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    Home > Medical News > Medical Research Articles > "Dragon Spaceship" carried ACC amorphous calcium and many black technology experimental missions into space

    "Dragon Spaceship" carried ACC amorphous calcium and many black technology experimental missions into space

    • Last Update: 2022-05-24
    • Source: Internet
    • Author: User
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    At 11:17 a.
    m.
    Eastern Time on April 8, which is 11:17 p.
    m.
    Beijing time on April 8, it carried the Space X Dragon, which was jointly developed by NASA and SpaceX.
    The capsule's "Falcon 9 rocket" was successfully launched from the Kennedy Space Center in Cape Canaveral, Florida, USA, and then the first stage of the Falcon 9 rocket successfully landed on the waiting platform in the Atlantic Ocean.
    , for the next use

    .
    After nearly 20 hours of flight, the Dragon spacecraft successfully docked with the International Space Station at 7:15 a.
    m.
    local time on April 9! This is the fifth successful launch of this Falcon 9 rocket, and it is also the Dragon spacecraft.
    3rd mission

    .

    The Dragon spacecraft brought four researchers to the International Space Station, including Michael López-Alegría, a former NASA astronaut and vice president of Axiom Space.
    ), American entrepreneur Larry Connor, Canadian investor Mark Pathy and Israeli businessman Eytan Stibbe

    .
    Among them, Etan Sibi is the second Israeli to successfully enter space

    .
    Except for Lopez Alegria, who served as commander, the other three passengers each paid 55 million US dollars for the trip, equivalent to 350 million yuan in expenses

    .
    It can be said that the launch of the Dragon spacecraft has an important milestone significance for the commercial launch of the low-Earth orbit space station

    .

    The four "civil astronauts" will stay on the space station for eight days
    .
    They will then return to Earth with the Space X Dragon capsule

    .
    During these eight days, the four astronauts will join other astronauts in the space station on 35 new scientific experimental missions approved by NASA's "Rakia" project

    .
    With the development of these experimental tasks, a number of new scientific and technological achievements will further promote the development of many fields such as human aerospace, medical treatment, spirituality, and psychology

    .

    These 35 scientific research projects are hosted by Israeli research institutions, biological companies, well-known universities and authoritative medical institutions, covering four fields of medicine, optical communication, astrophysics and agriculture
    .
    The agricultural field includes five research projects, including: the space hummus project to grow crops in space, the super vegetable project to grow vegetables in space, the moringa project to use moringa powder to sterilize, and the production of beef from stem cells.
    Artificial meat project, the "nano ghost" project using nano cells to interfere with infection; there are 5 projects in the field of astrophysics, namely: ILAN-ES project to observe lightning in the upper atmosphere of the atmosphere in space, COTS-Capsule to protect commercial electronic equipment , AstroRad to protect astronauts from face-to-face ray radiation, vacuum arc thruster, GALI to track cosmic gamma-ray bursts; 3 experiments in the field of optical communication: Fluid Space Optics Research Program, NISSAN nano-ISS to provide broadband services in space Antennas, the "Magic Flute" program to protect people from face-to-face particle radiation

    .

    The medical field covers the widest scope this time, including 22 experiments, including: CRISPR to identify astronauts' disease pathogens, "space travel" program to improve astronauts' immune function, research on the effect of microgravity on Alzheimer's disease Blood-brain barrier program for therapeutic effects, urinalysis program to study astronaut metabolism, program to study the effects of space travel on urinary microbes, remote intervention program to document astronaut emotional distress, X-trodes for second sleep monitoring experiment Plans, Stroke Alert Ltd.
    for stroke risk before and after a second astronaut return, Veye device testing for blood testing without blood draws, Vision function testing program during spaceflight, Observation of astronaut eye changes during orbital flight Research, Chemotherapy study for children in space, iCapture for retinal scans and eye monitoring, neural health management program in space, reflex eye test program to test neuroocular syndrome, "overhead glasses" program to treat presbyopia, study of cardiovascular effects of microgravity Projects on health effects, Projects to study the effects of microgravity on Alzheimer's disease and changes in the immune system, Projects to study the effects of genetic changes in bacteria in space on infectivity, Projects to study the effects of microorganisms in the space environment on the microbiome, Projects to study Sakai A project to decompose plastic by bacteria, and a second study in microgravity to help astronauts alleviate the loss of bone and muscle mass and osteoporosis caused by bone calcium loss and amorphous calcium carbonate (ACC) solubility and Items that absorb efficiency

    .

    It can be seen that these scientific research projects are closely related to our lives
    .
    Take the absorption rate experiment of amorphous calcium carbonate (ACC), which has been carried out in space as early as 2016, and entered space again in this round as an example

    .
    Amorphous Calcium Carbonate (ACC) is a calcium supplement developed by Israeli biotechnology company Amorphical to treat various symptoms of discomfort due to calcium loss

    .
    Its solubility is 120 times higher than that of traditional crystalline calcium (CCC), and its absorption rate is more than 2 times that of traditional calcium

    .
    The nano-scale particle size coupled with the unique amorphous structure enables amorphous calcium carbonate (ACC) to be rapidly ionized and directly involved in bone reconstruction after entering the human body

    .
    In addition, amorphous calcium carbonate has a good effect in promoting the calcification of cancer cells and hindering the penetration ability of the new coronavirus into cells to treat the new coronary pneumonia

    .

    Therefore, we have reason to believe that the projects involved in this space will have a profound impact on the future of mankind
    .
    As with all human space activities

    .
    Every step humanity takes to space requires constant argument and trial and error

    .
    And only those technologies that have been experimentally proven to be practical and reliable will eventually become part of the space program

    .

    Let us look forward to this space experiment to achieve more results affecting the future development of mankind!

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