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Another day, another messy news story to come out of X, or Twitter, or whatever

The human body is an extraordinary thing – and now, one video is proving just that, while simultaneously giving people nightmares. Childbirth is often regarded as one of nature's most incredible events, but have you ever questioned how a baby's face develops while in the womb? Neither have we. But thanks to the BBC, people are divided about how "beautiful" the process actually is. The simulation shows how the baby's face starts with the philtrum, the area between the bottom of your nose and upper lip. During the episode of Inside the Human Body: Creation, Michael Mosley points out: "Down the centuries, biologists have wondered why every face has this particular feature. What we now know is it is the place where the puzzle that is the human face finally all comes together." The footage then recreates a baby's facial development via an animation, which begins with two holes at the top of the head. It appears as though the features then start to merge, though this is the baby's nostrils. (Fast-forward 32 seconds in to the below video to watch:) Face Development in the Womb - Inside the Human Body: Creation - BBC One www.youtube.com "We've taken data from scans of a developing embryo so we're able to show you for the very first time how our faces don't just grow, but fit together like a puzzle," Mosley continues. "The three main sections of the puzzle meet in the middle of your top lip, creating the groove that is your philtrum." He continues: "This whole amazing process, the bits coming together to produce a recognisable human face, happens in the womb between two and three months. "If it doesn't happen then, it never will." The snippet understandably garnered a mixed response, with one viewer writing: "That was so creepy yet amazing..." Another joked: "Makes me feel better that Brad Pitt and Tom Cruise once looked like space aliens." And a third quipped: "Thank you for the enlightening information and the skin-curdling nightmares." Sign up for our free Indy100 weekly newsletter Have your say in our news democracy. Click the upvote icon at the top of the page to help raise this article through the indy100 rankings.

Carlos José Báez experienced the full brunt of Hurricane Maria when it made landfall in Puerto Rico as

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AURORA, Ill.--(BUSINESS WIRE)--Jun 13, 2023--

Arenas is likely never coming back to Apex Legends now that TDM and Control are far more popular game modes.

Artificial intelligence could soon be used to perform radiotherapy to treat certain cancers for the first time. Draft guidance from the National Institute for Health and Care Excellence (Nice) has given approval to nine AI technologies for performing external beam radiotherapy in lung, prostate and colorectal cancers, which could save radiographers hundreds of thousands of hours and help relieve pressure on radiotherapy departments. Currently therapeutic radiographers outline healthy organs on digital images of a CT or MRI scan by hand so that the radiotherapy does not damage healthy cells by minimising the dose to normal tissue. Nice found that using AI to create the contours could free up between three and 80 minutes of radiographers’ time for each treatment plan, and that AI-generated contours were of a similar quality to manually drawn ones. Nice said that the contours would still be reviewed by a trained healthcare professional. It comes after a study found AI was safe to use in breast cancer screenings with evidence growing that it can be more effective in detecting cancers. Sign up to our free Indy100 weekly newsletter Meanwhile, Nice said it was also examining the evidence for using AI in stroke and chest scans. Dr Sarah Byron, the programme director for health technologies at Nice, said using AI could help reduce waiting lists. She added: “NHS colleagues working on the frontline in radiotherapy departments are under severe pressure with thousands of people waiting for scans. “The role imaging plays in radiotherapy treatment planning is quite pivotal, so recommending the use of AI technologies to help support treatment planning alongside clinical oversight by a trained healthcare professional could save both time and money. “We will continue to focus on what matters most and the recommendations made by our independent committee can help to bring waiting lists down for those needing radiotherapy treatment.” The health secretary, Steve Barclay, welcomed the announcement. He said: “It’s hugely encouraging to see the first positive recommendation for AI technologies from a Nice committee, as I’ve been clear the NHS must embrace innovation to keep fit for the future. “These tools have the potential to improve efficiency and save clinicians thousands of hours of time that can be spent on patient care. Smart use of tech is a key part of our NHS long-term workforce plan, and we’re establishing an expert group to work through what skills and training NHS staff may need to make best use of AI.” Charlotte Beardmore, the executive director of professional policy at the Society of Radiographers, welcomed the draft guidance but said it was not a replacement for staff and caution was needed. “It is critical there is evidence to underpin the safe application of AI in this clinical setting,” she said. Using AI would still require input by a therapeutic radiographer or another member of the oncology multi-professional team, she added. “Investment in the growth of the radiography workforce remains critical.” Science is pretty amazing. Have your say in our news democracy. Click the upvote icon at the top of the page to help raise this article through the indy100 rankings.

China have embarked on an enormous project: to dig the biggest hole in the country. The planned 10,000 metre hole will aim to pierce through ten layers of rock and could even end up finding signs of life as suggested by discoveries in past boreholes. And the objective? To reach rocks and minerals that could date back to around 145 million years ago - or the Cretaceous period. Findings from the mission may help alert China to environmental hazards such as volcanoes and earthquakes, whilst also identifying potentially valuable minerals lurking below. Past expeditions have also unearthed signs of life - with one project discovering signs of life under the surface. Don't worry, it wasn't subterranean humans or any other horror movie tropes. That borehole unearthed plankton 4 miles below the surface. Sign up to our free Indy100 weekly newsletter That project won't be surpassed by this new - admittedly massive - attempt. The deepest ever dug - the one that discovered the plankton - was in Russia. The Kola Superdeep Borehole - just a really big hole in the ground - ended up reaching over 11,000 meters below sea level after being started by Soviet scientists in 1970. They had to abandon the project after hitting extremely high temperatures that they weren't expecting. Interesting. The Chinese project isn't going to be easy. It's not as simple as digging straight down into the Earth's crust and hoping for the best. It's also extremely costly and time-consuming. “The construction difficulty of the drilling project can be compared to a big truck driving on two thin steel cables,” Sun Jinsheng, an academic from the Chinese Academy of Engineering, told news agency Xinhua. So yeah, they'll need more than a JCB for this. Have your say in our news democracy. Click the upvote icon at the top of the page to help raise this article through the indy100 rankings.

"It's showtime!" wrote Linda Yaccarino, CEO of Twitter (or X, if you must), the day