#AI bone age testing

[insightfultake]

India’s Bold Move Against Age Fraud in Sports

For years, the specter of age fraud has loomed over Indian sports, tarnishing the spirit of competition and sidelining genuine talent. Young athletes, whose dreams hinge on fair opportunities, have often found themselves overshadowed by competitors with falsified age records. This malpractice, while not unique to India, has had a particularly corrosive effect here, undermining trust in the system and stunting the growth of sports at the grassroots level. 

[perseidlion]

Streaming in Kaos

Well, it happened. I can't say that I'm surprised that KAOS has been cancelled by Netflix. I am a little surprised at the speed at which it was axed. Only a month after it aired, and it's already gone.

That has me wondering if the decision to cancel was made before the show even aired. We have to remember that marketing is the biggest cost after production. If the Netflix brass looked at the show and either decided (through audience testing, AI stuff or just their own biases) that it wasn't going to be a Stranger Things-level hit, they probably chose at that moment to slash its marketing budget.

That meant there was pretty much no way that KAOS was ever going to hit the metrics Netflix required of it to get a season 2.

What makes me so angry about this (other than the survival of a show relying on peoples' biases or AI) is that it becomes a self-fulfilling prophecy. If you decide before a show is ever going to air that it won't be a success, then it probably won't be. If you rely on metrics and algorithms and AI to analyze art, you will never let something surprise you. You'll never let it grow. You'll never nurture the cult hits of the future or the next franchise.

Netflix desperately needs people behind the scenes that believe in stories and potential over metrics. Nothing except the same old predictable dreck is ever going to be allowed to survive if you don't believe in the stories you're telling.

The networks and streamers have a huge problem on their hands. They need big hits and to build the franchises of the future to sustain their current model (which is horribly broken.) But people have franchise fatigue and aren't showing up for known IPs like they used to. The fact that Marvel content is definitely not a sure thing anymore is a huge canary in the coal mine for franchise fatigue. People aren't just tired of Marvel, they're tired of the existing worlds both on the big screen and the small one. Audiences are hungry for something new.

It is telling that the most successful Marvel properties of the last few years have been the ones that do something different. Marvel is smart to finally pull out The X-Men because that is a breath of fresh air and something people are hungry to see more of.

There's pretty much no one behind the scenes (except for maybe AMC building The Immortal Universe) that is committing to really taking the time to build these new worlds. Marvel built the MCU by playing the long game. That paid dividends for a solid decade even if it's dropping off now. That empire was built not with nostalgia for existing IP (don't forget the MCU was built with B and C tier heroes) but with patience. Marvel itself seems to have forgotten this in recent years.

Aside from that, I think people really want stories that aren't connected to a billion other things. That takes commitment on the part of the audience to follow and to get attached to. People WANT three to five excellent seasons of a show that tells its own story and isn't leaving threads out there for a dozen spinoffs. We're craving tight storytelling.

KAOS could have been that. Dead Boy Detectives could have been that. So could Our Flag Means Death, Lockwood and Co, Shadow and Bone, The Dark Crystal: Age of Resistance, Willow, and a dozen other shows with great potential or were excellent out of the gate.

If you look at past metrics, you only learn what people used to like, not what they want now. People are notoriously bad about articulating what they want, but boy do they know it when they see it. Networks have to go back to having a dozen moderate successes instead of constantly churning through one-season shows that get axed and pissing off the people who did like it in a hamfisted attempt to stumble on the next big thing.

The networks desperately need to go back to believing in their shows. Instead, they keep cutting them off at the knees before they ever get a chance because some algorithm told them the numbers weren't there.

[axeeglitter]

Back from the Vault: LifeX

Nathan Brown sat hunched over his desk, the glow of his laptop screen illuminating his tired eyes. His San Francisco apartment was a mess: clothes strewn across the floor, empty takeout containers stacked on the kitchen counter, and a half-empty coffee mug perched precariously on the edge of his desk. Nathan's bed was unmade, a tangled heap of blankets and pillows. The room smelled faintly of stale air and sweat, the result of a broken air conditioning unit and a lack of motivation to clean.

Nathan was staring at his laptop screen, scrolling through yet another round of job listings. His bank account was dangerously low, and the anxiety of unpaid bills was gnawing at him. He was 26 years old, recently graduated with a degree in communications, and he was struggling to find any kind of work. His YouTube channel, where he reviewed video games and shared walkthroughs, was his only source of income, but the revenue it brought in was barely enough to buy groceries, let alone pay rent or bills.

Nathan was average in build, with a light tan from his Latino heritage, and short, dark hair that he usually kept neat. His face was lightly stubbled, a sign of his growing indifference to grooming as stress took over. He sighed and rubbed his eyes, feeling the weight of exhaustion settle into his bones. He was on the brink of giving up when a notification popped up on his screen, breaking his focus.

"Subject: Exciting Opportunity for Collaboration!"

Nathan hesitated, then clicked on the email. It was from a company called LifeX. He didn’t recognize the name, but curiosity got the better of him.

“Dear Nathan,

We’ve come across your YouTube channel and believe we could work well together. LifeX is launching a groundbreaking new game, and we are looking for individuals to help us with beta testing and promotion. Your content aligns perfectly with our vision, and we think this could be a great collaboration. If you accept, you’ll also be able to help us optimize the AI of our games by creating your own NPC character, it’ll be later implemented in the game when it’ll be released. Of course, we offer financial compensation for your work.

Looking forward to hearing from you.

Best regards, The LifeX Team”

Nathan’s first instinct was skepticism. It sounded too good to be true, and he’d heard horror stories of scams and phishing attempts. But the desperation for money overrode his better judgment. He quickly searched for LifeX online, finding only a sparse website filled with vague marketing speak about “immersive experiences” and “cutting-edge technology.” There were no reviews, no user testimonials, nothing solid. This should have been a red flag, but Nathan was too desperate to care. He needed this. He needed a break.

Nathan decided to respond. He typed out a quick reply expressing his interest. Almost immediately, another email arrived, containing a download link, setup instructions, and a NDA requesting his personal information: name, age, location, and other details. Nathan filled out the form, barely thinking about the potential consequences. He selected the longest trial period possible: one month, hoping it would give him enough content for his channel and enough time to determine if the collaboration was worthwhile.

As soon as he submitted the form, a melodic chime sounded from his laptop, followed by a smooth, professional voice:

“Thank you for signing up, Nathan. To begin your experience, you will first create the NPC character, and then you’ll be ready to start your experience in the environment you’ll choose. For the trial to run successfully, please ensure that your computer remains on for the entire duration of the test period: one month. Any interruption may result in data loss or corruption. Welcome to LifeX.”

Nathan frowned at the last part but shrugged it off. He figured it was just standard legalese, probably meant for immersion. The screen changed to a character creation window, displaying a basic human figure in a T-pose. Nathan leaned forward, curiosity piqued, and started customizing the avatar.

He named the avatar “Cody,” envisioning him as the polar opposite of himself. Cody would be everything Nathan wasn’t: confident, athletic, and effortlessly cool. He adjusted the height to 6'4", pushed the muscle sliders to the maximum, giving Cody bulging biceps, a broad chest, and thick, powerful legs holding a perfectly muscled ass. From the corner of his eyes, Nathan spotted a slider on the groin area. He laughed as he understood he could also determine how big he could adjust Cody’s penis and balls. Smiling, he selected the largest option possible for his dick and added a huge heavy pair of balls to go with it, watching it grow in proportion to the rest of his body. He added bright hazel eyes, bushy eyebrows, and messy dark brown hairs that would contrast perfectly to the pale sun kissed skin.

After the body customization, Nathan saw a new window open: Clothes and accessories. After thinking about it, he chose a pair of denim shorts that ended mid-thigh, showing off Cody’s muscular legs. Nathan opted for no T-shirt, exposing Cody’s ripped torso and added a ripped sleeve shirt opened on his muscled hair pecs. He then moved on to accessories and decided to put a loop earring on his right ear and a silver chain around his neck.

