or geometry. To make it self-healable, they had to dive a little deeper into the chemistry behind the material.

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Boston University researchers, Xin Zhang, a professor at the College of Engineering, and Reza Ghaffarivardavagh, a Ph.D. student in the Department of Mechanical Engineering, released a paper in Physical Review B demonstrating it’s possible to silence noise using an open, ringlike structure, created to mathematically perfect specifications, for cutting out sounds while maintaining airflow.

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A team of Stanford researchers led by Professor Wyss-Coray set out to find out which genes were linked to age-related cognitive decline. Not only did the researchers find the culprit, they were able to reverse cognitive decline and rejuvenate aged mouse brains.

Searching for the cause of cognitive decline

Microglia are immune cells that reside in the brain and spinal cord. These cells mediate immune responses in the central nervous system and act like other macrophages, clearing cellular debris and dead neurons from nervous tissue through the process of phagocytosis (cell eating).