Stem Cell | Stem Cell, PRP, Acupuncture in Queens & Long Island, New York

  • Stem Cell Therapy and Its Significance in Pain Management

    Stem Cell Therapy and Its Significance in Pain Management

    Pain management has always been a challenging issue, which is why it has been a major focus of many rigorous studies. Chronic pain which typically lasts for more than three months is prevalent at an astounding rate of 11% to 19% of the adult population. Pain management techniques have gone through major advances in the last decade with no major improvement in the quality of life in affected populations.

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  • Pain Management: Tendinitis & Bursitis

    Pain Management: Tendinitis & Bursitis

    Inflammation of the Tendon and Bursa Often Associated with Overuse - Tendinitis is inflammation of tissues connecting muscle to bone; Bursitis is inflammation of bursae sacks acting as cushions between joints.
    Tendinitis & Bursitis Facts & Information - These conditions are inflammation of the soft tissue around muscles and bones. Treatment often includes RICE (rest, ice, compression, and elevation). Signs which require immediate treatment would include a rapid progression of pain, redness, and swelling, or the inability to move the joint or extremity.

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  • Pain Management: Sacroiliac Joint Dysfunction

    Pain Management: Sacroiliac Joint Dysfunction

    A Frequent Source of Lower Back and Leg Pain - One of the most prevalent causes of low back pain occurs with injuries to the sacroiliac (SI) joint and ligaments. Young and middle-aged women are most susceptible to this condition, which can make sitting and standing difficult and painful tasks. If you are experiencing the painful symptoms of SI joint dysfunction, we can help you find relief with accurate diagnostic techniques and effective non-surgical therapy.

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  • Can Stem Cell Therapy Prevent the Need for Back Surgery?

    Can Stem Cell Therapy Prevent the Need for Back Surgery?

    When you suffer from chronic back pain, finding a treatment that helps you get relief from your discomfort can be trying. In some cases, if conservative treatments fail to reduce your pain or help you regain some of your normal function, surgery may be recommended. But surgery isn’t always the best choice for chronic back pain, due to the long recovery period and the possibility that it may not resolve your pain; or worse, lead to other back problems.

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  • What Stem Cell Therapy Can Do for Chronic Pain

    What Stem Cell Therapy Can Do for Chronic Pain

    Dealing with chronic pain can be frustrating as treatment after treatment offers temporary relief, but eventually, the debilitating pain creeps back in. As medical researchers cast about for longer-lasting solutions for chronic pain, many are focusing on stem cell therapy as a viable and sustainable solution that heals from within by tackling the source of your pain and addressing the problem through cell regeneration. Chronic pain may have met its match with stem cells.

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  • Non-Surgical Treatment to Heal Your Joints STEM CELL THERAPY

    Non-Surgical Treatment to Heal Your Joints STEM CELL THERAPY

    Stem cell therapy is an innovative treatment for joint pain offered at Precision Pain Care and Rehabilitation.  For many patients, stem cell therapy is a viable alternative to invasive surgery for pain relief. There is a lot of misleading information in the public sphere about what exactly stem cell therapy is, so make sure you get the facts before you decide whether or not this treatment is for you.

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  • Stem Cells in Pain Medicine (2)

    Stem Cells in Pain Medicine (2)

    Neuropathic Pain - Treatment of neuropathic pain is a clinical challenge, as the pathogenesis is very complicated. The pathology of neuropathic pain involves the entire nervous systems, including the peripheral nerve, dorsal root ganglion, spinal cord, and brain. The main idea of applying stem cells to neuropathic pain is based on the ability of stem cells to release neurotrophic factors, along with providing a cellular source for replacing the injured neural cells, which make them ideal candidates for modulating and possibly reversing intractable neuropathic pain.

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  • Current Stem Cell‐Based Clinical Trials for Covid‐19 Patients

    Current Stem Cell‐Based Clinical Trials for Covid‐19 Patients

    Although many countries including the USA, China, Italy, UK, France, Spain, Germany, Turkey, Iran, Brazil, and Jordon have proposed stem cell use for COVID‐19 patients, only a limited number of stem cell‐based studies are available currently to deduce solid limitations or potential of such therapy for COVID‐19. A study recently conducted in Beijing's YouAn Hospital, China, from January 23, 2020 to February 16, 2020 suggests a possible role of MSCs administration in COVID‐19 treatment (Leng et al., 2020).

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  • Why Stem Cells Could Be an Effective Treatment Option for Covid‐19 Patients

    Why Stem Cells Could Be an Effective Treatment Option for Covid‐19 Patients

    Most COVID‐19 patients do not develop any major clinical symptoms during the early stages of infection. Common symptoms include mild or high temperature, cough, sore throat, muscle distress, and body pain. In a few patients, shortness of breath can lead to a sudden deterioration in the health of the patient during the later stages of the disease. In severe cases, immune system dysfunction is the major cause of death in patients as infection stimulates inflammatory cytokines that result in the respiratory system being overwhelmed by a storm of inflammatory cytokines such as interleukin 2 (IL‐2), IL‐6, granulocyte colony-stimulating factor, IP10, MCP1, MIP1A, and tumor necrosis factor.

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  • Possible Stem Cell Sources and Types for Covid‐19 Patients

    Possible Stem Cell Sources and Types for Covid‐19 Patients

    Stem cells are unspecialized cells in the body that have the potential to make more stem cells as well as differentiate into specialized cells of the body if appropriate signals are given in vitro or in vivo. Embryonic stem cells (ESCs) can be isolated from the inner cell mass of 5–8 days old embryos and possess high regenerative potential. However, the clinical use of ESCs is restricted due to a number of religious, ethical, and legal controversies. Adult stem cells can be isolated from neonatal sources (such as cord blood, cord tissue, placenta, and menstrual blood) as well as from adult tissues (such as bone marrow, adipose tissue, dental pulp, and peripheral blood) are used for these purposes.

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