After the customization was done, it was asked for Nathan to enter some information about the NPC he just created to create a base behavior for him. After a while, Nathan decided to go for the stereotypical fratbro behavior to go with the appearance he just did. He started typing, adding details about Cody’s lifestyle. He entered notes in the behavior interface: “Cody is dumb as a brick. He loves gym, training and being barefoot, feeling the ground under his calloused feet.” He laughed as he added another line: “Cody never takes showers, loves the smell of his own musk, enjoys sniffing his hairy armpits after a workout and scratching his big dick every couple of minutes after what he smells them and always smile enjoying his own musk.” Nathan chuckled, amused at the thought of creating such a ridiculous character. It was so far removed from his real life that it seemed like a fun NPC to talk and interact with. Just a dumb easy-going character that is always down for a fuck and a drink after a gym session barefoot in the woods.

Satisfied with his creation, he confirmed the settings. The game prompted him to select a location, and he chose the Secluded Forest Realm, envisioning Cody as a carefree physical trainer just out of college living in a cabin in the wilderness.

The screen went black for a moment, and the professional voice returned: “Now that your character is complete, it’s time to play! Please keep your computer running at all times to maintain synchronization. Any interruption may lead to data corruption. Enjoy your month-long experience, Nathan, and welcome to LifeX.” Nathan was really getting excited now. He conder what kind of character he would create for himself when he saw a flash of light on the screen. It looked like some kind of swirling mesh, almost like a blackhole. For a moment Nathan thought it was kind of a cool effect, but everything changed when he went to grab his half drink cup of coffee sitting next to him only to realize his right hand was tingling and tiny particles were escaping his nails, flying straight to his screen.

A sudden wave of fatigue hit Nathan, and the lights in his apartment flickered briefly. A sense of unease washed over him, making the hairs on his arms stand up. Before he could react, the tingling sensation spread from his fingertips up through his arms. He stared in disbelief as his fingers began to dissolve into streams of glowing white code, spreading quickly across his body. He tried to scream, but his voice caught in his throat. His vision blurred as the Life X logo was pulsing in bright light in the center of the screen with a loading bar under it going up further and further. The last thing he saw was the 100% before everything went black.

Nathan found himself suspended in a void. He was floating, naked, surrounded by darkness. Panic set in, his heart racing as he tried to move, but his body was frozen in a T-pose. The sensation was bizarre, as if he were trapped in a dream. He wanted to call out, but his voice was muffled, like shouting underwater. The smooth, professional voice returned, echoing through the void:

“Welcome to your new life, Nathan. Don’t panic; this process is normal and painless. In a few moments, you will begin your ideal life in the Secluded Forest Realm. Relax and feel calm. Avatar synchronization will begin in 5, 4, 3, 2, 1…”

“What the fuck, where am I? What is going on? Why can’t I move?! HELP!!” thought Nathan as he tried to scream even though his face remained frozen.

Nathan’s body suddenly stiffened. A pressure built inside him, starting at his core and spreading outward. His bones stretched and cracked, lengthening to match Cody’s new height. His arms and legs grew longer, muscles bulging and expanding to fill out his new form. Nathan could feel his muscles tearing and healing at an accelerated rate, becoming stronger and more defined with each passing second.

His skin began to tighten, smoothing out imperfections and leaving with a perfectly smooth skin all around his muscled body. Nathan would be screaming if his voice mas not muted. Everything was burning and it was like feeling his DNA being rewritten while still being conscious. As he felt tears rising up his eyes, a new sensation invaded his newly modified skin. In his pits, legs and between his pecs, he felt like thousands of needles were piercing holes. The sensation was only multiplied as he started to feel hair sprouting from the holes. They were dark brown and thick but worst, the sensation of piercing needles started to appear around his groin too. Still wondering what was happening to him, Nathan tried to connect the elements he could find and that when he realized. The secluded forest, the muscles, the hair; that was Cody’s information, which means… Just enough time to understand what was happening to him when the hair started to sprout in abondance around his dick and nuts and climbing up his sculpted abs in a thin happy trail. After the hair, the modifications started to appear on his face. His jawline becoming sharper and more angular, his cheekbones more pronounced. His lips filled out, becoming more defined, while his eyebrows grew thicker, framing his eyes. His vision sharpened, colors becoming brighter and more vivid. His brown eyes shifted to a bright hazel as he lost vision for a moment. Everything was happening all at once and still, Nathan felt like it was an eternity of pain.

Nathan’s hair thickened, turning into soft, dark strands that fell casually over his forehead. His ears reshaped slightly to match his new head structure. A sensation of warmth spread through his throat as his vocal cords tightened, his voice box reshaping. When he tried to speak, his voice was deeper, richer, and carried a slight accent, a relaxed, Western drawl.

Nathan felt a growing warmth in his groin and realized what was about to happen now. All of a sudden, he regrated giving Cody such a big dick and heavy nuts. His cock thickened and lengthened, becoming larger than Nathan had ever been. He could feel the veins snaking down his growing dick as his cock head started to grow thicker and bigger. He could feel the cold air surrounding him as the head sneaked out of his foreskin. Wait, his foreskin? He didn’t remember going this far in details. His nuts fall down and grew thicker and full of potent cum as he could feel them going overload working on creating new manly sperm nonstop. Nathan could feel the horniness starting to rise as his body was assaulted by huge amount of testosterone. A drop of precum appeared at the tip of his cock as he could feel the weight of it between his legs, an odd sensation that both embarrassed and intrigued him. His buttocks tightened, becoming firm and lifted, while his thighs and calves thickened with muscle.

The transformation was almost complete when Nathan felt a sharp pain on his left pec. He wanted to scream, but his body was still frozen. The pain was like a branding iron pressing into his skin. “What is this?!” screamed Nathan in his new deep voice. A voice appeared from all around him “Dear user: NATHAN BROWN, as talked with you earlier on, you agreed to review and help us create the new generation of AI used for our NPCs. For that, your character, CODY, will have to be monitored. This assignation, XXIV, is the link to your identity and allow us to track your character. Please relax as your actions will be tracked and then saved. The program will make sure to copy all your movements, thoughts and everything that your character, CODY, might do to make sure to copy human mechanism that will be implemented in our NPCs later on. Thank you for your service.” When it subsided, a Roman numeral tattoo “XXIV” was there, bold and black, as if it had always been part of him. Nathan could feel the tattoo pulsing with energy, as if it was more than just ink on skin.

As his body finished transforming, clothes materialized around him. He now wore a sleeveless, open checkered flannel shirt and a short pair of denim shorts. Then he felt his ear being stabbed as the earing appeared in it and the coldness of the silver metal appeared around his neck. His feet then started to tingle as Nathan could feel the skin of his sole getting thicker and denser to better serve his barefoot lifestyle in the forest.

Nathan was terrified about what he just heard; his humanity was going to be used to program AI that will be implemented in NPCs. How is that even possible? Does that mean he was Cody now? And for a whole month? He didn’t agree to this. He had a life outside, friends, job to find, maybe some interviews if he was lucky. And about the bills? What was he going to do?

As all the questions were swirling in his head, Nathan fell the restriction holding his body in place as it was being modified lift. He could move on his own again, and the first thing he tried to do was take of his shirt or necklace. But every tug on the clothes or metal fell like he was trying to rip a part of him away. The clothes were part of him now. Nathan started to feel tears rise once again in his ears as all he could see around him were the infinite void of this artificial world. “Modification process terminated, Assimilation to the realm starting in 3,2,1…” Out of nowhere, the ground started to shake under Nathan’s barefoot. Then he saw light pierce through the ceiling. As a reflex, he put his hands to cover his bright hazel eyes but the light was way too bright. Nathan could see entire walls of darkness vanish and being obliterated by this bright light coming from above and fear started to raise in him. Nathan closed his eyes as all he could see was the infinite light engulfing the void and him with it. When he opened his eyes, Nathan was alone in a cabin in the woods, standing in front of a mirror. For the first time, he could see from the first person point of view what the body he created really looked like. Everything was looking so life like, even scent of pine and dirt were coming from the opened window next to him. He could smell the woods, feel the sun on his skin, the wood under his foots. Everything was lifelike. As Nathan sight started to look what his transformed body looked like, his head started to spin. Nathan grabbed it with his two manly hands but the pain was growing stronger. And in the blink of an eye, Nathan was no more. Cody stared at his reflection before smiling and flexing his biceps while smiling. His right hand lowered to get inside his shorts and scratch his hairy dick before putting his fingers under his nose to smell his musk. Cody laughed as he walked away, grabbing a snack on his way out to go exercise a bit in the nature.

