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Vietnam has been one of the countries that have well managed COVID-19 pandemic with only 383 cases, and no deaths have been reported (updated on 20th July). Immune Nutrition from ColosIgG 24h colostrum is one of the factors contribute fighting off COVID-19 in VietnamnnPrior to this pandemic, being aware that strengthening the immune system is very important for health, especially for children, the Vietnamese Ministry of Health cooperated with VitaDairy Company to organise a series of seminars on Immune Nutrition in big cities. As a result, at the end of 2019 when the COVID-19 outbreak started, people understood the importance of the immune system and the value of immune nutrition from ColosIgG 24h colostrum.nn

P rior to this pandemic, being aware that strengthening the immune system is very important for health, especially for children, the Vietnamese Ministry of Health cooperated with VitaDairy Company to organise a series of seminars on Immune Nutrition in big cities. As a result, at the end of 2019 when the COVID-19 outbreak started, people understood the importance of the immune system and the value of immune nutrition from ColosIgG 24h colostrum. In addition to the seminars, Vietnamese Ministry of Health has taken many quick and appropriate actions to deal with the pandemic. Thanks to these actions, up to now, Vietnam is one of the countries that have very well managed the COVID-19 pandemic.

VitaDairy As The Ministry of Health’s Partner — “With Competence And A Strong Will”

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Researchers at the University of Alabama at Birmingham, and Southern Research, have identified a new drug candidate that they claim could represent a “distinct and innovative” approach to treating type 1 and type 2 diabetes. The small molecule drug, designated SRI-37330, inhibits the expression of a protein known as TXNIP—which the team had previously identified as a top glucose-induced gene—in both mouse and human islets.nnResults from the researchers’ preclinical studies suggested that SRI-37330 acts on pancreatic islet cells that produce glucagon and insulin, and also acts on the liver. The findings showed that the drug could have therapeutic effects against diabetes, in both lean and obese individuals. Tests on isolated human and mouse pancreatic islets, on mouse and rat cell cultures, and in animal models of both type 1 and type 2 diabetes, demonstrated that SRI-37330 improved diabetes-related hyperglycemia, and hyperglucagonemia; reduced the excessive production of glucose by the liver; and reduced fatty liver, or hepatic steatosis.nn

Studies showed non-toxic, orally bioavailable small molecule effectively rescued mice from models of type 1 and type 2 diabetes, and reduced fatty liver.

#Starship #hop 150m #flight.

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A full-scale prototype of the huge Starship rocket SpaceX says will fly people to the moon and Mars left the ground for the first time Tuesday in South Texas, flying to an altitude of roughly 500 feet before settling on a nearby landing pad.

“Mars is looking real … Progress is accelerating,” says Elon Musk.

📷: @SpacePadreIsle

Landing on Mars : February 2021

Specailty : Look for signs of past or present life and see if humans could one day explore Mars.

Biometrics may be the best way to protect society against the threat of deepfakes, but new solutions are being proposed by the Content Authority Initiative and the AI Foundation.

Deepfakes are the most serious criminal threat posed by artificial intelligence, according to a new report funded by the Dawes Centre for Future Crime at the University College London (UCL), among a list of the top 20 worries for criminal facilitation in the next 15 years.

The study is published in the journal Crime Science, and ranks the 20 AI-enabled crimes based on the harm they could cause.

Coming this week on Cosmic Controversy! I’m honored to welcome #Villanova University Professor Edward Guinan, an international expert on stellar astronomy and extrasolar planets, as my guest. We’ll be discussing the red supergiant star #Betelgeuse; our Sun over cosmic time; the mysterious star #Sirius; the North Star #Polaris; and, the potential for finding life around the Sun’s two nearest stellar neighbors. Stay tuned! brucedorminey.podbean.com

To get a better look at the world around them, animals constantly are in motion. Primates and people use complex eye movements to focus their vision (as humans do when reading, for instance); birds, insects, and rodents do the same by moving their heads, and can even estimate distances that way. Yet how these movements play out in the elaborate circuitry of neurons that the brain uses to “see” is largely unknown. And it could be a potential problem area as scientists create artificial neural networks that mimic how vision works in self-driving cars.

To better understand the relationship between movement and vision, a team of Harvard researchers looked at what happens in one of the brain’s primary regions for analyzing imagery when animals are free to roam naturally. The results of the study, published Tuesday in the journal Neuron, suggest that image-processing circuits in the primary visual cortex not only are more active when animals move, but that they receive signals from a movement-controlling region of the brain that is independent from the region that processes what the animal is looking at. In fact, the researchers describe two sets of movement-related patterns in the visual cortex that are based on head motion and whether an animal is in the light or the dark.

The movement-related findings were unexpected, since vision tends to be thought of as a feed-forward computation system in which visual information enters through the retina and travels on neural circuits that operate on a one-way path, processing the information piece by piece. What the researchers saw here is more evidence that the visual system has many more feedback components where information can travel in opposite directions than had been thought.