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Injecting Stem Cells for Muscle Growth




Injecting Stem Cells

        Stem cells develop muscles and also stop the aging process due to their unique properties. Stem cells can be injected into muscles and the muscles look bigger and stronger than their normal size. Stem cells have a WNT7A protein that increases stem cells quantity in muscles and causes accelerated growth. Stem cells can develop into any tissue of the body.

Stem Cells / Bodybuilding

      A study was conducted during which the mice were given mesenchymal stem cells (MSCs) shots in muscles that made bigger muscles and generated a larger number of blood vessels. Researchers are working either MSCs can be injected for bodybuilding purpose.

Role of Stem Cells in the Body 

       Stem cells develop into other cell types during initial life phases and growth process. Moreover, they can repair the internal system, and replenish cells in the body that can perform specialized functions, for example, they can develop into the muscle cell, RBCs, and brain cells.

     Through the process of cell division, the stem cells renew themselves and during substantial and physical activities they become part of organs and perform similar functions. The bone marrow and gut produce stem cells that perform repairing and replacement tasks, however, for heart and pancreas, stem cells division occur under particular conditions. Embryonic stem cells are of particular interest.

Historical Developments

      Scientists have worked on embryonic and non-embryonic stem cells of humans and animals; non-embryonic stem cells are also called the "somatic" stem cells.  In 1981, scientists worked on mouse embryos to collect stem cells about 35 years before. After continuous research in 1998, the scientists were able to collect human embryos’ stem cells to grow them in the lab. The embryos were created by in-vitro fertilization method for reproductive goals, and then in 2006, scientists found the conditions under which specialized somatic cells or adult cells could be genetically reprogrammed to make the stem cells called as iPSC cells. 

Importance of Stem Cells

      You can realize the importance of stem cells by considering the following points. In the younger embryo of 3 or more days, these stem cells develop whole body cells with differentiated functions such as lungs, skin cells and the heart, etc. The stem cells can perform replacements tasks for bone marrow, brain, and muscles.

        Stem cells regenerative qualities have enabled their use for the treatment of heart and diabetes disorders. Scientists are performing lab tests and searching to find different cell therapies.

      Scientists are utilizing stem cells to develop new drugs and studying their role in normal growth patterns to determine birth defects and causes. So, this involves the process of development with a cell and process of replacement for damaged cells.

Stem Cells Properties

    Stem cells are different from other body cells.  Stem cells replicate and proliferate under certain conditions that trigger these processes. The abnormal process of cell division causes cancer. These normal and abnormal conditions study is of great importance for lab research to differentiate the processes that begin the cell division. Cell's genes actually signal for cell differentiation and chemicals are produced by cells that create microenvironment. It would be helpful in establishing the best practices of drug screening and cell therapeutics.


      Embryonic stem cells: Embryonic development early stages are fundamental aspects of growing stem cells from embryos. The stem cells that are collected from embryos are of great importance. Embryos are taken from eggs that are fertilized through in vitro process of fertilization. Eggs are fertilized through the lab process and not taken from the woman's body. These employees are grown through cell cultures. Embryonic stem cells of humans are developed by transferring them to nutrients loaded culture dish where the cells start to divide. Culture dish inner surface is coated with embryonic skin of mouse after a particular treatment that inhibits the mouse layer cell division and also provides the nutrients. Now scientists are providing nutrients and base without mouse layer, that is the advancement, moreover, it is an overall very critical process. If cells survive, then they can divide exponentially and you can get large stem cells crowds that are handled according to the scientific guidelines. After that, the stem cells are characterized through testing to determine their level of perfection and performance; different tests are performed in this regard.

        In cultures, the embryonic stem cells remain undifferentiated but when specific conditions are provided and they are clumped together, they can develop into muscle cells and other cell forms.   Scientists alter the chemical balance of culture medium and modify culture dish surface, and also insert particular genes. Through these techniques, they control the environment for differentiation and generate the requisite cells for treatment and injecting purposes.

        Adult or somatic stem cells: Somatic stem cells are undifferentiated cell and are found with differentiated cells or organs. These can also renew and differentiate into a specialized cell.   Basically, these are associated with repair functions. These are used for transplantation therapies, and still, the investigation work is going on.   

         Bone marrow has hematopoietic and blood cells forming stromal or skeletal stem cells.  These can develop into particular cells in the body. Mesenchymal stem cells develop into fat cells or adipocytes. Somatic stem cells are under investigation for cell culture manipulation techniques.

So: Stem cells proliferate extensively, thus sufficient quantities can be generated for tissue making. After that, they are differentiated into particular cell types. During cell culture stage, stem cells can be differentiated particularly to inject into the muscle cells or organs for replacing and regenerating cells.

Synthetic stem cells availability on the market

       Embryonic stem cells are dominating the market of synthetic stem cells. The market of synthetic stem cells is growing, and it is expected to further grow from the $ 15 M to $ 37 M till 2028.

     Neurological diseases and musculoskeletal disorders need synthetic stem cells for regenerative therapies. Stem cells synthetic forms work like naturals. The global market of synthetic stem cells is expanding.  Researchers are now working to develop artificial organs by stem cells. Many companies have commercialized cultured cells for stem cells production and sales. In 2010, stem cell global market was $2.716 billion and since 2016 the growth rate has been 16.8% annually, and it will expand by $11.48 billion till the year 2021.

     The important considerations are the ethical concerns due to their associated risks such as tumor development and immune system rejection. These considerations can hinder the market growth.

 Injecting problems

     Stem cells are injected for tissues regeneration but the problems are rejection issues and viruses.  Ethical concerns are also considerable.


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         Have been formulated to reconstruct body and it will also hinder the process of aging. With age, cells lose functionality, as we know that somatic stem cells have the responsibility to rejuvenate old and damaged tissues, but with the aging process, somatic cells also reduce their working potential. Stem Cell 100® reconstructs the environment for stem cells performance while Stem Cell 100+® has more advanced functions. Stem cells therapies and injections are very costly; the price ranges $7,500 - $10,000 injection or therapy.

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