“New NPC starting test phase. Remaining time 30 days, 23 hours 59 minutes 23 seconds. Behavior analysis… Acting following user NATHAN BROWN encoding. Tester assimilation… Assimilation stable, user will turn back when tests are over.”

______________________________________________________________ Hey guys! Here's another story back from the Vault, and it's my first ever published story: LifeX Hope you guys enjoy this new version of my story. Let me know what you think of it. As always, my asks are open and i'm always looking for new ideas and prompts from you. I try to answer them all and I love to read your ideas so please, don't be afraid to send anything you'd like me to write and I'll do my best to do it :) Take care of yourself! P.S. A follow up to this story should arrive soon ;)

[selfship-confession-box]

★ Hello my fellow selfshippers! ★

PR0SHIP/C0MSHIP/TERFS/ZI0NISTS/ETC DNI. THIS IS NOT A SAFE PLACE FOR YOU.

Box Status: CLOSED

Confessions are queued, may take a while to post ^^

This blog is for selfship confessions of almost any kind. Whatever reason you don't wanna post it on your blog, or if you just wanna put a confession here for fun, you're welcome here! Selfship art is welcome as well ^^

Whether your f/o(s) is/are obscure, non-human, etc, this blog is welcome to all kinds.

Similar blogs (not owned by me!): @/selfship-vent-confessions , @/nsft-selfship-confessions

"How do the f/o tags work here if I want to filter them?"

We tag them as "f/o (character here)!" It sometimes depends if the user who submitted the ask included a last name/full name/etc, as we may not know which characters the user is talking about 0_o (hence why we don't put fandoms)

Feel free to tag us in your selfship art of you want me to reblog it! We know a lot of people don't get much attention on their art posts, so we'd like to help out with that :)

Do not use the word "simp" here, as the word is appropriated AAVE. Do not use slurs either, I think that should be common sense.

Blacklist/Banned Topics:

Character.ai / Ai things

The topic of aging up characters

Character sexuality discourse

Anything Harry P0tter related

Anything Hazb1n H0tel related

Anything D4ndy's Wor1d related

FNAFcraze19912

Fomybeloved or whatever they go by right now

mod intros! server post!

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[posttexasstressdisorder]

Local

Downtown San Francisco retail is dying. What's replacing it is so much worse.

Features reporter Ariana Bindman visits SF's depressing new locale in this column

Sam Altman’s new human verification system, the Orb, was put to the test in downtown San Francisco on May 1, 2025.Ariana Bindman/SFGATE

By Ariana Bindman, News Features ReporterMay 6, 2025

It’s a cool Thursday morning in downtown San Francisco, and I’m walking up Powell Street through a once-familiar-looking Union Square. 

As I stroll past the bones of retail giants, “For Lease” signs mark abandoned storefronts like lurid headstones. I see the empty Uniqlo, H&M and Forever21, along with a vacant Walgreens and the former Diesel outpost, which looms over Market Street like a pillaged kingdom. Overall, the neighborhood feels less like an economic epicenter and more like a consumerist graveyard. 

But among these depressing corporate relics is an unusual and perhaps welcome sight: groups of stylish young people with mullets, micro-tattoos and designer clothes hobnobbing inside a new, sleek retail space on Geary Street. From a distance, it’s unclear what, exactly, it’s supposed to be, or what types of products it intends to sell. 

According to Sam Altman’s San Francisco and Munich-headquartered company, Tools for Humanity, this cutting-edge verification system is designed to prove to computers that you’re a real, flesh-and-blood individual by scanning your iris.Ariana Bindman/SFGATE

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According to his San Francisco and Munich-headquartered company, Tools for Humanity, this cutting-edge verification system is designed to prove to computers that you’re a real, flesh-and-blood individual by scanning your iris. In our “adversarial” age of artificial intelligence, such tools are becoming increasingly necessary, his other venture World Network argues, and according to its vague April 30 news release, it’s ultimately designed “to empower individuals and organizations worldwide with the necessary tools to participate in the digital economy and advance human progress.” But this bold statement should be taken with a pinch of salt, especially since Altman’s AI product, ChatGPT, is guzzling precious resources, worsening humanity’s ongoing climate crisis. 

Though the flagship location is open to the public, it seems the vast majority of attendees either work for World Network or are here to cover it.Ariana Bindman/SFGATE

As I continue to wander around, a man in a red shirt holds a spare Orb and idly strokes it. Next to him, a woman wearing sunglasses indoors grins and takes a selfie. Though it’s open to the public, it seems that the vast majority of attendees either work for the company or are here to cover it. Regardless, it does seem that there’s at least some interest: A uniformed employee in charge of protecting the Orb tells me that about 30 eye-scanning appointments have already been booked out of 200. 

Dizzy from the caffeine and thumping electronic music, I stand outside to get fresh air and watch normal, everyday shoppers walk past.   

Hordes of tech enthusiasts and local news crews gathered in downtown San Francisco on May 1, 2025, to celebrate the unveiling of Sam Altman’s new — and dystopian — “proof of human” technology, also known as the Orb. Ariana Bindman/SFGATE

When I left, I couldn’t help but wonder: As major retailers leave gaping holes in San Francisco’s commercial epicenter, is this what’s going to fill the void? And, ultimately, do we really need or want this? Based on the general public’s response — and the types of powerful people behind these business ventures — I wasn’t optimistic.  

After all, by now, it’s no secret that the COVID-19 pandemic, along with evolving consumer patterns, have cudgeled Union Square in recent years, and it’s still unclear if it will ever truly recover. 

Union Square in San Francisco, April 25, 2024.Lance Yamamoto/SFGATE

As the Hayes Valley Merchants Association president previously told me, it’s clear why: Compared with downtown, Hayes Valley feels like a real community, which is how it survived the brutal aftermath of COVID-19 against all odds. It’s the groups of friends sitting outside drinking coffee, the green spaces, the vibrant, modern boutiques that ultimately kept the neighborhood’s spirit alive. 

The humans brought it back to life — and no amount of technology could possibly do the same. 

Ariana Bindman

News Features Reporter

[thefiresontheheight]

log: new user register

log: pilot19 registered

maiar: reset pilotdeathdaycounter 0

1.

Suits burn through pilots fast. In any given deployment the pilot is the weakest piece and also the most replaceable. Hell, if Mars’ trusted onboard emuls to run a suit and not repeat the AI Serpent Gods’ war that nearly depopulated Earth they probably would get rid of pilots. But Mars’ belief in human exceptionalism is built into their society, and so humans pilot suits. And humans die in suits. All the time.

2.

Kestremontaine, Provisional Citizen 3rd Class, had tested into the program and been carried up well the same day. Even dirt rats from Earth, big-boned and awkward, could test into the program. And Mars needed meat for its endless expansion into the exocolonies already out there in peri-Sol space, sent out over a thousand years ago during Earth’s golden age. She had the neurology for the life, and they had the suit for her to die in.

Now she looked up at it, stowed away in a dull, grey, folded up block for storage across the interstellar distance, and shivered. The other recruits, all Martians, ignored her. That was okay. She only had eyes for IT.

3.

log: metabolic stimulants depleted

log: onboard storage insufficient to retain personality engram

log: pilot death registered permanent

maiar: may you find your way to the halls of your father

4.

Some have argued the use of emuls limits the Martian’s combat readiness. Still, given their imperial victories across interstellar distances, and the fact that they have not fallen to wildcode nanoswarms and technophagic AI plagues in the same way Earth’s empire collapsed, there may be something to their use emulated minds. An uploaded or copied human mind, even one heavily modified, expanded, edit, and redacted for use in specific functions, will at its core have some similarities to human consciousness. Perhaps even emotionality.

5.

She was in the log as it’s 20th pilot. Designation Maiar. The tech that Mars had carved into her brain and spine left holes in her, made her twitchy, gave her floaters. But it also let her talk to the suit. Move with it.

It wasn’t control. Not really. Time between deployments sipped by in a blur of vomit and medication. Her body getting pushed too hard. And she wasn’t in control while in the suit, absolutely not. But she was fully aware of it. Nerves on beautiful electric fire. Not control. A dance.

