• #青山ひかる #3D #立体視

    #VRglasses #飛び出し #Fカップ
    #グラビア #gravure #青山光
    #bikini #ビキニ #水着 #비키니
    #青山ひかる #3D #立体視 #VRglasses #飛び出し #Fカップ #グラビア #gravure #青山光 #bikini #ビキニ #水着 #비키니
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  • South African ENT specialist Professor Mashudu Tshifularo made history by performing the first-ever middle ear transplant using 3D-printed ossicles—tiny bones crucial for hearing. The surgery, conducted at Steve Biko Academic Hospital, used titanium implants printed to replicate the malleus, incus, and stapes bones.

    Unlike cochlear implants, this technique repairs conductive hearing loss, caused by trauma or infection damaging the middle ear. It’s faster, less invasive, and potentially permanent.

    A Leap for Hearing Science
    This innovation could be life-changing for millions, especially in developing regions. Tshifularo stated that “anything is possible through technology,” and this surgery proves it.

    #3DPrinting #DeafnessCure #SouthAfricaInnovation #MedicalBreakthrough #ENTsurgery #HearingRestoration
    South African ENT specialist Professor Mashudu Tshifularo made history by performing the first-ever middle ear transplant using 3D-printed ossicles—tiny bones crucial for hearing. The surgery, conducted at Steve Biko Academic Hospital, used titanium implants printed to replicate the malleus, incus, and stapes bones. Unlike cochlear implants, this technique repairs conductive hearing loss, caused by trauma or infection damaging the middle ear. It’s faster, less invasive, and potentially permanent. A Leap for Hearing Science This innovation could be life-changing for millions, especially in developing regions. Tshifularo stated that “anything is possible through technology,” and this surgery proves it. #3DPrinting #DeafnessCure #SouthAfricaInnovation #MedicalBreakthrough #ENTsurgery #HearingRestoration
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  • Japanese scientists have engineered lab-grown skin from real human cells and applied it to robots—granting them the ability to mimic human facial expressions like smiling, and even heal wounds just like living tissue.
    The artificial skin, made of collagen and dermal fibroblasts, can stretch and repair itself when damaged. It attaches seamlessly to robot faces using special 3D-printed anchors, allowing dynamic movement and more lifelike interactions.

    Future Applications
    From advanced humanoid robots to future skin grafts and prosthetics, this innovation could revolutionize not only robotics but also reconstructive and cosmetic medicine.

    #Robotics #AI #LabGrownSkin #SelfHealingTech #HumanRobot
    Japanese scientists have engineered lab-grown skin from real human cells and applied it to robots—granting them the ability to mimic human facial expressions like smiling, and even heal wounds just like living tissue. The artificial skin, made of collagen and dermal fibroblasts, can stretch and repair itself when damaged. It attaches seamlessly to robot faces using special 3D-printed anchors, allowing dynamic movement and more lifelike interactions. Future Applications From advanced humanoid robots to future skin grafts and prosthetics, this innovation could revolutionize not only robotics but also reconstructive and cosmetic medicine. #Robotics #AI #LabGrownSkin #SelfHealingTech #HumanRobot
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  • Scientists at Newcastle University have developed a groundbreaking method to 3D-print human corneas using a unique bio-ink composed of stem cells, collagen, and alginate. The technique takes less than 10 minutes per cornea and can be precisely tailored to fit each patient’s eye.

    With over 10 million people worldwide in need of corneal transplants, this innovation could dramatically reduce transplant wait times and restore vision to millions suffering from corneal blindness or injury.

    The Future of Eye Care
    These 3D-printed corneas offer a scalable and ethical solution to donor shortages, paving the way for personalized, on-demand eye care and regenerative medicine.

    #3DPrinting #MedicalBreakthrough #BlindnessCure #CornealTransplant #RegenerativeMedicine
    Scientists at Newcastle University have developed a groundbreaking method to 3D-print human corneas using a unique bio-ink composed of stem cells, collagen, and alginate. The technique takes less than 10 minutes per cornea and can be precisely tailored to fit each patient’s eye. With over 10 million people worldwide in need of corneal transplants, this innovation could dramatically reduce transplant wait times and restore vision to millions suffering from corneal blindness or injury. The Future of Eye Care These 3D-printed corneas offer a scalable and ethical solution to donor shortages, paving the way for personalized, on-demand eye care and regenerative medicine. #3DPrinting #MedicalBreakthrough #BlindnessCure #CornealTransplant #RegenerativeMedicine
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  • China has struck geological gold—literally. A staggering 1,100 metric tons of gold have been discovered in Hunan’s Wangu gold field, making it one of the richest deposits ever unearthed. With gold grades reaching 138g/ton, this find dwarfs typical global standards.

    Unearthed through advanced 3D geological tech and deep drilling, this treasure trove could temporarily ease China’s gold import reliance—but with demand still outpacing supply, the gold rush is far from over. Markets are already reacting, with global gold prices nearing $2,700/oz.

    #GoldDiscovery #ChinaGold #WanguGoldField #GlobalMarkets #GoldRush
    China has struck geological gold—literally. A staggering 1,100 metric tons of gold have been discovered in Hunan’s Wangu gold field, making it one of the richest deposits ever unearthed. With gold grades reaching 138g/ton, this find dwarfs typical global standards. Unearthed through advanced 3D geological tech and deep drilling, this treasure trove could temporarily ease China’s gold import reliance—but with demand still outpacing supply, the gold rush is far from over. Markets are already reacting, with global gold prices nearing $2,700/oz. #GoldDiscovery #ChinaGold #WanguGoldField #GlobalMarkets #GoldRush
    0 Комментарии 0 Поделились 24Кб Просмотры
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