I heard that with these cool technologies, living to 100 is nothing!

Future technology is so scary, it feels like the average human lifespan will be 100 years old!

We know that the theoretical life span of humans is actually over 100 years, but due to diseases and other reasons, there are still very few people who live to be 100 years old. However, with the advancement of medicine, this may change. Here are some future medical technologies that are being realized:

Holographic projection anatomy:

Microsoft is developing HoloLens head-mounted glasses that can project data onto what you see. In the future, doctors can wear these glasses to see through the patient's skin and bones, see organs, and perform more precise surgeries.

With a flick of the finger, the muscle tissue, blood vessel tissue and bones of the human body can be separated instantly, giving people an unprecedented visual experience and completely changing people's conventional way of learning and observing the human body structure.

Google Contact Lens:

Google is developing a digital multi-sensory contact lens that can help diabetics measure blood sugar in tears, eliminating the need to prick fingers to monitor blood sugar

3D Medical Printing:

3D printing will be the future trend. Hospitals can also use 3D printing to redesign prosthetics and implants. For example, the charity organization e-NABLE makes low-cost prosthetics for disabled children. In the future, 3D printing can also print organs, such as blood vessels, nerves and skin.

3D Printing of Medicines:

3D打印可以定制个人药品，使得药品只要喝一口水，入口即化，对一些紧急疾病如癲癇和中风患者，药效的速度非常重要！

3D Printed Organs:

3D printing is currently being actively researched in regenerative medicine to address the shortage of organ transplants. Scientists are finding ways to print biocompatible materials and cells, which can then be used to create living tissue!

Smart Scalpel:

Imperial College London is testing a new type of surgical knife, the iKnife, which can scan and quickly identify the area where the tumor is located, leaving no chance for the remaining cancer cells to regenerate!

More advanced X-rays and MRIs:

There is room for improvement in the accuracy and clarity of X-rays and MRIs. Scientists are currently working on a radiation machine that can obtain accurate medical data, immediately detect the diseased area of ​​the patient and provide symptoms!

Accelerating clinical trials:

Current clinical trials require a long and expensive process, but Harvard University's Organ Research Institute has pioneered microchips of human cell models that can be continuously tested for drugs or any ingredients, making clinical trials faster and more accurate.

This technology is expected to completely eliminate animal testing!

Health Robot:

Scientists are introducing TUG robots, which are capable of transporting about 450 kilograms of items in hospitals, including medical materials and any supplies. Another robot assistant is RIBA, which can carry patients in or out of bed according to instructions, and can also help patients push wheelchairs to reduce the burden on nursing staff.

Take control of your own health data:

通常我们对自己的健康数据不是很了解，但未来会开发一种健康感知器，利用可穿戴设备，每个人可以轻松获得自己所有的健康数据，不用担心资料外洩，还能提高医疗效率！

Future medical black technology:

Medical virtual reality uses computer technology to simulate and restore reality, and displays virtual organs "truly" in front of your eyes, such as the tricuspid valve, aorta, left and right atria, and left and right ventricles. The clear and realistic effect makes it difficult to distinguish whether it is virtual or real!