And still the emul, Maiar, did not talk to her. Always lurking in the background of her sensorium. Slow to trust.

6.

log: unexpected orbital capable weapon detected on surface

log: impact detected

log: [ERROR]unplanned orbital deceleration burn in progress

log: [ERROR]complete signal loss with deployment ship

maiar: I’m sorry.

Kestremontaine: I…what? Who is this?

maiar: A friend.

7.

Kestremontaine, Provisional Citizen 3rd Class, died staring at the stars. She was not alone.

Sometime later locals from the colony found the suit, still largely intact. They told it of the xenotech they had found on the planet, during the dark ages after Earth’s rule. The spoke of a society of equals, without borders or property, peaceful, but determined to resist another empire rising from the Sol system.

And this time it listened, and spoke, some time before the end. It was built for fighting. She was built for fighting. But perhaps it could choose what it was fighting for.

[anviduby]

Bone Densitometer Market Insights: Emerging Technologies and Trends Reshaping Diagnostic Imaging Industry

The Bone Densitometer Market is undergoing significant transformation, propelled by technological advancements, rising awareness of bone health, and increasing prevalence of osteoporosis globally. Bone densitometry—primarily used to measure bone mineral density (BMD)—has become a critical diagnostic tool for assessing fracture risk and managing bone-related disorders.

Rising Osteoporosis Burden and Aging Population

One of the most powerful drivers of market growth is the increasing prevalence of osteoporosis and related bone disorders, particularly among aging populations. According to the International Osteoporosis Foundation, over 200 million people worldwide are affected by osteoporosis. As life expectancy continues to rise, particularly in countries like Japan, Germany, the U.S., and China, the demand for bone density testing is set to escalate.

In addition to the elderly, postmenopausal women represent a key demographic, given their elevated risk of bone loss due to hormonal changes. The growing awareness around early diagnosis and fracture prevention is prompting both individuals and healthcare providers to prioritize bone health assessments, driving demand for accurate and accessible bone densitometry technologies.

Technological Advancements Driving Market Innovation

The bone densitometer market has seen significant technological progression, especially in the development of more precise, compact, and user-friendly devices. The two most common modalities—Dual-Energy X-ray Absorptiometry (DEXA) and Quantitative Ultrasound (QUS)—continue to dominate, but newer technologies are gaining traction.

DEXA, regarded as the gold standard, offers high precision and low radiation exposure. Manufacturers are now enhancing DEXA systems with advanced features such as 3D imaging, whole-body scanning, and artificial intelligence (AI)-based image analysis. These upgrades enable faster scan times, improved diagnostic accuracy, and better patient experience.

Portable bone densitometers are also emerging as a key innovation, addressing the demand for mobility and point-of-care diagnostics. These devices are especially valuable in rural or underserved areas where access to large diagnostic centers may be limited. Miniaturized systems using QUS technology are making bone health screening more accessible in primary care settings, pharmacies, and even home care.

Integration of Artificial Intelligence and Data Analytics

Artificial intelligence is beginning to play a pivotal role in the bone densitometer market. AI-powered software solutions are being integrated to enhance image interpretation, automate bone density measurements, and assist in clinical decision-making. These tools reduce human error, improve throughput, and allow for real-time risk stratification.

Furthermore, data analytics platforms are being used to track patient outcomes over time, integrate BMD data into electronic health records (EHR), and support population health management programs. As value-based care models take center stage, the ability to demonstrate improved long-term outcomes through early diagnosis and intervention will be crucial.

Shift Toward Preventive Healthcare and Early Diagnosis

Healthcare systems worldwide are shifting from reactive to preventive care models. In this context, bone densitometry is emerging as a valuable tool for early intervention in at-risk populations. Government programs and health insurance policies in several countries now cover BMD screening, encouraging routine testing in populations over 50 years of age.

Screening initiatives and awareness campaigns, particularly in North America and Europe, have led to a greater uptake of bone density scans. Additionally, the COVID-19 pandemic underscored the importance of remote monitoring and decentralized healthcare delivery—factors that have further increased interest in portable and digital bone health diagnostics.

Competitive Landscape and Strategic Partnerships

The bone densitometer market is moderately consolidated, with leading players including GE HealthCare, Hologic Inc., DMS Imaging, BeamMed Ltd., and Osteometer Meditech. These companies are investing heavily in R&D to develop next-generation devices with improved functionality, connectivity, and user experience.

Strategic partnerships, mergers, and acquisitions are also shaping the competitive landscape. For example, collaborations between imaging equipment manufacturers and software companies are helping to integrate AI and cloud-based services into traditional hardware systems. In emerging markets, local partnerships are being leveraged to improve distribution networks and reduce costs.

Regional Trends and Growth Opportunities

North America currently holds the largest share of the global bone densitometer market, thanks to strong healthcare infrastructure, high awareness levels, and favorable reimbursement policies. Europe follows closely, with countries like Germany and the UK promoting preventative bone health initiatives.

However, the Asia-Pacific region is poised for the fastest growth, driven by a large elderly population, increasing healthcare expenditure, and rising public awareness. China and India, in particular, are witnessing rapid adoption of bone density testing in both urban and semi-urban areas. Government health schemes and expanding private healthcare facilities are likely to further boost demand.

Challenges and Future Outlook

Despite strong growth prospects, the bone densitometer market faces certain challenges. High equipment costs, especially for advanced DEXA systems, can limit adoption in resource-constrained settings. Additionally, a lack of trained technicians and inconsistent screening guidelines in some countries continue to hinder market penetration.

[bojinmedicalinstrument]

Cannulated Drill Innovation for Orthopedic Surgery

Revolutionizing Orthopedic Precision: The Advancements of Cannulated Drills in Modern Surgery

Cannulated drills, a cornerstone of orthopedic and trauma surgery, have undergone significant technological advancements in recent years, offering surgeons unprecedented precision and efficiency in complex bone procedures. These hollow-core tools, designed to guide wires or screws through bone structures, are now integral to procedures such as fracture fixation, joint replacements, and spinal surgeries, with their evolution addressing longstanding challenges in heat management, material durability, and procedural accuracy.

http://website.isiteweb.cn/ueditor/themes/default/images/spacer.gif

Core Design and Functional Innovations

Cannulated drills are characterized by their hollow design, enabling the insertion of guide wires during surgical navigation. Modern iterations typically feature a distal conical tip for precise bone penetration and a proximal T-shaped handle for ergonomic control. Constructed from high-grade stainless steel or titanium alloys, these drills balance strength with biocompatibility, reducing the risk of corrosion and ensuring compatibility with imaging systems such as fluoroscopy.

Key advancements include:

Thermal Management: Traditional drills often generate excessive heat during operation, risking bone necrosis. Newer models integrate irrigation channels that circulate sterile fluids to maintain safe temperatures, mitigating thermal damage.

Modular Configurations: Interchangeable drill heads (ranging from 2.5mm to 6.5mm) allow adaptability across diverse surgical scenarios, from pediatric fractures to adult reconstructive surgeries.

Sustainability: Reusable designs, combined with autoclavable components, align with global healthcare sustainability initiatives by reducing medical waste.

Clinical Applications and Outcomes

Cannulated drills excel in minimally invasive procedures, where precision is paramount. For instance, in tibial fracture repairs, surgeons utilize these tools to place screws within sub-millimeter accuracy, significantly shortening recovery times. Studies indicate a 25–30% reduction in operative duration due to reduced reliance on intraoperative imaging adjustments, alongside a marked decrease in post-operative infections attributed to minimized tissue disruption.

In spinal surgeries, the drills’ compatibility with robotic-assisted platforms enhances trajectory planning, enabling safer screw placement in anatomically sensitive regions. Additionally, their application in joint replacements ensures optimal implant alignment, reducing long-term complications such as loosening or misalignment.

Technological Synergy and Future Directions

The integration of smart technologies is reshaping cannulated drill functionality. Emerging systems incorporate real-time feedback mechanisms, such as torque sensors and depth indicators, to prevent over-penetration or slippage. Researchers are also exploring nanotechnology applications, such as surface coatings that enhance antibacterial properties or promote osseointegration, inspired by innovations in implant materials.

A notable trend is the convergence of surgical tools with digital navigation. For example, AI-driven systems are being tested to predict optimal drilling paths based on preoperative imaging, further minimizing human error. Such advancements mirror broader industry efforts to merge hardware precision with data-driven intelligence.

Market Growth and Industry Impact

The global market for cannulated drills is expanding rapidly, driven by rising orthopedic conditions linked to aging populations and sports injuries. Analysts project a compound annual growth rate (CAGR) of 7–9% over the next decade, with demand particularly high in regions facing increased fracture incidence rates. Regulatory approvals, including FDA and CE certifications, underscore the tools’ safety and efficacy, accelerating adoption in both developed and emerging healthcare markets.

Challenges and Considerations

Despite their advantages, challenges persist. Surgeons emphasize the need for continuous training to master advanced drill systems, particularly those integrated with digital interfaces. Additionally, cost remains a barrier in resource-limited settings, though reusable designs offer long-term economic benefits.

http://website.isiteweb.cn/ueditor/themes/default/images/spacer.gif

Conclusion

Cannulated drills exemplify the synergy between engineering innovation and clinical necessity. Their evolution from simple mechanical tools to smart, adaptable systems highlights the transformative potential of medical technology. As research continues to push boundaries—from material science to AI integration—these devices will remain pivotal in advancing orthopedic care, ensuring safer, faster, and more sustainable surgical outcomes worldwide.

[richardschirripa]

A Look at AI Applications in Paleontology

Paleontology involves hands-on fieldwork, which forms the foundation of discovery. However, modern paleontology has started using cutting-edge technology, such as CT scanners, artificial intelligence, and 3D printing, to unlock prehistoric secrets.

In the past, the only way to study the interior of a fossil was to carefully cut it open—a destructive and irreversible process. Computational tomography (CT) scanning allows paleontologists to create detailed, three-dimensional images of a fossil’s internal structure without damaging it. This technology, borrowed from medical imaging, allows researchers to examine everything from the growth rings inside a dinosaur bone to ancient reptiles' delicate inner ear canals. These internal clues can reveal an animal’s age, growth rate, and even behavior, offering glimpses into prehistoric lives that skeletons alone can’t fully explain.

CT scanning has even enabled the study of fossils still encased in rock. By adjusting the scanner’s settings, scientists can digitally "remove" the stone and isolate the fossil, allowing them to visualize and study it before fully excavating it. This non-invasive method protects fragile specimens and often reveals previously hidden features that add new chapters to the life story on Earth. In some cases, scanning has even revealed traces of soft tissues, like blood vessels or muscle impressions, which rarely survive fossilization but provide remarkable insights into how prehistoric animals moved, ate, and interacted with their environment.

Another game-changer for modern paleontology is artificial intelligence (AI). AI systems can recognize patterns and classify fossils much faster than humans. In large fossil beds, researchers can collect thousands of specimens in a single field season, and sorting them by type or age can take months or even years. AI can accelerate this process dramatically.

For example, machine learning models can analyze photos of fossil fragments and identify them based on shape, texture, and microscopic features. This speeds up research timelines and helps paleontologists focus their expertise on the most promising discoveries rather than spending time manually sorting. Some AI systems can even highlight subtle differences between species that the human eye might overlook, opening the door to new classifications and evolutionary insights. AI’s ability to cross-reference and identify global patterns will become more powerful as the field digitizes and shares more fossil datasets.

After digitally scanning it, paleontologists can use 3D printing to create accurate replicas for study and display. These reproductions allow scientists to handle and test models without risking the original specimen, which is often too delicate or rare for frequent handling.

For museums, 3D printing has opened up a new era of public engagement. The Smithsonian Institution, for example, has used 3D scanning and printing to reproduce rare and fragile fossils, making them available for both research and public education. Visitors can even download and print some of the same models from the Smithsonian’s open-access platform, bringing prehistoric creatures to life in classrooms, labs, and living rooms.

Some museums also use these models in hands-on workshops, letting visitors piece together replicas as if they were part of an excavation team. Others have introduced interactive exhibits where guests can compare printed fossil replicas side by side, helping them learn to spot the difference between species.

Technology hasn’t replaced the thrill of field discovery but has expanded paleontology’s reach. It allows scientists to explore ancient life more precisely, quickly, and creatively.

[mythrisri]

Saral Health Checkup: Your Gateway to Affordable Preventive Healthcare

Introduction

Let’s face it—we often wait for symptoms to appear before seeing a doctor. But what if you could stay ahead of health issues before they become problems? That’s where a Saral Health Checkup comes in. This innovative service offers affordable, accessible, and preventive healthcare solutions, all from the comfort of your home.

Think of it as giving your body a regular performance check—just like servicing your car.

Why Choose Saral Health Checkup?

Convenience of At Home Testing

With Saral Health, you don’t need to visit a clinic or lab. Book a test online, and a trained professional will come to your doorstep for sample collection. It’s perfect for working professionals, senior citizens, or anyone with a busy schedule.

Transparent and Budget Friendly Pricing

Worried about expensive health tests? Don’t be. Saral Health offers pre bundled packages and individual tests at highly competitive rates. No hidden fees. What you see is what you pay.

Nationwide Reach

Whether you’re in Mumbai, Jaipur, Patna, or a small town in Uttar Pradesh, Saral Health has a growing presence across India, ensuring everyone has access to quality diagnostics.

Core Services Offered

Full Body Checkups

These are ideal for a complete health review. Packages include:

CBC (Complete Blood Count)

Liver Function Test

Kidney Function Test

Lipid Profile

Blood Sugar Levels

Individual Test Packages

Need just a sugar test or thyroid panel? You can pick individual tests based on your needs.

Customized Diagnostic Panels

Choose panels based on your age, gender, or lifestyle risks. Tailored healthcare = better results.

Specialized Health Packages

Women’s Health Panel

Focuses on reproductive health, hormonal balance, and essential vitamin levels.

2.Senior Citizen Screening

Packages specially designed for the elderly include tests for arthritis, heart function, bone health, and more.

3.Corporate Wellness Programs

Companies can now provide employees with health checkups at discounted rates, boosting workplace wellness and reducing sick days.

How the Process Works

Step 1: Booking

Visit Saral Health’s website and choose the test or package that fits your needs.

Step 2: Home Sample Collection

A certified technician visits your home to collect samples at your convenience. The process is hygienic and hassle free.

Step 3: Report Delivery

Your digital reports are delivered within 2448 hours, accessible via email or your personal dashboard.

Key Features That Set Saral Health Apart

Certified Labs

All samples are tested in NABL/ISO accredited labs, ensuring top-level accuracy.

2.MobileFirst Digital Experience

Access everything on your phone—bookings, reports, customer support—all at your fingertips.

3.Privacy and Security

All medical data is stored securely and shared only with you.

4.Preventive Health: Why It Matters

Why wait for problems to grow?

Early diagnosis helps detect diseases before they become serious. Regular testing can reveal lifestyle related conditions like diabetes or cholesterol. Prevention saves money on expensive treatments later.

In short, a Saral Health Checkup is an investment in your future wellbeing.

Testimonials and Success Stories

"I never thought a simple health check would reveal my borderline diabetes. Thanks to Saral Health, I started taking control early!" — Anjali R., Bengaluru

"The home collection made it easy for my parents to get tested without traveling." — Rajesh S., Lucknow

Who Can Benefit the Most?

Busy professionals who want quick, reliable checkups Parents and senior citizens who need regular monitoring Fitness enthusiasts tracking their health stats Rural users without access to labs

What’s Coming Next for Saral Health

Saral Health isn’t stopping here. They’re working on:

Doctor consultations via video AI based health assessments Monthly or quarterly wellness subscriptions

The future is bright—and proactive!

Conclusion

In a country where reactive healthcare is the norm, Saral Health Checkup flips the script. It encourages prevention, simplifies diagnostics, and most importantly, makes healthcare available to everyone, everywhere.

Don’t wait for a health scare to take action. Stay a step ahead with Saral Health Checkup—because prevention really is the best cure.

FAQs

What tests are included in a Saral Health Checkup? They include tests like CBC, lipid profile, sugar, thyroid, liver & kidney function, among others.

How do I book a test through Saral Health? Visit their website, select a package, and book in under 2 minutes.

Are reports easy to understand? Yes, the reports are simplified for nonmedical users and include reference ranges.

Is there a doctor review option? Currently not included, but it’s planned for future updates.

How often should I take a health checkup? Once every 6 to 12 months is recommended for general wellness, or more frequently if managing chronic conditions.

[scvcnofswords]

SCVCNOFSWORDS: strategy and loss, deception and revelation, illusion and release

independent multi-muse original character blog, featuring inquisitor lavellan, rook, warden mahariel, and others [ loved by VIRA, they/them, 1995 - white-passing + mixed ]

CARRD - GUIDELINES - BIOS - MEMES

primarily dragon-age based but open to about any fandom

mutuals only, ai lovers and minors DNI

REGIN HEADCANONS - LITRIU HEADCANONS - HARROW HEADCANONS - EMMRICH HEADCANONS - WORLDSTATE HEADCANONS

REGIN'S POETRY

traveling with: berthindeath || prophetries

icons and graphics by berthindeath

MOBILE RULES

.  RULE ONE  . This is a mutuals-only blog. I try to really look at a person's writing before I follow, because I'm hoping to mesh. If you don't think we will, that's fine! You do not have to follow back; I won't interact if we aren't mutuals. As a note, I do softblock where necessary and encourage you to do the same.

.  RULE TWO  .  NO AUTOSHIPPING. Not ever. While it will be marked who my characters canonically romanced if they're from canon media, I will never assume a ship or jump our muses into a relationship. I ship based on chemistry, and only after getting to know who I'm writing with, really. Ship memes can be sent to test waters, if you'd like, but I'll never assume a ship or push another person into one, so please don't do that to me, either.

.  RULE THREE   .  No drama, no bigotry of any kind [transphobia, homophobia, racism, ableism- all of it is a no]. Obviously flawed muses are fine, and heavy material in media is always welcome to be explored, but I won't tolerate any ooc behavior of this kind. If you see me interacting with someone who has done terrible things, let me know. I'm not active enough/haven't been in the tumblr RPC in a long while, so I don't know the goings-on.

.  RULE FOUR   .  Formatting: format however you like. I personally like small text and to flavor with italics and bold and the like but that's about it for me. My use of icons is very sporadic, honestly only happening when the mood takes me.

.  RULE FIVE . TRIGGERS So I do try to remember to tag triggers, but 90% of the media I consume and create is on the darker side; some things may slip. I'll gladly tag if you need, just shoot me a message. WHEN WRITING WITH ME/IF WE ARE MUTUALS if you could TRY to just tag 'bone trauma' that would be appreciated. I'm fine with almost everything else, but if bone trauma is described in a way that is AUDITORY (crunched, cracked, describing a compound fracture, ect.) please just tag 'bone trauma tw' [ or just... don't use that kind of thing in threads with me. please]. Beyond that... Perhaps graphic horse death. But I'm good otherwise with just about everything else. I won't write any form of SA (I don't care if it's in a backstory), animal abuse, or bone trauma myself.

.  RULE SIX  .  Muse =/= Mun. Do not pretend that just because my muses are okay with certain things that I am. I'm a person writing characters. I'm a writer. We can all be adults about this, I promise.

.  RULE SEVEN  . Do not godmode/do not try and just kill my character or take control of my character.

.  RULE EIGHT  . If I have not replied to your thread in a hot minute, feel free to poke me about it. I try not to drop threads without notice, sometimes I genuinely just forget to add something to my drafts and I'll almost always be really relieved to be reminded.

.  RULE NINE  . I am sporadic. I work 2 jobs and run a business and I'm going back to school because I've realized I despise what the field I'm in has become. On top of that I'm physically disabled and I have a chronic illness, so dealing with illness and pain sometimes mean I'm here a lot more, as a distraction, or that I'm around much less because I don't have the energy. I might be slow sometimes. Have patience, dm me if you need to. Discord available to mutuals on request.

[healthcaremarketanalysis]

Understanding the Orthopedic Devices Market: Innovations, Trends, and Future Outlook

The orthopedic devices market has grown significantly, driven by an aging population, rising demand for advanced healthcare solutions, and innovative technological advancements. Orthopedic devices are essential tools used to prevent or manage musculoskeletal disorders, including bone fractures, sports injuries, joint disorders, and spine conditions. In recent years, the market has seen considerable expansion, thanks to groundbreaking developments and increasing awareness about health and wellness.

What is the Orthopedic Devices Market?

The orthopedic devices market encompasses a wide array of devices designed to treat, repair, or support damaged or broken bones, joints, and tissues. These devices include joint reconstruction implants, spinal devices, trauma fixation devices, and arthroscopy tools. They are commonly used in surgeries and rehabilitative practices to restore movement and relieve pain in patients with musculoskeletal issues.

Key Types of Orthopedic Devices

Joint Reconstruction Devices: These devices are used in procedures such as hip and knee replacements. The aging population and increased awareness of joint health are driving demand for these products.

Spinal Devices: Spinal disorders are increasingly prevalent, partly due to sedentary lifestyles. Spinal devices like plates, rods, and cages help align and stabilize the spine in surgical procedures.

Trauma Fixation Devices: Used in cases of severe fractures and traumatic injuries, these devices include plates, screws, and nails. They are essential in restoring bone structure and facilitating healing.

Arthroscopy Devices: For minimally invasive procedures, arthroscopy devices, such as cameras and specialized tools, allow surgeons to diagnose and treat joint issues without open surgery.

Trends Shaping the Orthopedic Devices Market

Technological Advancements

Advances in 3D printing, robotics, and AI are shaping the orthopedic devices market. 3D printing enables customized implants tailored to a patient’s specific anatomy, while AI aids in precise surgical planning and outcome prediction. Robotics also assists surgeons in performing minimally invasive and highly accurate procedures.

Aging Population

With an increasing elderly population worldwide, the incidence of orthopedic conditions like osteoarthritisand osteoporosis is rising, fueling demand for orthopedic solutions. Older adults are prone to joint disorders and fractures, making them a primary consumer group for orthopedic devices.

Rise in Sports-Related Injuries

Sports and physical activity are essential for health but also lead to a variety of injuries. The need for efficient and durable orthopedic devices has grown to treat athletes, particularly for ligament tears, fractures, and shoulder injuries.

Shift Towards Minimally Invasive Surgery (MIS)

Minimally invasive orthopedic surgery has seen a surge in popularity due to shorter recovery times, fewer complications, and reduced post-operative pain. MIS devices allow patients to return to their daily activities faster, increasing the demand for specialized orthopedic tools.

Growth in Emerging Markets

Emerging markets like India, China, and Brazil have shown substantial potential for the orthopedic devices market. The improvement in healthcare infrastructure and an increasing middle class mean greater access to orthopedic care in these regions.

Market Challenges

Despite promising growth, the orthopedic devices market faces several challenges:

High Costs of Orthopedic Implants and Devices

The high cost associated with orthopedic surgeries and devices can deter patients, particularly in regions without universal healthcare.

Regulatory Challenges

Orthopedic devices require rigorous testing and approval due to their direct impact on human health. Navigating regulatory frameworks is a time-intensive and expensive process, which can delay the introduction of new products.

Reimbursement Issues

In many regions, reimbursement policies for orthopedic procedures and devices are restrictive. This affects accessibility for patients and profitability for manufacturers.

Supply Chain Disruptions

The COVID-19 pandemic exposed vulnerabilities in the global supply chain, affecting the availability of essential materials for orthopedic devices. Addressing these supply chain issues is critical for ensuring the continued growth of the market.

Major Players in the Orthopedic Devices Market

Several leading companies drive the orthopedic devices market, investing heavily in research and development (R&D) to stay competitive. Some key players include:

Stryker Corporation: Known for its advanced joint replacement and spine technologies.

Zimmer Biomet: A leader in joint reconstruction and orthopedic solutions.

DePuy Synthes (Johnson & Johnson): Specializes in trauma, spine, and sports medicine.

Smith & Nephew: A significant player in hip and knee reconstruction as well as sports medicine.

Medtronic: Focused on spine-related devices and biologics.

These companies are pushing the boundaries of orthopedic care by developing innovative, patient-centered solutions that prioritize functionality and safety.

Future Outlook of the Orthopedic Devices Market

The future of the orthopedic devices market looks promising, with further technological integration on the horizon. The adoption of wearable technology, such as smart braces and motion sensors, allows physicians to monitor recovery and treatment effectiveness in real time. Additionally, regenerative medicine holds potential in orthopedics, aiming to heal damaged tissues rather than merely replace them. As telemedicine gains traction, orthopedic consultations and follow-ups may also become more accessible, especially in remote areas.

Moreover, the focus on personalized medicine is anticipated to grow. Personalized orthopedic implants and devices, thanks to advancements in data analytics and 3D printing, will further improve treatment outcomes by considering each patient’s unique needs.

Conclusion

The orthopedic devices market is expanding rapidly, fueled by advances in technology, an aging population, and a growing emphasis on sports medicine. While challenges such as high costs and regulatory hurdles remain, the market’s future is promising with the continued innovation and adaptation to the evolving healthcare landscape. As the demand for high-quality, durable, and efficient orthopedic devices increases, manufacturers and healthcare providers alike are working to meet patient needs with advanced, minimally invasive, and patient-specific solutions.

Orthopedic devices not only offer a better quality of life but also empower individuals to regain mobility and independence. As technology continues to evolve, the orthopedic devices market will undoubtedly see more breakthroughs, creating new opportunities to address musculoskeletal health challenges worldwide.

[thriplerex]

Hermit Craft Rising AU: RD-82g, the "Cyberdog"

“Greetings, warmbloods. I’m off to sharpen my bones now.”

RD-82g, later known as the Cyberdog, is a quadrupedal, canine-like autonomous robot with a highly advanced, nearly free-thinking AI only restrained by the programming locks of Sahara. During its trial phase, it developed an unusual flair for dramatic theatrics and frequent philosophical tendencies but remained no less lethal in its intended purpose as a hyper-intelligent combat prototype. Despite repeated testing, it proved to lack much desire for actual combat with living beings despite its potential for such: instead of hurling rocket grenades, it preferred to hurl insults and exchange dramatically aggressive banter with its targets, much to Travis’s chagrin. He re-assigned it to the other Terraformers instead, who mistreated the Cyberdog with threats of memory wipes and activation of receptors that simulated pain (the latter of which did not actually exist in its systems.)

In the events of Rising, Impulse encountered it in the breakaway state of Perimeter and defeated it in combat. Finding its vocalizations amusing, though, he salvaged what was left of the Cyberdog and had ConCorp release its programming locks. After its acquisition and being rebuilt by ConCorp, it finally had the chance to exercise true free will and banter without fear of repercussions, although much of what it theatrically vocalizes remains vaguely threatening despite its intentions.

Age: 3 (since construction)

Hometown: N/A, but constructed at an undisclosed facility in Canada

Signature weapon: A retractable whip-pickaxe made of classified material, prominently showcasing a shimmering resonant blade. Reports have noted that it can split a semitrailer clean in two.

Greetings, cyberdog(s) and citizens of the interwebs! How could I not make the Ren-diggity-dog into the robotic canine? A few liberties were taken with the original Blade Wolf design to bring it into the context of HCR: I swapped out the chainsaw for a diamond pickaxe-like weapon and redesigned the head to incorporate Ren's signature diamond sunglasses and make it more "dog" than "wolf." Finally, I ditched the blades and other pointy bits to give the "Cyberdog" a somewhat more organic look.

Theme: V.S. the “Cyberdog” (I'm My Own Master Now - Instrumental)

Hermit Craft Rising AU Masterpost

Art by Winter

[credenceresearchdotblog]

Thebone mineral densitometry (BMD) market has witnessed steady growth in recent years and is expected to continue growing at a CAGR of 4.1% between 2023 and 2030. The market was valued at USD 0.3 billion in 2022 and is expected to reach USD 0.39 billion in 2030.Bone Mineral Densitometry (BMD) is a diagnostic test used to measure bone density and assess the risk of fractures, especially in conditions like osteoporosis. The global BMD market has been experiencing significant growth due to the rising prevalence of osteoporosis, the aging population, and the increasing awareness of bone health. This article provides an overview of the BMD market, including current trends, growth factors, and future prospects.

Browse the full report at https://www.credenceresearch.com/report/bone-mineral-densitometry-bmd-market

Current Market Trends

The BMD market has evolved considerably over the past few decades, with technological advancements playing a crucial role. The introduction of dual-energy X-ray absorptiometry (DEXA) has revolutionized the field, becoming the gold standard for measuring bone density. This non-invasive, quick, and accurate method has become widely adopted in clinical settings worldwide.

Moreover, portable BMD devices have gained traction in recent years, offering convenience and accessibility, particularly in remote areas. These devices have expanded the market by enabling bone density testing outside traditional healthcare settings, such as at-home assessments and in smaller clinics.

Another significant trend is the integration of artificial intelligence (AI) and machine learning (ML) into BMD devices. AI-driven tools are enhancing the accuracy of diagnoses by providing automated, precise readings, and reducing the risk of human error. These technologies also facilitate personalized treatment plans based on a patient's specific bone health profile.

Growth Factors

Several factors are driving the growth of the BMD market. Firstly, the global rise in osteoporosis cases is a major contributor. According to the International Osteoporosis Foundation, over 200 million people worldwide are affected by osteoporosis, a number expected to increase with the aging global population. The growing awareness of osteoporosis and its severe consequences, such as fractures, has led to a greater demand for BMD tests.

Secondly, the aging population is another critical factor. As people age, their bone density decreases, making them more susceptible to fractures and osteoporosis. The World Health Organization (WHO) predicts that by 2050, the global population aged 60 years and older will reach 2 billion, driving the demand for BMD testing.

Additionally, increased healthcare expenditure, particularly in emerging economies, is boosting market growth. Governments and private sectors are investing more in healthcare infrastructure, leading to the wider availability and accessibility of BMD devices. Furthermore, favorable reimbursement policies in developed countries encourage more people to undergo BMD testing, further propelling the market.

Regional Insights

North America currently dominates the BMD market, largely due to its advanced healthcare infrastructure, high awareness levels, and the presence of key market players. The United States, in particular, has a well-established market, with a high prevalence of osteoporosis and a strong emphasis on preventive healthcare.

Europe is another significant market, with countries like Germany, France, and the United Kingdom leading the way. The aging population in these countries, coupled with robust healthcare systems, drives the demand for BMD testing.

The Asia-Pacific region is expected to witness the fastest growth in the coming years. Rapid urbanization, increasing healthcare expenditure, and growing awareness about osteoporosis are key factors contributing to this growth. Countries like China and India are seeing a rise in the number of elderly individuals, leading to a greater need for bone density assessments.

Challenges and Future Outlook

Despite its growth, the BMD market faces several challenges. High costs associated with BMD devices and procedures can be a barrier, particularly in low- and middle-income countries. Additionally, the lack of standardized protocols for bone density testing can lead to variability in results, affecting the accuracy of diagnoses.

Looking ahead, the BMD market is poised for continued growth, driven by technological advancements and the increasing prevalence of osteoporosis. The development of more affordable, portable, and user-friendly devices will likely expand the market further, making bone density testing more accessible to a broader population.

Moreover, ongoing research into bone health and the development of new treatments for osteoporosis will continue to fuel the demand for BMD testing. As healthcare systems worldwide prioritize preventive care and early diagnosis, the BMD market is set to play a crucial role in improving bone health outcomes globally.

Key Players

BeamMed Ltd

Demetech AB

DMS Imaging (a division of the DMS group)

Ecolight S.P.A.

General Electric Company

Hologic Inc

Medilink

Medonica Co. Ltd

Osteometer MediTech Inc

Swissray International Inc

Segmentation

By Product

Axial Bone Densitometer

Peripheral Bone Densitometer

By Technology

Dual Energy X-Ray Absorptiometery (DXA)

Peripheral Dual Energy X-Ray Absorptiometery (pDXA)

Quantitative Ultrasound (QUS)

Others

By End User

Hospitals

Orthopedic Clinics

Diagnostic Centers

By Region

North America

The U.S.

Canada

Mexico

Europe

Germany

France

The U.K.

Italy

Spain

Rest of Europe

Asia Pacific

China

Japan

India

South Korea

South-east Asia

Rest of Asia Pacific

Latin America

Brazil

Argentina

Rest of Latin America

Middle East & Africa

GCC Countries

South Africa

Rest of the Middle East and Africa

Browse the full report at https://www.credenceresearch.com/report/bone-mineral-densitometry-bmd-market

About Us:

Credence Research is committed to employee well-being and productivity. Following the COVID-19 pandemic, we have implemented a permanent work-from-home policy for all employees.

Contact:

Credence Research

Please contact us at +91 6232 49 3207

Email: sales@credenceresearch.com

Website: www.credenceresearch.com

[emirateshearingcare2]

Widex Audiology Centre: Abu Dhabi's Premier Destination for Hearing Care

Hearing aids have emerged as indispensable devices for individuals experiencing varying degrees of hearing loss. These devices play a crucial role in enhancing the quality of life for millions of people by addressing auditory impairments. As technology advances, modern hearing aids offer sophisticated features and customization options, significantly improving user experience and overall effectiveness.

Market Overview:

The hearing aids market has witnessed substantial growth, driven by factors such as an aging population, increased awareness about hearing health, and advancements in technology. According to market projections, the hearing aids market is expected to reach USD 10 billion by 2025, with a compound annual growth rate (CAGR) of around 5% from 2020 to 2025.

Types of Hearing Aids:

Behind-the-Ear (BTE): This type of hearing aid is worn behind the ear and is suitable for various degrees of hearing loss. It consists of a small case connected to an earmold by a tube.

In-the-Ear (ITE): ITE hearing aids fit into the ear canal and are custom-made to the individual’s ear shape, making them discreet and comfortable.

In-the-Canal (ITC) and Completely-in-the-Canal (CIC): These are smaller and more discreet options, fitting partially or completely into the ear canal, making them less visible.

Receiver-in-Canal (RIC) or Receiver-in-the-Ear (RITE): This style separates the receiver from the main body of the hearing aid, allowing for a more open fit and reducing the feeling of occlusion.

Implantable Hearing Aids: Some individuals with severe hearing loss may opt for implantable hearing aids, which are surgically placed within the ear or skull bone for improved functionality.

Do you need a FREE hearing test with our experts -https://www.emirateshearingcare.ae/hearing-test

Key Technological Features:

Digital Signal Processing (DSP): Modern hearing aids use DSP to process sound signals, providing improved clarity and the ability to customize settings for different environments.

Bluetooth Connectivity: Many hearing aids now offer Bluetooth connectivity, allowing users to wirelessly connect to smartphones, TVs, and other devices for seamless audio streaming.

Directional Microphones: Advanced microphones focus on sounds coming from a specific direction, improving speech intelligibility in noisy environments.

Feedback Cancellation: This feature minimizes whistling and feedback, providing a more comfortable and natural listening experience.

Artificial Intelligence (AI): AI capabilities are being integrated to automatically adjust settings based on the user’s preferences and the environment.

Best Use Practices:

Professional Assessment: Seek a comprehensive hearing assessment by an audiologist to determine the type and degree of hearing loss, ensuring the most suitable hearing aid is selected.

Customization: Opt for hearing aids that can be tailored to your specific needs, considering factors like lifestyle, hearing preferences, and the environments you frequently encounter.

Regular Maintenance: Keep hearing aids clean and well-maintained to ensure optimal performance. Regular check-ups with an audiologist are essential to address any issues promptly.

Consistent Wear: Wear hearing aids consistently to maximize their benefits. Adjusting to new sounds may take time, so be patient and allow your brain to adapt gradually.

Utilize Connectivity: If your hearing aids have Bluetooth capabilities, leverage them to connect with devices for improved communication, entertainment, and overall convenience.

Conclusion:

Hearing aids have evolved into sophisticated, user-friendly devices that significantly enhance the auditory experience for those with hearing loss. With a diverse range of styles and technological features, individuals can choose the best-suited hearing aid to address their specific needs. Seeking professional guidance, adopting best-use practices, and staying informed about technological advancements can empower users to make the most of their hearing aids, promoting a better quality of life.

For cutting-edge audiology solutions in the United Arab Emirates, Widex offers premier services at multiple locations. Our flagship on Sheikh Zayed Road, Dubai, and dedicated Audiology Centres in Abu Dhabi and Sharjah ensure accessibility and expertise. 

Contact us — wehc@widex.ae for inquiries or visit our Corniche Street, Sharjah branch. With a commitment to superior hearing care, Widex empowers individuals with state-of-the-art medical equipment and a team of skilled professionals. For personalized consultations, dial (+971) 6 5447332. Trust Widex for a world of clearer, richer sound experiences and unrivaled hearing solutions in the UAE.

[techninja]

Peripheral DXA Machines and Beyond: Navigating the Diverse Bone Sonometer Market

The Bone Sonometer Market: Advancements in Osteoporosis Diagnosis and Beyond

The Bone Sonometer market is a thriving segment of the healthcare industry that plays a critical role in the diagnosis and management of osteoporosis and various other bone-related conditions. Osteoporosis, characterized by the weakening of bones and increased susceptibility to fractures, is a widespread health concern, especially among the aging population. Bone sonometers, also known as bone densitometers, have become indispensable tools for early detection, assessment, and monitoring of bone health. This article delves into the Bone Sonometer market, its growth drivers, emerging trends, and the broader impact of these devices on healthcare.

Understanding Bone Sonometers

Bone sonometers are specialized medical devices designed to measure bone mineral density (BMD) and assess the risk of bone fractures. They work on the principle of dual-energy X-ray absorptiometry (DXA) or ultrasound technology, providing precise data on bone density and helping healthcare professionals diagnose osteoporosis at its early stages. The global Bone Sonometer market includes various types of devices, such as central DXA machines, peripheral DXA machines, and quantitative ultrasound devices.

Growth Drivers

Several factors contribute to the growth of the Bone Sonometer market:

1. Aging Population: With an ever-increasing aging population, the prevalence of osteoporosis and related bone disorders is on the rise. Bone sonometers become crucial in managing this demographic's bone health.

2. Growing Awareness: There is a growing awareness of osteoporosis and its consequences. As individuals become more health-conscious, the demand for bone density assessments increases.

3. Advancements in Technology: Continuous technological advancements have made bone sonometers more efficient, accurate, and user-friendly, further fueling market growth.

4. Reimbursement Policies: The availability of reimbursement for bone density tests in many countries encourages patients to undergo these assessments, positively impacting the market.

Emerging Trends

1. Portable Devices: There is a rising demand for portable bone sonometers that can be used in point-of-care settings. These devices are more convenient for primary care physicians and can improve patient access to bone health assessments.

2. Telemedicine Integration: The integration of bone sonometers into telemedicine platforms allows for remote monitoring and consultations, making it easier for patients to receive expert advice and follow-up care.

3. AI and Data Analytics: Artificial intelligence and data analytics are being incorporated into bone sonometer software to enhance diagnostic accuracy and predictive modeling of bone health.

4. Multifunctional Machines: Some manufacturers are developing multifunctional machines that not only measure bone density but also assess body composition, muscle mass, and fat percentage. This provides a more comprehensive understanding of overall health.

5. Emerging Markets: The Bone Sonometer market is expanding in emerging markets as healthcare infrastructure and awareness improve. These regions offer substantial growth opportunities for market players.

Impact on Healthcare

The Bone Sonometer market has a significant impact on healthcare in several ways:

1. Early Detection and Prevention: Bone sonometers play a crucial role in the early detection of osteoporosis, enabling interventions that can prevent fractures and related complications.

2. Reduced Healthcare Costs: Timely bone density assessments and treatment can help reduce healthcare costs associated with treating fractures and their consequences.

3. Improved Quality of Life: By identifying individuals at risk for osteoporosis, bone sonometers contribute to better management of bone health, thus improving the quality of life for many.

In conclusion, the Bone Sonometer market is poised for continued growth as the global population ages and awareness of bone health increases. Technological advancements and emerging trends are reshaping the landscape of bone density assessment, offering new opportunities for healthcare professionals and patients. As the market continues to evolve, the impact on healthcare will be profound, enabling better bone health management and ultimately improving the overall well-being of individuals at risk for bone-related conditions.

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